proudly made in the usa - surefire · the bms-100 detects a flame utilizing the igniter or...
TRANSCRIPT
Proudly Made in the USA
INSTALLATION & OPERATIONS
MANUAL
PROUDLY MADE IN THE USA
2
The BMS-100 system is designed as a pilot maintainer to operate in Flare, Combustor, and Fire Tube applica-tions in the Oil and Gas Industry. The BMS-100 system utilizes the SureFire FTL-F series, FT-1-S, and FT-1-ST units to provide ignition.
The controller’s display is designed to operate in ambient temperatures from – 40⁰F to 131⁰F, and is coated for corrosion resistance. The unit is mounted in a NEMA 4X enclosure supplied with a UV resistant keypad. Each unit includes function indicator LED’s, and contains a status code chart that is printed on the overlay to pro-vide assistance in troubleshooting. The unit requires 12 VDC and is solar ready with a specific solar power ter-mination port. The controller also has been evaluated for pollution degree 2.
This apparatus is suitable for use in Class 1, Division 2, Groups C and D, or unclassified locations.
The BMS-100 detects a flame utilizing the igniter or thermocouple as the flame sensing device. Once the pilot flame makes contact with the igniter or thermocouple, a signal is sent to the BMS-100 and the unit registers a flame. The BMS-100 also provides 2nd stage solenoid and actuator valve timing control after flame is proven.
The BMS-100 also comes with an adder daughter board that allows 4-20mA input and high temperature safety shutdown. Plus a USB data logging port to log pilot flame with real time and date stamp.
The BMS-100 contains relighting capability, providing the flare, combustor and fire tube application with more opportunity to re-ignite the fuel gas.
Every SureFire system must pass complete factory QA/QC inspections before shipment.
Also available are control solenoid valve, Actuator valve, Standby Pressure Switches and FT ignition unit.
We are dedicated to providing quality American made safety control systems for Combustor and Flare Appli-cations. The system has been developed through thousands of hours of critical design, engineering, and field testing.
INTRODUCTION
3
Introduction 2
Table of Content 3
Certifications and Warnings 4
Warranty Statement 5
BMS-100 Description
Enclosure 6
Circuit Board 7
Graphic Overlay 8
LED Indicators / Keypad Functions 9
Component Description
SureFire Ignition Units 10
Additional Components 11
Installation Guide 12-15
Installation Wiring Diagram 16
Fuel Train Diagram 17-19
Operation Guide 20-22
Operation Guide: Sequence of Operation / Flow Chart 23-28
Specifications 29
Troubleshooting Guide 30-33
Daughter Board Information and Installation 34-36
Daughter Board Setup 37-38
BMS - 100 Software Versions 39
Contact and Version Info 40
TABLEOFCONTENT
4
WARNINGS:
EXPLOSION HAZARD - SUBSTITUTION OF COMPONENTS MAY IMPAIR SUITABILITY FOR CLASS I, DIVISION 2, GROUPS C AND D, OR UNCLASSIFED APPLICATIONS;
EXPLOSION HAZARD - DO NOT DISCONNECT EQUIPMENT UNLESS POWER HAS BEEN SWITCHED OFF OR THE AREA IS KNOWN TO BE NON-HAZARDOUS;
EXPOSURE TO SOME CHEMICALS MAY DEGRADE THE SEALING PROPERTIES OF MATERIALS USED IN THE FOLLOWING DEVICES: HAMLIN ELECTRONICS RELAY, MODEL HE721A0500, AL-LIED ELECRONICS RELAY, MODEL JW2SN-DC12V, AND PANASONIC RELAY, MODEL DS2E-SL2-DC5V
SUBSTITUTION OF THE FOLLOWING COMPONENTS MAY IMPAIR SUITABILITY FOR DIVISION 2
MISE EN GARDE
RISQUE D’EXPLOSION - LA SUBSTITUTION DE COMPOSANTS PEUT ALTÉRER APTITUDE POUR LA CLASSE I, DIVISION 2, GROUPES C ET D OU DES APPLICATIONS DE UNCLASSIFED ;
EXPLOSION DE DANGER - NE DÉBRANCHEZ PAS L’ÉQUIPEMENT À MOINS QUE LE POUVOIR A ÉTÉ ÉTEINTE OU L’ENVIRONNEMENT EST CLASSÉ NON DANGEREUX;
L’EXPOSITION À CERTAINS PRODUITS CHIMIQUES PEUT-ÊTRE DÉGRADER LES PROPRIÉTÉS DE L’ÉTANCHÉITÉ DES MATÉRIAUX UTILISÉS DANS LES APPAREILS SUIVANTS : RELAIS ÉLEC-TRONIQUE LIN, MODÈLE HE721A0500, ALLIÉES ÉLECTRONIQUE, MODÈLE JW2SN-DC12V ET RE-LAIS DE PANASONIC, MODÈLE DS2E-SL2-DC5V
SUBSTITUTION DES ÉLÉMENTS SUIVANTS PEUT ALTÉRER LES QUALITÉS DE DIVISION 2
Reference Designation Description Type of Protection
K1, K2, or K3 Relay Sealed Contacts
CERTIFACTIONSANDWARNINGS
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Warranty Statement
SureFire warrants all equipment of its own manufacture to be free of defects in material and
workmanship for a period of twenty-four (24) months from the date of manufacture.
