FIREtec FTEP SERIES Инструкции по установке и руководство пользователя - Страница 5

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1. Panel Commissioning

This manual provides the necessary guidance for the correct installation and commissioning of the 1-8 zone

fire panels. Persons carrying out system design and installation should be familiar with BS5839-1:2002, the

code of practice relating to the installation of fire detection and alarm systems within buildings.

PANEL SPECIFICATIONS

Complies with EN54 Pt2 & 4, and is suitable for BS5839 Pt1 : 2002 installations.

Five coded push buttons to control:-

RESET - SILENCE BUZZER - SILENCE / SOUND ALARMS - LAMP TEST - WALK TEST -

DISABLE / ENABLE ZONE and EXIT

LED Indicators:- FIRE - FAULT / TEST/DISABLE - 8 zone fire - 8 zone fault - SUPPLY -

SUPPLY FAULT - DISABLED - ALARM FAULT / DISABLED - ALARM SILENCED - TEST -

EARTH FAULT - SYSTEM FAULT - DELAY ENABLED.

Zone end of line component that is polarised.

Internal sounder - Minimum level 50dBA @ 1m.

Features;- User zone and alarm disable - User lamp test – User walk test operation - Zones monitored

for open, short circuit and detector removal - Alarm outputs monitored for open and short circuit. –

Monitors AC and battery power supplies, earth leakage and system fault.

Two sets of alarm outputs - total alarm output current - 1 &2 Zone - 0.3A and 4 to 8 Zone - 1A

Alarm outputs fused - fuse is resettable and monitored.

Auxiliary output 24v 250mA, fused - fuse is resettable and monitored.

10.

Power supply input

11.

Two sets of auxiliary volt free contacts - Max. current per contact set 2A at 30V.

12.

Class change input - when activated will operate the sounders/bells.

13.

Monitored input – This feature is enabled at level 3. It is an input that monitors for the presence of

24Vdc on the terminal. A fault will occur if the 24V is missing from the terminal.

14.

Enable delay input – This feature is enabled at level 3. When enabled, a pre-set delay to alarms

activating during a fire condition will occur. The delay can be over ridden.

15.

TTL fault output – during fault condition output is 0V all other times its 4Vdc.

SYSTEM DESIGN GUIDE

When installing the system the designer should ensure:-

The installation complies with BS5839 Pt1: 2002

The mains supply is switched via a double pole isolator -

All detectors are sighted in accordance with British standard recommendations.

That detector and alarm sounder circuits have NO SPURS.

It is recommended that the cabling used for detector and alarm circuits is 1.5mm

core + screen complying with BS6387 or BS6207.

That detectors and callpoints used are compatible with the panel, and that only devices recommended

by the supplier are used.

The correct end of line component is used on the detection and alarm circuits (including those not

used), These components must be fitted after the last detector, callpoint or sounder.

The total current consumption for each zone of detectors does not exceed 4mA

Detector bases are connected correctly and fitted with a diode otherwise the removal of a detector

from a base will prevent subsequent detectors and call-points on the zone from functioning – Figure 1

10.

The sounders are connected correctly, fitted with suppression components and with series blocking

diodes that will only allow current to flow through the sounders when correctly wired to the control

panel pcb.

11.

Sounder current consumption should not exceed the panel maximum. The maximum load for each set

of contacts is 1A, however the total sounder current should not exceed that shown above.

12.

That if a 24V auxiliary output is used for powering an auxiliary circuit, the battery standby period is

checked to ensure that the maximum duration can still be achieved.

230V +10%, -15% ac i/p 50Hz

Battery, sealed lead acid - 12v 7Ah

Fire Protected, 2-