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Addressable Radio Link System
Orion ISS
S2000R
User’s Manual
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Addressable Radio Link System
This User’s Manual is intended to help for studying operability principles and maintenance of the
devices of S2000R Addressable Radio Link Fire and Intrusion Alarm System based on S2000RARR32 Addressable Input and Output Module.
Please read the instructions completely before connecting, operating, adjusting or
maintaining this product
The following terms are used throughout the Manual:
AMR system: Automatic Meter Reading system, a system for collecting consumption and status data
from water meters or energy metering devices and transferring these data to a central
database for handling.
AMI: Advanced Metering Infrastructure.
Polling Loop (PL): The two-wire multiplex addressable polling loop of an S2000-KDL through which
the controller communicates data with and supplies power to connected addressable devices.
Long press: pressing a button down and holding it for a time of one to three seconds.
Short press: pressing a button down and holding it for less than one second.
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S2000R
Contents
1. GENERAL ......................................................................................................................... 5
2. SPECIFICATIONS ............................................................................................................ 7
3. S2000R-ARR32 PC BOARD ............................................................................................ 9
4. POWERING S2000R-ARR32 ......................................................................................... 10
5. INDICATION ................................................................................................................... 11
6. PROGRAMMING ............................................................................................................ 13
Preparation for Programming ...................................................................................................... 13
Selecting RF Channels ............................................................................................................... 13
Programming .............................................................................................................................. 15
Connecting Radio Link Devices to and Deleting Them from the ARR32 ...................................... 16
Restoring Communication between the Devices and the ARR32 ................................................ 18
Resetting the ARR32 .................................................................................................................. 19
7. S2000R CONFIGURATOR ............................................................................................. 20
Program Interface ....................................................................................................................... 21
Connecting Radio Link Devices to and Deleting Them from the ARR32 ...................................... 24
Assigning Polling Loop Addresses .............................................................................................. 24
Setting Radio Link Device Properties .......................................................................................... 25
Starting the Procedure of Analysis of the Radio Link Channels ................................................... 28
Disabling Prog Button ................................................................................................................. 28
Monitoring for Device Output Parameters ................................................................................... 29
Updating Firmware of the S2000R-ARR32 and Radio Link Devices ............................................ 29
Testing Link Quality and Radio Communication Statistics ........................................................... 30
Setting Device Poll Interval ......................................................................................................... 31
Access Control ............................................................................................................................ 32
Backup Configuration Files for ARR32 ........................................................................................ 34
8. PROGRAMMING THE POLLING LOOP CONTROLLER .............................................. 35
Inputs .......................................................................................................................................... 35
Outputs ....................................................................................................................................... 36
Device Indication Control ............................................................................................................ 36
Setting Addresses ....................................................................................................................... 36
Defeat Protection for S2000R-SMK ............................................................................................. 37
Power Saving Mode for S2000R-IK, S2000R-IK Rev.02, and S2000R-SHIK .............................. 37
Counting Threshold for S2000R-ASR2 and S2000R-ASR1 ......................................................... 37
9. DESIGN AND MOUNTING ............................................................................................. 38
Designing a System based on S2000R-ARR32 .......................................................................... 38
Mounting the ARR32 and Radio Link Devices ............................................................................. 39
10. RADIO DEVICES OF THE S2000R SERIES .................................................................. 43
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Addressable Radio Link System
S2000R-IP .................................................................................................................................. 43
S2000R-DIP ............................................................................................................................... 49
S2000R-IPR ............................................................................................................................... 55
S2000R-SMK ............................................................................................................................. 59
S2000R-IK .................................................................................................................................. 66
S2000R-ASR2 ............................................................................................................................ 71
S2000R-Siren ............................................................................................................................. 77
S2000R-RM ................................................................................................................................ 81
S2000R-RM rev.01 ..................................................................................................................... 87
S2000R-OST .............................................................................................................................. 94
S2000R-SHIK ............................................................................................................................. 97
S2000R-IK REV.02 ................................................................................................................... 102
Water Meters SHV-15D, SHV-20D, SGV-15D, SGV-20D ......................................................... 107
APPENDIX A. BATTERIES ................................................................................................. 112
APPENDIX B. TROUBLESHOOTING ................................................................................. 113
APPENDIX C. RADIO DEVICE-TO-ARR32 COMPATIBILITY ........................................... 117
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S2000R
1. GENERAL
This Manual describes specifications and principles of design, mounting, and operation of radio link
fire alarm systems, intrusion alarm systems, and AMR&AMI systems based on S2000R-ARR32 Radio
Link Input / Output Modules and radio link devices of the S2000R series.