SureFire’s sole obligation hereunder shall be expressly limited to repair or exchange free of
charge, F.O.B. Farmington, NM, USA of such defective equipment. SureFire’s obligation
under this warranty is limited to the above and does not apply to claims which are a result of
improper installation, misuse, maladjustment, abnormal operating conditions, or lack of
routine maintenance as determined by SureFire. Nor does the warranty include the
furnishing of service for maintenance or problems arising from the foregoing causes. No
claims for labor, installation, removal, transportation, or other expenses will be recognized.
Notwithstanding any stipulation of the purchaser to the contrary, all other obligations,
representations, warranties and conditions, express or implied, statutory or otherwise,
including any implied warranties or conditions of merchantability, quality or fitness are
hereby excluded and, SureFire shall not be liable for any loss, cost or damages, of any kind
whatsoever, whether consequential, indirect, special or otherwise, arising out of or in
connection with the equipment or any defect therein, even if caused by the negligence of
SureFire, its employees or agents. The provisions hereof relating to the warranty and
limitations hereon and limitation of liability shall continue to be enforceable between the
parties notwithstanding termination of the within agreement for any reason including
fundamental breach. Equipment not of SureFire manufacture shall pass through to the end
user the vendor’s or manufacturer’s standard warranty.
WARRANTY
6
Enclosure The SureFire BMS-100 system uses a polycarbonate NEMA 4X Enclosure to house the circuit board. The Graphic overlay, with a membrane keypad, is mounted on the exterior of the enclosure.
The NEMA 4X enclosure provides a high level of protection from harsh outdoor elements:
Windblown Dust Protection
Water Damage Protection - Rain, Sleet, Snow, Splashing and Direct Water Contact
Corrosion Protection
External Formation of Ice Protection
The Enclosure is IP66 certified, meaning it has been tested to the following:
Dust tight, no ingress of dust; complete protection against contact
Water projected in powerful water jets (12.5mm nozzle) against the enclosure from any direction shall have no harmful effects.
WARNING:
When drilling holes in the enclosure, ensure IP66 fittings are used to maintain the IP66 standard. Failure to use IP66 standard fittings nullifies the IP66 certification.
BMS‐100DESCRIPTION
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BMS-100 Circuit Board
The SureFire BMS-100 system is controlled by state of the art, non-arcing electronics that monitor and con-trol all combustor and flare applications. It comes with 2 LED indicators and a status code LED display.
BMS‐100DESCRIPTION
8
Graphic Overlay The overlay provides the list of status codes on the face. The overlay is used for interfacing with the system and acquiring troubleshooting information.
BMS‐100DESCRIPTION
9
5ButtonKeypad:The SureFire BMS-100 has a 5 button keypad to assist in controlling and monitoring the system. Note: Secondary & Tertiary functions can only be adjusted, when system is unlocked. Pre-purge time and timing between ignition attempts is now the same.
Button Functions
Primary: Turns the unit ON. Secondary: Press button for 5 seconds to display current number of ignition attempts. To set ignition attempts: Unlock system, press & hold ON button & use the up arrow button to set the number of ignition attempts. Range: 04 - 100
Turns the unit OFF.
Primary: Displays the code that corresponds with the current unit status. Secondary: Press button for 5 seconds to unlock the system. Tertiary: Up arrow - Increments settable value for pre-purge & safety T/C limit.
LED Indicators
The circuit board LEDs illuminate through the lid of the enclosure. The LEDs indicate the following:
LED Indicator Status
GREEN Blinking - Indicates a standby interlock is activated
RED LED ON - Indicates that the system is off
Blinking - Indicates a shutdown failure or interlock has been activated
LED ON - Indicates that the system is on and operating properly
BMS‐100DESCRIPTION
Primary: Displays the current battery voltage. Secondary: Press button for 5 seconds to display current pre-purge timing. To set pre-purge timing: Unlock system, press & hold Battery Volts button & use the up arrow button to set timing. Range: 01 - 10 minutes pre-purge time.
