Honeywell ST7700 User manual

T.M. • Rev. 9-91 • ©Honeywell Inc. 1991 • Printed in U.S.A. • Form Number 63-2287—1
ST7700
Keyboard and Display Module
Boiler Control System 7700
CONTENTS
Specifications .................................................2
Ordering Information.....................................2
Installation .....................................................3
Checkout.........................................................8
TheHoneywellBCS7700isamicroprocessor
based integrated control system for gas, oil, or
combinationfuelsingleburnerapplications.The
BCS 7700 consists of a Chassis Module, Pro-
gram Module, Keyboard and Display Module,
Flame Amplifier, Solid State Sensors (Fuel Oil
and Water Temperature, Steam Pressure, Gas
Pressure, and Oil Pressure) and a Firing Rate
Motor. The BCS 7700 provides levels of safety,
functional capability and features beyond the
capacity of conventional controls. Functions of
theBCS7700includeautomaticburnersequenc-
ing, flame supervision, system status indication
and system diagnostics.
The Keyboard and Display Module is the pri-
mary user interface to the BCS 7700. The Key-
board and Display Module is used to configure
the system modules, adjust system operating pa-
rameters, and monitor system status.
■2 row x 40 character Liquid Crystal Display.
■3 Status LEDs.
■Manual Firing Rate Control.
■Alarm Silencing Switch.

2
ST7700
SPECIFICATIONS • ORDERING INFORMATION
Specifications
Ordering Information
When purchasing replacement and modernization products from your BCS 7700 distributor, refer to the TRADELINE Catalog for
complete ordering number.
Ifyouhaveadditionalquestions, need furtherinformation,orwouldliketo comment onourproductsorservices,please write orphone:
1. Your local Honeywell Residential and Building Controls Division Sales Office (check white pages of your phone directory).
2. Residential and Building Controls Division Customer Satisfaction
Honeywell Inc., 1885 Douglas Drive North
Minneapolis, Minnesota 55422-4386 [phone]
(InCanada—HoneywellLimited/HoneywellLimitee,740EllesmereRoad,Scarborough,OntarioM1P2V9)InternationalSales
Offices in all principal cities of the world. Manufacturing in Australia, Canada, Finland, France, Germany, Japan, Mexico,
Netherlands, Spain, Taiwan, United Kingdom, U.S.A.
ELECTRICAL RATINGS:
Voltage and Frequency:
24 Vac (+20/-15%), 50/60 Hz.
Power Dissipation/VA Consumption: 2 watts maxi-
mum, 2.2 VA maximum.
TERMINAL RATINGS:
Power: 24 Vac (+20/-15%).
Earth Ground.
ControlBus [a, b, c] 5 Vdc @ 250 mA maximum.
ENVIRONMENTAL RATINGS:
Ambient Temperature:
Operating 32°F to 130°F.
Storage -30°F to 150°F.
Humidity:
Operating 85% RH continuous, noncondensing.
Vibration:
Continuous 0.5G environment.
Dimensions:
See Fig. 1.
Weight:
1 pound, 9 oz. (unpacked).
ACCESSORIES:
4074EQD Bag Assembly includes: Electrical Connec-
tor (Terminals a-c)
Contrast Adjust Hole Plug 139542.
Gasket for NEMA 12, enclosure 201418A.
APPROVAL BODIES:
Underwriters Laboratories Inc. Component Recog-
nized: File No. MP268, Guide No. MCCZ2.
Canadian Standards Association Listed LR80141.
Factory Mutual Approved.
Federal Communications Commission, Part 15, Class
A Emissions.
Fig. 1—Approximate dimensions of ST7700 in
in. [mm shown in brackets].
CURSOR
CONTRAST
CLEARMODE
ENTER
AUTO
MANUAL
DEMAND MAIN VALVE ALARM
FAST
5
[127.0]
1
2
1
[38.1]
9[228.6]
5
8
8 [218.2]
9[228.6]
1
2
9 [241.3]
8
[203.2]
1
2[6.4]
3
16 [5.1]
3
16 [30.0]
5
16
[7.9]
7
32
1
[31.0]
M579A
1
PANEL CUTOUT
MOUNTING HOLES
FOR #6 SCREWS
11
32
[186.7]
7
5
[127.0]

ST7700
SPECIFICATIONS
3 63-2287—1
Fig. 2—BCS 7700 internal wiring diagram.
