installation and service manual - garland...

Part # P152 Rev 1 (01/13/10)

Users are cautioned that maintenance and repairs must be performed by a Garland authorized service agent using genuine Garland replacement parts . Garland will have no obligation with respect to any product that has been improperly installed, adjusted, operated or not maintained in accordance with national and local codes or installation instructions provided with the product, or any product that has its serial number defaced, obliterated or removed, or which has been modified or repaired using unauthorized parts or by unauthorized service agents . For a list of authorized service agents, please refer to the Garland web site at http://www .garland-group .com . The information contained herein, (including design and parts specifications), may be superseded and is subject to change without notice .

GARLAND COMMERCIAL INDUSTRIES, LLC185 East South StreetFreeland, Pennsylvania 18224Phone: (570) 636-1000Fax: (570) 636-3903

GARLAND COMMERCIAL RANGES, LTD .1177 Kamato Road, Mississauga, Ontario L4W 1X4CANADAPhone: 905-624-0260Fax: 905-624-5669

Part # P152 Rev 1 (01/13/10) © 2004 Garland Commercial Industries, LLC

FOR YOUR SAFETY:DO NOT STORE OR USE GASOLINE

OR OTHER FLAMMABLE VAPORS OR LIQUIDS IN THE VICINITY OF

THIS OR ANY OTHERAPPLIANCE

WARNING:IMPROPER INSTALLATION, ADJUSTMENT, ALTERATION, SERVICE OR MAINTENANCE CAN CAUSE PROPERTY DAMAGE, INJURY,

OR DEATH. READ THE INSTALLATION, OPERATING AND MAINTENANCE

INSTRUCTIONS THOROUGHLY BEFORE INSTALLING OR

SERVICING THIS EQUIPMENT

INSTALLATION AND SERVICE MANUAL

GARLAND S680, SS680 & SU680 SERIES RESTAURANT

RANGES AND SALAMANDERS

PLEASE READ ALL SECTIONS OF THIS MANUAL AND RETAIN FOR FUTURE REFERENCE .

THIS PRODUCT HAS BEEN CERTIFIED AS COMMERCIAL COOKING EQUIPMENT AND MUST BE INSTALLED BY PROFESSIONAL PERSONNEL AS SPECIFIED .

INSTALLATION AND ELECTRICAL CONNECTION MUST COMPLY WITH CURRENT CODES:IN CANADA - THE CANADIAN ELECTRICAL CODE PART 1 AND / OR LOCAL CODES .IN USA – THE NATIONAL ELECTRICAL CODE ANSI / NFPA – CURRENT EDITION .

ENSURE ELECTRICAL SUPPLY CONFORMS WITH ELECTRICAL CHARACTERISTICS SHOWN ON THE RATING PLATE .

Part # P152 Rev 1 (01/13/10)

IMPORTANT INFORMATION

WARNING:This product contains chemicals known to the state of California to cause cancer and/or birth defects or other reproductive harm. Installation and servicing of this product could expose you to airborne particles of glass wool/ceramic fibers. Inhalation of airborne particles of glass wool/ceramic fibers is known to the state of California to cause cancer.

Part # P152 Rev 1 (01/13/10)

TABLE OF CONTENTS

IMPORTANT INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

DIMENSIONS AND SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Uncrating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8Rating Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8Safety Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Clearances . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Positioning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Legs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Casters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Ventilation Air . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Installation Of Range Mount Salamander . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9Assembly of Backguard/High Shelf . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10Code Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10Electrical Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10Single And Three Phase Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10Commissioning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10Thermostat Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11

REPLACEMENT OF PARTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12Door Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12Fan Cook/Cool Down Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12Thermostat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12Heat On Lamp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12Miscellaneous . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12Motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13

TROUBLE SHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Griddle Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13Hot Top or Open Tubular Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13Sealed Hotplate Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13Oven Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14RC Oven Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14

APPENDIX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15Wiring Diagrams and Loading Charts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15

Part # P152 Rev 1 (01/13/10)

DIMENSIONS AND SPECIFICATIONS, MODELS S,SU & SS684

7-1/2"[190mm]

REAR CABLEENTRANCE 3-1/2"

[829mm]

24-1/2"[622mm]

34-1/4"[870mm]

41"[1041mm]

9-1/4"[235mm]

31-3/4"[806mm]

6"[152mm]

60"[1524mm]

REAR CABLEENTRANCE

15-1/4"[387mm]

29"[737mm]

3"[76mm]

4-3/4"[121 mm]

W/OPTIONALRC MOTOR

6"[152mm]

OPTIONALHIGH SHELF

13-5/8"[346mm]

57-5/8"[1465mm]

Model Total Kw Load

Nominal Amps

208V/1Ph 208V/3 Ph 240V/1Ph 240V/3 Ph 400 V/3N 415V/3N

S684* 27 127 76 110 66 — —

SS/SU684** 33 157 97 136 84 60 58

SS/SU684RC2*** 34 N/A 100 142 87 60 58

Salamander Broiler****

7 N/A***** 23 29 20 4 4

*(All purpose tubular elements) **(Sealed -top elements, Model # SS684 in North America) *** Maximum on any 684 series range .****Add when wired to range base (SER/SUER-680) *****Note: For 208V/1phase the salamander cannot be wired into the range .

Exterior Dimensions Oven Interior Dimensions

Height Width Depth† Height Width Depth

47" (1194mm) 60" (1524mm) 34-1/4" (870mm) 13-1/2" (343mm) 26-1/4” (667mm) 22" (559mm)

† With Front Rail Note: Shipping Cubic Feet is 84 .5 .

Ratings:Tubular Elements - Small 6-1/2" (165mm) - 1250 Watts . Large 8-1/2" (216mm) - 2100 WattsSealed Elements - Small 7” (180mm) - 2000 Watts . Large 8-5/8” (220mm) - 2600 WattsHot Plate - (per 12"/305mm section) - Front and Rear sections each 1675 Watts, (3350 Watts total)Griddle - (per 12"/305mm section) - 3350 WattsStandard Oven - 4 .85 kWConvection Oven - 5 .0 kW (plus 0 .5kW fan motor, for 5 .5kW total)

NOTE: Many local codes exist, and it is the responsibility of the Owner and the Installer to comply with those codes .

Installation Clearances: Side Back

Range w/o Salamander 3” (76mm) 2” (51mm)

Range w/ Salamander 7” (178mm) 2” (51mm)

Hot Plate 10” (254mm) —

NOTE: For ranges with convection oven(s), (models with suffix `RC’ or `RC2’), air circulation is required for proper operation of fan motors . These models must not be dais mounted or installed without legs .

Part # P152 Rev 1 (01/13/10)

DIMENSIONS AND SPECIFICATIONS, MODELS S,SU & SS686

8-3/8"[213mm]

34-1/4"[870 mm]

3-1/2"[89mm]

24-1/2"[622mm]

REAR CABLEENTRANCE

41"[1041mm]

9-1/4"[235mm]

31-3/4"[806mm]

6"[152mm]

36"[914mm]

15-1/4"[387mm]

29"[737mm]

3"[76mm]

4-3/4"[121mm]

W/OPTIONALRC MOTOR

REAR CABLEENTRANCE

6"[152mm]

OPTIONALHIGH SHELF

13-5/8"[346mm]

57-5/8"[1465mm]

Model Total Kw Load

Nominal Amps


S686* 15 72 48 62 42 — —

S686RC 16 75 51 64 44 — —

SS/SU686** 19 90 59 78 52 40 38

SS/SU686RC 20 93 62 80 54 40 38

Salamander Broiler*** 7 34 19 29 16 4 4

*Tubular elements; **Sealed -top elements, Model # SS686 in North America; ***Add when wired to range base (SER/SUER-680)

Exterior Dimensions Oven Interior Dimensions

Height Width Depth† Height Width Depth

47" (1194mm)

36" (914mm)

34-1/4" (870mm)

13-1/2" (343mm)

26-1/4" (667mm)

22" (559mm)

† With front rail Note: Shipping Cubic Feet is 58 .5

Entry Clearances

Crated Uncrated Uncrated "RC" Model

45" (1143mm) 35" (889mm) 40" (1016mm)

NOTE: Many local codes exist, and it is the responsibility of the Owner and the Installer to comply with those codes .

Installation Clearances: Side Back

Range w/o Salamander

3" (76mm)

2" (51mm)

Range w/Salamander

7" (178mm)

2" (51mm)

Hot Top 10" (254mm) —

Ratings:

Tubular Elements: 6-1/2" (165mm): 1250 Watts8-1/2" (216mm): 2100 Watts

Sealed Elements: 7" (180mm): 2000 Watts8-5/8" (220mm): 2600 Watts

Hot Tops: (per 12"/305mm section): Front and Rear sections each 1675 Watts, (3350 Watts total)

Griddle (per 12"/305mm section): 3350 WattsStandard Oven: 4 .85 kWConvection Oven: 5 .0 kW (+0 .5kW fan motor; for 5 .5kW total)

NOTE: For ranges with convection oven, (models with suffix `RC’), air circulation is required for proper operation of fan motors . These models must not be dais mounted or installed without legs .

Part # P152 Rev 1 (01/13/10)

S/SS/SU 686/684 RC (2) -(1,2,3) (L,C,R) -(12,24,36) (L,C,R)

-12 = 12" (305 mm) wide griddle-24 = 24" (610 mm) wide griddle-36 = 36" (915 mm) wide griddle- L = griddle on left hand side of range- C = griddle in center of range- R = griddle on right hand side of range

-1 = 12" (305mm) wide solid top-2 = 24" (610mm) wide solid top-3 = 36" (915mm) wide solid top-L = Solid top on left hand side of range-C = Solid top in center of range-R = Solid top on right hand side of range

RC = Convection OvenRC2 = Double convention oven base

686 = 36" (915mm) wide range684 = 60" (1524mm) wide range

S = Sentry series rangeSU = Sentry series range CE marked designSS = Sentry series range with sealed top elements

DIMENSIONS AND SPECIFICATIONS, RANGE MODELS

Range Suffix Definitions

Part # P152 Rev 1 (01/13/10)

DIMENSIONS AND SPECIFICATIONS, MODELS SERC, SER-680

S/SU ERC, ER-680

-ERC = 34” (864mm) wide counter top salamander-ER-680 = 34” (864mm) wide range mount salamander

S = Sentry series salamanderSU = Sentry series salamander CE marked design

Salamander Suffix Definitions

3"[76mm]REAR CABLE

ENTRANCE

34"[864mm]

16-1/4"[413mm]

1-1/8"[29mm]

18"[457mm]

34-1/4"[870mm]

20-1/4"[514mm]

36"[914mm]

Model Total Kw LoadTOTAL AMPS


SERC, SER-680 wired independently 7 34 29 29 25 15 15

Installation Notes:Clearances from combustible surfaces should be minimum 7” (178mm) from sides, 2” (51mm) from back .*Note: 3 phase ratings apply to SERC and SER-680 ordered separately . When a range and salamander are ordered together it is standard for the salamander to be prewired at the factory to interconnect with the range (single phase) . For further information on ratings and connection options consult the factory .

KW RatingsTotal kW loading is 7 .0 kW

ModelShipping

Cu Ft Lbs/Kg

S/SUERC 11 210/95

S/SUER-686 25 176/80

S/SUER-684 35 209/95

Part # P152 Rev 1 (01/13/10)

INTRODUCTION

The following instructions should be read carefully as the manufacturer cannot be held responsible for any damage to the property or persons by incorrect installation or operation of the equipment .

Uncrating

1 . Check the crate for possible damage sustained during transit . Carefully remove the unit from the crate and again check for damage . Any damage to the appliance must be reported to the carrier immediately .

2 . All packing material must be removed from the unit . The protective material covering the stainless steel must be removed immediately, after the unit is installed .

3 . All ranges are shipped from the factory with legs or casters fitted unless specially ordered without .

4 . The splash back and high shelf is packed and ordered separately .

5 . Do not remove permanently affixed labels, warnings or data plates from the appliance, for this may void approvals and create a safety hazard .

Rating Plate

The data plate is readily accessible, located behind the lower panel on ranges & behind the drip tray on salamanders . It contains all the pertinent information required by the installer .

When corresponding with the factory or your local authorized factory service center regarding service problems or replacement parts, be sure to refer to the particular unit by the correct model number (including the prefix and suffix letters and numbers) and the warranty serial number . The rating plate affixed to the unit contains this information .

Safety Precautions

This manual pertains to ranges and salamanders . The reader/operator must interpret its contents to applicable needs . If there is any question of interpretation of any of the literature pertaining to Garland ranges or salamanders, please contact your authorized service agency, or our customer service department at the phone number listed on the front of this manual or on our web site: http://www .garland-group .com .

A qualified person must make the installation of these products in accordance with the local codes of the country of destination .

Always follow these safety precautions when operating the range or salamander .

1 . The Unit must only be operated by qualified persons . DO NOT operate without reading this manual and operation manual .

2 . DO NOT operate the product unless it has been properly installed and grounded .

3 . DO NOT operate the product unless all service and access panels are in place and fastened properly .

4 DO NOT attempt to repair or replace any part of this product unless all main power supplies have been disconnected .

WARNING: to avoid personal injury: Use Extreme caution in setting up, operating and cleaning the product to avoid coming in contact with the hot grill surfaces or hot grease . Suitable protective clothing should be worn to prevent the risk of burns .

WARNING: this appliance must not be cleaned with a water jet .

Part # P152 Rev 1 (01/13/10)

INSTALLATION

This equipment must be installed by a competent factory trained, certified, licensed and / or authorized service or installation person . Electrical work must be installed by a qualified person as required by the local electrical authorities .

WARNING: This appliance must be grounded .

CAUTION: Prior to installation check the electrical supply to ensure the input voltage and phase match the equipment voltage rating and phase as shown on the rating plate .

Clearances

The space in which the appliance is to be positioned must include the minimum installation clearances to combustible surfaces .

MINIMUM INSTALLATION CLEARANCES

Clearance To Combustible Material

LocationModels

Ranges Ranges c/w Hot Top Salamander

Top * * *

Sides 3” (76mm) 10” (254mm) 7” (178mm)

Rear 2” (51mm) 2” (51mm) 2” (51mm)

* NOTE: Garland recommends equipment be installed under a ventilation canopy .

LOCATION

Models Type Of Floor Or Base

Ranges Combustible

Ranges c/w Hot Top Combustible

Salamander Non-Combustible

IMPORTANT: For ranges with convention oven (models with suffix “RC”), air circulation is required for proper operation of the fan motors . Allow 1” (25mm) rear clearance for ventilation of the motor .

Adequate clearance must be provided for servicing, ventilation and proper operation . The range must be kept clear of combustible material .

Positioning

The range should be installed on a firm, smooth and level floor designed to withstand the weight of the fully laden appliance . Refer to dimension and specifications for weights .

Place the range or salamander in desired position and level from side to side and back to front and diagonally . This leveling must be done with the unit under the hood and in it’s normal operating position . If the range is to be dais or cove mounted ,the base on which it is to be set should be level . If it is not, the range must be shimmed to level .

Legs

All ranges are shipped from the factory with legs installed unless otherwise specified . When the range is specified for dais or cove base mounting, it is shipped less legs . Legs must be adjusted to a minimum height of 6” (152mm) in order to comply with NSF standards .

Casters

1 . The front casters on the unit are equipped with brakes to limit the movement of the range without depending on the electrical connection to limit appliance movement .

2 . A restraint can be attached to the unit near the electric connection . If the restraint is disconnected, be sure to reconnect it after the range has been returned to its originally installed position .

Ventilation Air

The area in which the appliance is installed must be adequately ventilated to provide air for removal of steam, heat generated by the appliance, etc . These products are recommended to be installed under a ventilation hood .

Proper operation of exhaust fans (proper speed, rotation and adjustment) is essential . The hood, and the filters must be cleaned on a regular bases and kept grease free .

Installation Of Range Mount Salamander

1 . The rear of the range must be easily accessible .

2 . Place the salamander in position on the range . Slide the uprights into the opening at the oven rear . Secure the salamander uprights to the range with the hex head bolts provided .

Part # P152 Rev 1 (01/13/10)

3 . Remove the terminal block access cover .

4 . Pass the wires though cable entrance hole .

5 . Secure the cable connector

6 . Terminate the salamander wire at the terminal block provided (Red to L1, Black to L2 or N, Green to GRN or E) .

NOTE: When mounting a salamander over an existing range in the field, an independent fussed connection must be made though the knock out plate provided in the main back of the salamander .

Assembly of Backguard/High Shelf

The back guard or high shelf will have been shipped separately . To install, put the backguard/high shelf on the rear of the range, slipping the uprights into the opening on each burner box side . Fasten the upright to the burner box side with four hex fasteners provided .

Code Requirements

The Garland S/SS680 series complies with the standards CSA C22 .2 no .109 – latest edition, the UL197 – latest edition and the NSF#4 – latest edition . The installation and connection of this appliance must comply with current codes . In Canada – The Canadian Electrical Code Part 1 and in the USA – The National Electrical Code .

The Garland SU680 series complies with the essential requirements of the Directives 73/23/EEC, 89/336/EEC, 89/392/EEC, 93/68/EEC and the standards, EN60335, IEC801 .2, IEC801 .3, IEC801 .4, IEC801 .5, IEC801 .6 and IEC801 .11 .

Electrical Supply

Before attempting the electrical connection, the rating plate should be checked to ensure that the equipment’s electrical characteristics and supply electrical characteristics agree . On ranges and salamanders the supply entrance is located at the rear or alternatively on the main bottom . The supply terminal block is accessible from the front . The electrical supply must be adequate for the voltage, phase, and current marked on the rating plate .

INSTALLATION continued

NOTE: A means of disconnection from the supply having a contact separation of at least 3 mm in all poles must be incorporated in the fixed wiring .

This equipment is intended to be installed with fixed permanent wiring .

WARNING: This appliance must be grounded .

Single And Three Phase Connection

Unless otherwise noted, all ranges are shipped from the factory for three phase connection . Salamanders are shipped from the factory for single phase connection . A wiring diagram is attached to the rear of each appliance . Visually check all electrical connections . The range is wired at the factory as specified on the order . If it is necessary to change the phasing refer to the wiring diagram .

Commissioning

Ensure all circuit breakers located in the lower compartment are set to the ON (1) position .

1 . Ensure that all controls are in the OFF position and turn on the main electrical supply .

2 . Operate each section of the range or salamander in accordance with the instructions given in the Use’s Manual .

3 . Check that the product functions correctly and that the voltage supply to the unit does not drop more than 5% when all sections are operated simultaneously .

When the operation has been checked, hand the OPERATING INSTRUCTIONS to the User or purchaser for retention and instruct them in the efficient and safe operation of the appliance .

Part # P152 Rev 1 (01/13/10)

MAINTENANCE AND CLEANING

Regular servicing by a competent person is recommended to ensure safe and efficient performance of the appliance .

WARNING: Turn off the electrical mains before commencing any service work .

Thermostat Calibration

Oven

It is normal for an electromechanical thermostat to cycle with a 45°F - 50° F (25°C - 28°C) range when checking calibration allow the thermostat to cycle a minimum of two times .

1 . Place the thermocouple of the test instrument in the center of the oven .

2 . Turn the oven temperature control dial to 400° F (205° C) . In order to allow the oven temperature to stabilize, the oven control must be allowed to cycle twice before taking a test reading .

3 . Check the temperature reading just when the control cycles “OFF” as indicated by the cycling pilot lamp . If the temperature does not read with in 15° F (8°C) of the dial setting, recalibrate as follows:

4 . Carefully remove the thermostat dial, not disturbing the dial setting .

5 . Hold the thermostat shaft steady with a small flat blade screw driver . Turn the calibration screw located inside the shaft clockwise to decrease the temperature and counter clockwise to increase the temperature . NOTE: each ¼ turn of the screw will create a change of approximately 35° F (20°C) .

6 . Replace the thermostat dial and repeat steps 1 though 3 to verify that the correct adjustment has been made .

Dial Shaft

Calibration Screw Head

Calibration Screw Head

Increase

Decrease

1/4" Turn

Griddle

1 . Use a test instrument with a special disc type thermocouple or a reliable surface type pyrometer . NOTE: a drop of oil on the face of the disc will provide better contact with the plate .

2 . Set all griddle thermostats to 350°F (177°C) . In order to allow the griddle temperature to stabilize, the thermostats must be allowed to cycle twice before taking a test reading .

3 . Check the griddle temperature when the thermostat just cycles “OFF” by placing the thermocouple firmly on the griddle directly about the sensing bulb of the thermostat . The reading should be between 335° F (168°C) and 365° F and (185°C) . If the reading is outside of these limits, calibrate as follows:

4 . Carefully remove the dial, not disturbing the shaft position .

5 . Hold the shaft steady and with a small flat screw driver turn the calibration screw located inside the shaft clockwise to decrease temperature and counter clockwise to increase temperature . NOTE: Each ¼ turn of the screw will create a change of approximately 35° F (20°C) .

6 . Replace the thermostat dial and repeat steps 1 through 3 verify that a correct adjustment has been made .

Part # P152 Rev 1 (01/13/10)

Miscellaneous

1 . Grease the door hinges and check for loose fasteners . Tighten as necessary .

2 . Wire brush the surface of the griddle to remove baked on material, wash with hot water, dry thoroughly . Lightly coat the surface with vegetable oil to prevent rusting .

MAINTENANCE AND CLEANING continued

3 . Wipe exposed cleanable surfaces with a mild detergent and hot water . Stubborn residue may be removed with a light weight non-metallic scouring pad . Stainless steel areas should be washed with a mild detergent, hot water and a soft cloth . If necessary use a nonmetallic scouring pad always rub in the of the grain in the metal to prevent scratching . NEVER USE STEEL WOOL .

4 . Clean the oven racks shelves and guides with hot soapy water and dry thoroughly . Clean the oven interior with a propriety oven cleaner following instructions .

REPLACEMENT OF PARTS

Servicing must be carried out by competent persons in accordance with the law .

WARNING: Turn off the electrical mains before commencing any servicing work .

Door Switch

1 . Drop the lower kick panel .

2 . Remove the screws securing the door switch and mounting brackets and remove screws securing the door switch .

3 . Remove the terminal cover and disconnect the wires from the terminals on the body of the switch .

4 . Replace the faulty door switch .

5 . Make certain that the newly installed door switch is properly adjusted so as the interrupt the power supply to the control system and fan motor when the door is opened .

Fan Cook/Cool Down Switch

1 . Remove the screws securing the front panel to the front rail and drop the panel .

2 . Disconnect the wires from the terminals on the switch .

3 . Depress the tabs of the switch body and push the switch through the opening in the control panel .

4 . Replace the switch and reassemble in reverse order .

Thermostat


2 . Disconnect the wires from the taps on the thermostat .

3 . Remove the dial from the thermostat and the screws securing the thermostat body to the control panel .