S2000R-ARR32 Radio Link Input / Output Module (hereinafter referred to as the ARR32) is used with
a polling loop controller such as an S2000-KDL of version 2.20+ or S2000-KDL-2I of version 1.15+
(hereinafter referred to as the PLC) within an Orion Integrated Security System (ISS). The ARR32 is
intended to connect radio link devices of S2000R series into the multiplex addressable polling loop of
a PLC. The PLC operates with the radio link devices as with their wired versions.
Figure 1-1. Schematic Diagram of S2000R Radio Link System
A single S2000R-ARR32 provides connecting up to the 32 radio link devices into a polling loop. The
list of radio link devices supported by the S2000R-ARR32 is represented in Table 1-1.
Table 1-1. The Radio Link Devices Supported by S2000R-ARR32
Input Devices
S2000R-DIP
S2000R-IP Radio link analog addressable rate-of-rise and fixed temperature
S2000R-IPR
Radio link analog addressable photoelectric smoke detector
heat detector
Radio link manual call point
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Addressable Radio Link System
Input Devices
S2000R-SMK Radio link magnetic contact detector
S2000R-IK Radio link volumetric PIR motion detector
S2000R-IK rev.02* Radio link volumetric PIR motion detector
S2000R-SHIK* Radio link curtain PIR motion detector
Output Devices
S2000R-Siren Radio link light and sound alarm
S2000R-RM Radio link relay module
S2000R-RM rev.01 Radio link relay module (220V)
S2000R-OST* Radio link LED emergency sign board
Pulse Adapters
S2000R-ASR2 Radio link pulse adapter
SHV-15D*, SHV-20D*,
SGV-15D*, SGV-20D*
* - Devices are compatible with an ARR32 of hardware version 8 and higher.
Cold/hot water pulse meter with integrated radio link pulse adapter
S2000R-ASR1
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2. SPECIFICATIONS
Table 2-1. Common Radio Link Characteristics
Bandwidth, MHz 868.0—868.2,
868.7—869.2
Transmitting Power 10 mW max
Encryption AES128
Radio Channels 4
Radio link devices per a single S2000R-ARR32 Up to 32
Effective range in free space 300 m*
* - If the radio system is installed within premises its effective range depends on the number and the material of
walls and floors on the radio signal path.
Table 2-2. S2000R-ARR32 Specifications
Device Poll Interval:
- Programmable within the range of
- By default
ARR32 modules per a single radio channel Interval / 10
Loss Detection Time 3 Intervals
Input Voltage 9 —28 V
Current consumption while powering via the polling loop:
– Maximum consumption, the transceiver is on,
– Maximum consumption, the transceiver is off,
Current consumption while powering by a 12 V DC power supply:
– Average consumption in quiescent mode
10 to 300 s
30 s
22.5 mA
5.7 mA
21 mA
Ingress Protection Rating IP20
Operating Temperature -30 to +50°С
Transportation and Storage Temperature -30 to +55°С
Weight 0.130 kg
Overall Dimensions 102 x 107 x 39 mm
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More Information:
The components of an S2000R system are linked over the two-way radio communication
channel.
An ARR32 automatically monitors radio channel operability and in case of an excessive
noise on the current channel it can automatically select an alternate channel to operate on.
The data are transmitted within the S2000R radio link system encrypted with dynamically
changed encryption keys.
S2000R devices dynamically control radio signal strength.
An ARR32 provides regular monitoring for proper communication with connected radio link
devices and conditions of their power supplies.
Addressable Radio Link System
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3. S2000R-ARR32 PC BOARD
Figure 3-1. S2000R-ARR32 PC Board
LEDs:
POWER: Indicates conditions of power supplies;
LOOP: Indicates polling loop communication conditions;
RADIO: Indicates radio communication conditions.
Controls:
S1: Tamper Switch;
S2: Prog (Program) Button;
S3: Switches:
S3.1: Selects power supply mode;
S3.2 and S3.3: Provide assigning RF channel manually;
S3.4: Switches between auto and manual modes of channel arrangement.
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4. POWERING S2000R-ARR32
The S2000R-ARR32 is powered in one of the following ways:
1. Via the polling loop of the connected polling loop controller;
2. By external DC power supplies;
3. Via the USB port when the S2000R-ARR32 is connected to a personal computer for
configuring.
