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Triple IR Flame Detectors

FV400

Fixing Instructions  Doc. version 2

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FV400 Series Triple IR Flame Detectors-

Fixing Instructions

Introduction

This guide describes the installation procedure 
of the FV400 Series of detectors and covers all 
three flameproof variants: FV411f, FV412f and 
FV413f. 
The installation procedure gives a step-by-step 
process of how to mount, wire, configure and 
commission the detectors.

Mounting a Detector

The location of each detector is determined at 
the system design stage according to the princi-
ples detailed in the FV400 Series Product Infor-
mation and Design Application guide and marked 
on the site plan.
Check that the position chosen provides:

A clear view of the area to be protected.

Easy access to install and maintain the detec-
tor and cables.

A strong, stable structure suitable to mount 
the detector.

Tilt the face of the detector downwards to pre-
vent water collection and reduce the settlement 
of particle deposits on the window.

On the FV400 Series of detectors, all electrical 
connections are made via terminal blocks inside 
the rear housing of the detector. Two 20 mm 
cable entries are provided.
Detectors must be securely mounted to a strong 
stable structure either directly or using the 
mounting bracket.

Mounting the detector directly

Fit the back-box of the detector onto the wall 
by inserting the three M6 bolts, studs or 
screws into the mounting holes.

Mounting the detector using the 
bracket

A bracket (stainless steel) is available to mount 
the detector that provides flexible adjustment to 
easily position the detector to cover the pro-
tected area. 
The surface chosen for the mounting should be 
flat over the area of the mounting bracket to 
ensure a stable fixing. 
The FV400 Series of detectors can be operated 
in any position but the mounting point must be 
chosen to allow sufficient clearance for adjust-

Reference Document

Refer to the FV400 Series Product Infor-
mation and Design Application guide for 
information on the Technical, Mechani-
cal, Electrical and Environmental specifi-
cations.

CAUTION

Do not open the detector when it is 
powered; in hazardous areas or 
environmentally challenging conditions.

Fig. 1: Detector Orientation Relative to Horizon

CENTRE OF DETECT

OR

FIELD OF

 VIE

W

PREFERRED METHOD

Summary of Contents for FLAMEVision FV400 Series

Page 1: ...ions are made via terminal blocks inside the rear housing of the detector Two 20 mm cable entries are provided Detectors must be securely mounted to a strong stable structure either directly or using...

Page 2: ...shown in Fig 2 A drilling template is provided to allow optimum selection of the fixing centres 1 To secure the mounting bracket onto the cho sen surface Use four M8 bolts studs or screws at the fixi...

Page 3: ...fitting and removal The Weather hood is optional and is used to pro tect the detector against extreme environmental conditions such as strong sunlight or torrential downpour The Weather hood can be fi...

Page 4: ...e different interfaces can be freely mixed together and do not need an individual screen for each interface Any cabling and conduits must be chosen and installed to meet the local safety flameproof re...

Page 5: ...g plug The recommended types are those with a mushroom head and an integral O ring The glands stopping plugs should be hand tight ened with the addition of at least a further 1 4 turn applied by spann...

Page 6: ...indow heater RS485 Camera Video Table 1 Power Supplies Terminals Description 0 V IN Detector main power input VE DC Zone Loop 0 V OUT Detector main power VE to next detector VE IN Detector main power...

Page 7: ...twisted pair VE Ancillary Supply VE IN Ancillary supply DC VE Ancillary Supply VE OUT Ancillary supply output to next detector Ancillary Supply 0 V IN Ancillary supply DC 0 V Ancillary Supply 0 V OUT...

Page 8: ...ng links to CON4 and CON5 on the terminal board The links must be fitted for the output to operate Other options can be used at the same time as the Relay output See Figs 10 to 12 for wiring of Ancill...

Page 9: ...85 Window Heater and Video see Fig 11 Do not fit links HDR3 or HDR4 Dotted lines show the loop connections to the next detector in the MX loop Other options can be used at the same time as the MX loop...

Page 10: ...or RS485 Window Heater and Video Either use the Main Detector Supply by fitting HDR3 and HDR4 or use a separate Ancillary Supply see Fig 11 Other options can be used at the same time as the 4 20 mA ou...

Page 11: ...Window Heater and Video Either use the Main Detector Supply by fitting HDR3 and HDR4 or use a separate Ancillary Supply see Fig 11 Other options can be used at the same time as the 4 20 mA output See...

Page 12: ...o next detector as shown If the Window Heater is required then the Ancillary power MUST be used DO NOT FIT HDR3 OR HDR4 Dotted lines show power connections to the next detector in the Conventional Zon...

Page 13: ...tions For Relay and 4 20 mA modes the Ancillary Power may be provided from the Main detector Supply fit HDR3 and HDR4 and wire to the Main Supply only A separate Ancillary Power Supply must be used fo...

Page 14: ...iring Diagram EOL Termination resistor 100R to be fitted at each end of RS485 bus Dotted lines show the connections to the next detector on the RS485 network If this is the last detector in the networ...

Page 15: ...20 Walk Test Input and LED Fig 13 Walk Test Input and Remote LED Wiring Diagram Do not use Ancillary 0 V for Wired Input and Remote LED LED drive current limited to 3 mA LED voltage should be less tha...

Page 16: ...e powered off and switched on for the alterations to take effect The detector is supplied in the default set ting with all switches off Table 5 shows the DIP switch options Fig 14 DIP Switch and MX Pr...

Page 17: ...MX Mode Must be set to OFF Must be set to OFF SW2 7 4 20 mA Modes Normal bands b Enhanced bands MX Mode Loop mode Programming mode SW2 8 Set to OFF For future use Table 6 DIP Switch 2 Settings a Optic...

Page 18: ...e Mode 4 20 mA Relay MODBUS MX Conventional 4 20 mA Current Loop and Relay Default Conventional 4 20 mA MX Table 8 Interface Modes The interface modes are as selected by DIP switches or PC400 SW1 2 SW...

Page 19: ...the detector Commissioning System Checks Before connecting the zone wiring to the control equipment or to the detectors a general inspec tion of the system should be carried out In particular ensure t...

Page 20: ...FV400 Triple IR Flame Detectors Thorn Security Ltd Dunhams Lane Letchworth SG6 1BE UK 120 515 124_FV D 400 F doc version 2 14 October 2013 Subject to change without notice...

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