4 . Remove the wires from the thermostat terminals . Be sure to note which wire connects to which terminal on the thermostat .

5 . Remove the thermostat bulb .

6 . Replace the faulty thermostat and reassemble in reverse order .

Heat On Lamp


2 . Disconnect the supply wires to the lamp and remove the faulty lamp .

3 Reassemble in the reverse order .

Part # P152 Rev 1 (01/13/10)

Motor

1 . Open the door .

2 . Remove the oven racks and guides

3 . Remove the two (2) wing screws securing the fan guard and remove the guard .

4 . Using a hex head wrench loosen the screw securing the

blower wheel to the motor shaft and remove the wheel .

5 . Remove the four (4) screws securing the motor mount plate to the oven casing back and pull the plate froward into the oven compartment .

6 . Disconnect the motor wire connections (note which wires connect to which) and replace faulty motor .

7 . Reassemble in reverse order .

REPLACEMENT OF PARTS continued

TROUBLE SHOOTING

NOTE: Servicing must be carried out by competent persons in accordance with the law .

Griddle Diagnostics

PROBLEM POSSIBLE CAUSE SOLUTION

Griddle heating unevenly . Adjacent griddle is operating at a different temperature .

Check adjacent griddle section .

Griddle was not thoroughly heated before using .

Allow more time for griddle to saturate . Increase warm-up time .

Hot Top or Open Tubular Diagnostics


Top to hot or too cold . Defective infinite switch . Replace infinite switch .

Top not heating at all . Defective element Replace element .

Defective infinite switch . Replace Infinite switch .

Sealed Hotplate Diagnostics


Water in pot does not Boil . Water takes to long to Boil . Switch set to position ‘6’ .

Pot has irregular bottom . Use flat bottom pot .

Pot too large for element size . Use smaller diameter pot .

Pot too small for element size . Use larger diameter pot .

Element was preheated before pot was placed on element .

Allow element to cool . Protector will reset .

One element circuit may be defective . Replace heating element .

Six heat switch may be defective . Replace 6 heat switch .

Part # P152 Rev 1 (01/13/10)

TROUBLE SHOOTING continued

Oven Diagnostics


Oven too hot or not hot enough . Thermostat out of calibration . Check Thermostat/replace thermostat .

RC Oven Diagnostics


Cook/Cool Down Switch set to “Cook” position . Light off . Motor not working .

No Power to Oven . Check power supply .

Defective Cook/Cool Down switch . Replace switch .

Faulty wiring . Check condition of wires and all connections .

Cook/Cool Down Switch set to “Cook” position . Light on . Motor not working .

Defective door switch . Replace switch .

Oven door partially open . Close door .

Door switch out of alignment . Align switch .

Defective Motor . Replace Motor .


Cook/Cook Down Switch set to “Cook” Position . Motor working, thermostat set to temperature, lamp “on”, oven not heating .

Relay RL1 is defective . Replace relay .

Defective heating element or wiring . Replace heating element or repair wiring .

Noisy motor . Blower wheel rubbing on oven baffled . Adjust blower wheel .

Blower wheel loose on motor shaft . Retighten blower wheel .

Defective Motor . Replace Motor .

Cook/Cool Down switch set to “Cool Down”, motor not working .

Defective Cook/Cool Down switch . Replace switch .

Defective door switch . Replace switch .

Door switch out of alignment . Align switch .


Oven too hot or not hot enough . Thermostat out of calibration . Check calibration/replace thermostat

Oven doors will not stay closed . Broken or damaged door spring . Replace door spring .

Sealed Hoptate Wattages and Applications

Application Boiling, Frying, Braising Simmering Warming

Dial Setting 6 5 4 3 2 1

8-5/8” (220mm) 2600W 1750W 1300W 450W 340W 240W

7” (180mm) 2000W 1400W 950W 450W 305W 200W

Part # P152 Rev 1 (01/13/10)

APPENDIX

Wiring Diagrams and Loading Charts

Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

1675

W

1675

W

2200

W

1900

W

750W

WIR

ING

DIA

GR

AM

S/S

S68

6S

680

SE

RIE

S

AP

R 2

3,19

99N

AV

C

21

2693

100

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

G

3 P

HA

SE

ZYX

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

OV

EN

_0A

_0A

30A

40A

OV

EN

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

ED

)

N (

BLA

CK

)

N (

BLA

CK

)

L (R

ED

)

SE

ALE

D E

LEM

EN

T

2.6k

W, 2

20m

m2.

0kW

, 180

mm

TOP

1

TOP

2

TOP

3

LNLNLN

12

34

56

1011

:

ALL

DIM

EN

SIO

NS

AR

E IN

INC

HE

S

TOLE

RA

NC

E ±

0.01

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SS

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HE

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::

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IPT

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RE

VIS

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S

3350

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S =

20A

4600

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RE

D)

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H1 P

L1H2

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H1 P

3.35

kW T

OTA

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8"=

2.1k

W, 6

"=1.

25kW

)H

OT

TO

P /

(OP

EN

TO

P)

30A

_0A

_0A

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40A

SA

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AN

DE

R B

LAC

KO

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N 1

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TOP

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CK

TOP

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

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1)

T2(

1)

T3(

1)

O1(

1)

S(1

)

T1(

2)T

2(2)

T3(

2)O

1(2)

S(2

)

T1(

3)T

1(4)

T2(

3)

O1(

3)

O1(

4)T

3(4)

T3(

3)T

2(4)

S(3

)S

(4)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB

1-1

TB

1-2

TB

1-3

TB

1-4

TB

1-5

TB

1-6

TB1-10c

TB1-12b

TB1-11a

TB1-10a

TB

1-12

a

TB

1-12

cT

B1-

10f

O2(

4)

TB1-10a

GR

IDD

LEE

4

E3

E2

21

3

4

2

1

3

4

H1

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G1

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1

ST

2

ST

4

ST

3

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4

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2

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1

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3

UP

PE

R

INN

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EN

ELE

ME

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S 4

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ON

NE

CT

ION

SH

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TS

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1 P

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XR

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S(2

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KB

LAC

KB

LAC

KB

LAC

K

RE

D

RE

D

RE

D

RE

D

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

6S

680

SE

RIE

S

AP

R 2

3,19

99N

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22

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:

ALL

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EN

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NS

AR

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INC

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S

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SS

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HE

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SP

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ER

CIA

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SIS

SA

UG

A, O

NTA

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::

:

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CA

LED

R.

SH

T

OF

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RE

VR

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#D

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DR

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CR

IPT

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VIS

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S

SS

686

Mod

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1)

GR

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S/S

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1C-1

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2R, -

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36

OV

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1 R

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S/S

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6 M

odel

s:-S

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-1L,

-1L

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, -1R

-24L

,-2

L, -

2L-1

2R, -

2R-1

2L, -

36

GY Z

S(2

)

T3(

2)

T1(

2)

T2(

2)

O1(

2)

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

SS

686

Mod

els:

-1C

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, -24

R, -

2R

GR

OU

P 1

WIT

H S

ALM

AN

DE

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T3(

1)

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T2(

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1 R

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T2(

2)

T1(

2)

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SS

686

Mod

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-1C

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, -24

R, -

2R

GR

OU

P 1

NO

SA

LMA

ND

ER

3 P

HA

SE

X

T1(

1)

T2(

1)

T3(

1)

SS

686

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-2

4L

TOP

2 B

LAC

K

TOP

3 B

LAC

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1 R

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OV

EN

1 R

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SA

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AN

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SA

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GR

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AN

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EN

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K

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1 R

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SA

LAM

AN

DE

R R

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EN

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LAC

K

SA

LAM

AN

DE

R B

LAC

KGZ

3 P

HA

SE

X Y

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2)

T3(

2)

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)

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2)

O1(

2)

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

O1(

1)

S(1

)

T1(

1)

T2(

1)

T3(

1)

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

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GR

OU

P 3

WIT

H S

ALM

AN

DE

R

GZ

3 P

HA

SE

X YT

1(2)

T2(

2)

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2)

T3(

2)

T3(

1)

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1)

T1(

1)

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1)

GR

OU

P 3

NO

SA

LMA

ND

ER

OV

EN

1 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

Part # P152 Rev 1 (01/13/10)

MO

DEL

Phas

e gr

oupi

ngLo

adin

g ch

art

SS68

6 ST

DN

O S

ALA

MA

ND

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mes

tic

(del

ta)

load

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volta

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kW X

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Y-Z

A X

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A 1

pha

seX-

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p 1,

Top

218

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208

9 .20

4 .60

4 .85

58 .5

159

.43

39 .3

589

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Top

318

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240

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34 .1

077

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dom

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tic

(del

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load

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X-Z

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4 .85

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06 .

704 .

604 .

8541

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634

.10

67 .2

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ven

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MA

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mes

tic

(del

ta)

load

Tota

l kW

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kW X

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A X

A Y

A Z

A 1

pha

seX-

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p 2,

Top

323

.15

208

6 .70

9 .45

7 .00

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757

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06 .

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457 .

0058

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49 .4

459

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ande

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SS68

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686-

1L-2

4R

SS68

6-2R

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SS

686-

1R-2

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SS68

6-36

SS

686-

1R-2

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all

mod

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NO

SA

LAM

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DER

dom

esti

c (d

elta

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adTo

tal k

Wvo

ltage

kW X

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YA

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ase

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Top

1, To

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14 .9

020

86 .

703 .

354 .

8542

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48 .2

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3X-

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024

06 .

703 .

354 .

8536

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41 .8

629

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62 .0

8Y-

ZO

ven

WIT

H S

ALA

MA

ND

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mes

tic

(del

ta)

load

Tota

l kW

volta

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X-Z

kW X

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321

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208

6 .70

8 .20

7 .00

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457

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5 .29

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207 .

0053

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49 .4

454

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91 .2

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r 2

Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

1675

W

1675

W

2200

W

1900

W

750W

WIR

ING

DIA

GR

AM

SU

686

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

21

2693

101

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

OV

EN

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30A

40A

OV

EN

6 H

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SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

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)

N (

BLA

CK

)

N (

BLA

CK

)

L (R

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SE

ALE

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EN

T

2.6k

W, 2

20m

m2.

0kW

, 180

mm

TOP

1

TOP

2

TOP

3

LNLNLN

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34

56

1011

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EN

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CR

IPT

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RE

VIS

ION

S

3350

W T

OP

S =

20A

4600

W T

OP

S =

30A

12

N (

BLA

CK

)

L1 (

RE

D)

L1H2

L2

H1 P

L1H2

L2

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3.35

kW T

OTA

L /(

8"=

2.1k

W, 6

"=1.

25kW

)H

OT

TO

P /

(OP

EN

TO

P)

SA

LAM

AN

DE

R B

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KO

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TOP

3 B

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BLA

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TOP

1 B

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SA

LAM

AN

DE

R R

ED

OV

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1 R

ED

TOP

3 R

ED

TOP

2 R

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TOP

1 R

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T1(

1)

T2(

1)

T3(

1)

O1(

1)

S(1

)

T1(

2)T

2(2)

T3(

2)O

1(2)

S(2

)

T1(

3)T

1(4)

T2(

3)

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3)

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4)T

3(4)

T3(

3)T

2(4)

S(3

)S

(4)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB

1-1

TB

1-2

TB

1-3

TB

1-4

TB

1-5

TB

1-6

TB1-10c

TB1-12b

TB1-11a

TB1-10a

TB

1-12

a

TB

1-12

cT

B1-

10f

O2(

4)

TB1-10a

GR

IDD

LEE

4

E3

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21

3

4

2

1

3

4

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H2

H1

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G2

G1

G3

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1

ST

2

ST

4

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3

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4

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2

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1

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3

UP

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OV

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CO

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S

HE

ET

2

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

686

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

22

2693

101

:

ALL

DIM

EN

SIO

NS

AR

E IN

INC

HE

S

TOLE

RA

NC

E ±

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ISE

SP

EC

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D

CO

MM

ER

CIA

L R

AN

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MIS

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SA

UG

A, O

NTA

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::

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SH

T

OF

CH

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VR

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ES

CR

IPT

ION

RE

VIS

ION

S

T1(

1)

T3(

1)

O1(

2)

T1(

2)

T3(

2)

T2(

2)

O1(

1)

T2(

1)

SU

686

Mod

els:

-12R

, -1L

-12R

, -1R

,-1

R-1

2L, -

24L

GR

OU

P 2

NO

SA

LMA

ND

ER

GR

OU

P 3

NO

SA

LMA

ND

ER

GR

OU

P 1

NO

SA

LMA

ND

ER

GR

OU

P 1

WIT

H S

ALM

AN

DE

R

ENL3L2

3 P

HA

SE

L1

OV

EN

1 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

SU

686

Mod

els:

-ST

D, -

12L,

-1C

, -1C

-12L

, -

1L, 1

L-24

R, -

1R-2

4L,

-2L,

-2L

-12R

, -2R

-12L

, -36SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

T1(

2)

O1(

2)

T2(

2)

T3(

2)

S(2

)

T1(

1)

T3(

1)

T2(

1)

O1(

1)

S(1

)

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1TO

P 2

RE

D

TOP

3 R

ED

OV

EN

1 R

ED

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

SU

686

Mod

els:

-1C

-12R

, 24R

, -2R

O1(

2)

T2(

2)

T3(

2)

T1(

2)

S(2

)

O1(

1)

T2(

1)

T3(

1)

S(1

)

T1(

1)

ENL3L2

3 P

HA

SE

L1

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

SU

686

Mod

els:

-12R

, -1L

-12R

, -1R

,-1

R-1

2L, -

24L

OV

EN

1 R

ED

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

SU

686R

C M

odel

s:-S

TD

, -12

L, -

1C, -

1C-1

2L,

-1L

, 1L-

24R

, -1R

-24L

,-2

L, -

2L-1

2R, -

2R-1

2L, -

36

O1(

2)

T2(

2)

T3(

2)

T1(

2)

T1(

1)

T2(

1)

O1(

1)

T3(

1)

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

ENL3L2

3 P

HA

SE

L1

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

KO

1(2)

T2(

2)

T3(

2)

T1(

2)

S(2

)

TOP

1 R

ED

TOP

2 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

SA

LAM

AN

DE

R R

ED

T1(

1)

T2(

1)

S(1

)

O1(

1)

T3(

1)

ENL3L2

3 P

HA

SE

L1

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

SU

686

Mod

els:

-1C

-12R

, 24R

, -2R

O1(

2)

T1(

2)

T3(

2)

T2(

2)

T2(

1)

T3(

1)

O1(

1)

T1(

1)

TOP

2 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

1 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

Part # P152 Rev 1 (01/13/10)

MO

DEL

Phas

e gr

oupi

ngLo

adin

g ch

art

SU68

6 ST

DN

O S

ALA

MA

ND

ERex

port

(wye

)lo

advo

ltage

tota

l kW

kW L

1kW

L2

kW L

3A

L1

A L

2A

L3

A 1

pha

seL1

Top

1, To

p 2

400V

3N

~18

.65

9 .20

4 .60

4 .85

40 .0

020

.00

21 .0

981

.09

L2To

p 3

415V

3N

~18

.65

9 .20

4 .60

4 .85

38 .3

319

.17

20 .2

177

.71

L3O

ven

380V

3N

~17

.06

8 .42

4 .21

4 .44

38 .2

619

.13

20 .1

777

.56

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H S

ALA

MA

ND

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port

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advo

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1kW

L2

kW L

3A

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L3

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seL1

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1, To

p 3

400V

3N

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9 .45

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40 .0

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30 .4

311

1 .52

L2To

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5V 3

N~

25 .6

59 .

29 .

457 .

038

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39 .3

829

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106 .

88L3

Sala

man

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380V

3N

~23

.47

8 .42

8 .65

6 .40

38 .2

639

.30

29 .1

110

6 .67

SU68

6-1L

SU

686-

1C

SU68

6-12

L

NO

SA

LAM

AN

DER

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rt (w

ye)

load

volta

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tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

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3A

1 p

hase

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Top

240

0V 3

N~

17 .4

07 .

954 .

604 .

8534

.57

20 .0

021

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75 .6

5L2

Top

341

5V 3

N~

17 .4

07 .

954 .

604 .

8533

.13

19 .1

720

.21

72 .5

0L3

Ove

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N~

15 .9

27 .

274 .

214 .

4433

.06

19 .1

320

.17

72 .3

6W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

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WkW

L1

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2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

340

0V 3

N~

24 .4

7 .95

9 .45

7 .00

34 .5

741

.09

30 .4

310

6 .09

L2To

p 2,

Ove

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5V 3

N~

24 .4

7 .95

9 .45

7 .00

33 .1

339

.38

29 .1

710

1 .67

L3Sa

lam

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r38

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N~

22 .3

27 .

278 .

656 .

4033

.06

39 .3

029

.11

101 .

47

SU68

6-1R

SU

686-

12R

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

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tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

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3A

1 p

hase

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p 1,

Top

340

0V 3

N~

17 .4

07 .

954 .

604 .

8534

.57

20 .0

021

.09

75 .6

5L2

Top

241

5V 3

N~

17 .4

07 .

954 .

604 .

8533

.13

19 .1

720

.21

72 .5

0L3

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N~

15 .9

27 .

274 .

214 .

4433

.06

19 .1

320

.17

72 .3

6W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

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tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

24 .4

7 .95

9 .45

7 .00

34 .5

741

.09

30 .4

310

6 .09

L2To

p 3,

Ove

n41

5V 3

N~

24 .4

7 .95

9 .45

7 .00

33 .1

339

.38

29 .1

710

1 .67

L3Sa

lam

ande

r38

0V 3

N~

22 .3

27 .

278 .

656 .

4033

.06

39 .3

029

.11

101 .

47

SU68

6-2L

SU

686-

1C-1

2L

SU68

6-24

L

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

16 .1

56 .

74 .

64 .

8529

.13

20 .0

021

.09

70 .2

2L2

Top

341

5V 3

N~

16 .1

56 .

74 .

64 .

8527

.92

19 .1

720

.21

67 .2

9L3

Ove

n38

0V 3

N~

14 .7

86 .

134 .

214 .

4427

.86

19 .1

320

.17

67 .1

6W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

23 .1

56 .

79 .

457 .

029

.13

41 .0

930

.43

100 .

65L2

Top

3, O

ven

415V

3N

~23

.15

6 .7

9 .45

7 .0

27 .9

239

.38

29 .1

796

.46

L3Sa

lam

ande

r38

0V 3

N~

21 .1

86 .

138 .

656 .

4027

.86

39 .3

029

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96 .2

8

SU68

6-1R

-12L

SU

686-

1L-1

2RN

O S

ALA

MA

ND

ERex

port

(wye

)lo

advo

ltage

tota

l kW

kW L

1kW

L2

kW L

3A

L1

A L

2A

L3

A 1

pha

seL1

Top

1, To

p 3

400V

3N

~16

.15

6 .7

4 .6

4 .85

29 .1

320

.00

21 .0

970

.22

L2To

p 2

415V

3N

~16

.15

6 .7

4 .6

4 .85

27 .9

219

.17

20 .2

167

.29

L3O

ven

380V

3N

~14

.78

6 .13

4 .21

4 .44

27 .8

619

.13

20 .1

767

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WIT

H S

ALA

MA

ND

ERex

port

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kW L

1kW

L2

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3A

L1

A L

2A

L3

A 1

pha

seL1

Top

1, To

p 3

400V

3N

~23

.15

6 .7

9 .45

7 .0

29 .1

341

.09

30 .4

310

0 .65

L2To

p 2,

Ove

n41

5V 3

N~

23 .1

56 .

79 .

457 .

027

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39 .3

829

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96 .4

6L3

Sala

man

der

380V

3N

~21

.18

6 .13

8 .65

6 .40

27 .8

639

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29 .1

196

.28

SU68

6-2R

SU

686-

1C-1

2R

SU68

6-24

R

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 2,

Top

340

0V 3

N~

16 .1

56 .

74 .

64 .

8529

.13

20 .0

021

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70 .2

2L2

Top

141

5V 3

N~

16 .1

56 .

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Part # P152 Rev 1 (01/13/10)

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Part # P152 Rev 1 (01/13/10)

WIR

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1)

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2)

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)

Part # P152 Rev 1 (01/13/10)

WIR

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DIA

GR

AM

S/S

S68

6RC

S68

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Part # P152 Rev 1 (01/13/10)

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57 .

954 .

65 .

533

.13

19 .1

722

.92

75 .2

1L3

Ove

n38

0V 3

N~

16 .5

17 .

274 .

215 .

0333

.06

19 .1

322

.87

75 .0

7W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

340

0V 3

N~

25 .0

57 .

9510

.17 .

034

.57

43 .9

130

.43

108 .

91L2

Top

2, O

ven

415V

3N

~25

.05

7 .95

10 .1

7 .0

33 .1

342

.08

29 .1

710

4 .38

L3Sa

lam

ande

r38

0V 3

N~

22 .9

27 .

279 .

246 .

4033

.06

42 .0

029

.11

104 .

18

SU68

6RC-

2L S

U68

6RC-

1C-1

2L S

U68

6RC-

24L

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

16 .8

6 .7

4 .6

5 .50

29 .1

320

.00

23 .9

173

.04

L2To

p 3

415V

3N

~16

.86 .

74 .

65 .

5027

.92

19 .1

722

.92

70 .0

0L3

Ove

n38

0V 3

N~

15 .3

76 .

134 .

215 .

0327

.86

19 .1

322

.87

69 .8

7W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

23 .8

6 .7

10 .1

7 .0

29 .1

343

.91

30 .4

310

3 .48

L2To

p 3,

Ove

n41

5V 3

N~

23 .8

6 .7

10 .1

7 .0

27 .9

242

.08

29 .1

799

.17

L3Sa

lam

ande

r38

0V 3

N~

21 .7

86 .

139 .

246 .

4027

.86

42 .0

029

.11

98 .9

8

SU68

6RC-

1R-1

2L

SU68

6RC-

1L-1

2RN

O S

ALA

MA

ND

ERex

port

(wye

)lo

advo

ltage

tota

l kW

kW L

1kW

L2

kW L

3A

L1

A L

2A

L3

A 1

pha

seL1

Top

1, To

p 3

400V

3N

~16

.86 .

74 .

65 .

5029

.13

20 .0

023

.91

73 .0

4L2

Top

241

5V 3

N~

16 .8

6 .7

4 .6

5 .50

27 .9

219

.17

22 .9

270

.00

L3O

ven

380V

3N

~15

.37

6 .13

4 .21

5 .03

27 .8

619

.13

22 .8

769

.87

WIT

H S

ALA

MA

ND

ERex

port

(wye

)lo

advo

ltage

tota

l kW

kW L

1kW

L2

kW L

3A

L1

A L

2A

L3

A 1

pha

seL1

Top

1, To

p 3

400V

3N

~23

.86 .

710

.17 .

029

.13

43 .9

130

.43

103 .

