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FRONT FACEPLATE

 

The front faceplate of the FlameWorx modules provides LED indicator lights and flame signal test
jack points for current status and failure mode analysis, and two communication push-buttons for
LonWorks communications.

 

FIGURE 2.

TEST JACK POINTS

 

SIG1, SIG2 and COM:

 

 These three (3) test jack points provide access via the front face-

plate to measure flame signal strength for each flame relay. The output signal is a current
source 4-20 mA signal. Maximum connected load not to exceed 750 ohms. SIG1 refer-
enced to COM provides the flame signal for Channel #1, and SIG 2 referenced to COM pro-
vides the flame signal for Channel #2.

Minimum acceptable flame signal

6 mA.

Average flame signal

8-20 mA.

 

LED STATUS INDICATORS

 

POWER:

 

 The green LED will blink when power (24 VAC/VDC) is applied to the Flame-

Worx module (terminal 13 and 14 - Refer to Wiring Diagram).

 

RLY 1 and RLY 2:

 

 These two (2) green LED's will light when the scanner detects flame

for the appropriate flame switch.

 

LED FAULT INDICATORS

 

FAULT:

 

 These two (2) red LED's will light and/or blink in the manner described below to

indicate the following fault conditions:

 

Fault Condition

Corrective Action

 

CPU failure.

Replace FlameWorx module.

Communication failure.

Check communication wiring
Check communication master.
Press CS1 and CS2 communication push-buttons.
Set dipswitch #6 to On position (for stand alone 
module).

Shutter check failure on 

Check shutter operation on scanner.

Channel 1.

Check UV tube on scanner.

Shutter check failure on 

Check shutter operation on scanner.

Channel 2.

Check UV tube on scanner.

 

COMMUNICATION PUSHBUTTONS:

 

CS1 and CS2:

 

 These two (2) push-buttons are associated with LonWorks communications. After all

wiring connections between the FlameWorx module and designated master device (e.g. Fireye MB
Module, host PC, etc.) are complete, press 

 

each

 

 push-button 

 

one time

 

 to establish the communica-

tion link between the FlameWorx module and the designated master. These push-buttons do not need
to be pressed a second time unless the address of the master device or the master device itself is
changed. A “Fault” indicator LED will light momentarily when each CS1 push-button is pressed.
Also refer to dipswitches #1 through #5 (Communication Address) and dipswitch #6 (stand alone or
network mode).

LED is Off

LED is On.

LED is blinking.

Summary of Contents for FlameWorx MBFR-100D

Page 1: ...selected via dipswitch Fireye FlameWorx modules can be used in a number of flame detection applications In addition the modules also incorporate LonWorks communications which allow the use of Fireye programming modules e g multi burner module which provide safe start check purge timing safety lockout etc which further expands on the functionality of the flame switches LonWorks communications use a...

Page 2: ...up to 12 modules Flame Scanners UV1A3 Ultra violet scanner for use with MBUV modules 1 2 NPT mount 3 flex conduit UV1A6 Ultra violet scanner for use with MBUV modules 1 2 NPT mount 6 flex conduit UV2 Ultra violet scanner for use with MBUV modules 3 8 NPT mount 3 flex conduit UV8A Ultra violet scanner for use with MBUV modules 1 2 NPT mount 90 head 6 cable no conduit 45UV3 1050 Ultra violet scanner...

Page 3: ...OWER SUPPLIES Input Supply Voltage MBLPS 100D 120 VAC 10 15 50 60 Hz MBHPS 100D 120 VAC 10 15 50 60 Hz MBLPS 200D 230 VAC 10 15 50 60 Hz MBHPS 200D 230 VAC 10 15 50 60 Hz Maximum current output MBLPS 100D 200D 1 4A 24 VDC Will power up to 10 FlameWorx modules MBHPS 100D 200D 25mA 600 VAC Will power up to 20 flame scanners UV and or flame rod FLAMEWORX MODULES and POWER SUPPLIES Operating Temperatu...

