RUBETEK HDW-1 User manual

MANUAL
WIRELESS ADDRESSABLE HEAT DETECTOR
HDW-1 «RUBETEK»
Complies with:
EN 54-5
EN 54-25
Hardware version: IP101-02M rev.3
Software version: 2023.02.1 or higher
Document version: 2023-3-1

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Table of contents
Introduction..........................................................................................................................................3
1. Description and operation......................................................................................................4
1.1. Function.................................................................................................................................4
1.2. Technical data........................................................................................................................4
1.3. Appearance of the detector ....................................................................................................5
1.4. Internal design of the detector ...............................................................................................5
1.5. Complete set ..........................................................................................................................6
2. Intended use...........................................................................................................................6
2.1. Preparation for use.................................................................................................................6
2.2. Linking the detector to СP .....................................................................................................7
2.3. Detector deactivation...........................................................................................................10
2.4. Bypass mode........................................................................................................................11
2.5. Link quality assessment.......................................................................................................12
2.6. Detector location..................................................................................................................13
2.7. Installation ...........................................................................................................................13
2.8. Detector SW firmware check...............................................................................................15
2.9. Events and reactions configuration......................................................................................15
2.10. «Fire 2» confirmation alarm signal configuration...............................................................16
3. Maintenance.........................................................................................................................17
3.1. Safety precautions................................................................................................................17
3.2. Functional test......................................................................................................................17
3.3. Batteries replacement...........................................................................................................19
4. Storage.................................................................................................................................19
5. Transportation......................................................................................................................19
6. Disposal ...............................................................................................................................20
7. Manufacturer’s warranty......................................................................................................20
8. Claims..................................................................................................................................20
9. Certification.........................................................................................................................20
10. Manufacturer........................................................................................................................20

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Introduction
This Manual is intended to describe the operating principle, configuration, installation and
operation of the wireless addressable heat detector HDW-1 «RUBETEK» (hereinafter detector).
Detector operates under control of the Addressable Fire Alarm Control Panel as part of the
«RUBETEK» fire alarm system.
You must read the instructions in the Manual before linking, configuring, operating or
maintaining the detector.
Installation and operation of the detector must be carried out by technical personnel after
reading this Manual.
List of abbreviations used:
−Base - detector base DB-2 «RUBETEK»;
−CP - addressable fire alarm control panel;
−CW - commissioning works;
−DEVs - alarm and notification devices;
−FA - fire alarm;
−Fire 1 - first alarm state;
−Fire 2 - confirmation alarm signal;
−HDW, detector - wireless addressable heat detector HDW-1;
−RE - radio extender module;
−SW - software.

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1. Description and operation
1.1. Function
Wireless addressable heat detector HDW-1 «RUBETEK» designed to protect objects from
fires by controlling the rate of temperature increase, exceeding the threshold value and issuing
notifications «Fire», «Attention» or «Norm» to addressable fire alarm control panel CP.
The detector operates as part of the Rubetek automatic fire alarm system, controlled by the
addressable fire alarm control panel CP-1 (hereinafter referred to as CP).
1.2. Technical data
Table 1 - The main parameters of the detector
Parameter
Value
Link interface
RF 868 MHz
Number of occupied address slots
1
Battery voltage, V
–main: 3, battery CR123A 1500 mAh
–backup: 3, battery CR2032 210 mAh
Battery life*
–main: min 3 years
–backup: min 3 months
Maximum link range (in open areas), m
900
Signal encryption
ХTEA 128bit
Number of channels within frequency range, ea.
5
Radiation power, mW, max
25
Tamper sensor
available
Operation temperature range, °С
from -10 to + 55
Relative air humidity
up to 93% at +40°С
Detector class
P
Class A1R
rate of rise heat detection with fixed
temperature up to 58°C
Class A1S
fixed temperature heat detection up to 58°C
Class BS
high fixed temperature heat detection up to
78°C
The degree of protection for the case
IP20
Dimensions, mm
Ø 92 × 42

5
Weight, g, max
100
Average lifetime, years
10
Average time between failures, h
60000
* At an operating temperature above 0ºС, taking into account stable radio link, and a polling time of
255 s. Operating time does not take into account batteries discharge during CW.
1.3. Appearance of the detector
1 - Case cover
2 - LED indicator
3 - «Test» button
4 - Device case
5 - Base
Figure 1 - Appearance of the detector
1.4. Internal design of the detector
1 - Main supply
2 - Backup supply
3 - «Tamper» sensor
Figure 2 - Internal design of the detector

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1.5. Complete set
Table 2 - Complete set of the detector
Item
Quantity, ea
Remarks
Wireless addressable heat detector
HDW-1 «RUBETEK»
1
Detector base DB-2 «RUBETEK»
1
Installed on detector
Battery CR123А
1
Installed on detector
Battery CR2032
1
Installed on detector
Protective cover
1
Installed on detector
Mounting kit
1
Individual packing
1
Datasheet
1*
Group packaging
1*
* Per shipping lot.
2. Intended use
2.1. Preparation for use
ATTENTION! If the detector was in conditions of negative temperature, keep it at least 4
hours at room temperature (25 ± 10 ºС) to prevent moisture condensation.
Open the package, make sure that the completeness of the detector corresponds to table 2.
Conduct an external visual inspection, make sure that there are no visible mechanical damages
(chips, cracks, dents) and traces of moisture.
Prepare detector for installation:
Open the case of the detector. To do this, turn the base of the
detector counterclockwise, and with a little effort pull the base
of the detector.