48L2

Top

2, O

ven

415V

3N

~23

.86 .

710

.17 .

027

.92

42 .0

829

.17

99 .1

7L3

Sala

man

der

380V

3N

~21

.78

6 .13

9 .24

6 .40

27 .8

642

.00

29 .1

198

.98

SU68

6RC-

2R S

U68

6RC-

1C-1

2R S

U68

6RC-

24R

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 2,

Top

340

0V 3

N~

16 .8

6 .7

4 .6

5 .50

29 .1

320

.00

23 .9

173

.04

L2To

p 1

415V

3N

~16

.86 .

74 .

65 .

5027

.92

19 .1

722

.92

70 .0

0L3

Ove

n38

0V 3

N~

15 .3

76 .

134 .

215 .

0327

.86

19 .1

322

.87

69 .8

7W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 2,

Top

340

0V 3

N~

23 .8

6 .7

10 .1

7 .0

29 .1

343

.91

30 .4

310

3 .48

L2To

p 1,

Ove

n41

5V 3

N~

23 .8

6 .7

10 .1

7 .0

27 .9

238

.50

29 .1

799

.17

L3Sa

lam

ande

r38

0V 3

N~

21 .7

86 .

139 .

246 .

4027

.86

42 .0

029

.11

98 .9

8

SU68

6RC~

2L~1

2R

SU68

6RC~

1L~1

24R

SU68

6RC~

2R~1

2L

SU68

6RC~

1R~2

4L

SU68

6RC~

36

NO

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

240

0V 3

N~

15 .5

56 .

73 .

355 .

5029

.13

14 .5

723

.91

67 .6

1L2

Top

341

5V 3

N~

15 .5

56 .

73 .

355 .

5027

.92

13 .9

622

.92

64 .7

9L3

Ove

n38

0V 3

N~

14 .2

36 .

133 .

075 .

0327

.86

13 .9

322

.87

64 .6

7W

ITH

SA

LAM

AN

DER

expo

rt (w

ye)

load

volta

geto

tal k

WkW

L1

kW L

2kW

L3

A L

1A

L2

A L

3A

1 p

hase

L1To

p 1,

Top

340

0V 3

N~

22 .5

56 .

78 .

857 .

029

.13

38 .4

830

.43

98 .0

4L2

Top

2, O

ven

415V

3N

~22

.55

6 .7

8 .85

7 .0

27 .9

233

.74

29 .1

793

.96

L3Sa

lam

ande

r38

0V 3

N~

20 .6

36 .

138 .

106 .

4027

.86

36 .8

129

.11

93 .7

8

Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

1675

W

1675

W

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2200

W

1900

W

750W

2200

W

1900

W

750W

WIR

ING

DIA

GR

AM

S/S

S68

4S

680

SE

RIE

S

AP

R 2

3,19

99N

AV

C

31

2693

300

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

G

3 P

HA

SE

ZYX

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

TOP

4TO

P 5

OV

EN

_0A

_0A

30A

_0A

_0A

40A

30A

OV

EN

OV

EN

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

ED

)

N (B

LAC

K)

N (B

LAC

K)

L (R

ED

)

SE

ALE

D E

LEM

EN

T2.

6kW

, 220

mm

2.0k

W, 1

80m

m

TOP

1TO

P 2

TOP

3

LNLNLN

12

34

56

1011

12

34

1011

12

NTO

P 4

L

TOP

5LN

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

3350

W T

OP

S =

20A

4600

W T

OP

S =

30A

12

N (B

LAC

K)

L1 (R

ED

)

L1H2

L2

H1 P

L1H2

L2

H1 P

3.35

kW T

OTA

L /(8

"=2.

1kW

, 6"=

1.25

kW)

HO

T TO

P / (

OP

EN

TO

P)

30A

_0A

_0A

30A

_0A

_0A

_0A

40A

TOP

5 B

LAC

KTO

P 4

BLA

CK

OV

EN

2 B

LAC

KS

ALA

MA

ND

ER

BLA

CK

OV

EN

1 B

LAC

KTO

P 3

BLA

CK

TOP

2 B

LAC

KTO

P 1

BLA

CK

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

T1(1

)T2

(1)

T3(1

)O

1(1)

S(1

)O

2(1)

T4(1

)T5

(1)

T1(2

)T2

(2)

T3(2

)O

1(2)

S(2

)O

2(2)

T4(2

)T5

(2)

T1(3

)T1

(4)

T2(3

)

O1(

3)

O1(

4)T3

(4)

T3(3

)T2

(4)

S(3

)S

(4)

O2(

3)O

2(4)

T4(3

)

T4(4

)T5

(3)

T5(4

)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB2

TB1-

1TB

1-2

TB1-

3TB

1-4

TB1-

5TB

1-6

TB1-10c

TB1-12b

TB1-11a

TB2-

1TB

2-2

TB2-

3TB

2-4

TB2-10d

TB2-11a

TB2-12b

O2(

4)

TB2-10a

TB2-10a

TB2-

12a

TB1-10a

TB1-

12a

TB1-

12c

TB1-

10f

O2(

4)

TB1-10a

GR

IDD

LE

E1b

E4

E3

E2

21

3

4

2

1

3

4

H1

H2

H2

H1

G4

G2

G1G

3

ST1

ST2

ST4

ST3

OT4

OT2

OT1

OT3

UP

PE

R

INN

ER

OU

TER

OV

EN

ELE

ME

NTS

4.8

5kW

OU

TER

UP

PE

R

TB1-

12c

INN

ER

TB1-

10f

OV

EN

E1b

SE

E T

ER

MIN

AL

BLO

CK

CO

NN

EC

TIO

NS

S

HE

ETS

2 A

ND

3

BLA

CK

T4(2

)T5

(2)

GB

LAC

K

T1(1

)T2

(1)

T3(1

)O

1(1)

O2(

1)T4

(1)

T5(1

)

T2(2

)

O1(

2)

O2(

2)

S(1

)

Y Z

1 P

HA

SE

XR

ED

T1(2

)B

LAC

K

T3(2

)

S(2

)B

LAC

KB

LAC

KB

LAC

KB

LAC

KB

LAC

K

RE

D

RE

D

RE

D

RE

D

RE

D

RE

D

RE

D

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

4S

680

SE

RIE

S

AP

R 2

3,19

99N

AV

C

32

2693

300

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N REV

ISIO

NS

SS

684

Mod

els:

-1L-

24R

, -24

R, -

2L-2

4R, 2

R,

-2R

-12L

SS

684

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-1

R-2

4L, -

2L-1

2RT1(1

)

T4(1

)T5

(1)

O1(

1)

T2(1

)

GR

OU

P 4

NO

SA

LMA

ND

ER T3(1

)O

2(1)

T1(2

)

O1(

2)T2

(2)

T4(2

)O

2(2)

T5(2

)

T3(2

)

T1(1

)

T3(1

)T5

(1)

O1(

1)

T2(1

)

T4(1

)O

2(1)

O1(

2)

T1(2

)

T3(2

)

T5(2

)O

2(2)

T4(2

)T2

(2)

GR

OU

P 2

NO

SA

LMA

ND

ER

T5(2

)TO

P 5

BLA

CK

TOP

4 B

LAC

KT4

(2)

TOP

5 B

LAC

KT5

(2)

S/S

S68

4 M

odel

s:-S

TD, -

12L,

-1C

, -1C

-12L

, -1C

-24L

,-1

C-3

6L, -

1L, -

24L,

-2C

-12L

, -2C

-24L

,-2

L, -2

L-36

R, -

2L-3

6L, -

36L,

-3C

-12L

,-3

L, -3

L-24

R, -

3R-2

4L

TOP

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

5 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

S(1

)

S/S

S68

4 M

odel

s:-S

TD, -

12L,

-1C

-24L

, -1C

-36L

, -1

L, -2

4L, -

2C-1

2L, -

2C-2

4L,

-2L,

-2L-

24R

, -2L

-36R

, -2R

-36L

,-3

6L, -

3L, -

3L-2

4R, -

3R-2

4L

GY Z

S(2

)T5

(2)

TOP

5 B

LAC

K

T2(2

)T1

(2)

O1(

2)

T4(2

)O

2(2)

T3(2

)

TOP

1 B

LAC

K

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

SS

684

Mod

els:

-1C

, -1C

-12L

GR

OU

P 1

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

X

T4(1

)O

1(1)

T5(1

)

O2(

1)

T3(1

)T2

(1)

T1(1

)

TOP

4 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O2(

1)

GZY

O2(

2)T5

(2)

T1(2

)

T3(2

)T2

(2)

O1(

2)T4

(2)

SS

684

Mod

els:

-1L-

36R

GR

OU

P 1

NO

SA

LMA

ND

ER

3 P

HA

SE

X

T1(1

)

T3(1

)T4

(1)

O1(

1)

T2(1

)

T5(1

)

SS

684

Mod

els:

-1L-

24R

, -24

R, -

2R, -

2R-1

2L,

-2R

-24L

SS

684

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

GY Z

S(2

)T5

(2)

T4(2

)T1

(2)

O1(

2)

T3(2

)O

2(2)

T2(2

)

S(1

)

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

X

T5(1

)O

1(1)

T4(1

)

O2(

1)

T3(1

)T2

(1)

T1(1

)

GY Z

3 P

HA

SE

X

TOP

1 R

ED

TOP

4 R

ED

TOP

3 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

1 R

ED

T1(1

)

GZ

3 P

HA

SE

X Y

T1(2

)

O1(

2)T3

(2)

S(2

)

T2(2

)

O2(

2)T4

(2)

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

O1(

1)

S(1

)T5

(1)

O2(

1)

T2(1

)T3

(1)

T4(1

)

OV

EN

1 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

4 R

ED

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

T1(1

)

GZ

3 P

HA

SE

X Y

T1(2

)

O1(

2)T5

(2)

T3(2

)O

2(2)

T2(2

)

O1(

1)T5

(1)

T4(1

)T3

(1)

O2(

1)T2

(1)

GR

OU

P 3

NO

SA

LMA

ND

ER

TOP

4 R

ED

TOP

2 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

3 R

ED

TOP

2 B

LAC

K

TOP

4 B

LAC

K

OV

EN

2 R

ED

T1(1

)

GZ

3 P

HA

SE

X Y

T3(2

)

O1(

2)T4

(2)

S(2

)

T2(2

)T1

(2)

O2(

2)

O1(

1)

T3(1

)

O2(

1)

S(1

)

T4(1

)T5

(1)

T2(1

)

GR

OU

P 4

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

GZX Y

TOP

5 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

TOP

3 R

ED

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

4S

680

SE

RIE

S

AP

R 2

3,19

99N

AV

C

2693

300

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

SS

684

Mod

els:

-1C

-36R

, -2C

-24R

, -3C

-12R

TOP

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

T5(2

)Z

SS

684

Mod

els:

-1C

-24R

, -1L

-36R

, -36

R-3

R, -

3R-1

2L

G

TOP

5 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

KT4

(2)

T2(2

)

O1(

2)S

(2)

O2(

2)

T3(2

)

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

X Y

3 P

HA

SE

TOP

3 R

ED

T3(1

)

TOP

4 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

T2(1

)

T1(2

)

S(1

)

T4(1

)T5

(1)

O1(

1)O

2(1)

TOP

1 R

ED

T1(1

)

O1(

2)Z

SS

684

Mod

els:

-1C

-12R

G

T1(2

)

O2(

2)T5

(2)

T4(2

)T3

(2)

GR

OU

P 5

NO

SA

LMA

ND

ER

3 P

HA

SE

X Y

T2(1

)

O1(

1)T5

(1)

T3(1

)

O2(

1)T4

(1)

T2(2

)

T1(1

)

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

TOP

5 R

ED

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 R

ED

T4(2

)Z G

SS

684

Mod

els:

-3C

-12L

T2(2

)

S(2

)

T3(2

)

T5(2

)

O1(

2)

O2(

2)

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

X Y

3 P

HA

SE

T2(1

)T3

(1)

T4(1

)O

1(1)

S(1

)T5

(1)

O2(

1)

T1(2

)

T1(1

)

O1(

2)Z G

T2(2

)T3

(2)

O2(

2)T4

(2)

T1(2

)

X

3 P

HA

SE

Y

T3(1

)

T1(1

)O

2(1)

T5(2

)

T4(1

)T5

(1)

O1(

1)

GR

OU

P 6

NO

SA

LMA

ND

ER T2(1

)

TOP

2 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

OV

EN

1 R

ED

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

O2(

1)

SS

684

Mod

els:

-1C

-12R

, -2C

-12R

, -3L

-12R

GZYX

TOP

3 B

LAC

KT3

(2)

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

T4(2

)O

1(2)

T5(2

)S

(2)

OV

EN

2 R

ED

TOP

4 R

ED

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

T1(2

)T2

(2)

O2(

2)

T4(1

)S

(1)

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

OV

EN

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

T1(1

)

O1(

1)T5

(1)

T3(1

)T2

(1)

SS

684

Mod

els:

-1R

-36L

, -2C

-12R

, -3L

-12R

GZYX

T2(2

)

O2(

2)

T3(2

)T4

(2)

T5(2

)

O2(

1)T4

(1)

O1(

2)T1

(2)

GR

OU

P 7

NO

SA

LMA

ND

ER

3 P

HA

SE

T2(1

)T3

(1)

T5(1

)O

1(1)

T1(1

)

SS

684

Mod

els:

-1R

-24L

, 1R

-36L

, 2L-

12R

OV

EN

2 R

ED

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

3 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

TOP

4 B

LAC

K

O2(

1)

GZYX

T1(2

)T2

(2)

S(2

)O

1(2)

T4(2

)

S(1

)T4

(1)

T5(2

)T3

(2)

O2(

2)

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

T2(1

)

T5(1

)T3

(1)

O1(

1)

T1(1

)

X Z GY

T2(2

)

SS

684

Mod

els:

-2R

-24L

T4(2

)T3

(2)

O2(

2)T5

(2)

T1(2

)O

1(2)

T3(1

)O

2(1)

3 P

HA

SE

GR

OU

P 8

NO

SA

LMA

ND

ER T1(1

)T2

(1)

T5(1

)T4

(1)

O1(

1)

O2(

1)

SS

684

Mod

els:

-1C

-24R

, -36

R, -

3R, -

3R-1

2L

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

3 R

ED

OV

EN

2 R

ED

TOP

1 R

ED

TOP

5 B

LAC

K

OV

EN

1 R

ED

TOP

4 R

ED

TOP

5 R

ED

TOP

2 R

ED

GY Z

O2(

2)T5

(2)

T3(2

)T4

(2)

T2(2

)

O1(

2)T1

(2)

SS

684

Mod

els:

-1C

-36R

, 2C

-24R

, -3C

-12R TO

P 1

RE

D

TOP

4 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

2 R

ED

TOP

4 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

TOP

1 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

S(2

)

3 P

HA

SE

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

X

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 R

ED

TOP

3 R

ED

T5(1

)O

1(1)

T2(1

)

T4(1

)T3

(1)

T1(1

)

GR

OU

P 9

NO

SA

LMA

ND

ER

T3(2

)

TOP

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

GY Z

3 P

HA

SE

X

T2(2

)

O1(

2)

T1(2

)

T5(2

)T4

(2)

O2(

2)

S(1

)

T5(1

)O

1(1)

T1(1

)

O2(

1)

T4(1

)T3

(1)

T2(1

)

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

Part # P152 Rev 1 (01/13/10)

Part # P152 Rev 1 (01/13/10)

MODELPhase grouping Loading chart

SS684STD NO SALAMANDER domestic (delta) load Total kW voltage KW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2 Top 3 32 .70 208 13 .80 9 .45 9 .45 97 .37 97 .37 78 .69 157 .21X-Y Top 4, Oven 1 32 .70 240 13 .80 9 .45 9 .45 84 .38 84 .38 69 .20 136 .25Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1 Top 2, Oven 1 39 .70 208 14 .05 14 .05 11 .60 117 .00 106 .96 106 .96 190 .87X-Y Top 3, Top 4, Oven 2 39 .70 240 14 .05 14 .05 11 .60 101 .40 92 .70 92 .70 165 .42Y-Z Top 5, Salamander

SS684-1L SS694-12L

No SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2 Top 3 31 .45 208 12 .55 9 .45 9 .45 91 .90 91 .90 78 .69 151 .20X-Y Top 4, Oven 1 31 .45 240 12 .55 9 .45 9 .45 79 .65 79 .65 68 .20 131 .04Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 38 .45 208 12 .80 14 .05 11 .60 111 .83 101 .63 106 .96 184 .86X-Y Top 3, Top 4, Oven 2 38 .45 240 12 .80 14 .05 11 .60 96 .92 88 .08 92 .70 160 .21Y-Z Top 5, Salamander

SS684-1C NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 31 .45 208 12 .55 9 .45 9 .45 91 .90 91 .90 78 .69 131 .20X-Y Top 4, Oven 1 31 .45 240 12 .55 9 .45 9 .45 79 .65 79 .65 68 .20 131 .04Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 3, Oven 1 38 .45 208 12 .80 14 .05 11 .60 111 .83 101 .63 106 .96 184 .86X-Y Top 2, Top 4 Oven 2 38 .45 240 12 .80 14 .05 11 .60 96 .20 88 .08 92 .70 160 .21Y-Z Top 5, Salamander

SS684-1R SS684-12R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top5 31 .45 208 12 .55 9 .45 9 .45 91 .90 91 .90 78 .69 151 .20X-Y Top 3, Oven 1 31 .45 240 12 .55 9 .45 9 .45 70 .65 79 .65 68 .20 131 .04Y-Z Oven 2 Top 4


SS684-24LSS684-2L

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 30 .20 208 11 .3 9 .45 9 .45 86 .51 86 .51 78 .69 145 .19X-Y Top 4, Oven 1 30 .20 240 11 .3 9 .45 9 .45 74 .97 74 .97 68 .20 125 .83Y-Z Oven 2, Top 5


SS684-1C-12L NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 30 .20 208 11 .3 9 .45 9 .45 86 .52 86 .51 78 .69 145 .19X-Y Top 4, Oven 1 30 .20 240 11 .3 9 .45 9 .45 74,77 74 .97 68 .20 125 .83Y-Z Oven 2, Top 5


SS684-1L-12R SS684-1-R-12L

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kw X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top1, Top2, Top 5 30 .20 208 11 .3 9 .45 9 .45 86 .51 86 .51 78 .69 145 .19X-Y Top 3, Oven 1 30 .20 240 11 .3 9 .45 9 .45 74 .97 74 .97 68 .20 125 .83Y-Z Oven 2, Top 4

WITH SALAMANDER domestic (delta) load Total kW voltage kw X-Z kW X-Y kw Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 5, Oven 1 37 .20 208 11 .55 14 .05 11 .6 106 .76 96 .39 106 .96 178 .85X-Y Top 2, Top 3, Oven 2 37 .20 240 11 .55 14 .05 11 .6 92 .52 83 .54 92 .70 155 .00Y-Z Top 4, Salamander

SS684-1C-12R NO SALAMANDER domestic (delta) load Total kW voltage kw X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 3, Top 5 30 .20 208 11 .3 9 .45 9 .45 86 .51 86 .51 78 .69 145 .19X-Y Top 2, Oven 1 30 .20 240 11 .3 9 .45 9 .45 74 .97 74 .97 68 .20 125 .83Y-Z Oven 2, Top 4


SS684-2R SS684-24R



SS684-3L SS684-36LSS684-1C-24L SS684-2C-12L


WITH SALAMANDER domestic (delta) load Total kw voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 35 .95 208 11 .55 12 .8 11 .6 101 .43 96 .39 101 .63 172 .84X-Y Top 3, Top 4, Oven 2 35 .95 240 11 .55 12 .8 11 .6 87 .90 83 .54 88 .08 149 .79Y-Z Top 5, Salamander

SS684-2L-12R SS684-1R-24L


WITH SALAMANDER domestic (delta) load Total kW voltage Kw X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 35 .95 208 11 .55 12 .8 11 .6 101 .43 96 .39 101 .63 172 .84X-Y Top 3, Top 5, Oven 5 35 .95 240 11 .55 12 .8 11 .6 87 .90 83 .54 88 .08 149 .79Y-Z Top 4, Salamander

Part # P152 Rev 1 (01/13/10)


SS684-2R-12L SS684-1L-24R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y Kw Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 4, Top 5 28 .95 208 10 .05 9 .45 9 .45 81 .20 81 .20 78 .69 139 .18X-Y Top 2, Oven 1 28 .95 240 10 .05 9 .45 9 .45 70 .38 70 .38 68 .20 120 .63Y-Z Oven 2, Top 3


SS684-2C-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3 Top 5 28 .95 208 10 .05 9 .45 9 .45 81 .20 81 .20 78 .69 139 .18X-Y Top 1, Oven 1 28 .95 240 10 .05 9 .45 9 .45 70 .38 70 .38 68 .20 120 .63Y-Z Oven 2, Top 4

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 5, Oven 1 35 .95 208 11 .55 12 .8 11 .6 101 .43 96 .39 101 .63 172 .84X-Y Top 1, Top 2, Oven 2 35 .95 240 11 .55 12 .8 11 .6 87 .90 83 .54 88 .08 149 .79Y-Z Top 4 Salamander

SS684-3R SS684-1C-24R SS684-36r

NO SALAMANDER domestic (delta) load Total k W voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Top 5 28 .95 208 10 .05 9 .45 9 .45 81 .20 81 .20 78 .69 139 .18X-Y Top 1, Oven 1 28 .95 240 10 .05 9 .45 9 .45 70 .38 70 .38 68 .20 120 .63Y-Z Oven 2, Top 2


SS684-1C-36L SS684-2C-24LSS684-3C-12L


WITH SALAMANDER domestic (delta) load Toal kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 34 .70 208 11 .55 11 .55 11 .60 96 .18 96 .39 96 .39 166 .83X-Y Top 3, Top 4, Oven 2 34 .70 240 11 .55 11 .55 11 .50 83 .35 83 .54 83 .54 144 .58Y-Z Top 5 Salamander

SS684-3R-12L SS684-1L-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4 Top 5 27 .70 208 10 .05 8 .20 9 .45 76 .12 61 .20 73 .55 133 .17X-Y` Top 1 Oven 1 27 .70 240 10 .05 8 .20 9 .45 66 .97 70 .38 63 .74 115 .42Y-Z Oven 2, Top 2


SS684-1C-36R SS684-2C-24R SS684-3C-12R

NO SALAMANDER domestic (delta) load Total kW voltage Kw X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3, Top 4 27 .70 208 10 .05 8 .20 9 .45 76 .12 81 .20 73 .55 133 .17X-Y Top 1, Oven 1 27 .70 240 10 .05 8 .20 9 .45 65 .97 70 .38 63 .74 115 .42Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3, Oven 1 34 .70 208 11 .55 11 .55 11 .60 96 .18 96 .39 96 .39 166 .83X-Y Top 4, Top 5, Oven 2 34 .70 240 11 .55 11 .55 11 .60 83 .35 83 .54 83 .54 144 .58Y-Z Top 1, Salamander

SS684-3L-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3, Top 5 27 .70 208 10 .05 8 .20 9 .45 76 .12 81 .20 73 .55 133 .17X-Y Top 1, Oven 1 27 .70 240 10 .05 8 .20 9 .45 65 .97 70 .38 63 .74 115 .42Y-Z Oven 2, Top 4


SS684-2R-24L SS684-2L-24R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y Kw Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 4, Top 5 27 .70 208 10 .05 8 .20 9 .45 76 .12 81 .20 73 .55 133 .17X-Y Top 1, Oven 1 27 .70 240 10 .05 8 .20 9 .45 65 .97 70 .38 63 .74 115 .42Y-Z Oven 2 Top 35

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 4, Top 5, Oven 1 34 .70 208 11 .55 11 .55 11 .60 96 .18 96 .39 96 .39 166 .83X-Y Top 1, Top 2, Oven 2` 34 .70 240 11 .55 11 .55 11 .60 83 .35 83 .35 83 .35 144 .58Y-Z Top 3, Salamander

SS685-3R-24L SS684-3L-24RSS684-2R-36LSS684-2L-36RS684 all models

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top2, Top 3 26 .45 208 10 .05 8 .20 8 .20 76 .12 76 .12 68 .28 127 .16X-Y Top 4, Oven 1 26 .45 240 10 .05 8 .20 8 .20 65 .97 65 .97 59 .18 110 . .21Y-Z Oven 2, Top 5


Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

1675

W

1675

W

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2200

W

1900

W

750W

2200

W

1900

W

750W

WIR

ING

DIA

GR

AM

SU

684

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

31

2693

301

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

TOP

4TO

P 5

OV

EN

_0A

_0A

30A

_0A

_0A

40A

30A

OV

EN

OV

EN

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

ED

)

N (B

LAC

K)

N (B

LAC

K)

L (R

ED

)

SE

ALE

D E

LEM

EN

T2.

