background image

fixing holes

cable 

channels

serial 

number

 

PUSH

НАЖАТЬ

1234

openings for 

smoke inlet

 

light 

indicator

 

"Test" 

button

 

multi-connector

base 

numbers of contacts 

of multi-connector

  

mechanism that blocks the 

installation of the detector 

in the base without a 

battery

 

AUTONOMOUS FIRE SMOKE DETECTOR

IP 212-03K "DOKA - a"

Technical

 Instruction

 01.408.00.000-01 TI (red.12.20.EN)

activation of any external device for fire alert;

continuous self-test of operability;

battery charge monitoring.

џ

џ
џ
џ

1. 

IMPORTANT INFORMATION

      

This document contains information of the operating principle, design and technical 

characteristics of autonomous fire smoke detector IP 212-03K "DOKA - а" (hereinafter 

referred as detector).

The document contains instructions necessary for correct installation, connection, 

operation, technical maintenance activities, storage and product transportation. It also 

contains the information that certify the manufacturer's warranty.

The detector meets all requirements of TU BY 100016872.097-20

20

, GOST R 

53325-2012, Technical Regulations on Fire Safety Requirements, STB 11.16.08.

The operating principles and design solutions applied in "DOKA-a" detector are the 

intellectual property of OJSC "ZAVOD SPECAVTOMATIKA".

The following abbreviations are used in this document:

APS - autonomous fire alarm;

IR - infrared;

NO - normally open;

ACU - alarm control unit.

Application

The  detector  "DOKA-a"  schould  be  installed  in  enclosed  spaces  for  continuous  24-hour 

detection  of  fires  accompanied  by  smoke,  operating  from  a  built-in  9V  power  supply  element 

(6F22 battery or similar).

"DOKA - a" provides:

џ

 

 

 

 

 

automatic detection of fire in buildings and structures;

light and sound fire alert of people independently or as part of a group of detectors 

united in the AFA system consisting of 2 to 40 "DOKA - a" detectors; 

 

SAFETY

 

      

The design of the detector meets the general safety requirements of GOST 12.2.003 

and does not contain elements that have a harmful effect on human health or the 

environment.

      

According to the method of protecting a person from electric shock, the detector 

belongs to products of Class III according to GOST 12.2.007.0 and does not have 

internal or external electrical circuits with voltage above 42 V.

!

  

The "Fire" state sound signal is very loud. While pressing the “Test” button, keep 

the detector at arm's length.

2. 

DETECTOR INTRODUCTION

2.1. 

Open the package

If the detector was in conditions of negative temperatures, keep it for at least 4 hours 

at the temperature of the heated room.

2.2. 

Disconnect the detector from base and check the package contents:

* – 

1 pcs. per 5 detectors allowed

** 

 

upon agreement with the purchaser it is allowed not to deliver in the package

2.3. 

Familiarize yourself with the design of the detector

џ

 

compare the serial number and date of manufacture on the case with the records in 

your datasheet;

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make sure that there are no visible mechanical damage (cracks, chips, dents);

џ

 

make sure that the warranty seal is intact.

2.4. 

Connect the battery and place it in the battery compartment in the 

detector housing

2.5. 

Press and hold the "Test" button for at least 2 seconds

The detector must switch to the "Fire" state. Make sure that the volume of the 

sound signal is loud enough and that it sounds without audible defects. The light 

should flash simultaneously with the sound signal.

!

 

The "Fire" state sound signal is very loud. While pressing the “Test” button, keep 

the detector at arm's length.

2.6. 

After releasing the "Test" button, the detector must return to the 

"Standby Mode" state

Make sure that the light indicator flashes once every 20-25 seconds after 

switching to the "Standby Mode" state.

3. 

DESIGN AND OPERATING PRINCIPLE

The detector is an automatic electronic device with an optical sensor that signals 

the appearance of smoke at the place of its installation. 

The optical density of the medium inside the sensing chamber is analysed by 

measuring the level of reflected IR radiation from the surface of the smoke particles 

and then processing the received signal. 

The response time of the detector to smoke depends on the fire conditions and 

the properties of the burning materials. 

If  there  is  no  smoke  in  the  measuring  chamber,  the  detector  will  be  in  the 

"Standby Mode" state. There should be periodic single flashes of the light indicator 

in red and no sound signals at all.

When smoke appears in the detector's sensing chamber, the detector goes into the "Fire" state. 