Primary: Displays the current flame strength value for the igniter or T/C.
Secondary: Press for 5 seconds to display current safety T/C limit.
To set safety T/C limit: Unlock system, press & hold T/C HTS button & use the up arrow button to set limit. Range: 100°F - 2400°F.
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SureFire FTL-F Series Ignition Unit The SureFire BMS-100 is compatible with any of the FTL-F piloted ignition units designed for combustor and flare applications. The pilots are reliable ignition system for all applications and utilizes a thermocouple to sense the pilot flame. Thermocouple and igniter element are easily field replaceable.
FT-1 Series Ignition Unit The SureFire BMS-100 is compatible with two (2) of the FT-1 Series ignition units designed for firetube applica-tions. The pilots are reliable ignition system and utilizes the igniter or thermocouple to sense the pilot flame.
Optional Flame Sensors
Igniter
Utilizes ohms resistance reading to verify flame Armored wiring harness to: 500°F duty / 800°F flash Direct termination to BMS-100 controller Thermocouple
Utilizes temperature reading to verify flame Armored wiring harness rated to: 1000°F duty / 1500°F flash Direct termination to the BMS-100 controller
FT-1-ST (above)
The unit above is utilizing a Thermocouple as a flame sensing mechanism.
FT-1-S (above)
The unit above is utilizing the Igniter Element as a flame sensing mechanism.
COMPONENTDESCRIPTION
FTL-F-72
FTL-F Mini
FTL-F-72 Flare Pilot Stainless steel 72” straight pilots for open flare application.
FTL-F Mini Combustor Pilot Stainless steel angle pilot for combustor application. Custom flange pattern and pilot length.
FTL-F-30 & FTL-F-40 Combustor Pilot Stainless steel 30” & 40” straight pilots for combustor applica-tion.
FTL-F-40
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Pressure Switch Used on a variety of standbys and shutdowns. Can be used as normally open or normally closed. Adjustable from 1psi — 15psi. 316 SS construction, wetted parts are NACE
1/4 in. ASCO Solenoid Valve
Fail closed device. No adjustment necessary. Simple termination and installation Application include - Combustor and Flare systems.
12 Volt, 1in. SureFire Actuator Controls the main fuel gas to the main burner. Factory programmed and pre-wired so no adjustment is necessary. 3 wire termination. Proof of valve closure contacts kits available Applications include - Combustor and Flare systems.
1in. & 2 in. SureFire Solenoid Valve Fail closed device. No adjustment necessary. Simple termination and installation. Kalrez elastomer plunger. Plunger replacement kits available. Applications include - Combustors and Flare systems.
COMPONENTDESCRIPTION
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EnclosureInstallation1. The enclosure is to be mounted on a pole or a building
that is capable of supporting 10 lbs. 2. Position the enclosure so that the LED display is clearly
visible for the operator. 3. Install conduit seal-off fittings for ALL electrical
connections at the enclosure. 4. Installation must comply with the local electric code.
Moun ng Hardware
Unistrut Clamp
Unistrut
2ndStageValveControl
SureFireActuator/SolenoidValve1. Install the SureFire Actuator or Solenoid Valve in the
fuel train for the vent or main line. 2. When an Actuator is being utilized. Terminate wires on
terminal block labeled Actuator Valve (1, 2, and 3) from the SureFire Actuator Valve terminals (1, 2 and 3), See note below.
NOTE: SureFire Actuator 1 @ Terminal block 1
SureFire Actuator 2 @ Terminal block 2
SureFire Actuator 3 @ Terminal block 3
NOTE: Must use SureFire Actuator valve or an actuator approved by SureFire.
3. When a 1” or 2” solenoid is being utilized. Terminate solenoid wires on ports 1 & 3 on Actuator Valve terminal block. Port 2 is not used. See Fig. 1.
WARNING
Before any welding is attempted, disconnect all wires going to the circuit board. Any damage caused by welding to the SureFire BMS is NOT covered under warranty.
Before terminating any wires, be sure no power is supplied to the controller. Any damage caused by standing on or using the enclosure as a step is NOT covered under warranty.
INSTALLATIONGUIDE
13
PLC/ScadaConnectionThe proper connection method for the Alarm Out, Remote On, Remote Off and Run Status is as follow: 1. Terminate wires from the RTU/PLC to the Alarm out terminal
(Ports 6-7) 2. Terminate wires from the RTU/PLC to the Remote ON
terminals (Ports 11-12) and Remote OFF terminals (Ports 13-14)
NOTE: The remote ON / OFF receives a signal from a momentary switch (closed or open loop) from the PLC/SCADA to turn unit ON / OFF remotely.
