RUBETEK HD-1 User manual

MANUAL
ADDRESSABLE HEAT DETECTOR
HD-1 «RUBETEK»
Complies with:
EN 54-5
Hardware version: IP101-102M rev.4
Software version: 2022-10-1
Document version: 2022-10-1

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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. Apprearance 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. Detector location.........................................................................................................................6
2.3. Installation..................................................................................................................................7
2.4. Detector connection to CP..........................................................................................................8
2.6. Detector deactivation................................................................................................................12
2.7. СP bypass mode........................................................................................................................13
2.8. «Fire 2» confirmation alarm signal configuration....................................................................13
3. Maintenance..............................................................................................................................14
3.1. Safety precautions.....................................................................................................................14
3.2. Functional test...........................................................................................................................14
4. Storage......................................................................................................................................15
5. Transportation...........................................................................................................................15
6. Disposal....................................................................................................................................16
7. Manufacturer’s warranty ..........................................................................................................16
8. Claims.......................................................................................................................................16
9. Certification..............................................................................................................................16
10. Manufacturer ............................................................................................................................16
11. Supplier...........................................................................Ошибка! Закладка не определена.

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Introduction
This Manual is intended to describe the operating principle, configuration, installation and
operation of the addressable heat detector HD-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-1 «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 - Сonfirmation alarm signal;
−HD, detector - addressable heat detector HD-1 «RUBETEK»;
−PLC - power line communication;
−SCI - short circuit isolator module.

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1. Description and operation
1.1. Function
Addressable heat detector HD-1 «RUBETEK» is designed to protect objects from fires by
controlling the rate of temperature increase, exceeding the threshold value and issuing notifications
«Fire», «Attention» or «Normal» to addressable fire alarm control panel (CP) via wired
communication link.
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).
Detector functional capabilities:
•It has two methods for determining fires - by maximum temperature and by
temperature increase rate;
•generation of «Fire» and «Fault» alarms;
•automatic device detection in the system;
•testing of the detector from the CP menu;
•monitoring of the functionality;
•status light indication;
•PLC voltage measurement at the installation site;
•setting in the service mode, without interruption of the link and configuration;
•easy circular attachment to the base;
•protective housing;
•modern design.
1.2. Technical data
Table 1 - The main parameters of the detector
Parameter
Value
Link interface
PLC
Voltage supply
via PLC
Current consumption, mA
–max 0,17 in Standby mode
–max 0,2 in «Fire» mode
Detector activation temperature, °С
from + 54 to + 65
Operation temperature range, °С
from - 25 to + 55
Relative air humidity
Up to 93% at +40°С
Detector grade
A1R
Dimensions, mm
Ø 92 × 42
The degree of protection for the case
IP20
Weight, g, max
75 ± 5%
Average lifetime, years
10

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Average time between failures, h
60000
1.3. Apprearance of the detector
1 - Case cover
2 - LED indicator
3 - «Test» button
4 - Device case
5 - Base
Figure 1 - Appearance of the detector (front view)
1 - Detector case
2 - Detector contacts
3 - Base
4 - Terminals to connect to PLC
5 - Mounting holes
Figure 2 - Appearance of the detector (back view)
1.4. Internal design of the detector
1 - «Tamper» sensor
2 –Terminals to connect to PLC
Figure 3 –Internal design of the detector

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1.5. Complete set
Table 2 - Complete set of the detector
Item
Quantity, ea
Remarks
Addressable heat detector HD-1 «RUBETEK»
1
Detector base DB-1 «RUBETEK»
1
Installed on
detector
Protective housing
1
Installed on
detector
Mounting kit
1
Datasheet
1
Multiple package
1*
* Per shipment.
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 CP for operation (you may find the complete connection algorithm in the User Manual
for CP).
2.2. Detector location
Do not install a detector:
●outdoors, in places where there is a possibility of water getting on the detector case;
●in a room with a high content of dust, suspensions of building materials in the air, vapors and
aerosols that cause corrosion;
●in places with high air currents (for example, near fans, radiators and ventilation ducts);
●near high-frequency communications, power cables, routes.
Basic requirements for the organization of PLC and power lines:
●cable lines must be made with using fire-resistant cables with copper cores, flame
retardant for group laying, low-smoke fire-resistant (LSFR) or halogen-free (HFFR);
●● nominal wire cross-section from 0,75 mm² to 1,5 mm².

