Rev. 1 (10/1/2020)

INSTALLATION INSTRUCTIONS FOR SMART LATCH, INDICATOR LIGHTS, AND HUB

LIMITED WARRANTYUnless otherwise noted, Sloan Valve Company warrants this product, manufactured and sold for commercial or industrial uses, to be free from defects in material and workmanship for a period of three (3) years (one (1) year for special finishes, SF faucets, PWT electronics and 30 days for PWT software) from date of first purchase. During this period, Sloan Valve Company will, at its option, repair, replace, or refund the purchase price of any product which fails to conform with this warranty under normal use and service. This shall be the sole and exclusive remedy under this warranty. Products must be returned to Sloan Valve Company, at customer’s cost. No claims will be allowed for labor, transportation or other costs. This warranty extends only to persons or organizations who purchase Sloan Valve Company’s products directly from Sloan Valve Company for purpose of resale. This warranty does not cover the life of the batteries.THERE ARE NO WARRANTIES WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. IN NO EVENT IS SLOAN VALVE COMPANY RESPONSIBLE FOR ANY CONSEQUENTIAL DAMAGES OF ANY MEASURE WHATSOEVER.

This document outlines the installation of the Tooshlights Restroom Traffic Management System (RTMS). Save these instructions for future reference.Use with one UL-listed Class 2 power supply per Hub. Each Hub can support a total of 30 Indicator Lights installed in either one or two runs.

Warning: to reduce the risk of fire, electric shock, or injury, observe the following

• Only use recommend/approved components and methods for installation and maintenance

• Install and operate Tooshlights components only as intended by the manufacturer

• Keep electrical equipment and receptacles dry.

PRIOR TO INSTALLATION

®

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• Torque screw driver (Capable of exerting and measuring at least 23 in-lbs)• #2 Phillips head bit (For torque driver)• 1/8” Slotted screw driver•#10 Spanner head driver• 5/64” Hex head driver•.050 Hex head driver• Drill with specified drill bits

• 1/4” Drill bit (Diamond Tip Recommended for Metal Doors)• 5/16” Drill bit (Diamond Tip Recommended for Metal Doors)• Step Drill Bit 1/8”-1/2” drill bit (Cobalt Steel Recommended)

• 3-1/4” hole saw• Thread locker Blue (or equivalent)• Hand-held electrical meter• Laser level • C-Clamps • Digital multi-meter

TOOLS REQUIRED FOR INSTALLATION

COMPONENTS LIST

A. Indicator Light or Small Indicator Light (Frosted lens or Clear lens)B. Ceiling Mount, Wall Mount, Pendant Mount or Extended Wall Mount C. Strike Plate (Included in all Kits) • ADA Strike Plate (Only Included with ADA Kits)D. Inside Housing & Inner Housing Bracket with Gap FillerE. Outside HousingF. Latch Slider Body

The following hardware is provided:G. Latch Hardware Kit consisting of: I. 2X: #4-40x1/16” Cup Point Set Screws J. 2X: #10-24x0.625” #10 Spanner Machine Screws K. 2X: #10-24x0.75” Round Head Barrel Nuts L. 2X: #10-24x1.0” Round Head Barrel Nuts M. 2X: Compression Springs N. 2X: Spring Wells O. 1X: Plastic Latch Rail O. 1X: Latch Washer P. 1X: Latch Handle Tab

Housing Hardware Kit consisting of:Q. 1X: Strike Plate InsertR. 1X: #8-32x0.375” Cone Point Set ScrewS. 2X: #10-32x1.5” Phillips Head Machine ScrewT. 2X: #10-32x2.0” Phillips Head Machine ScrewU. 1X: #10-32x1.5” #10 Spanner Machine ScrewU. 1X: #10-32x2.0” #10 Spanner Machine Screw

Light Mount Hardware Kit consisting of:V. 4X: #4-20x0.5” Thread Forming Screws for PlasticW. 2X: #10x1.0” Screws & Plastic Anchor for Drywall

You will need the following accessories: Hub Kit (For Smart Systems) consisting of:• Hub• 24V Power Supply• Terminal Block Connector• RJ45 Cable• 100 OHM ¼ Watt Resistor Power Adapter Kit (For basic) consisting of:• Power Adapter• 24V Power Supply• Terminal Block Connector• Mobile Internet Router (Must be used with Hub Kit;

purchased separately)• Patch Plate Kit (Optional accessories)• Installation Jig (Recommended; can be purchased separately)• WHIP Cables (Used to connect lights, purchased

separately)

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COMPONENT DIAGRAM

PRE-INSTALLATION TASKS

A pre-installation site visit to verify equipment placement is strongly recommended. Alternatively, contact sales@tooshlights.com for a copy of a pre-installation form to complete. During the Pre-installation visit, perform the following tasks:

1. Note how many stalls in each restroom are to be outfitted with Tooshlights Indicator Lights, including whether the doors are inswing or outswing and the number of ADA/ambulatory stalls. Document the number of pilasters that have an inswing and an outswing door next to each other.