NOTE: During a Shutdown error, unit cannot be reset remotely.
3. Terminate wires from the RTU/PLC to the Run Status terminals (Ports 15-16)
NOTE: These terminations are left un-touched if not used. NOTE: See page 28 for specification information on the ports above.
1stStageValveControl
SolenoidValve1. Ensure main supply gas is shut off. 2. Locate the pilot gas supply line. 3. Install a 1/4” ASCO or 1” SureFire solenoid valve in the
appropriate location in the pilot fuel train. 4. Cut and bend custom 3/8” tubing and connect to tubing
fittings on solenoid. 5. Use proper connectors and conduit for wiring. 6. Terminate solenoid wires at the Solenoid Valve
terminals (port 8-9) NOTE: See pages 17, 18 and 19 for solenoid location on fuel
trains for combustors and flares. NOTE: Solenoid proper flow direction. Reference ASCO: 2 = Inlet and 1 = Outlet
INSTALLATIONGUIDE
14
Standbys1. Install a normally open or normally close dry contact
device in one of the assigned terminals (Ports 17-18 & 19-20)
2. If no device is used, a jumper needs to be inplace at the assigned terminal.
NOTE: Closed Contact = Normal Operation Open Contact = Failed Operation NOTE: Standby does not require a local reset to re-start
system.
Shutdowns 1. Install a normally open or normally close dry contact
device in one of the assigned terminals (Ports 21-22 & 23-24)
2. If no device is used, a jumper needs to be inplace at the assigned terminal.
NOTE: Closed Contact = Normal Operation Open Contact = Failed Operation NOTE: Shutdown requires a local reset to re-start system.
SureFireFTL‐ForFT‐1SeriesIgnitionUnit1. Ensure all supply gas is turned off and locked out /
tagged out 2. Install the FT unit in the flare or combustor. 3. The igniter has two white wires that are not polarity
sensitive and terminate wires to terminals (ports 27 & 28).
4. Flame Sensor wires need to be terminated as described on page 15.
INSTALLATIONGUIDE
15
Flame Sensing Switch (Igniter or Thermocouple) Flame sensing mechanism will be dependent on the ignition unit being utilized. Ensure proper flame sensing mode has been selected. See Fig.1
For Igniter flame sensing, the igniter wires terminate at ports 27 & 28 and position switch on igniter.
For thermocouple flame sensing terminate the red (-) wire at port 5 and the yellow (+) wire at port 4 and position switch on thermocouple.
NOTE: Switch must be placed in proper position before power is applied to circuit board. Do not switch while circuit board is powered up.
Fig. 1
Solar Panel 1. Install 12 VDC Solar Panel 2. Connect negative (-) terminal to port 29 3. Connect positive (+) terminal to port 30 NOTES: Maximum rating for solar panel is 75 watts Circuit board has internal charge controller to charge 12 VDC
battery, if a battery is connected to port 31 & 32
Battery 1. Install a 12VDC SLA battery within an enclosure
separate of the SureFire enclosure. 2. Connect negative (-) terminal to port 31 3. Connect positive (+) terminal to port 32 NOTES: If battery is more than 10 feet away from SureFire
controller, use larger wire as needed. See page 28. If utilizing 12 VDC power supply, set voltage @ 13.4
VDC. Power supply should be rated for 90 + watts.
INSTALLATIONGUIDE
16
INSTALLATIONWIRINGDIAGRAM
17
1”Su
reFireSolenoid
FuelT
rain
1”SOLENOIDFUELTRAIN
18
1”Su
reFireSolenoid
/Actu
atorFuelT
rain
1”SOLENOID/ACTUATORFUELTRAIN
19
1/4”ASCO
Solenoid
/3PGValve/A
ctuatorFu
elTrain
1/4”SOLENOID/3PG/ACTUATORFUELTRAIN
20
Run Codes Description
00 System Running
01 Purge Before Start-up
04 5 Second Alarm
05 Igniter On
Standby Codes Description
06 Spare Standby
07 Loss of Fuel Gas Standby
08 Flame Sense Countdown
Shutdown Codes Description
11 Manual / Remote Shut Off
12 Max Retries Exceeded
13 Low Battery Voltage
14 Igniter Disconnected
15 Igniter Short
16 Shutdown Interlock
17 ESD Activated
18 Replace FT-Ignition Unit
20 Solenoid Short
21 Solenoid Disconnected
19 T/C Flame Sensor Error or Disconnected
22 Safety T/C High Temp. Shutdown
23 Safety T/C Error or Disconnected
Status Code
OPERATIONSGUIDE
21
Unit Status Run Status
Manual OFF Open
Shutdown Open
Standby Open
Unit ON
(Status Code 00) Closed
GREEN-LED
OFF
OFF
Blinking
ON
RED-LED
ON
Blinking
OFF
OFF
RunStatus
The Run Status (Ports 15-16) is a open/closed contact switch. The Run Status can be terminated at the RTU/
PLC device and provide remote monitoring of the unit.