6kW

, 220

mm

2.0k

W, 1

80m

m

TOP

1TO

P 2

TOP

3

LNLNLN

12

34

56

1011

12

34

1011

12

NTO

P 4

L

TOP

5LN

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

3350

W T

OP

S =

20A

4600

W T

OP

S =

30A

12

N (B

LAC

K)

L1 (R

ED

)

L1H2

L2

H1 P

L1H2

L2

H1 P

3.35

kW T

OTA

L /(8

"=2.

1kW

, 6"=

1.25

kW)

HO

T TO

P / (

OP

EN

TO

P)

TOP

5 B

LAC

KTO

P 4

BLA

CK

OV

EN

2 B

LAC

KS

ALA

MA

ND

ER

BLA

CK

OV

EN

1 B

LAC

KTO

P 3

BLA

CK

TOP

2 B

LAC

KTO

P 1

BLA

CK

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

T1(1

)T2

(1)

T3(1

)O

1(1)

S(1

)O

2(1)

T4(1

)T5

(1)

T1(2

)T2

(2)

T3(2

)O

1(2)

S(2

)O

2(2)

T4(2

)T5

(2)

T1(3

)T1

(4)

T2(3

)

O1(

3)

O1(

4)T3

(4)

T3(3

)T2

(4)

S(3

)S

(4)

O2(

3)O

2(4)

T4(3

)

T4(4

)T5

(3)

T5(4

)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB2

TB1-

1TB

1-2

TB1-

3TB

1-4

TB1-

5TB

1-6

TB1-10c

TB1-12b

TB1-11a

TB2-

1TB

2-2

TB2-

3TB

2-4

TB2-10d

TB2-11a

TB2-12b

O2(

4)

TB2-10a

TB2-10a

TB2-

12a

TB1-10a

TB1-

12a

TB1-

12c

TB1-

10f

O2(

4)

TB1-10a

GR

IDD

LE

E1b

E4

E3

E2

21

3

4

2

1

3

4

H1

H2

H2

H1

G4

G2

G1G

3

ST1

ST2

ST4

ST3

OT4

OT2

OT1

OT3

UP

PE

R

INN

ER

OU

TER

OV

EN

ELE

ME

NTS

4.8

5kW

OU

TER

UP

PE

R

TB1-

12c

INN

ER

TB1-

10f

OV

EN

E1b

ENL3L2

3 P

HA

SE

L1

SE

E T

ER

MIN

AL

BLO

CK

CO

NN

EC

TIO

NS

S

HE

ETS

2 A

ND

3

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

684

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

32

2693

301

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

T5(2

)TO

P 5

BLA

CK

T5(2

)TO

P 5

BLA

CK

TOP

4 B

LAC

KT4

(2)

TOP

5 B

LAC

KT5

(2)

SU

684

Mod

els:

-1C

, -1C

-12L

GR

OU

P 1

WIT

H S

ALM

AN

DE

R

O1(

1)

T4(1

)T3

(1)

T2(1

)T1

(1)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

GR

OU

P 1

NO

SA

LMA

ND

ER T1

(1)

T3(1

)T2

(1)

SU

684

Mod

els:

-1L-

36R

SU

684

Mod

els:

-1L-

24R

, -24

R, -

2R, -

2R-1

2L,

-2R

-24L

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O1(

1)

T3(1

)T2

(1)

T5(1

)T1

(1)

SU

684

Mod

els:

-1L-

24R

, -24

R, -

2L-2

4R, 2

R,

-2R

-12L

GR

OU

P 2

NO

SA

LMA

ND

ER

TOP

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

T1(1

)T2

(1)

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

T1(1

)

T2(1

)

T3(1

)

T4(1

)

O1(

1)

S(1

)

T2(2

)

O2(

2)

O1(

2)

T1(2

)T3

(2)

S(2

)

T4(2

)

T5(1

)

O2(

1)

TOP

4 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

3 B

LAC

K

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

T2(1

)

T1(2

)

T3(2

)O

2(2)

T2(2

)

O2(

1)

O1(

2)T5

(2)

T3(1

)

O1(

1)T5

(1)

T4(1

)

T1(1

)

GR

OU

P 3

NO

SA

LMA

ND

ER

GR

OU

P 4

WIT

H S

ALM

AN

DE

R

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

2 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

3 R

ED

TOP

2 B

LAC

K

TOP

4 B

LAC

K

OV

EN

2 R

ED

S(1

)

T1(2

)

O2(

2)

O1(

2)

T3(2

)

S(2

)

T4(2

)

T2(2

)

O1(

1)

O2(

1)

T1(1

)T2

(1)

T3(1

)

T4(1

)T5

(1)

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

T3(1

)

TOP

1 B

LAC

K

OV

EN

2 R

ED

TOP

3 R

ED

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

T1(2

)

O2(

2)T4

(2)

T3(2

)

O2(

1)

O1(

2)T2

(2)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

5 R

ED

T4(1

)

O1(

1)

T5(1

)

T2(1

)

T1(1

)

GR

OU

P 4

NO

SA

LMA

ND

ER

SU

684

Mod

els:

-STD

, -12

L, -1

C, -

1C-1

2L, -

1C-2

4L,

-1C

-36L

, -1L

, -24

L, -2

C-1

2L, -

2C-2

4L,

-2L,

-2L-

36R

, -2L

-36L

, -36

L, -3

C-1

2L,

-3L,

-3L-

24R

, -3R

-24L

ENL3L2

3 P

HA

SE

L1

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

T5(1

)

SU

684

Mod

els:

-STD

, -12

L, -1

C-2

4L, -

1C-3

6L,

-1L,

-24L

, -2C

-12L

, -2C

-24L

,-2

L, -2

L-24

R, -

2L-3

6R, -

2R-3

6L,

-36L

, -3L

, -3L

-24R

, -3R

-24L

T4(2

)

S(2

)

T2(2

)T1

(2)

O1(

2)

T5(2

)

O2(

2)

T3(2

)

S(1

)

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

1 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

O2(

1)O

VE

N 2

RE

D

ENL3L2

3 P

HA

SE

L1

O1(

1)

O2(

2)T5

(2)

O1(

2)T1

(2)

T3(2

)T2

(2)

T5(1

)O

2(1)

T4(2

)

T4(1

)

ENL3L2

3 P

HA

SE

L1

SU

684

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

ENL3L2

3 P

HA

SE

L1

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

3 B

LAC

K

TOP

4 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

T4(1

)TO

P 4

RE

D

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

S(2

)T5

(2)

O1(

2)

O2(

2)

T2(2

)

T4(2

)T1

(2)

T3(2

)

S(1

)

OV

EN

2 R

ED

O2(

1)

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

O1(

1)

SU

684

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-1

R-2

4L, -

2L-1

2RO2(

2)

TOP

5 B

LAC

KT5

(2)

TOP

4 R

ED

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

2 B

LAC

K

TOP

1 B

LAC

K

O1(

2)T1

(2)

T4(2

)T2

(2)

O2(

1)

T3(2

)

T4(1

)

TOP

3 R

ED

T3(1

)

T5(1

)

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

684

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

33

2693

301

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

TOP

1 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

5 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

ENL3L2

3 P

HA

SE

L1

O1(

1)

SU

684

Mod

els:

-1C

-24R

, -36

R, -

3R, -

3R-1

2L

O2(

2)T5

(2)

O1(

2)

T3(2

)T4

(2)

T2(2

)

T2(1

)O

2(1)

T1(2

)

ENL3L2

3 P

HA

SE

L1

S(2

)

SU

684

Mod

els:

-1C

-36R

, 2C

-24R

, -3C

-12R

GR

OU

P 9

NO

SA

LMA

ND

ER T3(1

)T4

(1)

T5(1

)

T1(1

)

T3(2

)

T1(1

)

O2(

2)

T2(2

)O

1(2)

T1(2

)

S(1

)

T5(2

)T4

(2)

TOP

1 R

ED

O1(

1)

T4(1

)T5

(1)

O2(

1)

T3(1

)T2

(1)

TOP

4 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

SU

684

Mod

els:

-1R

-36L

, -2C

-12R

, -3L

-12R

TOP

2 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

OV

EN

1 R

ED

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

TOP

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

5 B

LAC

K

ENL3L2

3 P

HA

SE

L1

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

T1(2

)

SU

684

Mod

els:

-1C

-24R

, -1L

-36R

, -36

R-3

R, -

3R-1

2L

O2(

2)

O1(

2)T4

(2)

T2(2

)S

(2)

T3(2

)

T5(2

)TO

P 5

BLA

CK

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

T5(1

)

S(1

)T2

(1)

O2(

1)

T1(1

)

T4(1

)O

1(1)

T3(1

)

TOP

4 R

ED

TOP

1 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

TOP

3 R

ED

ENL3L2

3 P

HA

SE

L1

O2(

1)

SU

684

Mod

els:

-1C

-12R

T3(2

)

O2(

2)T5

(2)

T4(2

)

O1(

2)T1

(2)

T2(2

)

GR

OU

P 5

NO

SA

LMA

ND

ER T5(1

)

O1(

1)T2

(1)

T4(1

)

T1(1

)T3

(1)

ENL3L2

3 P

HA

SE

L1

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

SU

684

Mod

els:

-1C

-12R

, -2C

-12R

, -3L

-12R

O1(

2)

O2(

2)T3

(2)

S(2

)

T4(2

)

T5(2

)

S(1

)

T2(2

)T1

(2)

O2(

1)

T4(1

)

T2(1

)

TOP

3 B

LAC

K

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

O1(

1)T5

(1)

T3(1

)

T1(1

)

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

1 R

ED

ENL3L2

3 P

HA

SE

L1

T3(1

)

T2(2

)

O2(

2)

T3(2

)T4

(2)

T5(2

)

T4(1

)

O1(

2)

O2(

1)

T1(2

)

T5(1

)

O1(

1)T1

(1)

GR

OU

P 7

NO

SA

LMA

ND

ER T2(1

)

ENL3L2

3 P

HA

SE

L1

SU

684

Mod

els:

-3C

-12L

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

ENL3L2

3 P

HA

SE

L1

T1(2

)

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

KT3

(2)

S(2

)T5

(2)

O1(

2)

T2(2

)

T4(2

)O

2(2)

SA

LAM

AN

DE

R R

ED

OV

EN

2 R

ED

T4(1

)

S(1

)T5

(1)

O2(

1)

T1(1

)

T3(1

)O

1(1)

TOP

4 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

T2(1

)TO

P 2

RE

D

O2(

1)O

VE

N 2

RE

D

SU

684

Mod

els:

-1C

-36R

, -2C

-24R

, -3C

-12R

T1(2

)O

1(2)

T5(2

)

T3(2

)O

2(2)

T4(2

)

T2(2

)TO

P 1

BLA

CK

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

T2(1

)

T4(1

)

T5(1

)O

1(1)

T3(1

)

GR

OU

P 6

NO

SA

LMA

ND

ER T1(1

)O

VE

N 1

RE

D

TOP

4 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

TOP

1 R

ED

ENL3L2

3 P

HA

SE

L1

SU

684

Mod

els:

-1R

-24L

, 1R

-36L

, 2L-

12R

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

ENL3L2

3 P

HA

SE

L1O

VE

N 2

RE

D

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

4 B

LAC

K

T1(2

)T2

(2)

S(2

)O

1(2)

T4(2

)

S(1

)

T5(2

)O

2(2)

T3(2

)

T5(1

)

T4(1

)

O2(

1)TO

P 5

RE

D

TOP

4 R

ED

T2(1

)

T3(1

)

O1(

1)

T1(1

)

OV

EN

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

T4(1

)TO

P 4

RE

D

SU

684

Mod

els:

-2R

-24L

T5(1

)

T3(1

)O

2(1)

O1(

1)

T1(2

)O

1(2)

T4(2

)T3

(2)

O2(

2)

T2(2

)

T1(1

)

T5(2

)

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

1 R

ED

GR

OU

P 8

NO

SA

LMA

ND

ER T2(1

)TO

P 2

RE

D

Part # P152 Rev 1 (01/13/10)

Part # P152 Rev 1 (01/13/10)

MODEL NO SALAMANDERPhase Grouping Loading Chart

SU684 STD NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V 3N~ 32 .7 13 .8 9 .45 9 .45 60 .00 41 .09 41 .09 142 .17L2 Top 4, Oven 1 415V 3N~ 32 .7 13 .8 9 .45 9 .45 57 .50 39 .38 39 .38 136 .25L3 Oven 2, Top 5 330V 3N~- 29 .92 12 .63 8 .65 8 .65 57 .39 39 .30 39 .30 136 .99

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 39 .7 14 .05 14 .05 11 .6 61 .09 61 .09 50 .43 172 .61L2 Top 3, Top 4, Oven 2 415V 3N~ 39 .7 14 .05 14 .05 11 .6 58 .54 58 .54 48 .33 165 .42L3 Top 5, Salamander 380V 3N~ 36 .32 12 .85 12 .85 10 .61 58 .43 58 .43 48 .24 165 .10

SU6841L SU684-12L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V 3N~ 31 .45 12 .55 9 .45 9 .45 54 .57 41 .09 41 .09 136 .74L2 Top 4, Oven 1 415V3N~ 31 .45 12 .55 9 .45 9 .45 52 .29 39 .38 39 .38 131 .04L3 Oven 2, Top 5 380V 3N~ 28 .77 11 .48 8 .65 8 .65 52 .19 39 .30 39 .30 130 .79

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 38 .45 12 .8 14 .05 11 .6 55 .65 61 .09 50 .43 167 .17L2 Top 3, Top 4, Oven 2 415V 3N~ 38 .45 12 .8 14 .05 11 .6 53 .33 58 .54 48 .33 160 .21L3 Top 5, Salamander 380V 3N~ 35 .18 11 .71 12 .85 10 .61 53 .23 58 .43 48 .24 159 .91

SU684-1C NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V 3N~ 31 .45 12 .55 9 .45 9 .45 54 .57 41 .09 41 .09 136 .74L2 Top 4, Oven 1 415V3N~ 31 .45 12 .55 9 .45 9 .45 52 .29 39 .38 39 .38 131 .04L3 Oven 2, Top 5 380V 3N~ 28 .77 11 .48 8 .65 8 .65 52 .19 39 .30 39 .30 130 .79


SU684-1R SU684-12R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 5 400V 3N~ 31 .45 12 .55 9 .45 9 .45 54 .57 41 .09 41 .09 136 .74L2 Top 3, Oven 1 415V 3N~ 31 .45 12 .55 9 .45 9 .45 52 .29 39 .38 39 .38 131 .04L3 Oven 2, Top 4 380V 3N~ 28 .77 11 .48 8 .65 8 .65 52 .19 39 .30 39 .30 130 .79


SU684-24L SU684-2L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V 3N~ 30 .2 11 .3 9 .45 9 .45 49 .13 41 .09 41 .09 131 .30L2 Top 4, Oven1 415V 3N~ 30 .2 11 .3 9 .45 9 .45 47 .08 39 .38 39 .38 125 .83L3 Oven 2, Top 5 380V 3N~ 27 .63 10 .34 8 .65 8 .65 46 .99 39 .30 39 .30 125 .60


SU684-1C-12L NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V 3N~ 30 .2 11 .3 9 .45 9 .45 49 .13 41 .09 41 .09 131 .30L2 Top 4, Oven 1 415V 3N~ 30 .2 11 .3 9 .45 9 .45 47 .08 39 .38 39 .38 125 .83L3 Oven 2, Top 5 380V 3N~ 27 .63 10 .34 8 .65 8 .65 46 .99 39 .30 39 .30 125 .50


SU684-1R-12L SU684-1L-12R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 5 400V 3N~- 30 .2 11 .3 9 .45 9 .45 49 .13 41 .09 41 .09 131 .30L2 Top 3, Oven 1 415V 3N~ 30 .2 11 .3 9 .45 9 .45 47 .08 39 .38 39 .38 125 .83L3 Oven 2, Top 4 380V 3N~ 27 .63 10 .34 8 .65 8 .65 46 .99 39 .30 39 .30 125 .60


SU684-1C-12R NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 3, Top 5 400V 3N~ 30 .2 11 .3 9 .45 9 .45 49 .13 41 .09 41 .09 131 .30L2 Top 2, Oven 1 415V 3N~ 30 .2 11 .3 9 .45 9 .45 47 .08 39 .38 39 .38 125 .83L3 Oven 2, Top 4 380V 3N~ 27 .63 10 .34 8 .65 8 .65 46 .99 39 .30 39 .30 125 .60


SU684-3R SU684-24R


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1phaseL1 Top 4, Top 5, Oven 1 400V 3N~ 37 .2 11 .55 14 .05 11 .6 50 .22 61 .09 50 .43 161 .74L2 Top 1, Top 2, Oven 2 415V 3N~- 37 .2 11 .55 14 .05 11 .6 48 .13 58 .54 48 .33 155 .00L3 Top 3, Salamander 380V 3N~ 34 .04 10 .57 12 .85 10 .61 48 .03 58 .43 48 .24 154 .71

SU684-36L SU684-3L SU684-1C-24L SU684-2C-12L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V 3N~ 28 .95 10 .05 9 .45 9 .45 43 .70 41 .09 41 .09 125 .87L2 Top 4, Oven 1 415V 3N~ 28 .95 10 .05 9 .45 9 .45 41 .88 39 .38 39 .38 120 .63L3 Oven 2, Top 5 380V 3N~ 26 .49 9 .20 8 .65 8 .65 41 .80 39 .30 39 .30 120 .40


Part # P152 Rev 1 (01/13/10)

MODEL NO SALAMANDERPhase Grouping Loading Chart

SU684-2L-12R SU684-1R-12L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 35 .95 11 .55 12 .8 11 .6 50 .22 55 .86 50 .43 156 .3012 Top 3, Top 5, Oven 2 415V 3N~ 35 .95 11 .55 12 .8 11 .6 48 .13 53 .33 48 .33 149 .79L3 Top 4, Salamander 380V 3N~ 32 .89 10 .57 11 .71 10 .61 48 .03 53 .23 48 .24 149 .51

SU684-2R-12L SU684-1L-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1phaseL1 Top 1, Top 4, Top 5 400V 3N~ 28 .95 10 .05 9 .45 9 .45 43 .70 41 .09 41 .09 125 .87L2 Top 2, Oven 1 415V 3N~ 28 .95 10 .05 9 .45 9 .45 41 .88 39 .38 39 .38 120 .63LB Oven 2, Top 3 380V 3N~ 26 .49 9 .20 8 .65 8 .65 41 .80 39 .30 39 .30 120 .40


SU684-2C-12R NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top3, Top 5 400V 3N~ 28 .95 10 .05 9 .45 9 .45 43 .70 41 .09 41 .09 125 .87L2 Top 1 , Oven 1 415V 3N~ 28 .95 10 .05 9 .45 9 .45 41 .88 39 .38 39 .38 120 .63LB Oven 2, Top 4 380v 3N~ 26 .49 9 .20 8 .65 8 .65 41 .80 39 .30 39 .30 120 .40

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 3, Top 5, Oven 1 400V 3N~ 35 .95 11 .55 12 .8 11 .6 50 .22 55 .65 50 .43 156 .30L2 Top 1 , Top 2, Oven 2 415V 3N~ 35 .95 11 .55 12 .8 11 .6 48 .13 53 .33 48 .33 149 .79L3 Top 4, Salamander 380V 3N~ 32 .89 10 .57 11 .71 10 .61 48 .03 53 .23 48 .24 149 .51

SU684-3R SU684-1C-24R SU684-364

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 3, Top 4, Top 5 400V 3N~ 28 .95 10 .05 9 .45 9 .45 43 .70 41 .09 41 .09 125 .87L2 Top 1 , Oven 1 415V 3N~ 28 .95 10 .05 9 .45 9 .45 41 .88 39 .38 39 .38 120 .63L3 Oven 2, Top 2 380V 3N~ 26 .49 9 .20 8 .65 8 .65 41 .80 39 .30 39 .30 120 .40


SU684-3C-12L SU684-2C-24L SU684-1C-36L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 34 .7 11 .55 11 .56 11 .6 50 .22 50 .22 50 .43 150 .8Z7L2 Top 3, Top 4, Oven 2 415V 3N~ 34 .7 11 .55 11 .55 11 .6 48 .13 48 .13 48 .33 144 .58L3 Top 5, Salamander 380V 3N~ 31 .75 10 .57 10 .57 10 .61 48 .03 48 .03 48 .24 144 .31

SU684-1L-36R SU684-3R-12L



SU684-3C-12R SU684-2C-24R SU684-1C-36R


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Oven 1 400V 3N~ 34 .7 11 .55 11 .55 11 .6 50 .22 50 .22 50 .43 150 .87L2 Top 4, Top 5, Oven 2 415V 3N~ 34 .7 11 .55 1155 11 .6 48 .13 48 .13 48 .33 144 .58LB Top 1, Salamander 380V 3N~ 31 .75 10 .57 10 .67 10 .61 48 .03 48 .03 48 .24 144 .31

SU684-3L-12R SU684-1R-36L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 3, Top 5, Oven 1 400V 3N~ 34 .7 11 .55 11 .55 11 .6 50 .22 50 .22 50 .43 150 .87L2 Top 1 , Top 2, Oven 2 415V 3N~ 34 .7 11 .55 1155 11 .6 48 .13 48 .13 48 .33 144 .58L3 Top 4, Salamander 380V 3N~ 31 .75 10 .57 10 .57 10 .61 48 .03 48 .03 48 .24 144 .31

SU684-2R-24L SU684-2L-24R



SU684-3R-24L SU684-3L-24R SU684-2R-36L SU684-2L-36R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 4000 3N~ 26 .45 10 .05 8 .20 8 .20 43 .70 35 .85 35 .65 115 .00L2 Top 4, Oven 1 415V 3N~ 26 .45 10 .05 8 .20 8 .20 41 .88 34 .17 34 .17 110 .21L3 Oven 2, Top 5 380V 3N~ 24 .20 9 .20 7 .50 7 .50 41 .80 34 .10 34 .10 110 .00


Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2.5k

W

2.5k

W

1675

W

1675

W

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2200

W

750W

1900

W

WIR

ING

DIA

GR

AM

S/S

S68

4RC

S68

0 S

ER

IES

AP

R 2

3,19

99N

AV

C

41

2693

400

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

G

3 P

HA

SE

ZYX

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

TOP

4TO

P 5

OV

EN

_0A

_0A

40A

_0A

_0A

40A

30A

OV

EN

CO

OK

OFF

CO

OL

5kW

TO

TAL

OV

ENB

LUE

BR

OW

N

M~

GR

EE

N/Y

ELL

OW

SW

ITC

H

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

ED

)

N (B

LAC

K)

N (B

LAC

K)

L (R

ED

)

SE

ALE

D E

LEM

EN

T2.