3
2
8
8
2
52
2
2
1
2
3
9
4
5
7
6
8
9
17
2
OIL
GAS
OIL SELECT
GAS SELECT
11K1
120 VAC
L1
(HOT) L2
OIL LINE
PURGE VALVE
10K1
DIGITAL
MONITOR
DIGITAL
MONITOR
10K
11K
24VDC
24VDC
RESET
PUSHBUTTON
RELAY
DRIVE
CIRCUIT
OPTOISOLATOR
INPUTS
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
50
51
52
53
54
55
56 ATOMIZING AIR
COMPRESSOR
MOTOR STARTER
TEMPERATURE
SENSOR
AMPLIFIER
SENSOR
POWER
SUPPLY
ANALOG
TO
DIGITAL
CONVERTOR
SIGNAL
COMMON
SIGNAL
SIGNAL
SIGNAL (BLUE)
SIGNAL (BLUE)
SIGNAL (BLUE)
COMMON
COMMON
COMMON (BLACK)
COMMON (BLACK)
COMMON (BLACK)
POWER (RED)
POWER (RED)
POWER (RED)
WATER TEMP.
SENSOR / CON-
FIG. ANALOG
OIL TEMP.
SENSOR
STEAM
PRESSURE
SENSOR /
CONFIG.
ANALOG
POWER
OIL
PRESSURE
SENSOR
GAS
PRESSURE
SENSOR
MICROCOMPUTER
PROGRAM MODULE AND
CHASSIS MODULE INTERFACE
SAFETY
RELAY
CIRCUIT
1K
OPTOISOLATOR
INPUTS
RUN-TEST
SWITCH
RELAY
DRIVE
CIRCUIT
2K
3K
4K
6K
7K
8K
ALARM
RELAY 9K PLUG IN
FLAME
AMPLIFIER
RS485
BURNER
MOTOR
STARTER
4
5
610
L2
8
L1
11
12
16
7
6K1
PREINGINTION
INTERLOCKS
BURNER
SWITCH RECYCLE
LIMITS LOCKOUT
INTERLOCKS
F1, 10A
1K1 4K1
3K1
2K1
ATOMZING
AIR PROVING
SWITCH
PILOT
VALVE
IGNITION
TRANSFORMER
OIL MAIN
VALVE
GAS PRESSURE
SENSOR TEST VALVE
GAS MAIN
VALVE
KEYBOARD AND DISPLAY
LIQUID CRYSTAL DISPLAY
MICROCOMPUTER
A
B
C
A
B
C
KEYBOARD
120VAC
24VAC
40VA
INDICATES FEEDBACK SENSING TO
OPTOISOLATORS
WIRING SHOWN FOR INFRED FLAME DETECTOR FOR C7027
ULTRA VIOLET FLAME DETECTOR WIRE AS NOTED BELOW
– ULTRA VIOLETDECTECTOR BLUE LEAD - TERMINAL 31
– ULTRA VIOLET DETECTOR WHOTE LEAD - TERMINAL 30
THE ULTRA VIOLET FLAME DETECTOR WIRING IS POLARITY SENSITIVE,
REVERSING THE LEDS WIRES MAY DAMAGE THE SENSOR.
FOR ULTRA VIOLET C7012E,F WIRE AS NOTED BELOW:
– BLUE LEAD - TERMINAL 31 – YELLOW LEAD - TERMINAL 29
– WHITE LEAD - TERMINAL 27 – WHITE LEAD - L2
– BLACK LEAD - L1 – BLACK LEAD - L2
WIRE THESE TERMINALS WITH SHIEDLED CABLE PER SPECIFICATION.
THE CABLE SHIELD SHOULD NOT BE CONNECTED AT THE SENSOR END
AND SHOULD BE TAPED TO AVOID UNINTENTIONAL CONTACT. AT THE
BOILER CONTROLLER END, THE SHIELD WIRES MUST BE GROUNDED
TO THE CONTROL PANEL WITH AS SHORT AS POSSIBLE A LEAD LENGTH.
POWER SUPPLY. PROVIDE DISCONNECT MEANS AND OVERLOAD
PROTECTION AS REQUIRED.
DO NOT CONNECT WIRES TO ANY UNUSED TERMINALS.
TERMINALS 9, 17, 21, 22, 23, 28, 48 ARE NOT USED.
POWER SUPPLY FOR SYSTEM SENSORS.
FIELD WIRING INTERNAL CIRCUITRY.
SEE FLAME DETECTOR WIRING FIGURE IN FORM NO 63-2991.
SEE TYPICAL STACK TEMPERATURE SETUP FIGURE
IN FORM 63-2991.