AlarmOut
The Alarm Out (Ports 6-7) is an open/close contact switch. The Alarm Out can be terminated at the RTU/PLC
device and provide remote monitoring of the unit.
Note: Table content below is when system is running.
OPERATIONSGUIDE
Unit Status Alarm
Manual OFF Open
Shutdown Open
Standby Closed
Unit ON
(Status Code 00) Closed
GREEN-LED
OFF
OFF
OFF
ON
RED-LED
ON
Blinking
OFF
OFF
22
ActuatorOperationalCon igurations
The actuator operate in 4 modes using the operational pins with a shunt.
OPERATIONSGUIDE
Daughter Board
Installed
Actuator
Operation Modes
NO
Opens After
30 Seconds
YES Opens after
30 Seconds
NO Stays
Close
YES Open/Closes Based
on 4-20mA Signal
Shunt
Location
Use Pins 2 & 3
Use Pins 3 & 4
Pin 1
Pin 2
Pin 3
Pin 4
Note: When the Daughter Board is not utilized a jumper should be installed on the Daughter Board port. See fig. 2.
Actuator operational pins are located at the lower left hand corner of the circuit board. See fig. 1
Fig. 1
Fig. 2
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Igni on Process with out Daughter Board
1) Press the ON Button
2) Pre-purge - Pre-purge countdown displayed. Green LED ON.
3) Audible Alarm - 5 second countdown displayed. Green LED ON.
4) Igniter - 8 second countdown displayed. Green LED ON
5) Solenoid valve opens - Igniter remains on for another 5 seconds. Green LED ON.
6) Ignition is achieved and a 30 second flame proof timing begins. Pilot ignites. Green LED ON.
7) Flame is sensed, flame proof timing countdown expires, the display reads “On” (Status code 00). Green LED ON.
8) 30 second timer begins before actuator valve opens (count down not visible).
9) After 30 seconds the actuator valve opens.
Re‐Igni on Process ‐ Flame Out
1) Once the system recognizes that no flame is sensed, the system will automatically begin the re-ignition
process.
2. Reference step 2 - 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Standby
1) System in standby. Blinking Green LED.
2) Once the System resolves the Standby issue, the system will automatically begin the re-ignition process
3) Reference step 2- 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Shutdown
1) The System requires manual reset in the event of a shutdown
2) System in shutdown. Blinking Red LED.
3) Once the Shutdown issue has ben resolved, press the OFF button then ON button to reset.
4) Reference step 2 - 7 in the “Ignition Process Section”
OPERATIONSGUIDE‐SEQUENCEOFOPERATION
24
Flowchart without Daughter Board
OPERATIONSGUIDE‐FLOWCHART
25
Igni on Process with Daughter board (No 4‐20mA Input)
1) Press the ON Button
2) Pre-purge - Pre-purge countdown displayed. Green LED ON.
3) Audible Alarm - 5 second countdown displayed. Green LED ON.
4) Igniter - 8 second countdown displayed. Green LED ON
5) Solenoid valve opens - Igniter remains on for another 5 seconds. Green LED ON.
6) Ignition is achieved and a 30 second flame proof timing begins. Pilot ignites. Green LED ON.
7) Flame is sensed, flame proof timing countdown expires the display reads “T/C temperature val-ue” (Status code 00). Green LED ON.
8) Thermocouple temperature is observed.
Re‐Igni on Process ‐ Flame Out
1) Once the system recognizes that no flame is sensed, the system will automatically begin the re-ignition process.
2. Reference step 2 - 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Standby
1) System in standby. Blinking Green LED.
2) Once the System resolves the Standby issue, the system will automatically begin the re-ignition process
3) Reference step 2- 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Shutdown
1) The System requires manual reset in the event of a shutdown
2) System in shutdown. Blinking Red LED.
3) Once the Shutdown issue has ben resolved, press the OFF button then ON button to reset.