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2.3. Installation
ATTENTION! All PLC lines are connected prior to equipment 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.
Attach the device base to the selected
installation location and mark the mounting
holes with a pencil.
Drill 2 holes.
Terminate the PLC line at the base mounting
location, ensuring the possibility of connecting
the PLC to the detector terminals.
Fasten the detector base to the surface of the
PLC line using the mounting kit from the
accessory kit.
1 - Base
2 - Screw
3 - Dowel
Connect the detector to PLC line in any
sequence of input terminals.
ATTENTION! Install the detector on
the base only after switching the CP to
the mode of searching for available
devices (see. paragraph 2.4).

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- Install the detector on the base, aligning the
projections of the case with the recesses on the
base. Sink the case in the base until it stops.
- Rotate the detector clockwise.
2.4. Detector connection to CP
The connection can be carried out by the «tree» or «ring» topology. When connected by the
«tree» topology within one protected zone, the detectors are connected sequentially within the
«branch», branching is carried out thanks to the «connector box» (see Figure 4). When connecting by
the «tree» topology within several protected zones and by the «ring» topology, an SCI-1 short circuit
isolator module connection is required (see Figure 5 and Figure 6).
Figure 4 - Connection diagram by the «tree» topology for one alarm zone
Figure 5 - Connection diagram by the «tree» topology for several alarm zone

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Figure 6 - Connection diagram by the «ring» topology
The detector operates under the CP control, all detector configurations are made through the
device software.
When connecting wired devices, it is necessary to take into account the maximum length of
the PLC from the CP to the end device, which should not exceed 1200 meters.
ATTENTION! Binding of wired devices is performed one by one, i.e. it is necessary to install
each detector on the base in turn, then bind this device to the CP, and only after that proceed
to installing the detector on the base and its binding.
Figure 7 - Detectors connection diagram
ATTENTION! Before pairing the devices, all PLC lines and device bases must be installed.
In the Main menu of CP select 3.DEVs and
press Ок
- select 3.Device pairing in the submenu. Press
Ок.
- select 2.Wired DEVs in the submenu. Press
Ок.
CP will go to automatic devices search.
After the search is completed, the CP will
display a list of found devices.
Select the required device. Press OK. The name
of the device is followed by its serial number.
The CP automatically pairs a new wired device
to the first free slot.
The device configuration menu will open.
After making all the configurations, press OK.

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Device configuration
If you are making configurations for a
previously paired and configured device, you
must:
- select item 3.DEV and press OK
- select submenu 1.Devices list. Press OK.
- select submenu 2. Wired DEV. Press OK.
- select the desired slot. Press OK.
If configurations are made during pairing, the
configuration menu will be available
immediately.
The following options are available in the
list that opens.
●Name –device name;
●Zone - will allow you to combine
devices of one fire zone. There are 32
protected zones on the CP;
●Device type* - determined
automatically;
●Status* - current status of the detector
(normal, Fire 1, Fire 2, link fault);
●Bypass mode - bypass mode on/off;
●Temperature* - value of the current
temperature of the thermistor;
●Heating rate - rate of temperature
change over time;
●Link* - time since last link;
●PLC Line* - PLC line voltage;
●Serial number* - device serial number;
●Firmware version* - device firmware
version;