6kW

, 220

mm

2.0k

W, 1

80m

m

TOP

1TO

P 2

TOP

3

LNLNLN

12

34

56

78

910

111

23

410

1112

NTO

P 4

L

TOP

5LN

SE

E T

ER

MIN

AL

BLO

CK

CO

NN

EC

TIO

NS

S

HE

ETS

2 A

ND

3

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

3350

W T

OP

S =

20A

4600

W T

OP

S =

30A

12

TOP

RL2

RL1

N (B

LAC

K)

L1 (R

ED

)

L1H2

L2

H1 P

L1H2

L2

H1 P

3.35

kW T

OTA

L /(8

"=2.

1kW

, 6"=

1.25

kW)

HO

T TO

P / (

OP

EN

TO

P)

30A

_0A

_0A

40A

_0A

_0A

_0A

40A

TOP

5 B

LAC

KTO

P 4

BLA

CK

OV

EN

2 B

LAC

KS

ALA

MA

ND

ER

BLA

CK

OV

EN

1 B

LAC

KTO

P 3

BLA

CK

TOP

2 B

LAC

KTO

P 1

BLA

CK

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

DO

OR

SW

ITC

H L

EFT

CO

M0

NC

12

NO

T1(1

)T2

(1)

T3(1

)O

1(1)

S(1

)O

2(1)

T4(1

)T5

(1)

T1(2

)T2

(2)

T3(2

)O

1(2)

S(2

)O

2(2)

T4(2

)T5

(2)

T1(3

)T1

(4)

T2(3

)

O1(

3)

O1(

4)T3

(4)

T3(3

)T2

(4)

S(3

)S

(4)

O2(

3)O

2(4)

T4(3

)

T4(4

)T5

(3)

T5(4

)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB2

TB1-

1TB

1-2

TB1-

3TB

1-4

TB1-

5TB

1-6

TB1-8bTB1-8c

TB1-10bTB1-10c

TB1-10d

TB1-12b

TB1-11bTB1-11a

TB1-10b

TB1-10e

TB2-

1TB

2-2

TB2-

3TB

2-4

TB1-7a

TB1-8a

TB1-9a

TB1-10a

TB1-9c

TB1-

12a

TB1-

12c

TB1-

10g

TB1-

9c

TB1-

10f O

2(4)

TB1-10a

TB1-7b

TB1-9b

46

01

34

15TB

1-9b

TB1-10c

GR

IDD

LE

3-1a

0-6a

E5a

E1a

E4

E3

E2

21

3

4

2

1

3

4

H1

H2

H2

H1

G4

G2

G1G

3

ST1

ST2

ST4

ST3

OT4

OT2

OT1

OT3

12

3

23

1

BLKWH

T

H14

629

"

GR

N

OV

EN

TB2-

12a

E1b

O2(

4)

TB2-10a

INN

ER

UP

PE

R

OU

TER

TB1-

12c

TB1-

10f

TB2-12b

TB2-11a

TB2-10d TB2-10a

BLA

CK

T4(2

)T5

(2)

GB

LAC

K

T1(1

)T2

(1)

T3(1

)O

1(1)

O2(

1)T4

(1)

T5(1

)

T2(2

)

O1(

2)

O2(

2)

S(1

)

Y Z

1 P

HA

SE

XR

ED

T1(2

)B

LAC

K

T3(2

)

S(2

)B

LAC

KB

LAC

KB

LAC

KB

LAC

KB

LAC

K

RE

D

RE

D

RE

D

RE

D

RE

D

RE

D

RE

D

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

4RC

S68

0 S

ER

IES

AP

R 2

3,19

99N

AV

C

42

2693

400

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

O2(

1)O

VE

N 2

RE

D

S(1

)

T3(2

)

O2(

2)

T5(2

)

O1(

2)

T1(2

)T2

(2)

S(2

)

T4(2

)

T5(1

)

GZX Y

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

4 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

5 R

ED

T1(1

)T2

(1)

T3(1

)T4

(1)

O1(

1)

GR

OU

P 1

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 R

ED

TOP

4 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

GR

OU

P 1

NO

SA

LMA

ND

ER

GX ZY

T2(2

)T3

(2)

O2(

2)T5

(2)

T4(2

)

T1(2

)

O1(

2)

O2(

1)T5

(1)

TOP

5 R

ED

3 P

HA

SE

T2(1

)

O1(

1)T4

(1)

T3(1

)

T1(1

)

TOP

3 R

ED

TOP

2 R

ED

TOP

4 R

ED

TOP

1 R

ED

O2(

1)O

VE

N 2

RE

D

S(1

)

T2(2

)

O2(

2)

T5(2

)

O1(

2)

T1(2

)T4

(2)

S(2

)

T3(2

)

T4(1

)

GZX Y

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

T1(1

)T2

(1)

T3(1

)T5

(1)

O1(

1)

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

GR

OU

P 2

NO

SA

LMA

ND

ER

GX ZY

T2(2

)T4

(2)

O2(

2)T5

(2)

T3(2

)

T1(2

)

O1(

2)

O2(

1)T4

(1)

TOP

4 R

ED

3 P

HA

SE

T2(1

)

O1(

1)T5

(1)

T3(1

)

T1(1

)

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

TOP

1 R

ED

3 P

HA

SE

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

2 R

ED

O2(

1)

T5(1

)

T4(2

)

S(2

)

T3(2

)T1

(2)

O1(

2)

T5(2

)

O2(

2)

T2(2

)

S(1

)

TOP

3 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

O1(

1)T4

(1)

T3(1

)T2

(1)

T1(1

)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

GZYX

T2(2

)

T4(2

)O

2(2)

T3(2

)

T5(2

)O

1(2)

T1(2

)

T2(1

)O

2(1)

GR

OU

P 3

NO

SA

LMA

ND

ER

3 P

HA

SE

T3(1

)T4

(1)

T5(1

)O

1(1)

T1(1

)

3 P

HA

SE

GR

OU

P 4

WIT

H S

ALM

AN

DE

R

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

GZYX

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

1 R

ED

3 P

HA

SE

OV

EN

2 R

ED

O2(

1)

TOP

4 B

LAC

K

TOP

2 B

LAC

K

TOP

3 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T4(2

)O

1(2)

T5(2

)S

(2)

O2(

2)

T1(2

)T2

(2)

T3(2

)

T3(1

)S

(1)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

O1(

1)

T2(1

)

T5(1

)T4

(1)

T1(1

)

OV

EN

2 B

LAC

KGZYX

T3(2

)TO

P 3

BLA

CK

TOP

4 B

LAC

K

TOP

5 B

LAC

KT5

(2)

O2(

2)T4

(2)

TOP

2 B

LAC

K

TOP

3 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T2(2

)O

1(2)

T1(2

)

O2(

1)T3

(1)

GR

OU

P 4

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T2(1

)

O1(

1)T5

(1)

T4(1

)

T1(1

)

GYX Z

S/S

S68

4RC

Mod

els:

-STD

, -12

L, -1

C, -

1C-1

2L, -

1C-2

4L,

-1C

-36L

, -1L

, -24

L, -2

C-1

2L, -

2C-2

4L,

-2L,

-2L-

36R

, -2L

-36L

, -36

L, -3

C-1

2L,

-3L,

-3L-

24R

, -3R

-24L

S/S

S68

4RC

Mod

els:

-STD

, -12

L, -1

C-2

4L, -

1C-3

6L,

-1L,

-24L

, -2C

-12L

, -2C

-24L

,-2

L, -2

L-24

R, -

2L-3

6R, -

2R-3

6L,

-36L

, -3L

, -3L

-24R

, -3R

-24L

SS

684R

C M

odel

s:-1

2R, -

1L-1

2R, -

1R, -

1R-1

2LS

S68

4RC

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-1

R-2

4L, -

2L-1

2R

SS

684R

C M

odel

s:-1

L-24

R, -

24R

, -2R

, -2R

-12L

,-2

R-2

4L

SS

684R

C M

odel

s:-1

L-24

R, -

24R

, -2L

-24R

, 2R

,-2

R-1

2L

SS

684R

C M

odel

s:-1

C, -

1C-1

2LS

S68

4RC

Mod

els:

-1L-

36R

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

4RC

S68

0 S

ER

IES

AP

R 2

3,19

99N

AV

C

43

2693

400

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

TOP

5 B

LAC

KT5

(2)

T5(2

)TO

P 5

BLA

CK

T4(2

)TO

P 4

BLA

CK

TOP

5 B

LAC

KT5

(2)

3 P

HA

SE

YX Z G

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

2 R

ED

O2(

1)

T4(2

)

T1(2

)

T2(1

)

T5(2

)

S(2

)

T3(2

)

O1(

2)

T2(2

)

O2(

2)

S(1

)

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

O1(

1)T5

(1)

T4(1

)T3

(1)

T1(1

)

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

GZYX

T3(2

)T4

(2)

T5(2

)O

2(2)

T2(2

)O

1(2)

T1(2

)

T4(1

)O

2(1)

GR

OU

P 5

NO

SA

LMA

ND

ER

3 P

HA

SE

T2(1

)T3

(1)

T5(1

)O

1(1)

T1(1

)

3 P

HA

SE

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

GZYX

OV

EN

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

3 P

HA

SE

OV

EN

2 R

ED

O2(

1)

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

5 R

ED

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T3(2

)O

1(2)

T5(2

)S

(2)

O2(

2)

T1(2

)T4

(2)

T2(2

)

T5(1

)S

(1)

TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O1(

1)

T2(1

)

T4(1

)T3

(1)

T1(1

)

OV

EN

2 B

LAC

KGZYX

T2(2

)TO

P 2

BLA

CK

TOP

3 B

LAC

K

TOP

4 B

LAC

KT4

(2)

O2(

2)T3

(2)

TOP

5 B

LAC

K

TOP

1 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T5(2

)O

1(2)

T1(2

)

O2(

1)T1

(1)

GR

OU

P 6

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T3(1

)

O1(

1)T5

(1)

T4(1

)

T2(1

)

ZX Y G

3 P

HA

SE

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

1 R

ED

T1(1

)T2

(1)

T3(1

)T5

(1)

O1(

1)

S(1

)

T1(2

)

O2(

2)

O1(

2)

T3(2

)T4

(2)

S(2

)

T2(2

)

T4(1

)

O2(

1)

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

T1(1

)

GZ

3 P

HA

SE

X Y

T2(2

)

T4(2

)T3

(2)

O2(

2)

T1(2

)O

1(2)

O1(

1)

T4(1

)O

2(1)

T5(1

)T3

(1)

T2(1

)

GR

OU

P 7

NO

SA

LMA

ND

ER

3 P

HA

SE

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

TOP

1 R

ED

TOP

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

4 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

2 R

ED

GZ

3 P

HA

SE

X Y

T1(1

)TO

P 1

RE

D

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 R

ED

TOP

3 R

ED

TOP

2 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

T3(2

)

O2(

2)

O1(

2)

T1(2

)

S(2

)

T2(2

)

T5(2

)

O1(

1)O

2(1)

T4(1

)S

(1)

T3(1

)T5

(1)

T2(1

)

OV

EN

2 B

LAC

K

T1(1

)TO

P 1

RE

D

GZX Y

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 B

LAC

K

T2(2

)

O2(

2)

T3(2

)T4

(2)

O1(

2)T1

(2)

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

O1(

1)

O2(

1)T3

(1)

T4(1

)T5

(1)

T2(1

)

GR

OU

P 8

NO

SA

LMA

ND

ER

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

GZYX

3 P

HA

SE

O2(

1)O

VE

N 2

RE

D

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

1 R

ED

TOP

4 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

T1(2

)

O1(

2)

T3(2

)

T2(2

)

S(2

)

O2(

2)

T4(2

)T5

(2)

S(1

)T1

(1)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

2 R

ED

O1(

1)

T2(1

)T3

(1)

T5(1

)T4

(1)

3 P

HA

SE

OV

EN

2 B

LAC

KGZYX

T2(2

)TO

P 2

BLA

CK

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

O2(

2)T5

(2)

T4(2

)T3

(2)

OV

EN

2 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

T1(2

)O

1(2)

O2(

1)T2

(1)

GR

OU

P 9

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

T1(1

)

O1(

1)

T3(1

)

T5(1

)T4

(1)

SS

684R

C M

odel

s:-1

C-2

4R, -

1L-3

6R, -

36R

-3R

, -3R

-12L

SS

684R

C M

odel

s:-1

C-1

2RS

S68

4RC

Mod

els:

-3C

-12L

SS

684R

C M

odel

s:-1

C-3

6R, -

2C-2

4R, -

3C-1

2R

SS

684R

C M

odel

s:-1

C-1

2R, -

2C-1

2R, -

3L-1

2RS

S68

4RC

Mod

els:

-1R

-36L

, -2C

-12R

, -3L

-12R

SS

684R

C M

odel

s:-1

R-2

4L, 1

R-3

6L, 2

L-12

RS

S68

4RC

Mod

els:

-2R

-24L

SS

684R

C M

odel

s:-1

C-3

6R, 2

C-2

4R, -

3C-1

2R

SS

684R

C M

odel

s:-1

C-2

4R, -

36R

, -3R

, -3R

-12L

Part # P152 Rev 1 (01/13/10)

RC

SC

HE

MAT

IC S

/SS

684R

CS

680

SE

RIE

S

AP

R 2

8,19

99N

AV

C

44

2693

400

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

RL2

OV

EN

TH

ER

MO

STA

T

DO

OR

SW

ITC

H

L

40A

FAN

SW

ITC

H

M ~

N (C

OM

)

FAN

INTE

RLO

CK

CIR

CU

IT O

PER

ATIO

N

HE

AT P

OS

ITIO

N:

THE

FA

N S

WIT

CH

MU

ST

BE

IN T

HE

HE

AT P

OS

TIO

N,

THE

DO

OR

MU

ST

BE

CLO

SE

D (T

HE

RM

OS

TAT

CLO

SE

D) B

EFO

RE

TH

E O

VE

N H

EAT

ING

ELE

ME

NTS

AR

E E

NE

RG

IZE

D.

CO

OL

PO

SIT

ION

:TH

E F

AN

SW

ITC

H M

US

T B

E IN

TH

E C

OO

L P

OS

ITIO

N, T

HE

DO

OR

M

US

T B

E O

PE

N.

THE

FA

N W

ILL

OP

ER

ATE

BU

T TH

E H

EAT

ING

E

LEM

EN

TS W

ILL

NO

T E

NE

RG

IZE

.

5kW

RL1

RL2

RL1

Part # P152 Rev 1 (01/13/10)


SS684RC STD NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 33 .35 208 13 .80 10 .10 9 .45 99 .91 97 .37 81 .41 160 .34X-Y Top 4, Oven 1 33 .35 240 13 .80 10 .10 9 .45 86 .59 84 .38 70 .56 138 .96Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 40 .35 208 14 .70 14 .05 11 .60 119 .71 109 .76 106 .96 193 .99X-Y Top 3, Top 4, Oven2 40 .35 240 14 .70 14 .05 11 .60 103 .75 95 .12 92 .70 168 .13Y-Z Top 5, Salamander

SS684RC-1L SS684RC-12L



SS684RC-1C NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1phaseX-Z Top 1, Top 2, Top 3 32 .10 208 12 .55 10 .10 9 .45 94 .49 91 .90 81 .41 154 .33X-Y Top 4, Oven 1 32 .10 240 12 .55 10 .10 9 .45 81 .89 79 .65 70 .56 133 .75Y-Z Oven 2, Top 5


SS684RC-1R SS684RC-12R



SS864RC-1C-12L NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 30 .85 208 11 .3 10 .1 9 .45 89 .15 86 .51 81 .41 148 .32X-Y Top 4, Oven 1 30 .85 240 11 .3 10 .1 9 .45 77 .26 74 .97 70 .56 128 .54Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-2 Top 1, Top 3, Oven 1 37 .85 208 12 .2 14 .05 11 .6 109 .38 99 .10 106 .96 181 .97X-Y Top 2, Top 4, Oven 2 37 .85 240 12 .2 14 .05 11 .6 94 .80 85 .89 92 .70 157 .71Y-Z Top 5, Salamander

SS684RC-2L SS684RC-24L



SS684RC-1L-12R SS684RC-1R-12L



SS684RC-1C-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 3, Top 5 30 .85 208 11 .3 10 .1 9 .45 89 .15 86 .51 81 .41 148 .32X-Y Top 2, Oven 1 30 .85 240 11 .3 10 .1 9 .45 77 .26 74 .97 70 .56 128 .54Y-Z Oven 2, Top 4

domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z AX A Y AZ A 1 phaseX-Z Top 3, Top 5, Oven 1 37 .85 208 12 .2 14 .05 11 .6 109 .38 99 .10 106 .96 181 .97X-Y Top 1, Top 2, Oven 2 37 .85 240 12 .2 14 .05 11 .6 94 .80 85 .89 92 .70 157 .71Y-Z Top 4, Salamander

SS684RC-2R SS684RC-24R



SS684RC-3L SS684RC-36L SS684RC-1C-24L SS684RC-2C-12L



Part # P152 Rev 1 (01/13/10)



NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z Al1 phaseX-Z Top 1, Top 2, Top 5 28 .35 208 10 .05 8 .85 9 .45 78 .74 81 .20 76 .21 136 .30X-Y Top 3, Oven 1 28 .35 240 10 .05 8 .85 9 .45 68 .25 70 .38 66 .05 118 .13Y-Z Oven 2, Top 4


SS684RC-2R-12L SS684RC-1L-24R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1,Top4,Top 5 29 .60 208 10 .05 10 .10 9 .45 83 .90 81 .20 81 .41 142 .31X-Y Top 2, Oven 1 29 .60 240 10 .05 10 .10 9 .45 72 .71 70 .38 70 .56 123 .33Y-Z Oven 2, Top 3


SS684RC-2C-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3, Top 5 29 .60 208 10 .05 10 .10 9 .45 83 .90 81 .20 61 .41 142 .31X-Y Top 1, Oven 1 29 .60 240 10 .05 10 .10 9 .45 72 .71 70 .38 70 .56 123 .33Y-Z Oven 2, Top 4


SS684RC-3R, SS684RC-1C-24R SS684RC-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Top 5 29 .60 208 10 .05 10 .10 9 .45 83 .90 81 .20 81 .41 142 .31X-Y Top 1 , Oven 1 29 .60 240 10 .05 10 .10 9 .45 72 .71 70 .38 70 .56 123 .33Y-Z Oven 2, Top 2

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Oven 1 36 .60 208 12 .2 12 .8 11 .6 104 .10 99 .10 101 .63 175 .96X-Y Top 1 , Top 5, Oven 2 36 .60 240 12 .2 12 .8 11 .6 90 .22 85 .89 66 .08 152 .50Y-Z Top 2, Salamander

SS684RC-3C-12L SS684RC-2C-24C-L SS684RC-1C-36L




NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y AZ A 1 phaseX-Z Top 3, Top 4, Top 5 28 .35 208 10 .05 8 .85 9 .45 78 .74 81 .20 76 .21 136 .30X-Y Top 1 , Oven 1 28 .35 240 10 .05 8 .85 9 .45 68 .25 70 .38 66 .05 118 .13Y-Z Oven 2, Top 2

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Oven 1 35 .35 208 12 .20 11 .55 11 .60 98 .90 99 .10 96 .39 169 .95X-Y Top 1 , Top 5, Oven 2 35 .35 240 12 .20 11 .55 11 .60 85 .71 85 .89 83 .54 147 .29Y-Z Top 2 , Salamander

SS684RC-3C-12R SS684RC-2C-24R SS684RC-1C-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y AZ A 1 phaseX-Z Top 2, Top 3, Top 4 28 .35 208 10 .05 8 .85 9 .45 78 .74 81 .20 76 .21 136 .30X-Y Top 5, Oven 1 28 .35 240 10 .05 8 .85 9 .45 68 .25 70 .38 66 .05 118 .13Y-Z Oven 2, Top 1



NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 4, Top 5 28 .35 208 10 .05 8 .85 9 .45 78 .74 81 .20 76 .21 136 .30X-Y Top 2,Oven 1 28 .35 240 10 .05 8 .85 9 .45 68 .25 70 .38 66 .05 118 .13Y-Z Oven 2, Top 3





SS684RC-3R-24L SS684RC-3L-24R SS684RC-2R-36L SS684RC-2L-36R S684RC all models

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 27 .10 208 10 .05 8 .85 8 .20 78 .74 76 .12 71 .01 130 .29X-Y Top 4, Oven 1 27 .10 240 10 .05 8 .85 8 .20 68 .25 65 .97 61 .54 112 .92Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1phaseX-Z Top 1, Top 2, Oven 1 34 .10 208 12 .20 11 .55 10 .35 98 .90 93 .99 91 .23 163 .94X-Y Top 3, Top 4, Oven 2 34 .10 240 12 .20 11 .55 10 .35 85 .71 81 .46 79 .06 142 .08Y-Z Top 5, Salamander

Part # P152 Rev 1 (01/13/10)

GR

IDD

LE T

HE

RM

OS

TAT

40°-

230°

C

3.35

kW

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2.5k

W

2.5k

W

1675

W

1675

W

OV

EN

TH

ER

MO

STA

T

65°-

290°

C

2200

W

750W

1900

W

WIR

ING

DIA

GR

AM

SU

684R

CS

680

SE

RIE

S

AP

R 2

6,19

99N

AV

C

41

2693

401

34

21

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

_0A

SA

LAM

AN

DE

RTO

P 1

TOP

2TO

P 3

TOP

4TO

P 5

OV

EN

_0A

_0A

40A

_0A

_0A

40A

30A

OV

EN

CO

OK

OFF

CO

OL

5kW

TO

TAL

OV

ENB

LUE

BR

OW

N

M~

GR

EE

N/Y

ELL

OW

SW

ITC

H

6 H

EAT

SW

ITC

H

P2P1

P3

43

12

5

34

21

ER

7kW

SA

LAM

AN

DE

R

L (R

ED

)

N (B

LAC

K)

N (B

LAC

K)

L (R

ED

)

SE

ALE

D E

LEM

EN

T2.