The S2000R-ARR32 can be in one of the two power modes defined by current position of the DIP
switch S3.1 (see Figure 3-1) as shown in Table 4-1.
Table 4-1. Power Modes of the S2000R-ARR32
Power Mode Current Consumed via Polling Loop S3.1 Switch Position
Via the polling loop Up to 22.5 mA Off
0 mA under normal conditions
By external power supplies
Being powered via the polling loop the ARR32 consumes up to 22.5 mA from the polling loop
regardless of the number of radio link devices connected to this one. When the ARR32 is operated in
this power mode, external power supplies typically are not in use, their voltage values are not
monitored, and their conditions are not indicated.
If you select powering the ARR32 via the polling loop please be sure that total current
consumption of the devices brought in the polling loop doesn’t exceed the allowed value
(see S2000-KDL Manual)
Being powered by external power supplies connected to the Х2 terminals (see Figure 3-1)
5.7 mA max in case of a failure of the
external power supplies
On
normally the ARR32 is not powered via the polling loop. In this power mode the ARR32 monitors for
voltage of the external power supplies which should be in the range of 9 to 28 V.
If no power is applied to the main or backup power input or when the power voltage is out of the
acceptable range, the S2000R-ARR32 indicates a power failure (see Section 5).
When both external power supplies fail the S2000R-ARR32 switches to a power failure mode. In this
mode the S2000R-ARR32 sends the polling loop controller a power failure message and remains
functional consuming up to 5.7 mA via the polling loop, with the transceiver being off and
communications with the radio link devices being stopped.
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5. INDICATION
The S2000R-ARR32 is equipped with three two-color LEDs on its front panel (see Figure 3-1):
• POWER: Indicates condition of the power supplies;
• LOOP: Indicates data communication over the polling loop;
• RADIO: Indicates data communication with the connected radio link devices.
Table 5-1. Operating Indication
LED Performance Condition
POWER
LOOP
RADIO
Off
Illuminates with green Normal power
Flashes with amber every second Power failure
Flashes with green every 4 s Data is being communicated
Flashes with amber every 4 s No data is communicated
Illuminates with amber Zero voltage is detected at the polling loop terminals
Flashes with green every 4 s
Flashes with amber twice per
second
Flashes with amber four times per
second
The mode of powering via the polling loop is
selected
Normal communication with all connected radio link
devices
No communications with one or more connected
radio link devices for more than three Poll Intervals
No communications with all the radio link devices for
more than three Poll Intervals
Off
Condition LED Performance
POWER illuminates with amber while LOOP and RADIO flashes
Radio Firmware Error
simultaneously with amber two times per second
Core Firmware Error POWER, LOOP, and RADIO illuminate with amber
Radio and Core Link Error RADIO illuminates with amber
* - Potential causes of faulty operation and troubleshooting practice are discussed in Appendix B.
The transceiver is disabled, the ARR32 doesn’t
communicate with the radio link devices
Table 5-2. Software Error Indication*
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Table 5-3. Operating Mode Indication
Operating Mode Indicator Performance
Programming Address
Device Connecting
Connecting Inhibited
(no vacant addresses)
Unsupported Device
(while connecting)
Device Deleting
Reset
Updating Core Firmware
LOOP flashes four times with amber every four seconds; POWER
and RADIO are off.
RADIO flashes with green twice per second; POWER and LOOP
are off.
RADIO flashes with amber twice per second within 3 seconds;
POWER and LOOP are off.
POWER, LOOP, and RADIO illuminate with amber within a half of
a second
POWER and LOOP alternately flash with amber twice per second;
RADIO is off. On exiting the mode all LEDs illuminate
simultaneously with amber for a half of a second.
POWER flashes with green and amber alternately six times per
second; LOOP and RADIO are off.
POWER illuminates with amber; LOOP and RADIO flash one by
one with amber four times per second.
Updating Radio Firmware
Testing Radio Frequency
Channels
POWER shows amber light; LOOP and RADIO flash one by one
with green four times per second.
POWER and LOOP are off; RADIO flashes with green and amber
alternately four times per second.
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6. PROGRAMMING
The system should be preliminary programmed prior to installing the devices at the place
of operation
PREPARATION FOR PROGRAMMING
1. Remove the ARR32 cover;
2. Connect the antenna supplied to the antenna port on the PCB (see Figure 3-1);
3. Select the power mode of the module (see Section 4);
4. Select the radio frequency channel (see below);
5. Connect the ARR32 to a personal computer by a cable USB A(m) – USB B(m);
6. If necessary, install the driver
http://bolid.ru/files/373/566/usb_rs_exar.zip
.