Page 4: ...ER RLY 1 RLY2 SIG 1 CS1 COM CS2 MBUVS 100D SIG 2 1 4 1 1 38 1 06 2 VIEW A A P N 60 2538 FLAMEWORX MODULES AND POWER SUPPLY MODULES HAVE IDENTICAL DIMENSIONS DIN RAIL MOUNT 60 2539 12 60 2539 24 60 2539 36 L 12 305 L 24 610 L 36 914 PART NO LENGTH L 59 VIEW A A P N 60 2537 35 3 7 5 25 36 5 15 59 15 15 59 15 27 DIMENSIONS IN INCHES MM 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12...

Page 5: ...blink in the manner described below to indicate the following fault conditions Fault Condition Corrective Action CPU failure Replace FlameWorx module Communication failure Check communication wiring Check communication master Press CS1 and CS2 communication push buttons Set dipswitch 6 to On position for stand alone module Shutter check failure on Check shutter operation on scanner Channel 1 Check...

Page 6: ...alone mode the FlameWorx module will not attempt to communicate on a communications network The settings for dipswitches 1 through 5 are inhibited when set for stand alone mode When the FlameWorx modules are used in a communication network e g Fireye MB Module dipswitch 6 must be set in the Network mode to enable communications Also refer to Communica tion Pushbuttons CS1 and CS2 Dipswitch 6 Off S...

Page 7: ... proportional to flame signal strength for each flame switch via test jack points located on the face plate of the mod ule In addition to these analog outputs via the test jacks jumpers JP4 and JP5 will provide an additional 4 20 mA flame signal via terminals on the connector of the FlameWorx module to allow an easier means of wiring to a remote meter Use terminal 14 Input power common as the com ...

Page 8: ...snaps into place To mount the flame switch module or power supply onto the wiring base 1 Align the flame switch module with its wiring base and insert the edge of the flame switch mod ule into the connector on the wiring base 2 Using a medium slotted screw driver with a 4 inch shaft minimum tighten down the two retaining screws on the flame switch module To remove the wiring base from the DIN moun...

Page 9: ...tch Channel 2 13 Input power 24 VAC 24 VDC 14 Input power common 15 LonWorks Communications Data A 16 LonWorks Communications Data B 4 20MA 4 20MA 1 3 1 3 2 2 JP4 JP5 INTERNAL CONNECTIONS EXTERNAL CONNECTIONS Jumpers JP4 and JP5 are shipped from the factory in positions 2 3 providing the flame relay normally closed NC contact USE TERMINAL 14 INPUT POWER COMMON AS THE COMMON RETURN FOR EITHER BOTH ...

Page 10: ...0D MBFR 100D MBIR 100D CONNECT TO TERMINALS 10 AND 11 ON MBHPS MBLPS POWER SUPPLY OR SUITABLE 230VAC POWER SOURCE CHANNEL 2 BLACK LEADS BLACK LEADS CHANNEL 2 CHANNEL 2 CHANNEL 2 CHANNEL 1 CHANNEL 1 CHANNEL 1 ALL DIN RAIL FLAMEWORX MODULES USE THE 60 2537 WIRING BASE NOTE TERMINALS 1 AND 2 OF THE MBIR 100D FLAMEWORX MODULE DO NOT HAVE TO BE POWERED BY MBHPS 200D POWER SUPPLY MBLPS 200D AND MBHPS 20...

Page 11: ...11 ...

Page 12: ...h is found defective in material or workmanship or which otherwise fails to conform to the description of the product on the face of its sales order THE FOREGOING IS IN LIEU OF ALL OTHER WARRANTIES AND FIREYE MAKES NO WARRANTY OF MERCHANTABILITY OR ANY OTHER WARRANTY EXPRESS OR IMPLIED Except as specifically stated in these general terms and conditions of sale remedies with respect to any product ...

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