4) Reference step 2 - 7 in the “Ignition Process Section”
OPERATIONSGUIDE‐SEQUENCEOFOPERATION
26
Flowchart with Daughter Board (No 4-20mA Input)
OPERATIONSGUIDE‐FLOWCHART
27
Igni on Process with Daughter Board, Safety T/C, and 4‐20mA Input
1) Press the ON Button
2) Pre-purge - Pre-purge countdown displayed. Green LED ON.
3) Audible Alarm - 5 second countdown displayed. Green LED ON.
4) Igniter - 8 second countdown displayed. Green LED ON
5) Solenoid valve opens - Igniter remains on for another 5 seconds. Green LED ON.
6) Ignition is achieved and a 30 second flame proof timing begins. Pilot ignites. Green LED ON.
7) Flame is sensed, flame proof timing countdown expires, the display reads “T/C temperature” (Status code 00). Green LED ON.
8) Thermocouple temperature is observed. Green LED ON.
9) 4-20mA pressure input is monitored. Green LED ON.
10) Actuator valve opens and closes according to 4-20mA pressure input. Green LED ON.
Re‐Igni on Process ‐ Flame Out
1) Once the system recognizes that no flame is sensed, the system will automatically begin the re-ignition
process.
2. Reference step 2 - 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Standby
1) System in standby. Blinking Green LED.
2) Once the System resolves the Standby issue, the system will automatically begin the re-ignition process
3) Reference step 2- 7 in the “Ignition Process Section”
Re‐Igni on Process ‐ Shutdown
1) The System requires manual reset in the event of a shutdown
2) System in shutdown. Blinking Red LED.
3) Once the Shutdown issue has ben resolved, press the OFF button then ON button to reset.
4) Reference step 2 - 7 in the “Ignition Process Section”
OPERATIONSGUIDE‐SEQUENCEOFOPERATION
28
Flowchart with Daughter Board, Safety T/C, and 4-20mA Input
OPERATIONSGUIDE‐FLOWCHART
29
PowerSupplySpeci icationsDevice Specification
Battery 12V DC —13.4V DC
12 VDC Power Supply SET @ 13.4V DC
Solar Panel 12V DC Solar Panel
Solar Panel 75W Maximum (Solar panel not tested by Intertek)
Max System Amperage 5.0A / 0.6A Avg.
IgnitionUnitSpeci icationsDevice Specification
Ignition Unit @ In Rush 6.5A
Ignition Unit @ Steady state 2.0A nominal (During ignition only)
SensorSpeci icationsDevice Specification
Standby Switches Dry Contact Switch (Open / Close loop)
Shutdown Switches Dry Contact Switch (Open / Close loop)
Remote On/Off Dry Contact Switch (Open / Close loop)
Note: No voltage or current should be applied to the ports above.
Run Status 12V or 24V DC @ 2A
Max Volts: 26V DC
Max Current: 2A
Alarm Out 12V or 24V DC @ 0.5A
Max Volts: 26V DC
Max Current: 0.5A
Battery/SureFireIgniterWiringRequirements16 AWG @ 10 ft., Copper Stranded
14 AWG @ 20 ft., Copper Stranded
12 AWG @ 30 ft., Copper Stranded
SoftwareType:ClassB
SPECIFICATIONS
30
NOTE:
RUNCODESStatus Codes Symptom Action Visual
00 System Running
Pilot flame is present
No errors present
Normal Operation
Display reads On or Thermocouple temper-ature value
Green LED ON
01 Purge Before Start-up
Pilot flame not present
Normal Operation
Pre-purge countdown is displayed, adjusta-ble between 1-10 minutes.
Green LED ON
04 5 Second Alarm
Pilot flame not present
System is warning operators on ignition attempt
Ignition warning buzzer can be heard
Green LED ON
05 Igniter On
Pilot flame not present
Igniter element is receiving voltage
8 second countdown
Igniter element temperature is increasing
Green LED ON
STANDBYCODESStatus Codes Symptom Action Visual
06 Spare Standby
Pilot flame not present
No activity when attempting start-up
Ports 19 & 20 are Activated
System detecting an open circuit
Customer supplied switch is activated
Check switching device for faulty operation
Verify wiring from switching device
Verify jumper is installed
Jumper is required if function is not being utilized
Blinking Green LED
07 Loss of Fuel Gas
Standby
Pilot flame not present
No activity when attempting start-up
Ports 17 & 18 are activated
System detecting an open circuit
Customer supplied switch is activated
Check switching device for faulty operation
Verify wiring from switching device
Verify jumper is installed
Jumper is required if function is not being utilized
Blinking Green LED
08 Flame Sense Count-
down
Pilot flame present
Normal Operation
30 second countdown is displayed
System looking for pilot flame
Green LED ON
TROUBLESHOOTINGGUIDE
31
SHUTDOWNCODESStatus Codes Symptom Action Visual
11 Manual/Remote Shut
Off
Pilot flame not present System has been turned OFF Manually
System has been turned OFF remotely
System received a momentary signal to the Remote Off terminals, ports 15&16
Display reads OFF
Red LED ON
12 Max Retries Exceeded
Pilot flame not present
System has exceeded relighting attempts without success.