SELECTING RF CHANNELS
A radio link system based on ARR32 can operate on one of four radio frequency channels as shown
in Table 6-1.
Table 6-1. RF Channels
Channel Number Frequency Band, MHz
Channel 0 868.0 - 868.2
Channel 1 868.75 - 868.9
Channel 2 868.9 - 869.0
Channel 3 869.0 - 869.2
RF channels can be selected by means of switches S3.2—S3.4 (see Figure 3-1) or automatically.
After a channel is selected the ARR32 and all connected radio link devices start operating on the
selected channel within 90 s.
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Table 6-2. Channel Selection
Channel
S3.2 S3.3 S3.4
Auto selected Off Off On
Dynamically selected On On On
Channel 0 Off Off Off
Channel 1 Off On Off
Channel 2 On Off Off
Channel 3 On On Off
DIP Switch Positions
Auto Channel Selection
Place the ARR32 and a radio device where they are supposed to be installed;
Set the switch S3.4 on;
Start the procedure of analysis of radio link channels.
Radio Link Channel Analysis Procedure
The procedure of analysis of radio link channels is to be run by pressing the combination “two
short presses and one long press” on the program button S2 (see Figure 3-1). The analysis
procedure takes four minutes, ARR32 indication being as follows: POWER and LOOP are off, RADIO
flashes with green and amber alternately four times per second.
The procedure of analysis of radio channels can be run from a personal computer using S2000R
Configurator (see Section 7).
In the process of analysis the ARR32 selects the RF channel with the least load. When the procedure
has been completed the ARR32 automatically starts operating on the selected channel and saves this
channel as a default channel for auto mode.
If the analysis procedure was not employed, the Channel 0 is considered to be a default auto channel.
If necessary, the analysis procedure can be aborted by short simultaneously presses on the program
button S2 and the tamper switch S1.
While analyzing the radio frequency channels the ARR32 stops communicating with
radio link devices.
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Auto Mode with Dynamic Channel Selection
Set the switches S3.2, S3.3, and S3.4 (see Figure 3-1) into «On» position.
In this mode the ARR32 uses the default auto channel selected during the procedure of analysis of
RF channels (or the Channel 0 if the procedure was not performed). In case of excessive noise on the
automatically selected channel the ARR32 automatically changes this channel for a redundant one
(which is far from the current channel in the radio range) in order to keep robust communication with
radio link devices.
On restarting the ARR32 which operates in the Auto Mode with Dynamic Channel Selection, this
ARR32 returns to operating on the default auto channel.
Selecting RF Channels Manually
Set the switch S3.4 off.
Assign the relevant channel using the switches S3.2 and S3.3 as shown in Table 6-2.
The maximum number of the ARR32 modules operating in a radio coverage zone on a
single channel shouldn’t be more than Device Poll Interval in seconds divided by ten.
Device Poll Interval is defined with the help of S2000R Configurator (see Section 7). By
default Device Poll Interval is equal to 30 s, so the number of ARR32 which can operate
on a single radio channel is three.
The number of the current RF channel in any mode can be monitored by means of S2000R
Configurator (see Section 7).
PROGRAMMING
Programming the radio link system is implemented as the following operations:
1. Connecting radio link devices to the ARR32;
2. Programming radio link devices;
3. Assigning the ARR32 and connected radio link devices to addresses within the polling loop of the
polling loop controller;
4. Programming the devices in the configuration of the polling loop controller (selecting Device Type
parameters, arranging links between the devices, and selecting control programs).
The ARR32 and radio link devices of the S2000R series are to be programmed using the personal
computer, by means of the software utility “S2000R Configurator” (see Section 7).
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Addressable Radio Link System
Programming the devices in the configuration of the polling loop controller is implemented using the
personal computer, by means of UProg Configuration Tool (see Section 8).
The software utilities can be free download from the
Manual).
http://bolid.ru
(see the relevant sections of this
CONNECTING RADIO LINK DEVICES TO AND DELETING THEM FROM THE ARR32
Installing and Replacing Batteries in the Radio Link Devices
Starting operating a radio link device, first of all install batteries into it, both the main battery and the
backup battery, if applicable. For the devices with pre-installed batteries, remove the insulating
spacers from the battery holders.