USE 120 OHM TERMINATING RESISTOR ON DEVICE FURTHEREST
FROM BC7700 CHASSIS MODULE (120 OHM TERMINIATING
RESISTOR INSTALLED BETWEEN TERMINALS A AND B.)
32
1
G
T
Y
FIRING RATE MOTOR
OPEN
CLOSE
RS485
FLAME
DETECTOR
FIRING
RATE
M602C
49
E
15
14
13
9K2
9K1
ALARM
UNUSED
LOAD
DEMAND
20
19
18
8K2
8K1
23
22
21
7K2
7K1
EARTH GROUND

ST7700
SPECIFICATIONS
4
Fig. 3—BCS 7700 field wiring diagram.
2 2
2
2
2 3 4 5 6 7
1
2
6 2 6
1
7
3
5
WIRE THESE TERMINALS WITH SHIEDLED CABLE PER SPECIFICATION SHEET. THE CABLE SHIELD SHOULD NOT BE CONNECTED AT THE SENSOR END AND SHOULD BE TAPED TO AVOID UNINTENTIONAL CONTACT. AT THE BOILER CONTROLLER END, THE SHIELD MUST BE GROUNDED TO THE CONTROL PANEL WITH AS SHORT A LEAD LENGTH AS POSSIBLE. POWER SUPPLY. PROVIDE DISCONNECT MEANS AND OVERLOAD PROTECTION AS REQUIRED. DO NOT CONNECT WIRES TO ANY UNUSED TERMINALS. TERMINALS 9, 17, 21, 22, 23, 28, 48 ARE NOT USED. SEE FLAME DETECTOR WIRING FIGURE. SEE TYPICAL STACK TEMPERATURE SETUP FIGURE. USE 120 OHM TERMINATING RESISTOR ON DEVICE FURTHEST FROM BC7700 CHASSIS MODULE (120 OHM RESISTOR INSTALLED BETWEEN TERMINALS A AND B).
PLUG-IN FLAME AMPLIFIER
L2 EARTH GROUND L1 BURNER MOTOR STARTER PREIGNITION INTERLOCKS RECYCLE LIMITS DEMAND LOCKOUT INTERLOCKS
FIRING RATE MOTOR
F1 F2
G
UNUSED
SHTR
OPEN
COM
CLOSE
N / C N / C
N / C
UNUSED
UNUSED
UNUSED
COM COM
COM
N / O N / O
N / O
LOAD DEMAND
PILOT
VALVE
IGNITION
OIL MAIN
VALVE
GAS MAIN
VALVE
ALARM AAPS
AAPS
LINE COMMON
LINE HOT
120V
24V
M741B
1
1
22 33 4 5 6 7 8
9 101112131415
J2
J1
J4
J3
J9
BMSI
CAPS
LMTS
LWCO
MOV
BS
MGV
BURNER MOTOR STARTER
120V LINE (HOT)
LINE COMMON
31
30 29 28
27
26
25 24 23
22
21
20
19 18 17 16
G
T Y
CHASSIS MODULE
IGNITOR GAS
PILOT
VALVE
OIL
MAIN
VALVE
GAS
MAIN
VALVE
A B C
OIL
GAS
PURGE VALVE
ATOMI- ZING AIR COMP. 56
55 54
53 52
51 50 49 48 UNUSED
L2
TERMINAL 50
TERMINAL 51
OIL SELECT
GAS SELECT
OIL LINE PURGE VALVE
L1
ATOMIZING AIR COMPRESSOR MOTOR STARTER UPPER PROGRAM MODULE CONNECTOR
LOWER PROGRAM MODULE CONNECTOR
SIGNAL
SIGNAL
COMMON
COMMON
SIGNAL
COMMON
POWER
SIGNAL
COMMON
POWER
SIGNAL
COMMON
POWER
SIGNAL
COMMON
POWER
WATER TEMP. OIL
TEMP. STEAM
PRESSURE MOTOR
POSITION OIL
PRESSURE GAS
PRESSURE
GAS PRESSURE SENSOR
OIL PRESSURE SENSOR
STEAM PRESSURE SENSOR
OIL TEMP. SENSOR
WATER TEMP. SENSOR
32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 J8
J10
J7
PROGRAM MODULE
M1924A
KEYBOARD / DISPLAY MODULE
WIRING SHOWN FOR C7015 INFRARED FLAME DETECTOR, FOR C7027 ULTRA VIOLET FLAME DETECTOR WIRE AS NOTED BELOW: – ULTRA VIOLET DETECTOR BLUE LEAD - TERMINAL 31 – ULTRA VIOLET DETECTOR WHITE LEAD - TERMINAL 30. THE ULTRA VIOLET FLAME DETECTOR WIRING IS POLARITY SENSITIVE, REVERSING THE LEDS WIRES MAY DAMAGE THE SENSOR. FOR ULTRA VIOLET C7012E,F WIRE AS NOTED BELOW: – BLUE LEAD - TERMINAL 31 – YELLOW LEAD - TERMINAL 29 – WHITE LEAD - TERMINAL 27 – WHITE LEAD - L2 – BLACK LEAD - L1 – BLACK LEAD - L2

ST7700
INSTALLATION
5 63-2287—1
WHEN INSTALLING THIS PRODUCT…
1. Read these instructions carefully. Failure to follow
them could damage the product.