Verify proper fuel gas pressure, air/fuel mixer settings, amperage to igniter, and wire size.
Verify proper valve operation: Solenoids, diaphragm valve, actuator valve, etc.
Plugged pilot or solenoid orifice
Plugged vent on solenoid or diaphragm valve
Blinking Red LED
13 Low Battery Voltage
Pilot flame not present
Battery or power supply below minimum voltage required to operate system
Verify battery volts is 12.0 volts
Check or replace battery if required
Check solar panel for faulty operation
Blinking Red LED
14 Igniter Disconnected
Pilot flame not present
Check wiring installation and installation specifications
Igniter element could have wore out or is broken.
Check power supply. When power sup-ply is inefficient, system detects an open circuit
Blinking Amber and Red LED
15 Igniter Short
Pilot flame not present
Ensure igniter wires are not touching each other or grounding to conduit.
Ensure there is no moisture in the con-duit.
Check power supply. When power sup-ply is inefficient, system detects a short circuit .
Blinking Amber and Red LED
NOTE:
If the present issue is not resolved by the above steps, please call SureFire Technical Support @ 505-333-2876
TROUBLESHOOTINGGUIDE
32
NOTE:
If the present issue is not resolved by the above steps, please call SureFire Technical Support @ 505-333-2876
SHUTDOWNCODESStatus Codes Symptom Action Visual
16 Shutdown Interlock
Pilot flame not present
Ports 23 & 24 are activated
System detecting an open circuit
Customer supplied switch is activated
Check switching device for faulty opera-tion
Verify wiring from switching device
Verify jumper is installed
Jumper is required if function is not be-ing utilized
Blinking Red LED
17 ESD Activated
Pilot flame not present
Ports 23 & 24 are activated
System detecting an open circuit
Customer supplied switch is activated
Check switching device for faulty opera-tion
Verify wiring from switching device
Verify jumper is installed
Jumper is required if function is not be-ing utilized
Blinking Red LED
18 Replace FT-Ignition
Unit
Pilot flame not present
Igniter has deteriorated causing high ohms.
Blinking Red LED
19 T/C Flame Sensor
Error or Disconnected
Pilot flame not present
Check device for failure
Verify wiring from device
System detecting a disconnect upon ini-tial start-up
Ensure proper flame sensing mode has been selected
Blinking Red LED
TROUBLESHOOTINGGUIDE
33
NOTE:
If the present issue is not resolved by the above steps, please call SureFire Technical Support @ 505-333-2876
SHUTDOWNCODESStatus Codes Symptom Action Visual
20 Solenoid Disconnected
Pilot flame not present
System detecting a disconnect
Check device for faulty coil
Verify wiring from device
Blinking Red LED
21 Solenoid Short
Pilot flame not present
System detecting a short
Check device for wire short
Verify wiring from device
Blinking Red LED
22 Safety T/C High Temp. Shutdown
Pilot flame not present
Safety high temperature set point reached
System detecting a disconnect upon ini-tial start-up
Check device for failure
Verify wiring from device
If not using Safety T/C, check for jumper on T/C port
Blinking Red LED
23 Safety T/C Error or
Disconnected
Pilot flame not present
System detecting a disconnect upon ini-tial start-up
Check device for failure
Verify wiring from device
System detecting the device is discon-nected
If not using Safety T/C, check for jumper
Blinking Red LED
TROUBLESHOOTINGGUIDE
34
DAUGHTERBOARDPCB
Daughter Board Printed Circuit Board The SureFire Daughter Board PCB has a USB port, USB ejection switch, 4-position dip switch, Safety T/C port, 4-20mA Input port, Battery, programming port, and 2 LED lights.
Blinking orange LED shows that USB is communicating with the Daughter Board and recording flame strength data.
Green LED illuminates when the “USB eject switch” is pressed to show that USB can be removed.
WARNING: Do not remove USB jump drive until Green LED is on.
