UniPOS FD 8060 Instruction Manual

GENERAL DESCRIPTION

The fire detector is designed for early warning of a fire condition responding to fixed threshold smoke
concentration or rate of rise temperature or fixed temperature threshold detected in the protected premises. The
principle of functioning of the optical part is based on infrared rays distraction caused by smoke particles entering
the optic chamber. The principle of functioning of the heat part is based on the ohmic resistance alteration in the
thermistor as a result of the ambience temperature change. The smoke sensitivity and the temperature class are
factory preset. The fire detector is controlled by a microprocessor, operating on the basis of improved algorithm for
self-compensation of the chamber contamination.
The fire detector (fig.1) consists of a printed circuit board, an optic chamber (pos.4), and a thermistor (pos.9).
They are fixed in a plastic body (ïîç.5).
Both LED indicators (pos.3) allow range of visibility 360° and provide information for the status:
-Duty mode – the LEDs are not lit;
-Fire condition – the LEDs produce continuous light;
-Contaminated chamber — the LEDs flash briefly every 1s.

TECHNICAL DATA

Power supply
Current consumption in Duty Mode
Current consumption in Fire Condition
- with base type 8000 or 8000D
- with base type 8000R, 8000DR or 8000L
Temperature class
Smoke sensitivity
Time to enter Duty mode after power supply is on
Reset time
Time to enter Duty mode after reset
Protected area
Height of mounting
Output in Fire Condition (RI/KL terminal)
Degree of protection
Operational temperature range
Relative humidity resistance
Dimensions, base included
Weight, base included
Type of connecting cable
Cross section of the connecting wires

INSTALLATION

The fire detector operates with bases type 8000 (standard), 8000D (with Schottki diode), 8000R (with relay
output), 8000DR (with Schottki diode and resistor 510 Ù) or
separately and are fixed on the desired place in advance by means of pins and screws. The electrical connection of
the components necessary for the installation is done according to the schematic diagram on fig.2. It is
recommended cable shoes to be used.
The fire detector is placed on the base (fig.1,pos.1). It is rotated clockwise until reaching the guiding grooves
(fig.1,pos.2). It is rotated until rest (fig.3.1). The slots of the base and the body should match (fig.3.2).
Locking of the fire detector (fig.4). Before installation, the key (pos.3) is detached from the base and the rib (pos.
1) of the locking click (pos.2) is cut out.
Removing of a fire detector locked to the base. Insert the key into the slot (pos.4) push in as in the same time the
fire detector is rotated anticlockwise. Remove the key and continue to rotate the fire detector in the same direction
until it is released from the base.

TESTING

The fire detector is tested after installation as a part of the site's fire alarm system or with maintenance activities,
following this order:
1.Voltage is supplied to the fire alarm line, to which the tested fire detector is connected from the Fire Control Panel
or auxiliary power supply unit 24V DC/0,1A.
2.After one minute is activated the fire detector using a Smoke Detector Tester for the optical part or heat tester for
the heat part. It should enter Fire condition within 40s.
3.Within 2s is interrupted the supply voltage to the fire alarm line, to which the tested fire detector is connected or a
reset command is sent from the Fire Control Panel. Fire detector should enter Duty mode and is ready for a new
activation within 40s.

SERVICE SCHEDULE

It is done by authorized personnel and includes the following activities:
1.Inspection for visible physical damage
2.Testing in real conditions
3.*Preventive dusting
*The fire detector is removed from the base. The body cover (fig.1,pos.6) is removed by rotating to rest
anticlockwise. The optic chamber cover (fig.1,pos.7) and the screen (fig.1,pos.8) are removed. For the optic
chamber cover and the screen it is permitted washing liquid to be used. Then they should be rinsed out and dried.
The optic chamber and the thermistor are dusted with a small brush. The optic chamber is compulsory dusted
when the fire detector enters Contaminated Chamber Mode. If it is not cleaned in due time it will get
contaminated to such an extent that it would not allow the proper functioning of the fire detector which will be
signaled as Fire Condition.

WARRANTY

The warranty period is 36 months from the date of sale.
The manufacturer guarantees the normal operation of the fire detector providing that the requirements set herein
have been observed.
The manufacturer does not bear warranty liabilities for damages caused through accidental mechanical damage,
misuse, adaptation or modification after production. The manufacturer bears warranty liabilities for damages in the
fire detector caused through manufacturer's fault only.
Manufacturer: UniPOS Ltd. 114 Grenaderska Street, Pleven 5800, R. Bulgaria, http://www.unipos-bg.com
POINT FIRE DETECTOR
OPTICAL-SMOKE AND HEAT
FD 8060
TYPE
INSTRUCTION MANUAL 02-8060
(10-30)V DC
not more than 120 µA
8mA/10VDC; 25mA/30VDC
18mA/10VDC; 55mA/30VDC
À1R (complies with EN 54-5:2000)
complies with EN 54-7:2000 + A1:2002
up to 40s
2s
up to 40s
circle with 10 m diameter
up to 8 m
for RI 31 or RI 31S
IP 43
minus 10°C - plus 55°C
(93±3)% at 40°C
Ø100 mm, h 52mm
0,100 kg
two-wire
2
(0,8-2,5) mm
8000L (with resistor 510 Ù)
- monthly
- monthly
- every 6 months
051-7
1293
. They are delivered