2. Refer to Fig. 2 and 3 for proper system wiring.
3. Installer must be a trained, experienced flame safe-
guard technician.
4. Afterinstallation,check out the product per instruc-
tions in this specification sheet.
IMPORTANT: This equipment generates, uses and can
radiate radio frequency energy. If not installed and
used in accordance with the instructions, it may
cause interference to radio communications. It has
beentestedand found to comply with the limits fora
Class A computing device (part 15 of FCC rules)
which are designed to provide reasonable protec-
tion against such interference when operated in a
commercial environment. Operation of this equip-
mentinaresidentialareamaycauseinterference;in
which case, users at their own expense may be
required to take whatever measures are required to
correct this interference.
HUMIDITY
Install the Keyboard and Display Module where the
relative humidity never reaches the saturation point. The
Keyboard and Display Module is designed to operate in a
maximum 85% RH continuous, noncondensing moisture
environment. Condensing moisture may cause improper
Keyboard and Display Module operation.
VIBRATION
DonotinstalltheKeyboardandDisplayModulewhere
itcouldbe subjected to excessive vibration,0.5Gcontinu-
ous maximum.
WEATHER
The Keyboard and Display Module is not designed to
be weather tight; if it is installed outdoors, it must be
protected.
MOUNTING THE KEYBOARD AND DISPLAY
MODULE
NOTE: For installation dimensions, see Fig. 1.
1. The Keyboard and Display Module can be mounted
on the door panel of an electrical enclosure.
2. Select the location on the door panel; be aware that
the Keyboard and Display Module extends 1.4 inches
behind its mounting surface.
3. Using the Keyboard and Display Module as a tem-
plate, mark the four screw locations. Drill the pilot holes.
Provideforanopeningonthepaneldoorformounting,see
Fig. 1.
4. Secure the Keyboard and Display Module to the
panel with four no. 6 screws.
Fig. 4—Keyboard and display module mount-
ing.
Installation
WIRING
1. Refer to Fig. 2 and 3 for proper wiring.
2. Remove line voltage from the control panel by
opening the main disconnect, more than one disconnect
may be involved.
3. All wiring must comply with all applicable electri-
cal codes, ordinances, and regulations.
4. Recommended wire size and type:
a. MaketheKeyboardandDisplayModuleRS-485
ControlBus connections with Belden 8723 cable
or equivalent. The shield is connected to ground
at both ends.
b. Therecommendedwiresizeforthe24Vacpower
input is AWG No.18 wire insulated for voltages
andtemperatures encountered in the application.
Suggested types include TW (60C), THW (75C)
and THHN (90C).
5. Recommendedgroundingpractices—TheKeyboard
and Display Module can be connected to any convenient
earthground.TheControlBusshieldisconnectedtoground
at both ends.
6. Recommended wire routing:
a. Do not route the ControlBus shielded cable in
conduits that carry line voltage circuits.
b. Avoid routing the ControlBus shielded cable
close to the ignition transformer leadwires.
c. Route the ControlBus shielded cable outside of
conduitifproperlysupportedand protected from
damage.
7. The ControlBus requires a termination resistor on
the module farthest from the Chassis Module. This is
accomplished by connecting a 120 Ω1/4 watt resistor
across a and b terminals of the ControlBus connector on

ST7700
INSTALLATION
6
the module farthest from the Chassis Module.
8. The ControlBus cable shield must be connected to
ground at the Keyboard Display and at the Chassis Mod-
ule. Failure to terminate the shield may result in improper
ControlBus operation.
9. Maximumwirelengths—ThemaximumControlBus
leadwire length, under ideal conditions, is 1000 feet.