Integrated Radio Link Pulse Adapter S2000R-ASR1 is equipped with a built-in non-detachable power
supply (see the section of this Manual for the relevant device).
After applying power to a radio link device powered by ER14505 or ER14250 battery/batteries a
process of activating batteries (depassivation) is started. Indication of the radio link device during
depassivation is shown in Table 6-3.
For S2000R-Siren Radio Link Light and Sound Alarm devices, the depassivation procedure can be
started only after connecting these ones to the ARR32.
Table 6-3. Light Indication of Battery Depassivation Process
Condition Indicated by a Radio Link Device As
Depassivation in progress… Flashes with amber four times per second
Depassivation completed successively,
device is starting
If depassivation has failed then the radio link device after starting sends ARR32 a message about
power supply discharge (see the manual for the relevant device).
Solid green light within 1 second
Connecting the Radio Link Devices
To add a new S2000R radio link device to the system do the following:
1. Switch the ARR32 to the Device Connecting mode as describe below:
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Open the ARR32 casing and activate Device Connecting mode by a brief press on the
program button S2 followed by a long press on this button (see Figure 3-1);
The ARR32 shall indicate Device Connecting mode by the following way: RADIO flashes with
green twice per second while POWER and LOOP are off;
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2. For all radio link devices (apart from S2000R-ASR1 which is connected using a service magnet)
If address space of the ARR32 is full (32 radio link devices has already been connected), the
ARR32 indicates its inability to enter the Device Connecting mode: RADIO flashes with
amber twice per second while POWER and LOOP are off. This condition is indicated for 3
seconds;
The ARR32 exits Device Connecting mode automatically, upon the expiry of 3 minutes since
last connecting a device or manually, by pressing on the program button S2 and the tamper
switch S1 simultaneously. In case of the manual operation the ARR32 LEDs perform as
follows: all the indicators POWER, LOOP, and RADIO show amber light within a second.
You can control operation of connecting devices from the personal computer using S2000R
Configurator (see Section 7).
make a long press on the Prog button of the device (see the relevant Manual for the radio link
device) until light indication appears:
Indication of the radio link device:
o The device has been connected successfully: the LED shows solid green light for 2 s;
o Connecting failed: the LED shows solid red light for 2 s.
Indication of the ARR32:
o If the device has been connected successfully, all the LEDs POWER, LOOP, and
RADIO show solid green light simultaneously for a second.
When the radio link device is connected it is by default assigned to a polling loop address of
«127».
If the attempt to connect the radio link device has failed please be sure that the ARR32 is
switched to the Device Connecting mode and try again. If the problem persists refer to Appendix
B (Troubleshooting).
3. To connect another radio link device, repeat Step 2.
If more than one radio link device are being connected to the ARR32 before their polling loop
addresses are assigned then the first connected device will be assigned to the address 127 while
all other devices will be in the mode of waiting for assigning address.
While connecting radio link devices, if a device indicates successful connection but the
ARR32 doesn’t indicate the relevant condition ensure that there are no another ARR32
in the Device Connecting mode in the radio coverage of the first ARR32.
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Deleting Radio Link Devices from the Memory of the ARR32
There are two following ways to delete radio link device descriptors from the memory of the ARR32:
1. Deleting individually or by group using S2000R Configurator (see Section 7);
2. Manual deleting of all the radio link devices for which communications are lost:
To delete device descriptors manually:
Switch the ARR32 to the mode of deleting non-active radio link devices using a combination
“three short presses and one long press” on the program button S2. In the Device
Deleting mode POWER and LOOP LEDs of the ARR32 flash with amber one by one twice
per second while RADIO LED is off;
Confirm deleting by pressing the tamper button S1. Deleting is indicated in the following way:
POWER, LOOP, and RADIO synchronously illuminate with green for a half of a second.
Then the ARR32 is restarted automatically;
The ARR32 exits the Device Deleting mode automatically upon expiry of 3 seconds or
manually by pressing down the program button S2 and tamper button S1 simultaneously.
The indication of the ARR32 is as follows: POWER, LOOP, and RADIO synchronously
illuminate with amber for a half of a second.
Communication with a device is considered to be lost if the device doesn’t respond
within three Poll Intervals.
RESTORING COMMUNICATION BETWEEN THE DEVICES AND THE ARR32
If radio communication between a radio link device and the ARR32 is lost for a short time then
communication can be re-established within a single Device Poll Interval.