The alarm is triggered by switching on the light and sound signals on the detector itself, issuing a 

"Fire  Alert"  signal  for  other  "DOKA  -  a"  detectors  as  part  of  the  AFA  system  and  closing  the 

normally  open  built-in  "Fire"  relay.  The  detector  remains  in  the  "Fire"  state  until  the  end  of 

exposure to smoke and then switches to the "Standby Mode" state.

The detector is powered autonomously by a replaceable battery with a nominal 

voltage  of  9  volts.  The  detector  provides  electrical  and  mechanical  protection 

against incorrectly connected battery polarity. When the battery is low, the detector 

generates a periodic light and sound signal.

The detector has a system for self-testing the performance of the optoelectronic 

unit and the battery charge level.

If there is a complete loss of performance (or complete discharge of the battery), 

any indication will be absent.

Forced testing of the "Fire" state is performed using the "Test" button.

The detector housing is made of impact resistant ABS plastic and forms a 

protective shell. 

 

A chamber with compartments is structurally made in the front part of the 

housing to keep dust from getting inside the optical-electronic system.

The detector is shielded from static electricity and electromagnetic interference.

The base is used to install and connect the detector. The detector is 

connected to the base by means of a detachable connection without using 

any special tools. 

 

The detector is connected to external circuits via the 

multi-connector according to the diagram (see section 5.2).

The multi-connector has four numbered contacts:

џ

 

 "General" (4) and "NO" (3)

 - serve to transmit a fire signal by closing the NO 

circuit for any external device (siren, Smart Home, GSM alarm system, etc.);

 

џ

 

"General" (4) and "AFA" (2)

 - serve to group "DOKA-a" detectors (AFA 

system);

 

џ

 

(1)

 - 

 is a technological contact

,

 any connections are prohibited.

4. 

INDICATION AND FUNCTIONS

"Standby Mode" state:

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The light indicator flashes every 20-25 seconds - the detector works properly

.

 

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The light indicator flashes every 20-25 seconds simultaneously with a sound 

signal - the detector is working correctly, but the battery is low to 7.5 V. The 

power supply element has to be replaced!

"Fault" state:

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A short sound signal every 20-25 seconds at the same time as the light 

indicator - optoelectronic unit is faulty. The detector must be taken in for 

repair!

 

"Fire" state: 

џ

 

Intermittent (approximately 3 times per second) sound and light signals

.

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Closing of normally open relay contacts "Fire" ("NO" and "General")

.

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Appearance of voltage on the "General" and "AFA" contacts as a "Fire 

Alert" signal for other detectors in the AFA system.

"Alert" state (only for detectors in the AFA system):

 

џ

 

Intermittent (approximately 3 times per second) sound signal

.

џ

 

Closing of normally open relay contacts "Fire" ("NO" and "General"). 

"Test" state:

џ

 

Similar to indication and functions in the "Fire" state.

SHIFT TO REMOVE

СДВИНУТЬ 

ЧТОБЫ СНЯТЬ

Package contents includes

:

џ

 

Detector IP 212-03K "Doka - a" 

 

џ

 

T

e

chnical

  Instruction

џ

 

Package

џ

 

Power supply element 9V

 “6F22”

 

џ

 

Multi-connector "DOKA - a" 

џ

 

Plug and screw 

1

1*
1**
1**
2**

pcs.

1*

5. 

I

NSTALLATION AND CONNECTION

5.1. 

Selection of the detector installation location

It is not advisable to install the detector in areas where gases, vapours and aerosols 

that can cause corrosion and false detectors are released. 

      

Placement of the detector in premises must be carried out strictly in accordance with 

the requirements of the design documentation (if any).

 

If you have purchased and are installing the detector on your own initiative, the 

following recommendations must be taken into account:

џ

 

th

e main task of the detector is to sound an alarm when you do not control 

the fire situation in your home. Therefore, install the detectors first in or near 

bedrooms on the side of the most likely fire source (e.g. kitchen);

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the most preferable location of the detector on the ceiling in the middle of the room; 

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it is prohibited to install the detector closer than 1 metre from ventilation openings; 

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install the detector as far away as possible from sources of electromagnetic 

interference (electrical wiring, fluorescent lamps, etc.) and infrared radiation 

(heaters);

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prevent water from entering or flowing on the side of the base; 

џ

 

it is permissible to install the detector on the wall.

Сeiling

minimum 30cm

minimum 10 cm

maximum 39 cm

Installation is not 

permitted in the 

designated area

Wall

seal

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