10. Restore power to the panel.
ST7700 Keyboard functions—The keyboard contains
11 key pads and each has a separate function:
1. Cursor keys [Λ/v]—The Λ/v cursor keys are used to
scroll through available parameters. The Λ/v key can be
pressed to list the parameters one at a time or the Λ/v key
canbehelddownconstantlyandtheparameters willscroll
through at a rate of one per second.
3. Modekey—TheModekeyisusedtotoggletheBCS
7700between theOperateand ProgramModes,see Fig.7.
a. Switching to Program Mode from Operate
Mode—IfintheOperatemode,withtheburnerin
StandbyoriftheBCS7700isinsafetyshutdown,
the Mode key can be pressed to place the system
in the Program mode. The Program mode cannot
be entered when the burner sequence has begun.
Program mode can be entered ONLY in Standby
or if the BCS 7700 is locked out.
b. Switching to Operate Mode from Program
Mode—If in the Program mode, the Mode key
can be pressed to place the system in the Operate
mode.TheENTERkeyshouldbepressedpriorto
switching to the Operate mode to assure the
displayed parameter value is stored in the BCS
7700 microcomputer memory.
4. AUTO/MANUALkey—TheAUTO/MANUALkey
places the BCS 7700 in an automatic [AUTO] sequence
operation or a manual (MANUAL) sequence operation.
The AUTO/MANUAL key function has control of the
BCS 7700 only when in the Operate mode. When in the
Program mode, the AUTO/MANUAL key has no func-
tion.
• AUTO (automatic) control allows the BCS 7700 to
sequence the burner based on safety sequence logic
and rate control of the BCS 7700. The system starts
and stops the burner automatically, see Fig. 8.
• MANUAL (manual) control allows manual adjust-
ment of the firing rate motor position. The cursor
must be placed beneath % Rate to allow manual
adjustment of firing rate using the [+] or [-] keys.
The BCS 7700 assures system safety, but firing rate
control is removed from the BCS 7700 rate control
and manual firing rate takes control, see Fig. 8.
Fig. 5—[Λ]/[v] key function.
2. Cursor keys [</>]—The </> keys move the cursor
around the ST7700 LCD fields. The cursor is the one
segment wide flashing horizontal line in the LCD.
Fig. 6—[<]/[>] key function.
Fig. 7—[Mode] key function.
M1453C
IN OPERATE MODE
PLACE SYSTEM IN PROGRAMCONTROL, [MODE] KEY
IN PROGRAM MODE
PLACE SYSTEM IN AUTOMATIC MODE, [AUTO/MANUAL] KEY
CHANGE MODE FROM PROGRAM TO OPERATE
CHANGE MODE FROM OPERATE TO PROGRAM
Auto 190 PSI
Standby GAS
Standby GAS
FlameSignal 0.0V
OperSetPoint 185 PSI
Auto 190 PSI FlameSignal 0.0V
OperSetPoint 185 PSI
BLC Program System is configured
[v] to set parameters [MODE] to OPERATE
[v] for next
BLC Program
[>] to set value
OperSetPoint 185 PSI
M576
[V] TO SELECT NEXT PARAMETER
Auto 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI
Auto 190 PSI
Run 30% Rate
Flame Amplifier R7748
OperSetPoint 185 PSI
M1112
MOVE CURSOR TO PARAMETER VALUE [>] KEY PRESS
Auto 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI
Auto 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI
MOVE CURSOR TO PARAMETER VALUE [>] KEY PRESS
Auto 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI
CURSOR

ST7700
INSTALLATION
7 63-2287—1
Fig. 8—[Auto/Manual] key function. Fig. 9—[Enter] key function.
5. ENTER key—The ENTER key is used to store a
parametervalueintheBCS7700microcomputermemory.
IftheENTERkeyisnotpressed,the new value will not be
stored, and the previous value will remain in memory, see
Fig. 9.
6. CLEAR key—The CLEAR key is used to clear a
fault message from the display (the BCS 7700 must
continue to be manually reset for automatic operation),
move the parameter display to the home position of the
parameter list, return the display to the previously dis-
played parameter, silence the alarm, or clear out a param-
eter value entry, see Fig. 10.
7. +, FAST, - keys—The +, FAST, - keys are used to
adjust the value of a displayed parameter. The FAST key
can be pressed with the + or - key to increase or decrease
the value at a greater rate, see Fig. 11.