6kW

, 220

mm

2.0k

W, 1

80m

m

TOP

1TO

P 2

TOP

3

LNLNLN

12

34

56

78

910

111

23

410

1112

NTO

P 4

L

TOP

5LN

SE

E T

ER

MIN

AL

BLO

CK

CO

NN

EC

TIO

NS

S

HE

ETS

2 A

ND

3

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

3350

W T

OP

S =

20A

4600

W T

OP

S =

30A

12

TOP

RL2

RL1

N (B

LAC

K)

L1 (R

ED

)

L1H2

L2

H1 P

L1H2

L2

H1 P

3.35

kW T

OTA

L /(8

"=2.

1kW

, 6"=

1.25

kW)

HO

T TO

P / (

OP

EN

TO

P)

TOP

5 B

LAC

KTO

P 4

BLA

CK

OV

EN

2 B

LAC

KS

ALA

MA

ND

ER

BLA

CK

OV

EN

1 B

LAC

KTO

P 3

BLA

CK

TOP

2 B

LAC

KTO

P 1

BLA

CK

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

DO

OR

SW

ITC

H L

EFT

CO

M0

NC

12

NO

T1(1

)T2

(1)

T3(1

)O

1(1)

S(1

)O

2(1)

T4(1

)T5

(1)

T1(2

)T2

(2)

T3(2

)O

1(2)

S(2

)O

2(2)

T4(2

)T5

(2)

T1(3

)T1

(4)

T2(3

)

O1(

3)

O1(

4)T3

(4)

T3(3

)T2

(4)

S(3

)S

(4)

O2(

3)O

2(4)

T4(3

)

T4(4

)T5

(3)

T5(4

)

S(7

)S

(6)

S(8

) S(5

)

TB1

TB2

TB1-

1TB

1-2

TB1-

3TB

1-4

TB1-

5TB

1-6

TB1-8bTB1-8c

TB1-10bTB1-10c

TB1-10d

TB1-12b

TB1-11bTB1-11a

TB1-10b

TB1-10e

TB2-

1TB

2-2

TB2-

3TB

2-4

TB1-7a

TB1-8a

TB1-9a

TB1-10a

TB1-9c

TB1-

12a

TB1-

12c

TB1-

10g

TB1-

9c

TB1-

10f O

2(4)

TB1-10a

TB1-7b

TB1-9b

46

01

34

15TB

1-9b

TB1-10c

GR

IDD

LE

3-1a

0-6a

E5a

E1a

E4

E3

E2

21

3

4

2

1

3

4

H1

H2

H2

H1

G4

G2

G1G

3

ST1

ST2

ST4

ST3

OT4

OT2

OT1

OT3

12

3

23

1

BLKWH

T

H14

629

"

GR

N

OV

EN

TB2-

12a

E1b

O2(

4)

TB2-10a

INN

ER

UP

PE

R

OU

TER

TB1-

12c

TB1-

10f

TB2-12b

TB2-11a

TB2-10d TB2-10a

ENL3L2

3 P

HA

SE

L1

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

684R

CS

680

SE

RIE

S

AP

R 2

6,19

99N

AV

C

42

2693

401

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

T5(2

)TO

P 5

BLA

CK

T5(2

)TO

P 5

BLA

CK

TOP

4 B

LAC

KT4

(2)

TOP

5 B

LAC

KT5

(2)

SU

684R

C M

odel

s:-1

C, -

1C-1

2L

GR

OU

P 1

WIT

H S

ALM

AN

DE

R

O1(

1)

T4(1

)T3

(1)

T2(1

)T1

(1)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

GR

OU

P 1

NO

SA

LMA

ND

ER T1(1

)

T3(1

)T2

(1)

SU

684R

C M

odel

s:-1

L-36

RS

U68

4RC

Mod

els:

-1L-

24R

, -24

R, -

2R, -

2R-1

2L,

-2R

-24L

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O1(

1)

T3(1

)T2

(1)

T5(1

)T1

(1)

SU

684R

C M

odel

s:-1

L-24

R, -

24R

, -2L

-24R

, 2R

,-2

R-1

2L

GR

OU

P 2

NO

SA

LMA

ND

ER

TOP

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

T1(1

)T2

(1)

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

T1(1

)

T2(1

)

T3(1

)

T4(1

)

O1(

1)

S(1

)

T2(2

)

O2(

2)

O1(

2)

T1(2

)T3

(2)

S(2

)

T4(2

)

T5(1

)

O2(

1)

TOP

4 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

3 B

LAC

K

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

T2(1

)

T1(2

)

T3(2

)O

2(2)

T2(2

)

O2(

1)

O1(

2)T5

(2)

T3(1

)

O1(

1)T5

(1)

T4(1

)

T1(1

)

GR

OU

P 3

NO

SA

LMA

ND

ERG

RO

UP

4W

ITH

SA

LMA

ND

ER

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

2 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

TOP

3 R

ED

TOP

2 B

LAC

K

TOP

4 B

LAC

K

OV

EN

2 R

ED

S(1

)

T1(2

)

O2(

2)

O1(

2)

T3(2

)

S(2

)

T4(2

)

T2(2

)

O1(

1)

O2(

1)

T1(1

)T2

(1)

T3(1

)

T4(1

)T5

(1)

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

T3(1

)

TOP

1 B

LAC

K

OV

EN

2 R

ED

TOP

3 R

ED

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

T1(2

)

O2(

2)T4

(2)

T3(2

)

O2(

1)

O1(

2)T2

(2)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

5 R

ED

T4(1

)

O1(

1)

T5(1

)

T2(1

)

T1(1

)

GR

OU

P 4

NO

SA

LMA

ND

ER

SU

684R

C M

odel

s:-S

TD, -

12L,

-1C

, -1C

-12L

, -1C

-24L

,-1

C-3

6L, -

1L, -

24L,

-2C

-12L

, -2C

-24L

,-2

L, -2

L-36

R, -

2L-3

6L, -

36L,

-3C

-12L

,-3

L, -3

L-24

R, -

3R-2

4L

ENL3L2

3 P

HA

SE

L1

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

T5(1

)

SU

684R

C M

odel

s:-S

TD, -

12L,

-1C

-24L

, -1C

-36L

, -1

L, -2

4L, -

2C-1

2L, -

2C-2

4L,

-2L,

-2L-

24R

, -2L

-36R

, -2R

-36L

,-3

6L, -

3L, -

3L-2

4R, -

3R-2

4L

T4(2

)

S(2

)

T2(2

)T1

(2)

O1(

2)

T5(2

)

O2(

2)

T3(2

)

S(1

)

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

1 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

O2(

1)O

VE

N 2

RE

D

ENL3L2

3 P

HA

SE

L1

O1(

1)

O2(

2)T5

(2)

O1(

2)T1

(2)

T3(2

)T2

(2)

T5(1

)O

2(1)

T4(2

)

T4(1

)

ENL3L2

3 P

HA

SE

L1

SU

684R

C M

odel

s:-1

2R, -

1L-1

2R, -

1R, -

1R-1

2L

ENL3L2

3 P

HA

SE

L1

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

3 B

LAC

K

TOP

4 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

T4(1

)TO

P 4

RE

D

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

S(2

)T5

(2)

O1(

2)

O2(

2)

T2(2

)

T4(2

)T1

(2)

T3(2

)

S(1

)

OV

EN

2 R

ED

O2(

1)

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

O1(

1)

SU

684R

C M

odel

s:-1

2R, -

1L-1

2R, -

1R, -

1R-1

2L,

-1R

-24L

, -2L

-12RO

2(2)

TOP

5 B

LAC

KT5

(2)

TOP

4 R

ED

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

2 B

LAC

K

TOP

1 B

LAC

K

O1(

2)T1

(2)

T4(2

)T2

(2)

O2(

1)

T3(2

)

T4(1

)

TOP

3 R

ED

T3(1

)

T5(1

)

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

684R

CS

680

SE

RIE

S

AP

R 2

6,19

99N

AV

C

43

2693

401

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

TOP

1 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

5 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

OV

EN

2 R

ED

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

ENL3L2

3 P

HA

SE

L1

O1(

1)

SU

684R

C M

odel

s:-1

C-2

4R, -

36R

, -3R

, -3R

-12L

O2(

2)T5

(2)

O1(

2)

T3(2

)T4

(2)

T2(2

)

T2(1

)O

2(1)

T1(2

)

ENL3L2

3 P

HA

SE

L1

S(2

)

SU

684R

C M

odel

s:-1

C-3

6R, 2

C-2

4R, -

3C-1

2R

GR

OU

P 9

NO

SA

LMA

ND

ER T3(1

)T4

(1)

T5(1

)

T1(1

)

T3(2

)

T1(1

)

O2(

2)

T2(2

)O

1(2)

T1(2

)

S(1

)

T5(2

)T4

(2)

TOP

1 R

ED

O1(

1)

T4(1

)T5

(1)

O2(

1)

T3(1

)T2

(1)

TOP

4 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

SU

684R

C M

odel

s:-1

R-3

6L, -

2C-1

2R, -

3L-1

2R

TOP

2 R

ED

TOP

3 R

ED

TOP

5 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

OV

EN

1 R

ED

OV

EN

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

1 B

LAC

K

TOP

1 R

ED

TOP

1 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 R

ED

TOP

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

5 B

LAC

K

ENL3L2

3 P

HA

SE

L1

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

T1(2

)

SU

684R

C M

odel

s:-1

C-2

4R, -

1L-3

6R, -

36R

-3R

, -3R

-12L

O2(

2)

O1(

2)T4

(2)

T2(2

)S

(2)

T3(2

)

T5(2

)TO

P 5

BLA

CK

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

T5(1

)

S(1

)T2

(1)

O2(

1)

T1(1

)

T4(1

)O

1(1)

T3(1

)

TOP

4 R

ED

TOP

1 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

OV

EN

2 R

ED

SA

LAM

AN

DE

R R

ED

TOP

3 R

ED

ENL3L2

3 P

HA

SE

L1

O2(

1)

SU

684R

C M

odel

s:-1

C-1

2R

T3(2

)

O2(

2)T5

(2)

T4(2

)

O1(

2)T1

(2)

T2(2

)

GR

OU

P 5

NO

SA

LMA

ND

ER T5(1

)

O1(

1)T2

(1)

T4(1

)

T1(1

)T3

(1)

ENL3L2

3 P

HA

SE

L1

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

SU

684R

C M

odel

s:-1

C-1

2R, -

2C-1

2R, -

3L-1

2R

O1(

2)

O2(

2)T3

(2)

S(2

)

T4(2

)

T5(2

)

S(1

)

T2(2

)T1

(2)

O2(

1)

T4(1

)

T2(1

)

TOP

3 B

LAC

K

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

TOP

4 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

O1(

1)T5

(1)

T3(1

)

T1(1

)

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

1 R

ED

ENL3L2

3 P

HA

SE

L1

T3(1

)

T2(2

)

O2(

2)

T3(2

)T4

(2)

T5(2

)

T4(1

)

O1(

2)

O2(

1)

T1(2

)

T5(1

)

O1(

1)T1

(1)

GR

OU

P 7

NO

SA

LMA

ND

ER T2(1

)

ENL3L2

3 P

HA

SE

L1

SU

684R

C M

odel

s:-3

C-1

2L

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

ENL3L2

3 P

HA

SE

L1

T1(2

)

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

KT3

(2)

S(2

)T5

(2)

O1(

2)

T2(2

)

T4(2

)O

2(2)

SA

LAM

AN

DE

R R

ED

OV

EN

2 R

ED

T4(1

)

S(1

)T5

(1)

O2(

1)

T1(1

)

T3(1

)O

1(1)

TOP

4 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

1 R

ED

OV

EN

1 R

ED

T2(1

)TO

P 2

RE

D

O2(

1)O

VE

N 2

RE

D

SU

684R

C M

odel

s:-1

C-3

6R, -

2C-2

4R, -

3C-1

2R

T1(2

)O

1(2)

T5(2

)

T3(2

)O

2(2)

T4(2

)

T2(2

)TO

P 1

BLA

CK

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

T2(1

)

T4(1

)

T5(1

)O

1(1)

T3(1

)

GR

OU

P 6

NO

SA

LMA

ND

ER T1(1

)O

VE

N 1

RE

D

TOP

4 R

ED

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

TOP

1 R

ED

ENL3L2

3 P

HA

SE

L1

SU

684R

C M

odel

s:-1

R-2

4L, 1

R-3

6L, 2

L-12

R

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

ENL3L2

3 P

HA

SE

L1O

VE

N 2

RE

D

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

4 B

LAC

K

T1(2

)T2

(2)

S(2

)O

1(2)

T4(2

)

S(1

)

T5(2

)O

2(2)

T3(2

)

T5(1

)

T4(1

)

O2(

1)TO

P 5

RE

D

TOP

4 R

ED

T2(1

)

T3(1

)

O1(

1)

T1(1

)

OV

EN

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

T4(1

)TO

P 4

RE

D

SU

684R

C M

odel

s:-2

R-2

4L

T5(1

)

T3(1

)O

2(1)

O1(

1)

T1(2

)O

1(2)

T4(2

)T3

(2)

O2(

2)

T2(2

)

T1(1

)

T5(2

)

TOP

2 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

TOP

1 R

ED

GR

OU

P 8

NO

SA

LMA

ND

ER T2(1

)TO

P 2

RE

D

Part # P152 Rev 1 (01/13/10)

RC

OV

EN

SC

HE

MAT

IC S

U68

4RC S

680

SE

RIE

S

AP

R 2

8,19

99N

AV

C

44

2693

401

:A

LL D

IME

NS

ION

S A

RE

IN IN

CH

ES

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OTH

ER

WIS

E S

PE

CIF

IED

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TITL

E:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

REV

RE

V.#

DAT

ED

R.

DE

SC

RIP

TIO

N RE

VIS

ION

S

RL2

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Part # P152 Rev 1 (01/13/10)

MODELPhase grouping Loading Chart

SU684RC STD NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V3N~ 33 .35 13 .8 10 .1 9 .45 60 .00 43 .91 41 .09 145 .00L2 Top 4, Oven 1 415V3N~ 33 .35 13 .8 10 .1 9 .45 57 .50 42 .08 39 .38 138 .96L3 Oven 2, Top 5 380V3N~ 30 .51 12 .63 9 .24 8 .65 57 .39 42 .00 39 .30 138 .70

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V3N~ 40 .75 14 .7 14 .45 11 .6 63 .91 62 .83 50 .43 177 .17L2 Top 3, Top 4, Oven 2 415V3N~ 40 .75 14 .7 14 .45 11 .6 61 .25 60 .21 48 .33 169 .79L3 Top 5, Salamander 380V3N~ 37 .28 13 .45 13 .22 10 .61 61 .13 60 .09 48 .24 169 .47

SU684RC-1L SU684RC-12L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V3N~ 32 .1 12 .55 10 .1 9 .45 54 .57 43 .91 41 .09 139 .57L2 Top 4, Oven 1 415V3N~ 32 .1 12 .55 10 .1 9 .45 52 .29 42 .08 39 .38 133 .75L3 Oven 2, Top 5 380V3N~ 29 .37 11 .48 9 .24 8 .65 52 .19 42 .00 39 .30 133 .50


SU684RC-1C NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V3N~ 32 .1 12 .55 10 .1 9 .45 54 .57 43 .91 41 .09 139 .57L2 Top 4, Oven1 415V3N~ 32 .1 12 .55 10 .1 9 .45 52 .29 42 .08 39 .38 133 .75L3 Oven 2, Top 5 380V3N~ 29 .37 11 .48 9 .24 8 .65 52 .19 42 .00 39 .30 133 .50


SU684RC-1R SU684RC-12R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 5 400V 3N~ 32 .1 12 .55 10 .1 9 .45 54 .57 43 .91 41 .09 139 .67L2 Top 3, Oven 1 415V3N~ 32 .1 12 .55 10 .1 9 .45 52 .29 42 .08 39 .38 133 .75L3 Oven 2, Top 4 380V3N~ 29 .37 11 .48 9 .24 8 .65 52 .19 42 .00 39 .30 133 .50

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 5, Oven 1 400V3N~ 39 .1 13 .45 14 .05 11 .6 58 .48 61 .09 50 .43 170 .00L2 Top 2, Top 3, Oven 2 415V 3N~ 39 .1 13 .45 14 .05 11 .6 56 .04 53 .54 48 .33 162 .92L3 Top 4, Salamander 380V3N~ 35 .77 12 .31 12 .85 10 .61 55 .94 58 .43 48 .24 162 .61

SU684RC-2L SU684RC-24L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 AL1 AL2 AL3 A 1 phaseL1 Top 1, Top 2, Top 3 400V3N~ 30 .85 11 .3 10 .1 9 .45 49 .13 43 .91 41 .09 134 .13L2 Top 4, Oven 1 415V3N~ 30 .85 11 .3 10 .1 9 .45 47 .08 42 .08 39 .38 128 .54L3 Oven 2, Top 5 300V3N~ 20 .23 10 .34 9 .24 8 .65 46 .99 42 .00 39 .30 128 .30


SU684RC-1C-12L NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V3N~ 30 .85 11 .3 10 .1 9 .45 49 .13 43 .91 41 .09 134 .13L2 Top 4, Oven 1 415V3N~ 30 .85 11 .3 10 .1 9 .45 47 .08 42 .08 39 .38 128 .54L3 Oven 2, Top 5 300V3N~ 28 .23 10 .34 9 .24 8 .65 46 .99 42 .00 39 .30 120 .30


SU684RC-1R-12L SU684-1L-12R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 5 400V3N~ 30 .85 11 .3 10 .1 9 .45 49 .13 43 .91 41 .09 134 .13[2 Top 3, Oven 1 415V3N~ 30 .85 11 .3 10 .1 9 .45 47 .08 42 .08 39 .38 128 .54L3 Oven 2, Top 4 380V3N~ 28 .23 10 .34 9 .24 8 .65 46 .99 42 .00 39 .30 128 .30

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 5, Oven 1 400V3N~ 37 .85 12 .2 14 .05 11 .6 53 .04 61 .09 50 .43 164 .57L2 Top 2, Top 3, Oven 2 415V3N~ 37 .85 12 .2 14 .05 11 .6 50 .83 58 .54 48 .33 157 .71L3 Top 4, Salamander 380V3N~ #DIV/0! #DIV/0! #DIV/0! #DIV/0! #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SU684RC-1C-12R NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 3, Top 5 400V3N~ 30 .85 11 .3 10 .1 9 .45 49 .13 43 .91 41 .09 134 .13L2 Top 2 , Oven 1 415V3N~ 30 .85 11 .3 10 .1 9 .45 47 .08 42 .08 39 .38 128 .54L3 Oven 2, Top 4 380V3N~ 28 .23 10 .34 9 .24 8 .65 46 .99 42 .00 39 .30 128 .30


SU684RC-2R SU684RC-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 4, Top 5 400V3N~ 30 .85 11 .3 10 .1 9 .45 49 .13 43 .91 41 .09 134 .13L2 Top 2, Oven 1 415V3N~ 30 .85 11 .3 10 .1 9 .45 47 .08 42 .08 39 .38 128 .54L3 Oven 2, Top 3 380V3N~ 28 .23 10 .34 9 .24 8 .65 46 .99 42 .00 39 .30 128 .30


SU684RC-3L SU684RC-36L SU684RC-1C-24L SU684RC-2C-12L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 36 .6 12 .2 12 .8 11 .6 53 .04 55 .66 50 .43 159 .13L2 Top 3, Top 4, Oven 2 415V3N~ 36 .6 12 .2 12 .8 11 .6 50 .83 53 .33 48 .33 152 .50L3 Top 5, Salamander 380V3N~ 33 .49 11 .16 11 .71 10 .61 50 .74 53 .23 48 .24 152 .21

Part # P152 Rev 1 (01/13/10)

MODELPhase grouping Loading Chart

SU684RC-2L-12R SU684-1R-24L



SU684RC-2R-12L SU684RC-1L-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 4, Top 5 400V3N~ 29 .6 10 .05 10 .10 9 .45 43 .70 43 .91 41 .09 128 .70[2 Top 2, Oven 1 415V3N~ 29 .6 10 .05 10 .10 9 .45 41 .88 42 .08 39 .38 123 .33L3 Oven 2, Top 3 380V3N~ 27 .08 9 .20 9 .24 8 .65 41 .80 42 .00 39 .30 123 .10


SU684RC-2C-12R NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Top 5 400V3N~ 29 .6 10 .05 10 .10 9 .45 43 .70 43 .91 41 .09 128 .70L2 Top 1, Oven 1 415V3N~ 29 .6 10 .05 10 .10 9 .45 41 .88 42 .08 39 .38 123 .33L3 Oven 2, Top 4 380V3N~ 27 .08 9 .20 9 .24 8 .65 41 .80 42 .00 39 .30 123 .10


SU684RC-3R SU684RC-1C-24R SU684RC-36R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1phaseL1 Top 3, Top 4, Top 5 400V3N~ 29 .6 10 .05 10 .10 9 .45 43 .70 43 .91 41 .09 128 .70L2 Top 1, Oven 1 415V3N~ 29 .6 10 .05 10 .10 9 .45 41 .88 42 .08 39 .38 123 .33L3 Oven 2, Top 2 380V3N~ 27 .08 9 .20 9 .24 8 .65 41 .80 42 .00 39 .30 123 .10

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1phaseL1 Top 3, Top 4, Oven 1 400V3N~ 36 .6 12 .2 12 .8 11 .6 53 .04 55 .65 50 .43 159 .13L2 Top 1, Top 5, Oven 2 415V3N~ 36 .6 12 .2 12 .8 11 .6 50 .83 53 .33 48 .33 152 .50L3 Top 2, Salamander 380V3N~ 33 .49 11 .16 11 .71 10 .61 50 .74 53 .23 48 .24 152 .21