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Remove the protective film of the batteries. For this:
- carefully remove the battery;
- remove the protective film;
- observing the polarity indicated on the board, install the
battery in place;
- check the tight fit of the contact plates to the battery poles.
ATTENTION! Remove first the protective film from the main battery, then remove the
protective film from the backup battery.
ATTENTION! This Manual describes configuration, pairing and link to CP-1.
2.2. Linking the detector to СP
To link the detector to the CP via radio, ensure the
distance between the detector and CP or detector
and radio extender module, linked to CP, it must
be no more than 10 meters.
Open the Fire Alarm Network menu on the CP
screen by pressing the «» button on the
keyboard. Select item 1.Browse network and
press the OK button. Select the required CP.
Press the OK button.
Switch CP to the available devices search mode.
To do this:
- in the Main menu of CP select 3.DEVs and press
Ок
- select 3.Device pairing in the submenu. Press
Ок.

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- select 2.Wireless DEVs in the submenu. Press
Ок.
- select one item 1.Through CP/SC / 2.Using
RE-1 in the submenu. Press Ок.
RF-device pairing menu will open.
ATTENTION! Up to 5 detectors can be
linked to the CP at the same time.
Detectors active for linking within the
radio channel coverage area will be
displayed in the open list.
Enter the detector into the programming mode, for this it is necessary to
hold the TEST button on the detector for a long time.
ATTENTION! The device will automatically exit pairing mode
after 20 seconds.
The CP will display the serial number and the time since the device was
last detected. If the time is more than 5 seconds, then the device is most
likely out of pairing mode. Select the right one for pairing detector and
press OK.
CP will automatically proceed to further configuration of the detector
parameters (DEVS #X submenu, where X is the number of the slot to
which the detector is paired).
Configure the detector:
●Name –name of the detector;
ATTENTION! To use the created templates at the stage of
entering the name for the device, press «0» on the CP keyboard,
select a template from the proposed list and press OK. 9 templates
are available by default: level, apartment, vestibule, hall,
corridor, living room, kitchen, bedroom, bathroom.
●Zone - will allow you to combine devices of one fire zone. There are 32
protected zones on the CP.
ATTENTION! For DEVS which do not have a zone set in manual
mode, the Default Zone configurations will be applied.
●Device type* - determined automatically.
●Status* - current state of the detector (norm, housing opening, Fire 1,
Fire 2, battery low, link fault).
●Bypass mode - detector deactivation/activation in the system.
●Temperature* - value of the current temperature of the thermistor;
●Heating rate - rate of temperature change over time;

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●Link* - parameters of CP link with detector. More details are described
in paragraph 2.5 of this Manual.
●Main supply* - main battery voltage.
●Backup supply* - backup battery voltage.
●Serial number* - detector serial number.
●Firmware version* - detector firmware version.
●Device menu - includes:
○Device configuration - individual device configuration.
Described in the paragraph below. If you want to set up a paired
detector, wait 20 seconds after switching it to pairing mode. The
configuration of this item is available for 30 seconds.
○Reaction configuration - list of alarm signals from the detector,
which will be processed by the CP. Reaction configuration is
described in detail in paragraph 2.9.1 of this Manual.
●Delete - device deleting from CP.
ATTENTION! Parameters marked with * are not configurable
and are for informational purposes only.
In Device configuration, the following parameters are available:
●Status period –time interval (from 10 to 255s), after which the link of
the detector with the CP will be polled. 255s used as a default.
ATTENTION! Reducing the polling time of the detector will
shorten battery life.
In the Device configuration menu, you can select the sensor operation
mode. To set the required mode, select the required menu item and press
the OK button.
Sensor operating modes:
–A1R - response range from 54 to 65 °C.
–A1S - response range from 54 to 65 °C.
–BS - response range from 69 to 85 °C.
After entering the necessary parameters select Save and press Ок.
After making all the configurations, press the button to return to the
previous menu.
The DEVs menu will be displayed on CP.
Detector pairing completed.

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Close the detector case. To do this, drown the case of the detector into the
base until it stops, aligning the projections of the case with the recesses on
the base.
Make sure that the detector is in the operating mode. In this case, the LED
on the front of the detector will flicker green with an interval of 10 seconds.
Check the detector pairing to CP. Press TEST on
detector. The green LED will flash briefly.
A message about testing the device will appear on
the CP within 3 seconds, indicating the slot to
which it is paired, and the ID (name) of the
detector.
Check if the battery voltage is in accordance with paragraph 3.2.2 of the Manual.
2.3. Detector deactivation
When performing installation and maintenance work, it is recommended to switch the detector
to the deactivation mode. At the same time, device pairing to the CP is preserved, but all reactions of
the detector become inactive, including the «Fire2» alarm signals from this detector.
This mode is used to single disable detectors. To disable all RF-devices linked to this CP, use
the bypass mode described in paragraph 2.4.
Open the Fire Alarm Network menu on the CP
screen by pressing the «» button on the
keyboard. Select item 1.Browse network and
press the OK button. Select the required CP.
Press the OK button.
To deactivate the device, do the following:
- select 3.DEVs in the main menu.Press Ок.
- select 1.Devices list in the submenu. Press Ок.
- select 2.By number. Press Ок.
ATTENTION! Only «occupied» slots
are displayed in the devices list. For
quick access to a specific slot, press the
«0» button on the keyboard and enter the
slot number.
- select the right device. Press Ок.
- select Bypass mode. Press Ок.
- set bypass.