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BCS 3600 · Edition 11.19 · EN

4

 a 

Start Relay, CR320, will be energized.

 b 

The RM7890A flame relay will be energized and perform its safe 
start check.

 c 

“IGNITING PILOT” will be displayed and the ignition transformer 
and pilot solenoid valves will be energized.

 10 

If a satisfactory pilot flame is detected by the UV scanner:

 a 

Flame signal strength will be displayed on the HMI

 b 

A “PILOT ON” message will appear. 

 c 

The ignition transformer will be de-energized.

 d 

Power will be supplied to the main fuel valves.

 e 

“MAIN VALVES ON” followed by “MAIN FLAME TRIAL” will be 
displayed as the flame relay performs a 10 second main flame 
trial for ignition.

 11 

After the ignition trial, has completed, the pilot solenoids will be 
de-energized and the pilot will go out.

 12 

When a 10 second internal timer has been completed:

 a 

The pilot scanner will be de-energized, (If applicable).

 b 

The burner control motor will be released from low fire, and re-
spond to the motor positioning outputs of the temperature con-
troller.

 13 

Start material flow to the dryer. Use the 

 and 

 keys of the 

Temperature Controller to manually control the burner firing rate, 
or press the MANUAL/AUTO key on the controller to begin au-
tomatic temperature control.

 

The center, LOW FIRE, position of the MODE switch will return 
the burner to its low fire position.

 

In the event of a Temperature Controller failure, the MAN. (MANU-
AL) position of the control MODE selector will enable the Operator 
to increase (INC) or decrease (DEC) the burner via the MANUAL 
INC/DEC switch.

 14 

To terminate burner operation, press the STOP pushbutton.

 a 

Run Relay, CR102, will be de-energized and the RESET indicator 
will come on.

 b 

Purge Complete relay, CR228, and Start Relay, CR320, will be 
de-energized and a “BURNER STOPPED” message will appear.

 c 

The Honeywell RM7890 flame relay will be de-energized.

 d 

All fuel valves will be de-energized.

 e 

The burner control motor will drive closed.

AssIstAnCe In tHe eVent oF MALFUnCtIon

 ?  no power to instruments or indicators.

 •  Check for 120Vac between L1 and L2. Reset circuit breaker.

 ?  “WAItInG FoR PURGe LIMIts”

 •  Check purge limits series: 120Vac on terminals 19, 24C, 

24B, 24A and 24.

 ?  “WAItInG FoR LoW FIRe LIMIts”

 •  Check low fire series: 120Vac on terminals 19, 21B, 21A and 

21.

 ?  "IGnItIon FAILURe Reset ReQUIReD”

 •  Verify operation of pilot solenoids and ignition transformer. 

Check pilot adjustment and fuel supply.

 •  Check for 120Vac on terminals 8 and 9.
 •  Replace flame relay.

 ?  FLAMe ReLAY FAULt Reset ReQUIReD

 •  Verify pilot and main burner setup.
 •  Clean UV scanner lens and verify operation.

 ?  “eXHAUst FAn FAULt”

 •  Monitor module 1 input 2. Check exhaust flow switch (termi-

nal 12) and exhaust fan interlock (terminal 13)

 ?  “CoMBUstIon AIR FAULt”

 •  Monitor module 1 input 3. Check combustion air interlock 

(terminal 14) and air pressure switch (terminal 16)

 ?  “LoW GAs PRessURe”

 •  Monitor module 1 input 4. Verify that the manual gas valve is 

open and that the low gas pressure switch is made (120Vac 
on terminal16A)

 ?  “HIGH GAs PRessURe”

 •  Monitor module 1 input 7 and the high gas pressure switch is 

made (120Vac on terminal18)

 ?  “oIL PRessURe FAULt”

 •  Monitor module 1 input 5. Verify that the manual valve is 

open and that the low and high pressure switches are made 
(120Vac on terminal17A)

 ?  “AtoMIZInG AIR FAULt”

 •  Monitor module 1 input 6. Verify that compressed air is avail-

able and that the supply pressure switch is made (120Vac on 
terminal17C)

 ?  “oIL teMPeRAtURe FAULt”

 •  Monitor module 1 input 7. For heavy oil systems, verify that 

oil heater is operating and that both the low and high oil 
temperature switches are made (120Vac on terminal18)

 ?  “CoMPResseD AIR FAULt”

 •  Monitor module 2 input 3. For oil firing with compressed air 

atomization, the compressed air pressure switch must close 
within 5 seconds after the compressed air solenoid is ener-
gized (120Vac on terminal 30A)

 ?  “HIGH LIMIt FAULt”

 •  Monitor module 2 input 2. (120Vac on terminal 26) Observe 

the display and OUT indicator of the High Temp Limit instru-
ment. “OPEN” indicates an open TC or broken wire. The 
instrument must be manually reset by pressing the RESET 
key.

 ?  “stACK teMP neAR LIMIt”

 •  Warns the Operator that the High Limit instrument is nearing 

the High Limit setpoint (factory set at 380 F). Manually de-
crease the burner firing rate or increase material feed rate to 
avoid burner shutdown.