2. Check for any visual interferences that would obstruct sightlines that may affect locations of Indicator Lights. Please note that the indicator lights should be in a straight line across the ceiling. They can be installed on the outside of the stall as well as the inside of the stall above the latch. Please note any hazards in the way

3. Verify the intended Indicator Light locations. Review construction plans and check for discrepancies. Please confirm with the end user the order in which they would like the doors paired. This should incorporate their own numbering system so that they are aware of any issues or data for the correct stall. Check for ductwork, lighting, or other ceiling-mounted devices that might inhibit the installation of the Indicator Lights. See below for additional information about Indicator Light placement.

4. Verify the thickness of the partition doors. If the partition is outside the standard range of 0.875-1.125 inches, supplemental screws will be needed for securing the Inner/Outer Housings to the pilaster and the latch rail to the door.

Note: The strike plate is only used for inswing doors; it is not used for outswing doors. If installing on an out-swing door, you may re-use the current stopper by removing it and moving it to the top of the pilaster at the top of the doorNote: Ensure the door is on the inside of the strike plate before installing.Note: For ADA stalls and out swinging doors, you will need to use the ADA compliant Strike Plate. Contact Modus Systems for additional information.

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Figure 1. Tooshlight Indicator Transmitter/Receiver Effective Range (Side View)

INDICATOR LIGHT PLACEMENT

The Indicator Light can be located on either side of the door. The placement of the indicator light will drive which emitter needs to be used (see page 10 step 14 for details. For different installation cases where the indicator light is placed at different heights above the latch, the recommended installation information for the latch can be followed from Figs. 1-4.Note: To obtain installation information of latch and light indicator on same door, please follow specification in Figs. 1-2 and corresponding tables.Note: To obtain installation information of latch angle installation requirement, please follow specification in Fig. 3 and corresponding table.Note: To obtain installation information of latch and light indicator on adjacent doors, please follow specification in Fig. 4 and corresponding table.

Figure 2. Tooshlight Indicator Transmitter/Receiver Effective Range (Front View)

Figure 3. Tooshlight Latch Angle Installation Requirement and Specification (Front View)

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INDICATOR LIGHT PLACEMENT (CONTINUED)

Figure 4. Tooshlight Minimum Installation Distance between Latch and Indicator Light from Adjacent Doors (Front View)

Table 1. Installation Specification for Light Indicator Safe Zone

Installation height Safe zone distance Y Latch install angle α Door-to-door install distance D

0~4’’ 0~4’’ 0~1° ≥30’’0~5’’ 0~5’’ 0~1° ≥30’’0~6’ 0~6’ 0~1° ≥32’’0~6’ 0~6’ 0~1° ≥32’’0~6’ 0~6’ 0~1° ≥34’’0~6’ 0~6’ 0~1° ≥34’’0~7’’ 0~7’’ 0~1° ≥34’’0~7’’ 0~7’’ 0~0.5° ≥34’’0~8’’ 0~8’’ 0~0.5° ≥36’’0~8’’ 0~8’’ 0~0.5° ≥36’’0~9’’ 0~9’’ 0~0.5° ≥36’’0~9’’ 0~9’’ 0~0.5° ≥36’’0~9’’ 0~9’’ 0~1° 0~0.5° ≥36’’

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SMART LATCH INSTALLATION TO PILASTER

Caution: Be careful not to crimp or strip any wires as this may cause a short or failure of proper Infrared function.

Note: To account for different partition thicknesses, two (2) sets of Phillips head screws and two (2) sets of spanner screws of different lengths are provided for the Inner Hous-ing. Ensure the screw used does not bottom out on the other side of the door.

1. Remove all existing latch hardware from the door and partition. When replacing a “circle turn latch” make sure the metal peg that comes from the side of the lock is taken out or cut off prior to installing Tooshlights.