In case of a long-term loss of communication (for example, if the ARR32 is de-energized for a long
time), in order to save power of the radio link devices the radio communication period increases with
each polling loop interval and can reach 60 minutes. So, after a long-term failure communication can
be restored in an hour.
If it is necessary to restore communication after a long-term failure immediately, run the Link Quality
Test procedure for all the radio link devices by short presses on their Prog buttons (apart from
S2000R-ASR1 for which the service magnet is used ) (see sections of this Manual for the relevant
devices).
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RESETTING THE ARR32
When the ARR32 is reset, all connected radio link devices and the polling loop address of the ARR32
are erased from its memory and the access password for programming the ARR32 by means of
Configurator (if set) is unset:
Switch the ARR32 to the Reset mode by pressing and holding the program button S2 (Figure
3-1) for ten seconds. The Reset mode is indicated in the following way: POWER LED flashes
with amber and green alternately six times per second while LOOP LED and RADIO LED are
off.
Confirm resetting by pressing the tamper switch S1. Resetting is indicated by the following
way: all the LEDs - POWER, LOOP, and RADIO – simultaneously show solid green light
within a half of a second. Then the ARR32 is reset automatically.
The ARR32 exits the Reset mode automatically upon the expiry of 15 seconds or manually
by pressing down the program button S2 and tamper button S1 simultaneously. On exiting
the Reset mode the indication of the ARR32 is as follows: POWER, LOOP, and RADIO
synchronously illuminates with amber for a half of a second.
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7. S2000R CONFIGURATOR
The ARR32 and radio link devices are configured using a special software utility “S2000R
Configurator” (hereinafter referred to as Configurator) installed on a PC. This utility provides:
Connecting radio link devices to the ARR32 and removing them from the radio system;
Assigning polling loop addresses to the ARR32 and connected radio link devices;
Adjusting individual properties of the radio link devices;
Starting the procedure of analysis of radio channels (see Section 6);
Disabling the program button of the ARR32;
Monitoring for output parameters of the radio link devices;
Updating firmware of the ARR32 and radio link devices;
Testing link quality and reading statistics of radio communication with every individual radio
link device;
Setting Device Poll Interval;
Setting and deleting passwords to control the ARR32 by means of Configurator;
Generating backup configuration files for the ARR32.
The latest version of Configurator is available for free download at
PRODUCTS → Orion Integrated Security System → Software → Configuring →
S2000R_Configurator
https://bolid.ru/production/orion/po-orion/po-config/config_s2000r.html#download
After connecting the ARR32 to the PC via a USB cable, run Configurator. The first window that opens
is Device Search window which displays all the ARR32 currently connected to the PC. Select the
device you need and click Open.
:
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: in the Section
If a single ARR32 is connected, it opens automatically.
If there is no descriptor of the connected ARR32 in the Device Search window, click Rescan. If the
problem persists, ensure that the USB cable is connected properly and the relevant driver is installed
on the PC.
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S2000R
Figure 7-1
After opening of the selected ARR32 the main program window is opened.
While opening the ARR32 configuration, Configurator can ask for the password (see Section Access
Control).
PROGRAM INTERFACE
The main program window contains:
Device Area at the left-hand portion of the window
Data and Control Area at the right-hand portion of the window
Main Menu
Toolbar
Figure 7-2
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Addressable Radio Link System
Device Area contains icons of the ARR32 and the devices connected to it. The following information
is displayed for every radio link device: the polling loop address, the type of the device, the hardware
(HW) and firmware (FW) versions of the device, the serial number (S/N) and the received signal
strength indicator (RSSI) as a three-color scale.
The icons are highlighted in accordance with the current device status as follows:
− In green for the Norm status;
− In red for the Alarm status;
− In yellow for the:
° Trouble status for intrusion detectors and
° Trouble, or Dusty, or Tamper Alarm status for fire detector;
− In grey for Communication Loss;
− In dark green for an ARR32 icon when a radio link device is being connected to it at the time;
− In dark green for an S2000R-ASR2 icon in the mode of 30 s poll interval;
− In dark green for an S2000R-ASR1 icon in the mode of 15 s poll interval;
− In dark green for an S2000R-IK, S2000R-IK rev.02, S2000R-SHIK in the Test mode.
Left click on an icon selects the device for displaying its properties in Data and Control Area. Several
devices can be selected for sending common commands.
Right click on the icon opens the device specific drop-down menu. The options from this menu can be
applied to all the selected devices.
