ZETTLER FLAMEVision FV400 Series User Manual

Triple IR Flame Detectors FV400
Fixing Instructions Doc. version 2 1/20
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 DETECTOR
FIELD OF VIEW
PREFERRED METHOD

ZETTLER FLAMEVision FV400 Series Specifications

General

Power Supply	24 VDC
Operating Voltage	18-30 VDC
IP Rating	IP66
Detection Principle	Infrared
Field of View	90° horizontal
Humidity	Up to 95% RH, non-condensing
Output	Relay contact

Summary

Introduction to FV400 Series

Reference Document for FV400 Series

Points to FV400 Series Product Information and Design Application guide for specifications.

Mounting a Detector

Detector Mounting Methods

Details direct mounting and mounting using a bracket for the FV400 detector.

Detector Mounting Safety

Crucial safety advice for mounting, including power handling and stable structures.

Weather Protection Components

Temporary Weatherproof Cover Usage

Guidance on the temporary weatherproof cover for protecting wiring before final installation.

Weather Hood Installation

Instructions for fitting and removing the optional weather hood for enhanced environmental protection.

Detector Wiring Procedures

Wiring Safety and Cable Types

Key safety warnings and recommended cable specifications for detector wiring.

Cable Routing Best Practices

Guidelines for routing detector cables to prevent interference and ensure signal integrity.

Cable Entry and EMC Protection

Cable Entry Sealing Requirements

Mandatory procedures for sealing cable glands and stopping plugs to maintain enclosure integrity.

EMC Clamp Fitting Procedure

Step-by-step instructions for correctly fitting the EMC clamp for electromagnetic compatibility.

Detector Connections and Power

Power Supply Options

Details on main/loop power input and ancillary power sources for detector functions.

Terminal and Link Configurations

Wiring Diagram References

References to detailed wiring diagrams for various detector interface options.

Relay Mode Configuration

Relay Mode Wiring and Links

Diagram and explanation of link settings for the detector's relay output functionality.

MX Loop Interface Configuration

MX Loop Wiring Diagram

Illustrates the wiring connections required for the detector when operating in an MX Loop system.

4-20 mA Sink Interface

4-20 mA Sink Wiring and Links

Provides wiring details and link configurations for the 4-20 mA sink output mode.

4-20 mA Source Interface

4-20 mA Source Wiring and Links

Details wiring and link settings for the 4-20 mA source output mode of the detector.

Conventional Zone Interface

Conventional Zone Wiring Diagram

Diagram showing wiring for a conventional zone setup, including End of Line resistor placement.

Ancillary Power Interface

Ancillary Power Wiring and Links

Diagram and link configuration for providing Ancillary Power to detector options like heater or RS485.

RS485 and Video Interface

RS485 and Video Wiring Diagram

Wiring diagram for connecting RS485 communication and video output interfaces to the detector.

Walk-Test Input and Remote LED

Walk-Test and LED Wiring Diagram

Diagram illustrating the wiring for walk-test input signals and remote LED indicators.

Detector Switch Settings

DIP Switch Configuration Guide

Instructions for configuring basic detector functions using DIP switches located on the unit's back panel.

Interface Mode Settings

Interface Settings and Combinations

Table detailing interface mode selections and their possible combinations for detector operation.

Advanced Configuration Settings

Delay, Range, and MX Settings

Details on configuring alarm delays, detection ranges, and MX loop addressing.

Commissioning and System Validation

System Checks and Warnings

Critical system checks and warnings for ensuring correct detector installation and operation.

Operational Tests and Validation

Procedures for performing wiring integrity tests and functional validation of the installed detectors.

Additional Configuration Resources

References to further documentation for advanced configuration tools and diagnostic procedures.