2. Determine the height of the new latch based on the old hardware’s positioning. The latch should be installed no higher than 48” above the floor. Make sure you positon the housing such that the latch will be kept away from any holes left behind from the previous latch hardware. This will prevent complications when drilling holes for the new latch. Ensure the selected position is in compliance with ADA regulations. Once the desired height is determined, use a laser level to create a guide line for all of the new hardware.

3. There is an optional installation jig which may be purchased for smart latch installations. The pilaster jig has five (5) settings to account for different partition depths; slide the portion of the jig to the position that allows it to be as close to the edge of the partition as possible without going over, leaving approximately 1/4” between the edge of the partition and the jig.

Note: For some ADA stalls, the pilaster will not have the minimum width needed and may need to be adjusted and/or notched out.

Caution: Protect partition surface; use a protective material between clamp and partition to prevent scratching or other damage.

4. Align the center of the pilaster jig (Refer to the highlighted part of the jig photo below) with the guide line and clamp it to the pilaster to ensure it does not slip during drilling.

Note: Choose drill bit type appropriate for partition material.

5. The same jig can be used whether the door swings right or left by rotating it upside down. “Up” arrows indicate which holes should be drilled for the currently selected orientation; holes with “down” arrows in a given orientation should not be drilled. Drill the top hole with the 5/16-inch drill bit and the remaining three holes with a 1/4-inch drill bit.

6. If existing hardware was removed, leaving noticeable holes in the partition, install the self-adhesive Pilaster Patch Plate. Before attaching the Inner Housing (See Figure 17 on page 12)

Figure 6. Proper Installation Jig Use.

7. Remove the Inner Housing Bracket from the Inner Housing located in section (D). See page 3 for figures of included components

Note: Be sure to remove the plastic film from the Strike Plate before installation.

Figure 5. Installation Jig

1.5” REQUIRED SPACE NEED ON THE PILASTER SIDE IN ORDER FOR PROPERLY INSTALLATION

!!! IMPORTANT !!! There is a LINE on the jigs to show where the actual latch will end up. This is where installers have to be careful that there is nothing in the latches path or any holes that would interfere with the latch placement.

!!! PLEASE NOTE !!!

JIG LINE

Figure 6. Proper Installation Jig Use.

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SMART LATCH INSTALLATION TO PILASTER (CONTINUED)

8. Determine the top/bottom directionality of the strike plate (C) and use plug (Q) from the Housing Hardware (Make sure the plug stays in during the installation) Kit to fill the hole at the bottom that will be unused (see Figure 7).

Figure 7: Placement of plug in strike plate (not an accurate representation of proper orientation)DO NOT FORGET STEP 8 BEFORE PROCEEDING

9. Position the Strike Plate (C) on the exterior and Inner Housing bracket on the interior of the pilaster. Choose the appropriate length #10-32 #10 Spanner Screw from the (U) section of the Housing Hardware Kit.10. Fasten the Strike Plate to the Inner Housing Bracket via the bottom hole as shown in Figure 8 & 9. Note: Be careful not to crush the partition by overtightening the screws.

Figure 8: Strike Plate and Inner Housing Bracket Installation view [Left (Isometric) & Right (Side View)]

Figure 9: Strike Plate and Inner Housing Bracket Installation view [Left (Front View) & Right (Back View)]

11. Select the appropriate length #10-32 Phillips head screws from either the (S) or (T) section of the Housing Hardware Kit.

12. If the light is positioned outside of the stall then you will need to feed the Outside Housing (E) wire through the top most hole as shown in Figure 10. If the light is positioned inside the stall then you can tuck the wire inside of the Outer Housing Cavity. (See step 14 for more details)

Figure 10: Feeding the Outer Housing Connector through the door via the hole located at the top of the device

13. Fasten the Outside Housing to the Strike Plate using the (S) or (T) screws via the remaining two holes as shown in Figure 11.

Figure 11: Installation of Outer Housing to Strike Plate.

14. NOTE: The location of the Indicator Light relative to the bathroom stall will determine the use of the IR transmitter.

i. If the light is positioned outside of the stall then the Outer Housing Connector must be plugged into the appropriate connection located on the Inside Housing as shown in Figure 12. Note: The connector is keyed and will only fit one way. Do not Force.

ii. If the light is positioned inside of the stall then the Outer Housing connector must be left unplugged and may remain in the outside housing cavity.