 ?  PURGe tIMeR not set

 •  Warns the operator that the internal purge timer has not 

been set in the PLC.

HUMAn MACHIne InteRFACe (HMI) sCReens

Main

F1 Displays limits and system status along with flame signal strength.

Summary of Contents for BCS 3600

Page 1: ...with system status and fault annunciation A Honeywell UDC3200 series microprocessor based instrument is provided for temperature control The controller is electronically linked to the burner control motor to automatically adjust the burner firing rate and maintain process temperature near the controller s setpoint The Temperature Controller s thermocouple senses the temperature of the material or ...

Page 2: ...ntrol panel It is recommended that the customer provide a master disconnect switch to interrupt power service to the panel Maintain polarity as indicated on the drawings provided when connecting the main power source to the panel 2 Install a heavy gauge No 12 AWG minimum ground wire between the panel ground connector and Earth ground WARNING A ground wire is also required between the burner juncti...

Page 3: ...lines for leaks 6 Verify all pressure settings PANEL OPERATION 1 Open applicable manual shutoff valves to supply air and fuel to the system 2 Twist to release the EMERGENCY STOP button and verify that the FUEL selector switch is in the desired position a The Temperature Controller High Temperature Limit and flame relay will perform their self test procedures b The burner control motor will drive t...

Page 4: ... and 24 WAITING FOR LOW FIRE LIMITS Check low fire series 120Vac on terminals 19 21B 21A and 21 IGNITION FAILURE RESET REQUIRED Verify operation of pilot solenoids and ignition transformer Check pilot adjustment and fuel supply Check for 120Vac on terminals 8 and 9 Replace flame relay FLAME RELAY FAULT RESET REQUIRED Verify pilot and main burner setup Clean UV scanner lens and verify operation EXH...

Page 5: ...formation CONTROL MOTOR SLIDEWIRE CALIBRATION The burner control motor incorporates a position feedback slide wire A signal from the Temperature Controller is connected to the slidewire in order to generate position feedback signal for the control panel The following calibration procedure must be performed before operating the burner for the first time RECALIBRATE ANNUALLY OR WHENEVER A CONTROL MO...

Page 6: ...ion se quence 10Once the motor calibration is completed turn off the calibration mode by selecting the MTR_CA soft key again UDC3200 SERIES CONTROLLER The Honeywell UDC3200 series controller has been configured at the factory with parameters which generally produce accurate temperature control Before making any field adjustments other then as noted in this instruction sheet please contact the Hauc...

Page 7: ...to place the Controller in the Manual Mode The MAN indicator will come on and the lower display will automatically change to show OUT 2 Press and hold the key to increase Output value To make changes more quickly press the key while holding key This will shift the changing digit one place to the left 3 To decrease the Output value reverse the above procedure TEMPERATURE CONTROLLER CONFIGURATION RE...

Page 8: ...e key then release the SETUP key and press the key until the upper display again reads OPTR then press SETUP to return to the operating normal display CONFIGURATION RECORD SHEET SLCT CONF ULOC 20 Lower Display Function Factory Configuration Final Setting INPT J F RUL 999 9 RLL 199 9 OFFS 0 0 CTRL HI SPUL 999 9 SPLL 199 9 ALA1 P_HI PHA1 380 0 AHY1 0 1 ALA2 PL_O PLA2 199 9 AHY2 0 1 USE2 A1_d USE3 A2...

Page 9: ...in place WARNING Do not fasten both halves of the flange One side is left unbolted for removal and cleaning of Pitot tube 5 For other applications weld the four duct mounting nuts to the inside of the ductwork using the flange as a pattern 6 Use silicone caulk as a gasket 7 Remote mount the pressure switch to a vibration and heat free location Connect the plastic tubing from the pitot to the switc...

Page 10: ...h bacghouse installation locate before and after baghouse Air flow 1 3 8 Dia 1 Pipe coupling center over 1 3 8 dia hole and weld Dryer stack thermocouple assy 1 2 Conduit connection Drawing showing placement of thermocouple in exhaust duct Thermocouple cables must be separated from AC power and control wiring to avoid interference and nuisance shutdowns Observe polarity when making thermocouple co...

Page 11: ...latively slow moving area next to the dam The dam must only be wide enough and high enough to create a localized area of build up where the material loses velocity BUT DOES NOT STOP FLOWING The thermocouple must not be located in a stagnant zone or erroneous temperature readings will result Because of the large number of variables involved it is impossible to set down any exact size or location of...

Page 12: ...ntact PLC RSC 120UC 21 21 HK55167 5 Fuse 7A x 1 1 4 Littlefuse type 313007 HK43868 1 Stack Thermocouple Hauck TC200A J CONVERTING UNITS see www adlatus org 2019 Honeywell We reserve the right to make technical modifications in the interests of progress The Honeywell Thermal Solutions family of products includes Honeywell Combustion Safety Eclipse Exothermics Hauck Kromschröder and Maxon To learn m...

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