SU684RC-3C-12L SU684RC-2C-24L SU684RC-1C-46L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V3N~ 28 .35 10 .05 8 .85 9 .45 43 .70 38 .48 41 .09 123 .26L2 Top 4, Oven 1 415V3N~ 28 .35 10 .05 8 .85 9 .45 41 .88 36 .88 39 .38 118 .13L3 Oven 2, Top 5 380V3N~ 25 .94 9 .20 8 .10 8 .65 41 .80 36 .81 39 .30 117 .90

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Oven 1 400V3N~ 35 .35 12 .2 11 .55 11 .6 53 .04 50 .22 50 .43 153 .70L2 Top 3, Top 4, Oven 2 415V3N~ 35 .35 12 .2 11 .55 11 .6 50 .83 48 .13 48 .33 147 .29L3 Top 5, Salamander 380V3N~ 32 .34 11 .16 10 .57 10 .61 50 .74 48 .03 48 .24 147 .01

SU684RC-1L-36R SU684-3R-12L



SU684RC-3C-12R SU684RC-2C-24R SU684-1C-36R



SU684RC-3L-12R SU684RC-1R-36L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Top 5 400V3N~ 28 .35 10 .05 8 .85 9 .45 43 .70 38 .48 41 .09 123 .26L2 Top 1 , Oven 1 415V3N~ 28 .35 10 .05 8 .85 9 .45 41 .88 36 .88 39 .38 118 .13L3 Oven 2, Top 4 380V3N~ 26 .94 9 .20 8 .10 8 .65 41 .80 36 .81 39 .30 117 .90

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 3, Top 5, Oven 1 400V3N~ 35 .35 12 .2 11 .55 11 .6 53 .04 50 .22 50 .43 153 .70L2 Top 1 , Top 2, Oven 2 415V3N~ 35 .35 12 .2 11 .55 11 .6 50 .83 48 .13 48 .33 147 .29L3 Top 4, Salamander 380V3N~ 32 .34 11 .16 10 .57 10 .61 50 .74 48 .03 48 .24 147 .01

SU684RC-2R-24L SU684-2L-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 4, Top 5 400V3N~ 28 .35 10 .05 8 .85 9 .45 43 .70 38 .48 41 .09 123 .26L2 Top 1 , Oven 1 415V3N~ 28 .35 10 .05 8 .85 9 .45 41 .88 36 .88 39 .38 118 .13L3 Oven 2, Top 35 380V3N~ 25 .94 9 .20 8 .10 8 .65 41 .80 36 .81 39 .30 117 .90

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 4, Top 5, Oven 1 400V3N~ 36 .35 12 .2 11 .55 11 .6 53 .04 50 .22 50 .43 153 .70L2 Top 1 , Top 2, Oven 2 415V3N~ 35 .35 12 .2 11 .55 11 .6 50 .83 48 .13 48 .33 147 .29L3 Top 3, Salamander 380V3N~ 32 .34 11 .16 10 .57 10 .61 50 .74 48 .03 48 .24 147 .01

SU684RC-3R-34L SU684RC-3L-34R SU684RC-2R-36L SU684-2L-36R



Part # P152 Rev 1 (01/13/10)

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Part # P152 Rev 1 (01/13/10)

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TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 R

ED

TOP

4 B

LAC

K

OV

EN

2 B

LAC

K

TOP

3 B

LAC

K

GR

OU

P 1

NO

SA

LMA

ND

ER

GX ZY

T2(

2)

T3(

2)

O2(

2)

T5(

2)

T4(

2)

T1(

2)

O1(

2)

O2(

1)

T5(

1)TO

P 5

RE

D

3 P

HA

SE

T2(

1)

O1(

1)

T4(

1)

T3(

1)

T1(

1)

TOP

3 R

ED

TOP

2 R

ED

TOP

4 R

ED

TOP

1 R

ED

O2(

1)O

VE

N 2

RE

D

S(1

)

T2(

2)

O2(

2)

T5(

2)

O1(

2)

T1(

2)

T4(

2)

S(2

)

T3(

2)

T4(

1)

GZX Y

TOP

5 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

T1(

1)

T2(

1)

T3(

1)

T5(

1)

O1(

1)

GR

OU

P 2

WIT

H S

ALM

AN

DE

R

3 P

HA

SE

TOP

3 R

ED

TOP

2 R

ED

TOP

1 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

GR

OU

P 2

NO

SA

LMA

ND

ER

GX ZY

T2(

2)

T4(

2)

O2(

2)

T5(

2)

T3(

2)

T1(

2)

O1(

2)

O2(

1)

T4(

1)TO

P 4

RE

D

3 P

HA

SE

T2(

1)

O1(

1)

T5(

1)

T3(

1)

T1(

1)

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

TOP

1 R

ED

3 P

HA

SE

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

2 R

ED

O2(

1)

T5(

1)

T4(

2)

S(2

)

T3(

2)

T1(

2)

O1(

2)

T5(

2)

O2(

2)

T2(

2)

S(1

)

TOP

3 B

LAC

K

OV

EN

1 B

LAC

K

TOP

5 B

LAC

K

TOP

5 R

ED

TOP

1 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

GR

OU

P 3

WIT

H S

ALM

AN

DE

R

O1(

1)

T4(

1)

T3(

1)

T2(

1)

T1(

1)

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

GZYX

T2(

2)

T4(

2)

O2(

2)

T3(

2)

T5(

2)

O1(

2)

T1(

2)

T2(

1)

O2(

1)

GR

OU

P 3

NO

SA

LMA

ND

ER

3 P

HA

SE

T3(

1)

T4(

1)

T5(

1)

O1(

1)

T1(

1)

3 P

HA

SE

GR

OU

P 4

WIT

H S

ALM

AN

DE

R

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

4 B

LAC

K

TOP

2 B

LAC

K

TOP

5 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

GZYX

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

1 R

ED

3 P

HA

SE

OV

EN

2 R

ED

O2(

1)

TOP

4 B

LAC

K

TOP

2 B

LAC

K

TOP

3 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T4(

2)

O1(

2)

T5(

2)

S(2

)

O2(

2)

T1(

2)

T2(

2)

T3(

2)

T3(

1)

S(1

)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

O1(

1)

T2(

1)

T5(

1)

T4(

1)

T1(

1)

OV

EN

2 B

LAC

KGZYX

T3(

2)TO

P 3

BLA

CK

TOP

4 B

LAC

K

TOP

5 B

LAC

KT

5(2)

O2(

2)

T4(

2)

TOP

2 B

LAC

K

TOP

3 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T2(

2)

O1(

2)

T1(

2)

O2(

1)

T3(

1)

GR

OU

P 4

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T2(

1)

O1(

1)

T5(

1)

T4(

1)

T1(

1)

GYX Z

S/S

S68

4RC

2 M

odel

s:-S

TD

, -12

L, -

1C, -

1C-1

2L, -

1C-2

4L,

-1C

-36L

, -1L

, -24

L, -

2C-1

2L, -

2C-2

4L,

-2L,

-2L

-36R

, -2L

-36L

, -36

L, -

3C-1

2L,

-3L,

-3L

-24R

, -3R

-24L

S/S

S68

4RC

2 M

odel

s:-S

TD

, -12

L, -

1C-2

4L, -

1C-3

6L,

-1L

, -24

L, -

2C-1

2L, -

2C-2

4L,

-2L,

-2L

-24R

, -2L

-36R

, -2R

-36L

,-3

6L, -

3L, -

3L-2

4R, -

3R-2

4L

SS

684R

C2

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

SS

684R

C2

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-1

R-2

4L, -

2L-1

2R

SS

684R

C2

Mod

els:

-1L-

24R

, -24

R, -

2R, -

2R-1

2L,

-2R

-24L

SS

684R

C2

Mod

els:

-1L-

24R

, -24

R, -

2L-2

4R, 2

R,

-2R

-12L

SS

684R

C2

Mod

els:

-1C

, -1C

-12L

SS

684R

C2

Mod

els:

-1L-

36R

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

S/S

S68

4RC

2 S68

0 S

ER

IES

MA

R 2

2,19

99N

AV

C

43

2693

500

:

ALL

DIM

EN

SIO

NS

AR

E IN

INC

HE

S

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OT

HE

RW

ISE

SP

EC

IFIE

D

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TIT

LE:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

RE

VR

EV.

#D

ATE

DR

.D

ES

CR

IPT

ION

RE

VIS

ION

S

TOP

5 B

LAC

KT

5(2)

T5(

2)TO

P 5

BLA

CK

T4(

2)TO

P 4

BLA

CK

TOP

5 B

LAC

KT

5(2)

3 P

HA

SE

YX Z G

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

2 R

ED

O2(

1)

T4(

2)

T1(

2)

T2(

1)

T5(

2)

S(2

)

T3(

2)

O1(

2)

T2(

2)

O2(

2)

S(1

)

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

O1(

1)

T5(

1)

T4(

1)

T3(

1)

T1(

1)

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

GZYX

T3(

2)

T4(

2)

T5(

2)

O2(

2)

T2(

2)

O1(

2)

T1(

2)

T4(

1)

O2(

1)

GR

OU

P 5

NO

SA

LMA

ND

ER

3 P

HA

SE

T2(

1)

T3(

1)

T5(

1)

O1(

1)

T1(

1)

3 P

HA

SE

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

GZYX

OV

EN

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

3 P

HA

SE

OV

EN

2 R

ED

O2(

1)

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

5 R

ED

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T3(

2)

O1(

2)

T5(

2)

S(2

)

O2(

2)

T1(

2)

T4(

2)

T2(

2)

T5(

1)

S(1

)

TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O1(

1)

T2(

1)

T4(

1)

T3(

1)

T1(

1)

OV

EN

2 B

LAC

KGZYX

T2(

2)TO

P 2

BLA

CK

TOP

3 B

LAC

K

TOP

4 B

LAC

KT

4(2)

O2(

2)

T3(

2)

TOP

5 B

LAC

K

TOP

1 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T5(

2)

O1(

2)

T1(

2)

O2(

1)

T1(

1)

GR

OU

P 6

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T3(

1)

O1(

1)

T5(

1)

T4(

1)

T2(

1)

ZX Y G

3 P

HA

SE

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

1 R

ED

T1(

1)

T2(

1)

T3(

1)

T5(

1)

O1(

1)

S(1

)

T1(

2)

O2(

2)

O1(

2)

T3(

2)

T4(

2)

S(2

)

T2(

2)

T4(

1)

O2(

1)

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

T1(

1)

GZ

3 P

HA

SE

X Y

T2(

2)

T4(

2)

T3(

2)

O2(

2)

T1(

2)

O1(

2)

O1(

1)

T4(

1)

O2(

1)

T5(

1)

T3(

1)

T2(

1)

GR

OU

P 7

NO

SA

LMA

ND

ER

3 P

HA

SE

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

TOP

1 R

ED

TOP

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

4 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

2 R

ED

GZ

3 P

HA

SE

X Y

T1(

1)TO

P 1

RE

D

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 R

ED

TOP

3 R

ED

TOP

2 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

T3(

2)

O2(

2)

O1(

2)

T1(

2)

S(2

)

T2(

2)

T5(

2)

O1(

1)

O2(

1)

T4(

1)

S(1

)

T3(

1)

T5(

1)

T2(

1)

OV

EN

2 B

LAC

K

T1(

1)TO

P 1

RE

D

GZX Y

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 B

LAC

K

T2(

2)

O2(

2)

T3(

2)

T4(

2)

O1(

2)

T1(

2)

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

O1(

1)

O2(

1)

T3(

1)

T4(

1)

T5(

1)

T2(

1)

GR

OU

P 8

NO

SA

LMA

ND

ER

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

GZYX

3 P

HA

SE

O2(

1)O

VE

N 2

RE

D

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

1 R

ED

TOP

4 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

T1(

2)

O1(

2)

T3(

2)

T2(

2)

S(2

)

O2(

2)

T4(

2)

T5(

2)

S(1

)

T1(

1)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

2 R

ED

O1(

1)

T2(

1)

T3(

1)

T5(

1)

T4(

1)

3 P

HA

SE

OV

EN

2 B

LAC

KGZYX

T2(

2)TO

P 2

BLA

CK

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

O2(

2)

T5(

2)

T4(

2)

T3(

2)

OV

EN

2 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

T1(

2)

O1(

2)

O2(

1)

T2(

1)

GR

OU

P 9

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

T1(

1)

O1(

1)

T3(

1)

T5(

1)

T4(

1)

SS

684R

C2

Mod

els:

-1C

-24R

, -1L

-36R

, -36

R-3

R, -

3R-1

2L

SS

684R

C2

Mod

els:

-1C

-12R

SS

684R

C2

Mod

els:

-3C

-12L

SS

684R

C2

Mod

els:

-1C

-36R

, -2C

-24R

, -3C

-12R

SS

684R

C2

Mod

els:

-1C

-12R

, -2C

-12R

, -3L

-12R

SS

684R

C2

Mod

els:

-1R

-36L

, -2C

-12R

, -3L

-12R

SS

684R

C2

Mod

els:

-1R

-24L

, 1R

-36L

, 2L-

12R

SS

684R

C2

Mod

els:

-2R

-24L

SS

684R

C2

Mod

els:

-1C

-36R

, 2C

-24R

, -3C

-12R

SS

684R

C2

Mod

els:

-1C

-24R

, -36

R, -

3R, -

3R-1

2L

Part # P152 Rev 1 (01/13/10)

RC

SC

HE

MAT

IC S

/SS

684R

C2

S68

0 S

ER

IES

AP

R 2

8, 1

999

NA

VC

RL2

OV

EN

TH

ER

MO

STA

T

DO

OR

SW

ITC

H

L

40A

FAN

SW

ITC

H

M ~

N (

CO

M)

FAN

INT

ER

LO

CK

CIR

CU

IT O

PE

RA

TIO

N

HE

AT P

OS

ITIO

N:

TH

E F

AN

SW

ITC

H M

US

T B

E IN

TH

E H

EAT

PO

ST

ION

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Part # P152 Rev 1 (01/13/10)


SS684RC2 STD NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 34 .00 208 13 .80 10 .10 10 .10 99 .91 99 .91 84 .10 163 .46X-Y Top 4, Oven 1 34 .00 240 13 .80 10 .10 10 .10 86 .59 86 .59 72 .89 141 .67Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Oven 1 41 .00 208 14 .70 14 .70 11 .60 122 .41 109 .76 109 .76 197 .12X-Y Top 3, Top 4, Oven2 41 .00 240 14 .70 14 .70 11 .60 106 .09 95 .12 95 .12 170 .83Y-Z Top 5, Salamander

SS684RC2-1L SS684RC2-12L



SS684RC2-1C NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1phaseX-Z Top 1, Top 2, Top 3 32 .75 208 12 .55 10 .10 10 .10 94 .49 94 .49 84 .10 157 .45X-Y Top 4, Oven 1 32 .75 240 12 .55 10 .10 10 .10 81 .89 81 .89 72 .89 136 .46Y-Z Oven 2, Top 5


SS684RC2-1R SS684RC2-12R



SS684RC2-2L SS684RC2-24L



SS864RC2-1C-12L NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 31 .50 208 11 .3 10 .1 10 .1 89 .15 89 .15 84 .10 151 .44X-Y Top 4, Oven 1 31 .50 240 11 .3 10 .1 10 .1 77 .26 77 .26 72 .89 131 .25Y-Z Oven 2, Top 5


SS684RC2-1L-12R SS684RC2-1R-12L



SS684RC2-1C-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 3, Top 5 31 .50 208 11 .3 10 .1 10 .1 89 .15 89 .15 84 .10 151 .44X-Y Top 2, Oven 1 31 .50 240 11 .3 10 .1 10 .1 77 .26 77 .26 72 .89 131 .25Y-Z Oven 2, Top 4

domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z AX A Y AZ A 1 phaseX-Z Top 3, Top 5, Oven 1 38 .50 208 12 .20 14 .70 11 .60 112 .16 99 .10 109 .76 185 .10X-Y Top 1, Top 2, Oven 2 38 .50 240 12 .20 14 .70 11 .60 97 .21 85 .89 95 .12 160 .42Y-Z Top 4, Salamander

SS684RC2-2R SS684RC2-24R



SS684RC2-3L SS684RC2-36L SS684RC2-1C-24L SS684RC2-2C-12L



Part # P152 Rev 1 (01/13/10)


SS684RC2-2L-12R SS684RC2-1R-24L

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z Al1 phaseX-Z Top 1, Top 2, Top 5 30 .25 208 10 .05 10 .1 10 .1 83 .90 83 .90 84 .10 145 .43X-Y Top 3, Oven 1 30 .25 240 10 .05 10 .1 10 .1 72 .71 72 .71 72 .89 126 .04Y-Z Oven 2, Top 4


SS684RC2-2R-12L SS684RC2-1L-24R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1,Top 4,Top 5 30 .25 208 10 .05 10 .1 10 .1 83 .90 83 .90 84 .10 145 .43X-Y Top 2, Oven 1 30 .25 240 10 .05 10 .1 10 .1 72 .71 72 .71 72 .89 126 .04Y-Z Oven 2, Top 3


SS684RC2-2C-12R NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 2, Top 3, Top 5 30 .25 208 10 .05 10 .1 10 .1 83 .90 83 .90 84 .10 145 .43X-Y Top 1, Oven 1 30 .25 240 10 .05 10 .1 10 .1 72 .71 72 .71 72 .89 126 .04Y-Z Oven 2, Top 4


SS684RC2-3R, SS684RC2-1C-24R SS684RC2-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Top 5 30 .25 208 10 .05 10 .1 10 .1 83 .90 83 .90 84 .10 145 .43X-Y Top 1 , Oven 1 30 .25 240 10 .05 10 .1 10 .1 72 .71 72 .71 72 .89 126 .04Y-Z Oven 2, Top 2


SS684RC2-3C-12L SS684RC2-2C-24C-L SS684RC2-1C-36L



SS684RC2-3R-12L SS684RC2-1L-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y AZ A 1 phaseX-Z Top 3, Top 4, Top 5 29 .00 208 10 .05 8 .85 10 .10 78 .74 83 .90 78 .96 139 .42X-Y Top 1 , Oven 1 29 .00 240 10 .05 8 .85 10 .10 68 .25 72 .71 68 .43 120 .83Y-Z Oven 2, Top 2

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 4, Oven 1 36 .00 208 12 .20 12 .20 11 .60 101 .59 99 .10 99 .10 173 .08X-Y Top 1 , Top 5, Oven 2 36 .00 240 12 .20 12 .20 11 .60 88 .05 85 .89 85 .89 150 .00Y-Z Top 2 , Salamander

SS684RC2-3C-12R SS684RC2-2C-24R SS684RC2-1C-36R

NO SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y AZ A 1 phaseX-Z Top 2, Top 3, Top 4 29 .00 208 10 .05 8 .85 10 .10 78 .74 83 .90 78 .96 139 .42X-Y Top 1, Oven 1 29 .00 240 10 .05 8 .85 10 .10 68 .25 72 .71 68 .43 120 .83Y-Z Oven 2, Top 5


SS684RC2-1R-36L SS684RC2-3L-12R


WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 3, Top 5, Oven 1 36 .00 208 12 .20 12 .20 11 .60 101 .59 99 .10 99 .10 . 139 .42X-Y Top 1 , Top 2, Oven 2 36 .00 240 12 .20 12 .20 11 .60 88 .05 85 .89 85 .89 150 .00Y-Z Top 4, Salamander

SS684RC2-2L-24R SS684RC2-2R-24L



SS684RC2-3R-24LSS684RC2-3L-24R SS684RC2-2R-36L SS684RC2-2L-36R S684RC2 all models

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1 phaseX-Z Top 1, Top 2, Top 3 27 .75 208 10 .05 8 .85 8 .85 78 .74 78 .74 73 .70 133 .41X-Y Top 4, Oven 1 27 .75 240 10 .05 8 .85 8 .85 68 .25 68 .25 63 .87 150 .00Y-Z Oven 2, Top 5

WITH SALAMANDER domestic (delta) load Total kW voltage kW X-Z kW X-Y kW Y-Z A X A Y A Z A 1phaseX-Z Top 1, Top 2, Oven 1 34 .75 208 12 .20 12 .20 10 .35 101 .59 93 .99 93 .99 167 .07X-Y Top 3, Top 4, Oven 2 34 .75 240 12 .20 12 .20 10 .35 88 .05 81 .46 81 .46 144 .79Y-Z Top 5, Salamander

Part # P152 Rev 1 (01/13/10)

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Part # P152 Rev 1 (01/13/10)

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LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

1 R

ED

OV

EN

2 R

ED

O2(

1)

TOP

4 B

LAC

K

TOP

2 B

LAC

K

TOP

3 R

ED

TOP

3 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T4(

2)

O1(

2)

T5(

2)

S(2

)

O2(

2)

T1(

2)

T2(

2)

T3(

2)

T3(

1)

S(1

)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

O1(

1)

T2(

1)

T5(

1)

T4(

1)

T1(

1)

OV

EN

2 B

LAC

K

T3(

2)TO

P 3

BLA

CK

TOP

4 B

LAC

K

TOP

5 B

LAC

KT

5(2)

O2(

2)

T4(

2)

TOP

2 B

LAC

K

TOP

3 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T2(

2)

O1(

2)

T1(

2)

O2(

1)

T3(

1)

GR

OU

P 4

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T2(

1)

O1(

1)

T5(

1)

T4(

1)

T1(

1)

SU

684R

C2

Mod

els:

-ST

D, -

12L,

-1C

, -1C

-12L

, -1C

-24L

,-1

C-3

6L, -

1L, -

24L,

-2C

-12L

, -2C

-24L

,-2

L, -

2L-3

6R, -

2L-3

6L, -

36L,

-3C

-12L

,-3

L, -

3L-2

4R, -

3R-2

4L

SU

684R

C2

Mod

els:

-ST

D, -

12L,

-1C

-24L

, -1C

-36L

, -

1L, -

24L,

-2C

-12L

, -2C

-24L

,-2

L, -

2L-2

4R, -

2L-3

6R, -

2R-3

6L,

-36L

, -3L

, -3L

-24R

, -3R

-24L

SU

684R

C2

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

SU

684R

C2

Mod

els:

-12R

, -1L

-12R

, -1R

, -1R

-12L

,-1

R-2

4L, -

2L-1

2R

SU

684R

C2

Mod

els:

-1L-

24R

, -24

R, -

2R, -

2R-1

2L,

-2R

-24L

SU

684R

C2

Mod

els:

-1L-

24R

, -24

R, -

2L-2

4R, 2

R,

-2R

-12L

SU

684R

C2

Mod

els:

-1C

, -1C

-12L

SU

684R

C2

Mod

els:

-1L-

36R

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1 ENL3L2

3 P

HA

SE

L1

Part # P152 Rev 1 (01/13/10)

WIR

ING

DIA

GR

AM

SU

684R

C2

S68

0 S

ER

IES

AP

R 2

6,19

99N

AV

C

43

2693

501

:

ALL

DIM

EN

SIO

NS

AR

E IN

INC

HE

S

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OT

HE

RW

ISE

SP

EC

IFIE

D

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TIT

LE:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

RE

VR

EV.