Figure 12: The Connection of the Outer Housing to Inside House, when step (14.i) is implemented.

15. Attach the Inner Housing to the Inner Housing Bracket as shown in Figure 13. Ensure that the tabs located at the top of the device are hooked appropriately. To ensure proper connectivity, make sure that hole is flush with the inside housing. The device should be flush to the door as shown in Figure 14. (The excess wire can be fed back into the hole. BE CARFUL NOT TO PINCH THE WIRE)

Figure 13: Attachment of Inner Housing to Bracket.

Figure 14: Appropriate Attachment of Inner Housing to Bracket.

SMART LATCH INSTALLATION TO PILASTER (CONTINUED)

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LATCH INSTALLATION TO DOOR

16. Apply thread locker to the #8-32x0.375” Cone Point Set Screw (R) in the Housing Hardware Kit. Fasten the (R) Set Screw as shown in Figure 15. Ensure the device is properly secured before continuing.

Figure 15: Fastening the (R) Set Screw.

1. Close the door and position the Latch Drill Guide as shown in Figure 16.

Figure 16: Latch Drill Guide positioning

2. Mark the position of the holes, then remove the drill guide and reposition it using the locations previously marked. This time keep the door open so you may use a clamp to secure the drill guide.

3. Drill ¼” holes through the whole door then remove the drill guide once again.

4. Determine whether the door is solid or hollow. i If the door is hollow then keep the ¼” holes on the interior of the door and use the Step Drill Bit to drill ½” holes on the exterior of the door. ii If the door is solid then drill ½” holes through the whole door.

5. If there are any exposed holes from previous hardware then you will need to use the Patch Plate Kit Accessory. Patch Plate Kits contain 4 plates; an Interior Plate, an Exterior Plate, a Blank Plate and a Pilaster Plate. Figure 17 & 18 show what each plate will look like when installed.

Note: The Interior Plate and Pilaster Plate are used on the inside of the stall. The Exterior Plate is to be used outside of the stall. The Blank Plate is a spare plate that can replace one plate if needed.

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Figure 17: Interior & Pilaster Patch Plate.

Figure 18: Exterior Patch Plate.

6. Confirm all the holes are drilled and if needed Patch Plates are adhered to the door. Take the Plastic Latch Rail from the (O) section and the appropriate length Barrel Nut from either (K) or (L) sections from the Latch Hardware Kit. Use the (K) nuts for doors that are 0.75” thick and (L) nuts for all larger thicknesses. Feed the Barrel nuts through the Latch Rail and Door as shown in Figure 19.

Note: Pre-Ferruled Whip Cables of different lengths can be purchased separately.

Figure 19: Positioning the Latch Rail (O) and Barrel Nuts (K or L) on the side of the door.

7. Take the Spring Wells located in section (N) and feed them into the ½” holes on the exterior of the door so that the Barrel Nuts (K or L) protrude into the spring wells. Then place the Compression Springs from section (M) into the spring well such that they envelope the barrel nut as shown in the cross sectional view in Figure 20.

Figure 20: Cross section view of Latch Hardware

8.Once the Compression Spring (M) and Spring Wells (N) are in position take the #10-24 #10 Spanner Head Machine Screw (J) of the Latch Hardware Kit and fasten it into the Barrel Nuts as shown in Figure 21. You will need to use the specified torque wrench to ensure at least 23 in-lbs is applied to the screws. Note: Once the (J) screws are fastened they shouldn’t be removed. Reattachment of the screws once removed will result in failure of the locking adhesive pre-applied to the screws.

Figure 21: Position of Screws before Fastening (Left) and after Fastening (Right)

9.Take the Latch Bar Slider Body (F) and slide it onto the latch rail in the orientation shown in Figure 22.

10.Take the Latch Handle Tab from section (P) of the Latch Hardware Kit and fasten it to the latch bar using the Set screw provided in section (I) of the Latch Hardware Kit as shown in Figure 23. (Note: There is an extra set screw in case one is misplaced)

LATCH INSTALLATION TO DOOR (CONTINUED)

Outside

of do

or

Inside of door

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INDICATOR LIGHT INSTALLATION

Figure 22: Sliding the Latch Body Slider onto the Latch Rail.

Figure 23: Final Configuration of Latch system

11. Once everything is secure, test that the Latch Bar slides into the slot located on the Inside Housing. Also ensure that the latch will spring back and forth by pushing the tip of it with your finger.