Figure 7-3
Data and Control Area includes the following tabs:
Properties: Contains the properties of the radio link device selected at the Device Area. For all
the devices the following properties are displayed: the type, the ID (serial number),
the polling loop address, the radio address (the internal address of the device in the
address space of the ARR32), battery conditions, and tamper switch conditions.
Also, depending on the type of the device, sensor readings and customized control
elements can be presented.
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S2000R
For the ARR32 the following properties are displayed: the number of the current radio
channel, the versions of main and backup firmware, and the version of loaded
firmware to update radio link devices.
Update: Contains control elements for loading firmware to the memory of the ARR32 and
sending updates to the radio link devices.
Link Quality: Contains the results of the link quality test run from drop-down menus in Device Area.
Statistics: Contains the statistics of radio communications between the radio link device and the
ARR32; reading the statistics can be run from the drop-down menu in Device Area.
Figure 7-4
Tabs of Data and Control Area can be hidden by clicking on «Х» at the right of tab titles. To open a
hidden tab, select the relevant item in the Panels submenu of Main Menu.
Toolbar includes the following program tools:
Open
Close
− Connecting Configurator to the ARR32 connected to the PC
− Disconnecting Configurator from the current connected ARR32
Reset
− Sending a command to restart the connected ARR32
Enable
Device
Connection
− Sending a command to switch the ARR32 to the mode of connecting radio
link devices (see Section 6). After entering this mode the tool is changed by
Disable Device Connection
Delete All
Devices
− Sending a command to clear all radio link device descriptors from the ARR32
memory
When all radio link devices are deleted from the ARR32 memory, the settings in the polling
loop controller configuration related to the relevant polling loop addresses retain
unchanged
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CONNECTING RADIO LINK DEVICES TO AND DELETING THEM FROM THE ARR32
Connecting radio link devices to and removing these ones from the radio system are described in the
Section 6 of this Manual.
Connecting Radio Link Devices
In order to connect a radio link device to the radio system, the ARR32 should be switched to the
mode of connecting radio link devices. To do this, click Enable Device Connection on the Toolbar or
select the ARR32 in the Device Area, right-click for opening the drop-down menu and select the
relevant option.
After ARR32 entering the Device Connecting mode its icon is highlighted with green while the button
on Toolbar and the relevant menu option change its view for Disable Device Connection for the
ARR32 to exit Device Connecting mode.
The ARR32 also exits the Device Connecting mode automatically on expire of three minutes since
last connecting a device or upon pressing buttons on the ARR32 PC board (see Section 6).
Deleting Devices from the ARR32 Memory
To delete a radio link device descriptor from the memory of the S2000R-ARR32, select the device or
a group of devices in Device Area, open the right-click menu and select Delete Device.
The device descriptor(s) will be deleted only from the memory of the S2000R-ARR32. To
delete device descriptors from the memory of the polling loop controller, use UProg.
ASSIGNING POLLING LOOP ADDRESSES
To assign polling loop address to a single radio link device, left-click the Address Menu at the right
of the device icon in Device Area and select the required value from the drop-down list.
For devices which have several inputs / outputs only the first address is assigned, other
inputs / outputs are numbered automatically with the sequential addresses.
Figure 7-5
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To assign polling loop addresses to a group of the radio link devices, select the required devices in
Device Area, right-click the selection to open the drop-down menu and select Auto Addressing. Then
specify an initial address and an increment (1 by default) in the opened window “Group Addressing”.
For the radio link devices which have several inputs / outputs the required number of addresses is
allocated automatically.
The address of the ARR32 within the polling loop can be assigned only individually.
While assigning addresses for multi-zone devices manually please pay attention to the
assigned values in order to avoid duplication. Refer to the PL Address string for the
previously connected radio device on the Device Properties tab in Data and Control
Area.
SETTING RADIO LINK DEVICE PROPERTIES
Individual settings of radio link devices depending on the device type are available on the
Device Properties tab in Data and Control Area:
– S2000R-SMK:
• Enabling Monitored Circuit (On / Off).
– S2000R-ASR2:
• Low pulse rate input / high pulse rate input;
• Selecting the meter output type (dry contact / NAMUR);
• Selecting frequency mode;
• Controlling the Water Leak Sensor input (On / Off).
– S2000R-IP and S2000R-DIP:
• Enabling tamper alarms;
– S2000R-RM:
• Selecting the power supply or the battery as a “main” power supply;
– S2000R-IK, S2000R-IK rev.02, and S2000R-SHIK:
• Operating the test mode;
– S2000R-IK rev.02:
• Selecting the detection precision.