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●Device menu –device submenu;
○Device configuration - advanced device configuration (inactive for HD);
○Reaction configuration –device reaction configuration;
○Send test –sending test command to device.
●Delete –device deleting from CP.
ATTENTION! Options marked with * are not configurable and are for informational
purposes only.
You may set reactions for detector in the
Reaction configuration menu on the CP
keyboard. After the required reactions are set
press Ок to save changes.
ATTENTION! List of required active reactions:
●Fire1 from the DEV. - delivery of a message to the CP when the detector is triggered with
saving it in the archive.
●Tamper - delivery of a message to the CP when the casing is opened with saving it in the
archive.
●Test button - delivery of a message to the CP when the «Test» mode is activated with
saving it in the archive.
Check the detector pairing to CP. Activate
TEST mode on the device by the command
Send Test from the Device menu.
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.
ATTENTION! After the installation of the entire FA system, its functional test is checked
according to the technical documentation for the CP.
2.5. Detector LED indication
To control the connection process and the status of the device, use the detector LED
indication.
The status of the device is controlled by the number of light pulses, the duration of the light
pulse is 1 ms.
Table 3 –Detector LED indication
Detector status
Red indicator
Standby mode (Normal)
1 pulse
Repetition period 10 s.

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Alarm/Fire/Test mode
1 pulse
Repetition period 1 s.
2.6. 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 alarm signals «Fire1» and «Fire2» from this detector.
This mode is used to single disable detectors. To disable all Devices linked to this CP, use the bypass
mode described in paragraph 2.7.
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.Wired DEV. 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.
Press Ок to save.
To activate device, set the value to no.
To view the list of deactivated Wired DEVS on the
CP, do the following:
- select 1.Information in the main menu. Press
Ок.
- select 5.Bypassed DEV list. Press Ок.
- select 1.Wired DEV. Press Ок.

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After that you can see the list of wired DEVs which are deactivated on the
system with their slot number #Х.
2.7. СP bypass mode
Bypass mode is used to simultaneously disable all DEVs linked to a given CP. At the same time,
pairing and the devices configurations are preserved. Reactions of disconnected devices are not
displayed on the CP and do not trigger events. Alarm signals «Fire1» and «Fire2» from detectors are
transmitted, but are inactive on the CP.
ATTENTION! On the CP home screen, a quick bypass transfer of «in-fire» devices is
available by entering a pin code. PIN code is set by the administrator.
To configure the «sensor bypass» mode on the CP during the CW stage, do the following:
- In DEV Main menu select 7.Mode and press Ок.
- In the list that opens, select the mode: sensors bypass - this mode allows
the CP to ignore alarms from detectors. Press Ok.
ATTENTION! In this mode, the «Automatic Disabled» indicator
flashes, and the «Temporarily disabled» indicator glows yellow.
To return to automatic mode, In the Main menu on the CP select
7.Mode, press Ок, select Automatic in the submenu.
2.8. «Fire 2» confirmation alarm signal configuration
The CP is configured for the «Fire 2» confirmation alarm signal from one of the detectors by
default. The following algorithm is implemented: when the camera of one of the detector smokes,
the «Fire 1» First alarm state is sent to the CP, after 60 seconds, if the status of this detector is
unchanged or repeated, the «Fire 2» alarm signal is triggered on the CP, the fire alarm and the
configured events are triggered.
ATTENTION! With this configuration, if two or more devices of one zone are triggered with
an interval of no more than 60 seconds, the CP will automatically start «Fire 2» confirmation
alarm signal.
For «Fire 2» confirmation alarm signal activation configuration from only two or more
detectors of one zone:

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- In the Main menu select 3.DEV. Press Ок.
- select 2.Device zones. Press Ок.
- select the right Zone. Press Ок.
- select Fire2 by single det. Press Ок.
- set time 0000. Press Ок.
- make sure that for Fire2 by 2 and more: on is
selected.
3. Maintenance
3.1. Safety precautions
3.1.1. During the repair work in the room where the detector is installed, protection against
mechanical damage and ingress of building materials (whitewash, paint, dust, etc.)
must be provided.
3.2. Functional test
3.2.1. Detector functional test should be carried out during scheduled or other functional
checks of the detector, but at least once every 6 months.
3.2.2. Functional test includes:
●detectors status test for CP:
Open the Main menu on the CP.
Select 3.DEV in the main menu.Press Ок.
Select 1.Devices list submenu. Press Ок.
Select 2.Wired DEV submenu. Press Ок.
Select detector from the list and press Ок.
In the menu DEV #Хthat opens select Status.
If the detector has faults, they will be displayed.