Note: If the latch does not line up with the slot on the Inner Housing then the Optional Latch Washer provided in section (O) of the Latch Hardware Kit may need to be implemented. The Latch Washer goes in between the Plastic Latch Rail and the interior face of the door thus protruding the latch 1/8” off the door.

1. Locate the center point for the installation of the Indicator Light and mark it on the ceiling/wall. Refer to the Pre-Installation Tasks on page 4 of this document to ensure proper light locations.2. Use a 3-1/4” hole saw to cut through the ceiling material (Only needed with the ceiling mount option).

3. Run WHIP cabling such that the cables extend from hole to hole in a daisy-chain fashion and that the first light in the sequence has a home run cable connecting to the Hub location.

4. Install the ceiling mount (B) and pull the WHIP cables through the center hole leaving several feet of cable hanging below

Caution: The ground wire is very fragile. Take care to twist it properly without cracking it.

5. Insert ferrules into Euro connectors on the Network Power Board and tighten screws. See Figure 24 and Table 2 for reference. Ensure you have attached the cables properly before moving on.

Table 2: Network Power Board Wiring

Board Label Wires Ferrule

V+(+24V) Blue, Blue/White, and Green/White (Bundled together)

E0506

GND (Ground) Green, Brown, Brown/White, and ground/drain wire (bundled together)

E0506

P (RS-485 Positive) Orange/White E0508

N (RS-485 Negative) Orange E0508

ENSURE POWER IS OFF BEFORE INSTALLING INDICATOR LIGHTS.NOTE: PRE-FERRULED WHIP CABLES OF DIFFERENT LENGTHS CAN BE PURCHASED SEPARATELY

!!! WARNING !!!Door

DO NOT USE THE COLORS OF THE FERRULES AS YOUR GUIDE. USE THE COLOR OF THE WIRES”

!!! NOTE !!!

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INDICATOR LIGHT INSTALLATION (CONTINUED)

Figure 24: Network Power Board

6. Plug the four-pin connector from the Indicator Light into the female mount located on the communication board. See Figure 25. Note: The connector is keyed and will only fit one way. Do not Force.

Figure 25: Plugging the Indicator Light into Network Power Board

7. Locate the locking tab at the top of the interior of the Indicator Light and align it with the locking slot in the quick lock mount. See Figure 26

Figure 26: Locking Mechanism for Indicator Light.

8. Carefully but firmly slide the Indicator Light locking tab into the slot and twist the Indicator Light into place; the lock will engage and you will hear a click when it is properly seated.

Note: If mounting Indicator Lights on poles, twist the indicator light onto the threaded pole at this point.

9. Manually verify that the Indicator Light is firmly in place and continue down the line until they are all installed.

Note: See Hub and Power Supply Installation on page-15 for information about powering the Indicator Lights in order to test resistance.

10. Once all Indicator Lights have been installed, set the digital multi- meter to ohm readings and place the probes on the positive terminals of the first Indicator Light’s communication board. The meter should read 50 ohms (+/- 10%). Repeat for the negative terminals, and then repeat for all remaining communication boards in the system.

11. Note: If the Hub is being used then you will need to insert the 100 ohm half-watt resistor into the P and N terminals in the open side of the last Network Power Board. If the power adapter is being used then you do not need to add a resistor to the last Network Power Board. See Figure 27.

Figure 27: Resistor Placement

Rotate the indicator light and mount as necessary to face the lock hole toward the back of the stall so it is not visible when customers walk through the restroom.

!!! NOTE !!!

Lock Hole

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HUB AND POWER SUPPLY INSTALLATION

Figure 28 shows the Hub Connections. Refer to the System Diagram for additional configuration information

Caution: Each Hub can support a total of 30 Indicator Lights installed in either one or two runs. Do not connect more than 30 Indicator Lights to a single Hub.

Note: The Hub weighs approximately 1.5 lb.

1. Mount the Hub using wall anchors or other form of support (not provided).

2. Mount the power supply (hardware not provided).

3. With the power switch set to Off, connect the power Supply to the Hub and to AC power

Note: If you are using the Mobile Internet Router, ensure you connect to the LAN receptacle on the cellular-based modem; do not connect to the LAN receptacle.