Auto 190 PSI
Run 30% Rate
PLACE SYSTEM IN MANUAL CONTROL,
[AUTO/MANUAL] KEY
FlameSignal 2.5V
OperSetPoint 185 PSI
Man: 190 PSI
Run 30% Rate
M1454
IN "AUTO" AND OPERATE MODE
PLACE SYSTEM IN AUTOMATIC MODE,
[AUTO/MANUAL] KEY
Auto 190 PSI
Run 30% Rate
IN "MAN" AND OPERATE MODE
CHANGE FROM MANUAL CONTROL TO
AUTOMATIC CONTROL
FlameSignal 2.5V
OperSetPoint 185 PSI
FlameSignal 2.5V
OperSetPoint 185 PSI
MOVE CURSOR TO % RATE TO ADJUST FIRING RATE, [<]
Man: 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI
Man: 190 PSI
Run 30% Rate
FlameSignal 2.5V
OperSetPoint 185 PSI [v] for next
M1455A
BLC Program
[>] to set value
OperSetPoint 200 PSI
BLC Program System is configured
[v] to set parameters [MODE] to OPERATE
IN OPERATE MODE
PLACE SYSTEM IN PROGRAM MODE, [MODE] KEY
ACCESS PARAMETERS, [v] KEY
Auto 190 PSI
Standby GAS
FlameSignal 2.5V
OperSetPoint 200 PSI
[v] for next
BLC Program
[+] to set value
OperSetPoint 200 PSI
ACCESS PARAMETER VALUE, [>] KEY
[ENTER] when done
BLC Program
[+] to set value
OperSetPoint 203 PSI
ALTER PARAMETER VALUE [INCREASE BY 3 PSI], [+] KEY
3 TIMES
[v] for next
BLC Program
[>] to set value
OperSetPoint 203 PSI
ENTER AND STORE ADJUSTED PARAMETER VALUE IN
MEMORY, [ENTER] KEY

Residential and Residential and Helping You Control Your World
Building Controls Division Building Controls Division
Honeywell Inc. Honeywell Limited—Honeywell Limitée
1985 Douglas Drive North 740 Ellesmere Road
Golden Valley, MN 55422 Scarborough, Ontario
M1P 2V9 QUALITY IS
KEY
ST7700
CHECKOUT
Fig. 11—[+], [fast], [-] key function.Fig. 10—[Clear] key function.
Checkout
After the Keyboard and Display Module has been
installed,returntheBCS7700tonormaloperation,restore
power and run the system through at least one complete
automatic cycle. For complete Troubleshooting and Sys-
tem Checkout information, refer to form 63-2291. For
correct System Programming, refer to form 63-2290.
Standby GAS
Standby GAS
Auto 190 PSI
Auto 190 PSI
OperSetPoint 185 PSI
OperSetPoint 185 PSI
|:GasPressSen 0.00V
Standby GAS
Auto 190 PSI
OperSetPoint 185 PSI
Auto 190 PSI
Standby GAS
DiagnosticInfo? Yes
OperSetPoint 185 PSI
Auto 190 PSI
Standby GAS
DiagnosticInfo? No
M1117
OperSetPoint 185 PSI
IN OPERATE MODE, DIAGNOSTIC INFORMATION PARAMETER
ACCESSED
ACCESS DiagnosticInfo VALUE, NO [>] KEY
SELECT DiagnosticInfo FILES, [+] KEY
Auto 190 PSI
Standby GAS
DiagnosticInfo? No
ENTER Diagnostic FILES, [ENTER] KEY
OperSetPoint 185 PSI
|:Flame Signal 0.00V
ACCESS GasPressSensor VOLTAGE VALUE, [v] KEY
DiagnosticInfo? No
EXIT DiagnosticInfo FILE, [CLEAR] KEY
Standby GAS
Auto 190 PSI
OperSetPoint 190 PSI
Auto 190 PSI
Standby GAS
Flame Signal 0.0V
OperSetPoint 185 PSI
Auto 190 PSI
Standby GAS
Flame Signal 0.0V
OperSetPoint 185 PSI
IN OPERATE MODE
ACCESS OPERSETPOINT VALUE, [>] KEY
INCREASE OPERSETPOINT ADJUSTMENT BY 5 PSI, [+] KEY,
5 PRESSES OR HOLD AND SLEW TO 190 PSI
Auto 190 PSI
Standby GAS
Flame Signal 0.0V
ENTER ADJUSTED OPERSETPOINT VALUE, [ENTER] KEY
OperSetPoint 190 PSI
Flame Signal 0.0V
M1116A