USB Port
Dip Switch
Safety T/C Port
Jumper if not used
4-20mA Input Port
Programming Port Battery (CR2032)
USB Eject Switch
Orange LED
Green LED
35
DAUGHTERBOARDINSTALLATION
How to attach Daughter Board on to the BMS-100: 1. There are 4 standoffs on the Daughter Board that helps the Daughter Board mount to the BMS-100. As
shown in the picture below, Fig. 1.
2. Make sure when attaching Daughter Board to BMS-100, the “J4” connection faces towards and aligns with the connector on the BMS-100.
3. Place the Daughter Board on to the BMS-100 and make sure all 4 standoffs align with the holes on the BMS-100 board. Press Daughter Board down until it clicks into place. As shown in the picture below, Fig. 2.
Standoffs
Standoff
Connector ‘J4’
Standoff
Standoff
Fig. 1
Fig. 2
36
DAUGHTERBOARDINSTALLATION
BMS-100 Circuit Board with Daughter Board
The SureFire BMS-100 system with the Daughter Board in place.
Daughter Board mounted on BMS-100
37
DAUGHTERBOARDSETUP
Set High-Temperature shutdown value from T/C: 1. Unlock the system by holding down the “status code” button for 5 seconds.
2. Hold down the “Flame Value/T/C HTS” button for 5 seconds to see set-point value and press the “Status Code/ “ button to set high-temperature shut down value. (Default value is set to 1900°).
NOTE: The temperature will scroll quickly when button is held down. If you go past the temperature set point continue to hold the up arrow button and the display will scroll past 2400°F and re-start at 100°F again.
Shutdown Codes
Status Codes Symptom Action Visual
22 Safety T/C High
Temperature Shut down
Pilot flame not present High temperature set point reached
System detecting a disconnect upon ini-tial start-up
Check device for failure
Verify wiring from device
If not using Safety T/C, check for jumper on T/C port
Blinking Red LED
23 Safety T/C
Error or Disconnect
Pilot flame not present System detecting a disconnect upon ini-tial start-up
Check device for failure
Verify wiring from device
System detecting the device is discon-nected
If not using Safety T/C, check for jumper on T/C port
Blinking Red LED
Controller start up: 1. After daughter board is installed on main circuit board, apply 12 VDC power to BMS-100.
2. Let system go through boot up process for 30 seconds, before setting any set points.
3. After boot up process is complete, display will show “OFF”.
38
DAUGHTERBOARDSETUP
4-20mA Input Dip Switch Settings
Warning: Remove power from the system when selecting dip switch setting.
NOTE: The 4-20mA input will control the actuator valve only after flame is proven.
There are 4 pre-defined settings for 4-20mA input, which controls the actuator valve to open and close. The table below shows the 4 different settings that can be selected. Choose the pressure setting desired and turn ON the switch that corresponds with the pressure setting.
Example: To set up Switch 1 setting, put switch 1 to the ON position and make sure all other switches stay in the OFF position. At this setting, when the transducer detects 1.5oz of pressure, the system will turn ON the actuator valve to the open position and keep the valve open until the transducer detects 0.5oz of pres-sure. Once the transducer detects the pressure at 0.5oz or below, the system will close the actuator valve.
Dip Switch Settings
Dip Switch No ON OFF Dip Switch setting
Switch 1 (ON) Switch 2,3,&4 (OFF)
1.5 oz.
(5.0 mA)
0.5 oz.
(4.45 mA)
Switch 2 (ON) Switch 1,3,&4 (OFF)
2.0 oz.
(5.3 mA)
0.5 oz.
(4.45 mA)
Switch 3 (ON) Switch 1,2,&4 (OFF)
2.5 oz.
(5.55 mA)
0.5 oz.
(4.45 mA)
Switch 4 (ON) Switch 1,2,&3 (OFF)
3.0 oz.
(5.85 mA)
1.0 oz.
(4.7 mA)
oz. = Ounce
mA = Milliamp
39
Software Version Release Date Description
V 1.72 4/16/2019 Standard base software — not using jumper
V 1.82 4/26/2019 Standard base software — using jumper
SOFTWAREVERSIONS
Software Version Release Date Description
V 1.2 4/3/2019 Standard base software
BMS-100 Daughter Board
BMS-100
40
BMS-100 Installation and Operations Manual
08/21/2017
Last Update: 4/10/2019
Version 2.0
SureFire Farmington, NM Office:
1910 Rustic Place, Farmington, NM 87401 P: 505-333-2878 F: 505-333-2879
SureFire Houston, TX Office:
12510 Cutten Rd. Houston, TX 77066 P: 281-377-9756 F: 281-379-1081
Tech Support:
505- 333-2876
For SureFire Product Updates Please Visit:
www.surefire-controls.com