4. Use CAT5/CAT6 cable to connect the Hub to the local network or Mobile Solutions.

5. Connect the home run cable to the Terminal block (this is included in the HUB kit) connector as shown in Table 4. See Figure 29. 6. Insert the Terminal Block connector in the input slot on the hub

Table 3: Home Run Adapter Wire List

Note: If a second chain of Indicator Lights is installed, repeat Step 5, connecting them to the second input slot on the Hub.

Figure 29: Terminal block connector

INPUT SLOTS(ADAPTER INSTALLED)

INPUT SLOTS(No ADAPTER)

RJ45 JACK

POWER IN

ON/OFF SWITCH

TEST PAIR SWITCH

CIRCUIT BREAK

WIRES ADAPTER SLOT#Blue, Blue/WHite, and Green/White (bundled together)

1

Green, Brown, Brown/White, and ground/drain wire (bundled together)

2

Orange/White 3Orange 4

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1. Verify that the power switch on the Hub is set to Off and that the Test/Pair switch is set to Test.

Note: On initial power-up, all Indicator Lights will illuminate white.

2. Turn power On.

3. Lock and unlock each partition to verify the Indicator Light illuminates red when locked and green when unlocked. This will confirm that each Illuminator Light is correctly placed and that the wireless connection is intact.

4. Once all Indicator Lights have been verified, switch the Hub to Pair mode.

Note: All Indicator Lights should illuminate white. If one or more does not, cycle the Hub to Test mode and then back to Pair mode.

Caution: The doors must be paired in order; do not lock/unlock them out of sequence. Refer to the stall map for numbering. Generally, stalls are numbered clockwise from the entrance or in a straight line starting nearest the entrance, depending on restroom configuration.

5. Lock the first door in the sequence. The Indicator Light will turn from white to red. Then unlock the door, the indicator light should then turn from red to green.

6. Open the door and move to the next stall in the sequence.

Caution: If a light does not pair properly, do not proceed to the next step. Stop and refer to the Pairing Procedure Troubleshooting instructions on page-17.

7. Once all Indicator Lights have been paired, installation is complete.

POWERING & PAIRING HUB OPERATION

A series of LEDs on the side of the Hub are useful in verifying proper operation of the system. The LEDs are shown in Figure 30 and described below.

Figure 30: Side View of Hub

H. Internet LED (Blue) – Illuminates if the Hub was able to ping google.com successfully. If not illuminated, the cradle is not providing access or does not have internet access itself.I. Hub LED (Green) – Illuminates if the Hub can reach your website. If not illuminated, the Hub can reach google.com but not your website.J. Data LED (Yellow) – Blinks briefly when a light fixture sends data to the Hub. During normal restroom operation a series of very brief flashes is normal. If many repeated flashes are seen and you have verified that no one is repeatedly opening/closing doors, one or more of the Indicator Lights is transmitting to the Hub too frequently, which indicates an Indicator Light failure.

If the Hub is not reachable via the communications bus, the Indicator Lights will still react normally to IR signals from the doors opening/closing, but event data will not be stored and IDs will remain unset. If the Indicator Light never sees a door sensor, it will remain white.

Please confirm with the end user the order in which they would like the doors paired. This should incorporate their own numbering system so that they are aware of any issues or data for the correct stall.

!!! NOTE !!!

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PAIRING PROCEDURE TROUBLESHOOTING

Caution: A short of the RS-485 wires to power, ground, or earth ground while power is on can lead to an eventual failure; you may experience many hours of seemingly normal operation prior to the short becoming apparent.

If an Indicator Light does not pair properly, perform the following procedure:

1. Power off the system.

2. Check wiring to the Indicator Light.

Note: A single bent pin can cause a failure to pair. See Figure 31.

3. Power on the system, keeping it in pair mode.

4. Proceed with pairing procedure located on page 13.

Figure 31: Proper Pin Form (left) vs Bent Pin Form (Right)

A short of the RS-485 wires to power, ground, or earth ground while power is on can lead to an eventual failure; you may experience many hours of seemingly normal operation prior to the short becoming apparent.

!!! CAUTION !!!

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SYSTEM DIAGRAM

SLOAN • 10500 SEYMOUR AVENUE • FRANKLIN PARK, IL 60131Phone: 1-800-982-5839 or 1-847-671-4300 • Fax: 1-800-447-8329 or 1-847-671-4380 • sloan.com

© 2020 SLOAN VALVE COMPANY Rev. 1 (10/1/2020)

The information contained in this document is subject to change without notice.