Pro-tec 6000PLUS/HT/TS Quick guide

DEL2091 Issue 4 02/11 SB Page 1 of 3 Copyright © Protec Fire Detection plc 2010
6000PLUS/HT/TSL Installation, Commissioning and Service Instructions
Overview
The Protec 6000PLUS/HT/TSL is a loop powered fire sensor which reports back thermal levels in its installed location to the fire
alarm control panel. The sensor is also equipped with an integrated loop powered programmable electronic sounder with
speech messages, beacon and an integrated loop isolator.
Technical Specification
Loop protocol Protec Algo-tec™ 6000PLUS
Loop isolator fitted Yes
Loop voltage range 18 to 27V Algo-tec™ Protocol
Loop average quiescent current (24V loop) 0.4mA
Loop average alarm current (24V loop) 13mA
Analogue values
Thermal
Normal 80 to 180 bits
Fault Low <25 bits
Fault High>250 bits
Indications On-board red indicating LED
Environmental operational limits -10 to 50 degrees C ( 95% RH no condensation or icing )
Sounder Frequencies Continuous 990Hz, Warble 730Hz to 990Hz, Bell 800Hz
Sounder synchronisation Synchronised automatically by the control panel.
IP rating IP21C
Isolator Specification Please see Protec DEL2110 for details
Installation
1. Base options: 6000PLUS/BASE LPCB Approved as part of product approval
6000PLUS/FFBASE LPCB Approved as part of product approval
28-075-01 (Plug and Play Fast Fix) LPCB Approved as part of product approval
28-075-02 (Plug and Play Surface) LPCB Approved as part of product approval
Note: See individual information sheets for base wiring details.
2. Install the detector in the base, turn firmly clockwise.
Commissioning
1. Each 6000PLUS detector has a unique serial number which will be used as part of the commissioning of the fire alarm
system. It is necessary to remove one of the ‘peelable’ bar code labels present on the product and place it in the
commissioning booklet supplied with each Protec addressable control panel. The bar code sticker should be placed at the
relevant loop and address position intended. It is important that serial numbers are not mixed otherwise the addressing of
the 6000PLUS/HT/TSL will be incorrect when commissioned.
2. Commission the device onto the system as detailed in the installation and commissioning manual for the fire alarm panel
being used.
6000PLUS/HT/TSL Certification Details
EN Standards Compliance/ Approvals table
0 8 3 2
Protec Fire Detection plc, Nelson, Lancashire, England, BB9 6RT
10
0832-CPD-1184
EN 54 - 3:2001 + A1 + A2
Alarm devices – Sounder/Voice Sounder
Type A: For indoor use
6000PLUS/HT/TSL
EN 54 - 5
Point type Heat detector
Class A1/A2
6000PLUS/HT/TSL
EN 54 - 17: 2005
Short-circuit isolator
6000PLUS/HT/TSL
Technical Data included in this datasheet DEL2091 Issue 4
High Sensitivity Med Sensitivity Low Sensitivity Isolator/sounder
Approved to:
EN 54 - 5: 2000 + A1:
2002
Class A1
Approved to:
EN 54 - 5: 2000 + A1: 2002,
Class A2
Not approved.
Equivalent to EN 54-5: 2000 +
A1: 2002 Class B
Approved to: EN 54-17: 2005
EN 54 - 3: 2001 + A1: 2002 + A2: 2006
**See note below on EN54 approved
talking sounder message

DEL2091 Issue 4 02/11 SB Page 2 of 3 Copyright © Protec Fire Detection plc 2010
6000PLUS/HT/TSL Installation, Commissioning and Service Instructions
6000PLUS Locking Mechanism
The 6000PLUS detector range has a break off bridging piece shown in diagram one. Removing the small plastic bridging piece
will enable the locking mechanism, and when the detector is fitted on a base, it will lock the detector. See diagram 1.
Bridging piece
Diagram1 - Locking bridging piece and cross head screw position Diagram 2 - Outer case removed exposing optical chamber
6000PLUS/HT/TSL Service and Maintenance details
•Remove Detector from its base, check panel for Zone fault.
•Remove two cross head screws shown in diagram 1.
•Remove detector outer case. Note the position of thermistor, and remove mouldings with care so as not to damage
thermistor.
•Remove Deflector and top chamber moulding, keeping mesh in place on top chamber. Ensure light pipe does not get lost,
and be careful of the piezo and beacon connecting wires.
•Clean all mouldings and mesh with a soft brush, clean inside the bottom chamber with soft brush (see Diagram 2).
•Clean thermistor and deflector with soft brush
•Clean detector outer case with a cloth.
•To rebuild, first fit deflector to top chamber noting arrow position to centre of optical chamber. Ensure mesh is flat to top
chamber moulding. Ensure Light pipe is in place.
•Fit top chamber/deflector assembly to bottom chamber. Note: Be aware, small bead thermistor should be carefully inserted
through central hole.
•Once top chamber/deflector is in place ensure thermistor is vertical and straight. The thermistor bead should be vertical,
see diagram 3.
•Fit detector outer case, using light pipe as orientation guide.
•Fit the two cross head fixing screws, tighten sufficiently to compress mouldings, but be aware over tightening may strip the
thread on the outer case. Visually inspect to ensure thermistor is visible in correct position.
•Fit back onto base.
•Once detector logged back onto panel, wait for confirmation LED flash, then apply heat to the detector ensuring activation
of control panel. Confirm A/D value of thermal channel is correct. Apply heat if setting on control panel allows activation.
•Test the operation of the integral sounder and beacon.
•Remove old service label and fit new label to detector.
Diagram 3 - Re Assembly showing correct thermistor position
Cross head
screws
Remove Top
Chamber and clean
mesh and plastic
Bottom
chamber
Clean in here
using soft
brush
Thermistor
position
Deflector
moulding

DEL2091 Issue 4 02/11 SB Page 3 of 3 Copyright © Protec Fire Detection plc 2010
6000PLUS/HT/TSL Installation, Commissioning and Service Instructions
Polar outputs and profiles (sounder)
** EN54 approved message: Female
voice “evacuation message” V2.
Message as follows: “Attention,
attention. This is an emergency.
Please leave the building by the
nearest available exit.”
Note; Messages a
re not user
recordable or loadable into the
device. Contact Protec for any
user defined message
requirements.