#D

ATE

DR

.D

ES

CR

IPT

ION

RE

VIS

ION

S

TOP

5 B

LAC

KT

5(2)

T5(

2)TO

P 5

BLA

CK

T4(

2)TO

P 4

BLA

CK

TOP

5 B

LAC

KT

5(2)

SA

LAM

AN

DE

R R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

2 R

ED

O2(

1)

T4(

2)

T1(

2)

T2(

1)

T5(

2)

S(2

)

T3(

2)

O1(

2)

T2(

2)

O2(

2)

S(1

)

TOP

4 B

LAC

K

OV

EN

1 B

LAC

K

TOP

2 B

LAC

K

TOP

1 B

LAC

K

TOP

2 R

ED

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

GR

OU

P 5

WIT

H S

ALM

AN

DE

R

O1(

1)

T5(

1)

T4(

1)

T3(

1)

T1(

1)

OV

EN

1 R

ED

TOP

5 R

ED

TOP

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

T3(

2)

T4(

2)

T5(

2)

O2(

2)

T2(

2)

O1(

2)

T1(

2)

T4(

1)

O2(

1)

GR

OU

P 5

NO

SA

LMA

ND

ER

T2(

1)

T3(

1)

T5(

1)

O1(

1)

T1(

1)

GR

OU

P 6

WIT

H S

ALM

AN

DE

R

TOP

4 B

LAC

K

TOP

3 B

LAC

K

OV

EN

2 B

LAC

K

TOP

5 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

1 R

ED

OV

EN

2 R

ED

O2(

1)

TOP

3 B

LAC

K

TOP

4 B

LAC

K

TOP

5 R

ED

TOP

2 B

LAC

K

TOP

1 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

5 B

LAC

K

T3(

2)

O1(

2)

T5(

2)

S(2

)

O2(

2)

T1(

2)

T4(

2)

T2(

2)

T5(

1)

S(1

)

TOP

4 R

ED

OV

EN

1 R

ED

TOP

1 R

ED

TOP

2 R

ED

TOP

3 R

ED

O1(

1)

T2(

1)

T4(

1)

T3(

1)

T1(

1)

OV

EN

2 B

LAC

K

T2(

2)TO

P 2

BLA

CK

TOP

3 B

LAC

K

TOP

4 B

LAC

KT

4(2)

O2(

2)

T3(

2)

TOP

5 B

LAC

K

TOP

1 R

ED

OV

EN

2 R

ED

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

T5(

2)

O1(

2)

T1(

2)

O2(

1)

T1(

1)

GR

OU

P 6

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

2 R

ED

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

T3(

1)

O1(

1)

T5(

1)

T4(

1)

T2(

1)

SA

LAM

AN

DE

R B

LAC

K

SA

LAM

AN

DE

R R

ED

TOP

1 R

ED

T1(

1)

T2(

1)

T3(

1)

T5(

1)

O1(

1)

S(1

)

T1(

2)

O2(

2)

O1(

2)

T3(

2)

T4(

2)

S(2

)

T2(

2)

T4(

1)

O2(

1)

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

OV

EN

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

OV

EN

2 R

ED

GR

OU

P 7

WIT

H S

ALM

AN

DE

R

T1(

1)

T2(

2)

T4(

2)

T3(

2)

O2(

2)

T1(

2)

O1(

2)

O1(

1)

T4(

1)

O2(

1)

T5(

1)

T3(

1)

T2(

1)

GR

OU

P 7

NO

SA

LMA

ND

ER

GR

OU

P 8

WIT

H S

ALM

AN

DE

R

TOP

1 R

ED

TOP

1 B

LAC

K

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

OV

EN

2 B

LAC

K

OV

EN

1 R

ED

OV

EN

2 R

ED

TOP

4 R

ED

TOP

5 R

ED

TOP

3 R

ED

TOP

2 R

ED

T1(

1)TO

P 1

RE

D

TOP

1 B

LAC

K

TOP

5 B

LAC

K

TOP

3 B

LAC

K

TOP

4 R

ED

TOP

3 R

ED

TOP

2 R

ED

OV

EN

1 R

ED

TOP

5 R

ED

SA

LAM

AN

DE

R B

LAC

K

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

2 B

LAC

K

TOP

2 B

LAC

K

OV

EN

2 R

ED

T3(

2)

O2(

2)

O1(

2)

T1(

2)

S(2

)

T2(

2)

T5(

2)

O1(

1)

O2(

1)

T4(

1)

S(1

)

T3(

1)

T5(

1)

T2(

1)

OV

EN

2 B

LAC

K

T1(

1)TO

P 1

RE

D

TOP

3 B

LAC

K

TOP

2 B

LAC

K

OV

EN

1 B

LAC

K

TOP

1 B

LAC

K

TOP

4 B

LAC

K

T2(

2)

O2(

2)

T3(

2)

T4(

2)

O1(

2)

T1(

2)

TOP

3 R

ED

TOP

4 R

ED

OV

EN

1 R

ED

TOP

2 R

ED

TOP

5 R

ED

OV

EN

2 R

ED

O1(

1)

O2(

1)

T3(

1)

T4(

1)

T5(

1)

T2(

1)

GR

OU

P 8

NO

SA

LMA

ND

ER

GR

OU

P 9

WIT

H S

ALM

AN

DE

R

O2(

1)O

VE

N 2

RE

D

TOP

2 B

LAC

K

OV

EN

2 B

LAC

K

SA

LAM

AN

DE

R R

ED

OV

EN

1 B

LAC

K

SA

LAM

AN

DE

R B

LAC

K

TOP

1 R

ED

TOP

4 B

LAC

K

TOP

5 B

LAC

K

TOP

1 B

LAC

K

TOP

3 B

LAC

K

T1(

2)

O1(

2)

T3(

2)

T2(

2)

S(2

)

O2(

2)

T4(

2)

T5(

2)

S(1

)

T1(

1)

TOP

5 R

ED

OV

EN

1 R

ED

TOP

3 R

ED

TOP

4 R

ED

TOP

2 R

ED

O1(

1)

T2(

1)

T3(

1)

T5(

1)

T4(

1)

OV

EN

2 B

LAC

K

T2(

2)TO

P 2

BLA

CK

TOP

4 B

LAC

K

TOP

3 B

LAC

K

TOP

5 B

LAC

K

O2(

2)

T5(

2)

T4(

2)

T3(

2)

OV

EN

2 R

ED

TOP

2 R

ED

TOP

1 B

LAC

K

OV

EN

1 B

LAC

K

T1(

2)

O1(

2)

O2(

1)

T2(

1)

GR

OU

P 9

NO

SA

LMA

ND

ER

TOP

5 R

ED

TOP

3 R

ED

OV

EN

1 R

ED

TOP

4 R

ED

TOP

1 R

ED

T1(

1)

O1(

1)

T3(

1)

T5(

1)

T4(

1)

SU

684R

C2

Mod

els:

-1C

-24R

, -1L

-36R

, -36

R-3

R, -

3R-1

2L

SU

684R

C2

Mod

els:

-1C

-12R

SU

684R

C2

Mod

els:

-3C

-12L

SU

684R

C2

Mod

els:

-1C

-36R

, -2C

-24R

, -3C

-12R

SU

684R

C2

Mod

els:

-1C

-12R

, -2C

-12R

, -3L

-12R

SU

684R

C2

Mod

els:

-1R

-36L

, -2C

-12R

, -3L

-12R

SU

684R

C2

Mod

els:

-1R

-24L

, 1R

-36L

, 2L-

12R

SU

684R

C2

Mod

els:

-2R

-24L

SU

684R

C2

Mod

els:

-1C

-36R

, 2C

-24R

, -3C

-12R

SU

684R

C2

Mod

els:

-1C

-24R

, -36

R, -

3R, -

3R-1

2L

ENL3L2

3 P

HA

SE

L1 ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

ENL3L2

3 P

HA

SE

L1

Part # P152 Rev 1 (01/13/10)

RC

OV

EN

SC

HE

MAT

IC S

U68

4RC

2 S68

0 S

ER

IES

AP

R 2

8,19

99N

AV

C

44

2693

501

:

ALL

DIM

EN

SIO

NS

AR

E IN

INC

HE

S

TOLE

RA

NC

E ±

0.01

5" U

NLE

SS

OT

HE

RW

ISE

SP

EC

IFIE

D

CO

MM

ER

CIA

L R

AN

GE

S L

IMIT

ED

MIS

SIS

SA

UG

A, O

NTA

RIO

, CA

NA

DA

::

:

TIT

LE:

DAT

ES

CA

LED

R.

SH

T

OF

CH

K. B

Y

RE

VR

EV.

#D

ATE

DR

.D

ES

CR

IPT

ION

RE

VIS

ION

S

FAN

INT

ER

LO

CK

CIR

CU

IT O

PE

RA

TIO

N

HE

AT P

OS

ITIO

N:

TH

E F

AN

SW

ITC

H M

US

T B

E IN

TH

E H

EAT

PO

ST

ION

,T

HE

DO

OR

MU

ST

BE

CLO

SE

D (

TH

ER

MO

STA

T C

LOS

ED

) B

EF

OR

E

TH

E O

VE

N H

EAT

ING

ELE

ME

NT

S A

RE

EN

ER

GIZ

ED

.

CO

OL

PO

SIT

ION

:T

HE

FA

N S

WIT

CH

MU

ST

BE

IN T

HE

CO

OL

PO

SIT

ION

, TH

E D

OO

R

MU

ST

BE

OP

EN

. T

HE

FA

N W

ILL

OP

ER

ATE

BU

T T

HE

HE

ATIN

G

ELE

ME

NT

S W

ILL

NO

T E

NE

RG

IZE

.

L

NO

TE

: O

NE

OV

EN

SH

OW

N O

NLY

. L

EF

T A

ND

RIG

HT

CIR

CU

IT

IS T

HE

SA

ME

.

FAN

SW

ITC

H

40A

DO

OR

SW

ITC

H

M ~

RL2

N (

CO

M)

OV

EN

TH

ER

MO

STA

T

RL2

RL1

5kW

RL1

Part # P152 Rev 1 (01/13/10)


SU684RC2 STD NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Top 3 400V 3N~ 34 13 .8 10 .1 10 .1 60 .00 43 .91 43 .91 147 .83L2 Top 4, Oven 1 415V 3N~ 34 13 .8 10 .1 10 .1 57 .50 42 .08 42 .08 141 .67L3 Oven 2, Top 5 380V 3N~ 31 .11 12 .63 9 .24 9 .24 57 .39 42 .00 42 .00 141 .40

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 2, Oven 1 400V 3N~ 41 14 .7 14 .7 11 .6 63 .91 63 .91 50 .43 178 .26L2 Top 3, Top 4, Oven 2 415V 3N~ 41 14 .7 14 .7 11 .6 61 .25 61 .25 48 .33 170 .83L3 Top 5, Salamander 380V 3N~ 37 .51 13 .45 13 .45 10 .61 61 .13 61 .13 48 .24 170 .51

SU684RC2-1L SU684RC2-12L

NO SALAMANDER export (wye ) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V 3N~ 32 .75 12 .55 10 .1 10 .1 54 .57 43 .91 43 .91 142 .39L2 Top 4, Oven 1 415V 3N~ 32 .75 12 .55 10 .1 10 .1 52 .29 42 .08 42 .08 136 .46L3 Oven 2, Top 5 380V 3N~ 29 .96 11 .48 9 .24 9 .24 52 .19 42 .00 42 .00 136 .20


SU684RC2-1C NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top I , Top 2, Top 3 400V 3N~ 32 .75 12 .55 10 .1 10 .1 54 .57 43 .91 43 .91 142 .39L2 Top 4, Oven 1 415V 3N~ 32 .75 12 .55 10 .1 10 .1 52 .29 42 .08 42 .08 136 .46L3 Oven 2, Top 5 380V 3N~ 29 .96 11 .48 9 .24 9 .24 52 .19 42 .00 42 .00 136 .20

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 3, Oven 1 400V 3N~ 39 .75 13 .45 14 .7 11 .6 58 .48 63 .91 50 .43 172 .83L2 Top 2, Top 4, Oven 2 415V 3N~ 39 .75 13 .45 14 .7 11 .6 56 .04 61 .25 48 .33 165 .63L3 Top 5, Salamander 380V 3N~ 36 .37 12 .31 13 .45 10 .61 55 .94 61 .13 48 .24 165 .31

SU684RC2-1R SU684RC2-12R



SU684RC2-2L SU684RC2-24L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top I , Top 2, Oven I 400V 3N~ 38 .5 12 .2 14 .7 11 .6 53 .04 63 .91 50 .43 167 .39L2 Top 3, Top 4, Oven 2 415V 3N~ 38 .5 12 .2 14 .7 11 .6 50 .83 61 .25 48 .33 160 .42L3 Top 5, Salamander 380V 3N~ 35 .22 11 .16 13 .45 10 .61 50 .74 61 .13 48 .24 160 .11

SU684RC2-1C-12L NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V 3N~ 31 .5 11 .3 10 .1 10 .1 49 .13 43 .91 43 .91 136 .96L2 Top 4, Oven 1 415V 3N~ 31 .5 11 .3 10 .1 10 .1 47 .08 42 .08 42 .08 131 .25L3 Oven 2, Top 5 380V 3N~ 28 .82 10 .34 9 .24 9 .24 46 .99 42 .00 42 .00 131 .00


SU684RC2-1R-12L SU684-1L-12R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A1 phaseL1 Top 1, Top 2, Top 5 400V 3N~ 31 .5 11 .3 10 .1 10 .1 49 .13 43 .91 43 .91 136 .96L2 Top 3, Oven 1 415V 3N~ 31 .5 11 .3 10 .1 10 .1 47 .08 42 .08 42 .08 131 .25L3 Oven 2, Top 4 380V 3N~ 28 .82 10 .34 9 .24 9 .24 46 .99 42 .00 42 .00 131 .00


SU684RC2-1C-12R NO SALAMANDER export (wye) load voltage kW total kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1, Top 3, Top 5 400V 3N~ 31 .5 11 .3 10 .1 10 .1 49 .13 43 .91 43 .91 136 .96L2 Top 2 , Oven 1 415V 3N~ 31 .5 11 .3 10 .1 10 .1 47 .08 42 .08 42 .08 131 .25L3 Oven 2, Top 4 380V 3N~ 28 .82 10 .34 9 .24 9 .24 46 .99 42 .00 42 .00 131 .00


SU684RC2-2R SU684RC2-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top I , Top 4, Top 5 400V 3N~ 31 .5 11 .3 10 .1 10 .1 49 .13 43 .91 43 .91 136 .96L2 Top 2, Oven 1 415V 3N~ 31 .5 11 .3 10 .1 10 .1 47 .08 42 .08 42 .08 131 .25L3 Oven 2, Top 3 380V 3N~ 28 .82 10 .34 9 .24 9 .24 46 .99 42 .00 42 .00 131 .00

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 4, Top 5, Oven I 400V 3N~ 38 .5 12 .2 14 .7 11 .6 53 .04 63 .91 50 .43 167 .39L2 Top 1, Top 2, Oven 2 415V 3N~ 38 .5 12 .2 14 .7 11 .6 50 .83 61 .25 48 .33 160 .42L3 Top 3, Salamander 380V 3N~ 35 .22 11 .16 13 .45 10 .61 50 .74 61 .13 48 .24 160 .11

SU684RC2-3L SU684RC2-36L SU684RC2-1C-24L SU684RC2-2C-12L


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top I , Top 2, Oven 1 400V 3N~ 37 .25 12 .2 13 .45 11 .6 53 .04 58 .48 50 .43 161 .96L2 Top 3, Top 4, Oven 2 415V 3N~ 37 .25 12 .2 13 .45 11 .6 50 .83 56 .04 48 .33 155 .21L3 Top 5 , Salamander 380V 3N~ 34 .08 11 .16 12 .31 10 .61 50 .74 55 .94 48 .24 154 .91

Part # P152 Rev 1 (01/13/10)


SU684RC2-2L-12R SU684-1R-24L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A lphaseL1 Top 1, Top 2, Top 5 400V 3N~ 30 .25 10 .05 10 .1 10 .1 43 .70 43 .91 43 .91 131 .52L2 Top 3, Oven 1 415V 3N~ 30 .25 10 .05 10 .1 10 .1 41 .88 42 .08 42 .08 126 .04L3 Oven 2, Top 4 380V 3N~ 27 .68 9 .20 9 .24 9 .24 41 .80 42 .00 42 .00 125 .80


SU684RC2-2R-12L SU684RC2-1L-24R



SU684RC2-2C-12R NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Top 5 400V 3N~ 30 .25 10 .05 10 .1 10 .1 43 .70 43 .91 43 .91 131 .52L2 Top 1, Oven 1 415V 3N~ 30 .25 10 .05 10 .1 10 .1 41 .88 42 .08 42 .08 126 .04L3 Oven 2, Top 4 380V 3N~ 27 .68 9 .20 9 .24 9 .24 41 .80 42 .00 42 .00 125 .80


SU684RC2-3R SU684RC2-1C-24R SU684RC2-36R



SU684RC2-3C-12L SU684RC2-2C-24L SU684RC2-1C-46L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Top 3 400V 3N~ 29 10 .05 8 .85 10 .1 43 .70 38 .48 43 .91 126 .09L2 Top 4, Oven 1 415V 3N~ 29 10 .05 8 .85 10 .1 41 .88 36 .68 42 .08 120 .83L3 Oven 2, Top 5 380V 3N~ 26 .53 9 .20 8 .10 9 .24 41 .80 36 .61 42 .00 120 .60

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top I , Top 2, Oven 1 400V 3N~ 36 12 .2 12 .2 11 .6 53 .04 53 .04 50 .43 156 .52L2 Top 3, Top 4, Oven 2 415V 3N~ 36 12 .2 12 .2 11 .6 50 .83 50 .83 48 .33 150 .00L3 Top 5, Salamander 380V 3N~ 32 .94 11 .16 11 .16 10 .61 50 .74 50 .74 48 .24 149 .72

SU684RC2-1L-36R SU684-3R-12L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 3, Top 4 400V 3N~ 29 10 .05 8 .85 10 .1 43 .70 38 .48 43 .91 126 .09L2 Top 5, Oven 1 415V 3N~ 29 10 .05 8 .85 10 .1 41 .88 36 .88 42 .08 120 .83L3 Oven 2, Top 2 380V 3N~ 26 .53 9 .20 8 .10 9 .24 41 .80 36 .81 42 .00 120 .60

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 3, Top 4, Oven 1 400V 3N~ 36 12 .2 12 .2 11 .6 53 .04 53 .04 50 .43 156 .52L2 Top 1 , Top 5, Oven 2 415V 3N~ 36 12 .2 12 .2 11 .6 50 .83 50 .83 48 .33 150 .00L3 Top 2, Salamander 380V 3N~ 32 .94 11 .16 11 .16 10 .61 50 .74 50 .74 48 .24 149 .72

SU684RC2-3C-12R SU684RC2-2C-24R SU684-1C-36R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Top 4 400V 3N~ 29 10 .05 8 .85 10 .1 43 .70 38 .48 43 .91 126 .09L2 Top 5, Oven 1 415V 3N~ 29 10 .05 8 .85 10 .1 41 .88 36 .88 42 .08 120 .83L3 Oven 2, Top 1 380V 3N~ 26 .53 9 .20 8 .10 9 .24 41 .80 36 .81 42 .00 120 .60


SU684RC2-3L-12R SU684RC2-1R-36L

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 3, Top 5 400V 3N~ 29 10 .05 8 .85 10 .1 43 .70 38 .48 43 .91 126 .09L2 Top 1, Oven 1 415V 3N~ 29 10 .05 8 .85 10 .1 41 .88 36 .88 42 .08 120 .83L3 Oven 2, Top 4 380V 3N~ 26 .53 9 .20 8 .10 9 .24 41 .80 36 .81 42 .00 120 .60

WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A1 phaseL1 Top 1, Top 2, Oven1I 400V 3N~ 36 12 .2 12 .2 11 .6 53 .04 53 .04 50 .43 156 .52L2 Top 3, Top 5, Oven 2 415V 3N~ 36 12 .2 12 .2 11 .6 50 .83 50 .83 48 .33 150 .00L3 Top 4, Salamander 380V 3N~ 32 .94 11 .16 11 .16 10 .61 50 .74 50 .74 48 .24 149 .72

SU684RC2-2R-24L SU684-2L-24R

NO SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 2, Top 4, Top 5 400V 3N~ 29 10 .05 8 .85 10 .1 43 .70 38 .48 43 .91 126 .09L2 Top 1, Oven 1 415V 3N~ 29 10 .05 8 .85 10 .1 41 .88 36 .68 42 .08 120 .83[3 Oven 2, Top 35 380V 3N~ 26 .53 9 .20 8 .10 9 .24 41 .80 36 .61 42 .00 120 .60


SU684RC2-3R-34L SU684RC2-3L-34R SU684RC2-2R-36L SU684-2L-36R


WITH SALAMANDER export (wye) load voltage total kW kW L1 kW L2 kW L3 A L1 A L2 A L3 A 1 phaseL1 Top 1 , Top 2, Oven 1 400V 3N~ 34 .75 12 .2 12 .2 10 .35 53 .04 53 .04 45 .00 151 .09L2 Top 3, Top 4, Oven 2 415V 3N~ 34 .75 12 .2 12 .2 10 .35 50 .83 50 .63 43 .13 144 .79L3 Top 5 , Salamander 380V 3N~ 31 .79 11 .16 11 .16 9 .47 50 .74 50 .74 43 .04 144 .52

Part # P152 Rev 1 (01/13/10)

1.165 kW 1.165 kW 1.165 kW

1.165 kW 1.165 kW1.165 kW

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Part # P152 Rev 1 (01/13/10)

1.165 kW 1.165 kW 1.165 kW

1.165 kW 1.165 kW1.165 kW

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ND

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AL-

RIN

G #

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ASE

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STRA

ND

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STRI

P 1/

2'X8

STRI

P 1/

2"21

S(7)

H11

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ASE

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BLAC

KST

RAN

DED

501

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RIP

1/2"

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RIP

1/2"

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8)H

4010

GA

SEW

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REEN

STRA

ND

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1X8

STRI

P 1/

2"X8

STRI

P 1/

2"23 24 25 26

NO

TE :

S1 -

S8 F

OR

S(U

)ER6

80 O

NLY

27 28

Part # P152 Rev 1 (01/13/10)

installation and service manual - garland...

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