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●external inspection of the detector for traces of moisture and mechanical
damage;
●checking the indication of the detector: «Standby mode» according to table 3;
●PLC line check:
Open the main menu of CP.
Select 3.DEVs and press Ок.
Select 1.Devices list in the submenu. Press
Ок.
Select 2.Wired DEV in the submenu. Press
Ок.
Select detector from the list and press Ок.
In the opened menu DEVs #Х, select PLC
Line. ATTENTION! If the value of 15V or
less is displayed in the «PLC line» field,
this indicates a drop in the power
supply voltage and the need to carry
out:
- visual check of the detector for the
absence of traces of mechanical
damage;
- visual check of PLC wires and their
connections;
- voltage measurement on PLC CP
terminals
If the value is less than 12V, the device stops operating. System operation prohibited.
4. Storage
4.1. Store the detector on racks in a packaged form.
4.2. The distance from the walls and floor of the storage to the detector packages must be
at least 0.1 m.
4.3. The distance between the heaters and the detector packages must be at least 0.5 m.
4.4. The room must be free of vapors of aggressive substances and conductive dust.
5. Transportation
5.1. The packaged detector can be transported by all means of transport in covered vehicles
and in pressurized aircraft compartments.
5.2. The conditions of transportation must comply with the following conditions:
●ambient air temperature from minus 50 °Сto plus 50 °С;

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●relative air humidity up to 95% at a temperature of plus 40 °С.
5.3. The period of transportation and intermediate storage should not exceed 3 months. It
is allowed to increase the period of transportation and intermediate storage of the
detector during transportation due to the storability time in stationary conditions.
6. Disposal
6.1. The detector is disposed when there are no toxic components in it.
6.2. The content of precious materials does not require record during storage, issue,
disposal.
7. Manufacturer’s warranty
7.1. The manufacturer guarantees the compliance of the detector with the technical
specifications, provided that the consumer observes the rules of transportation,
storage, installation and operation.
7.2. Warranty period of operation is 12 months from the date of commissioning, but not
more than 24 months from the date of manufacture.
7.3. During the warranty period, the replacement of failed detectors is carried out by the
manufacturer free of charge, provided that the consumer observes the instructions for
installation and operation.
7.4. When sending the detector for repair, it must be accompanied by an act describing the
malfunctions of the detector.
7.5. The warranty does not take effect in the following cases:
•non-compliance with this User Manual;
•mechanical damage of the detector;
•repair of the detector by a person other than Manufacturer.
7.6. The warranty applies only to the detector. All third-party equipment used in
conjunction with the detector is covered by their own warranties.
8. Claims
8.1. Warranty claims are made to the supplier in case the defects and malfunctions are
detected which lead to the failure of the detector within the warranty period.
8.2. In the certificate of defect indicate: device type, defects and malfunctions, conditions
under which they were detected, time since the start of operation of the detector.
8.3. A copy of the payment document for the detector must be attached to the act.
9. Certification
9.1. Addressable heat detector HD-1 «RUBETEK» complies with the European standard
EN 54-5 «Fire detection and fire alarm systems. Part 5: Heat detectors –Point
detectors».
10. Manufacturer
10.1. Email: [email protected]
10.2. Name of the manufacturer’s organization: DEVICE FACTORY L.L.C

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10.3. Legal address: 302020, Ippodromny ln 9/24, Orel, Russian Federation
10.4. Phone: [phone]
10.5. Email: [email protected]