Option menu can be open by left-clicking on the field with pencil icon (see Figure 7-6).
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Figure 7-6
After defining individual settings the changes shall be saved in the memory of radio link devices. For
doing so click Save Changes at the bottom of the Properties tab. Successful completing is
accompanied by displaying a Settings Saved message.
Settings are transmitted to the radio link devices in the next communication session.
In order the settings can be changed successfully please do not disconnect and do not
reset the ARR32 before the next communication session is established.
If setting changes the number of the polling loop addresses occupied by the device
(enabling/disabling Monitored Circuit and so on) then the address of the device is reset
to the default value (127) to avoid address collision.
Setting Properties of S2000R-ASR2
Setting of the S2000R-ASR2 properties should be performed when the Device Poll Interval is set to
30 s. The current poll mode of the S2000R-ASR2 can be seen in the Poll Interval string on the
Properties tab.
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S2000R
Figure 7-7
To proceed to the 30 s poll interval mode run Configurator and briefly press the tamper switch on the
S2000R-ASR2 PC board down (see the relevant section of this Manual). The S2000R-ASR2 icon in
Device Area shall be highlighted in dark-green.
The S2000R-ASR2 quits the 30 s poll interval mode automatically in 10 minutes after exiting
Configurator.
Setting Properties of S2000R-IP and S2000R-DIP
Monitoring for tampering S2000R-IP and S2000R-DIP detectors can be activated/deactivated by
means of the right-click menu in Device Area (the menu commands Disable Tamper Monitoring and
Enable Tamper Monitoring).
Setting Properties of S2000R-RM
Specifying the main power supply for relay modules S2000R-RM is performed in the string Main
Power Supply on the Properties tab.
The main power supply can be Battery (if no 12 V power supply is connected to the module) or
External (provided that a 12 V power supply is connected).
This setting defines the content of messages transmitted to the polling loop controller when states of
the power supplies of the module change:
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For the power supply specified as “main” Power Failed / Restored messages will be
transmitted;
For the second power supply Battery Failed / Restored messages will be transmitted.
Setting Properties of S2000R-IK, S2000R-IK Rev.02, and S2000R-SHIK
The Test mode for detectors S2000R-IK, S2000R-IK rev.02, S2000R-SHIK can be operated in the
Test Mode field on the Properties tab.
The icons of detectors being in Test mode are highlighted in dark-green in Device Area.
Accuracy of measurement for an S2000R-IK rev.02 can be selected in the Operation Mode field on
the Properties tab.
STARTING THE PROCEDURE OF ANALYSIS OF THE RADIO LINK CHANNELS
This procedure is intended for automatic selection of the radio frequency channels (see Section
“PROGRAMMING”).
To run the procedure, select the ARR32 descriptor in Device Area, right-click it to open the drop-down
menu and select Run Auto Channel Selection.
The procedure which is being executed can be aborted by selecting Abort Auto Channel Selection in
the drop-down menu for the ARR32 in Device Area or by pressing down the program button S2 and
the tamper switch S1 on the ARR32 PCB simultaneously for a short time (see Section 3).
If the procedure has been aborted the ARR32 restarts automatically.
DISABLING PROG BUTTON
To provide additional protection against unauthorized access to system operations you can disable
the ARR32 Prog Button S2, so that any press on this button will be ignored.
To disable programming by button, open the drop-down menu of the ARR32 in Device Area and
select the Disable Prog Button option.
If button operations are disabled, then pressing the button S2 down causes the ARR32 indicators
POWER, LOOP, and RADIO to illuminate with amber for 5 seconds.
To unlock button operations repeat the above action, the drop-down menu command being changed
for Enable Prog Button.
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MONITORING FOR DEVICE OUTPUT PARAMETERS
Current readings of detectors and pulse counters (such as temperature values of S2000R-IP
detectors, S2000R-ASR2 readings, and so on) as well as current conditions of additional monitored
circuits are shown on the Properties tab in Data and Control Area.
UPDATING FIRMWARE OF THE S2000R-ARR32 AND RADIO LINK DEVICES
To update firmware of the radio link devices as well as firmware of the Core or Radio part of the
ARR32, upload the required versions of the firmware into the ARR32 memory. To do this, click
Upload on the Update tab in Data and Control Area and specify a target location for the relevant file.
For multi-purpose files which contain several versions of firmware the required version should be
selected.
Updating Firmware of Radio Link Devices
The current version of radio device firmware loaded in the ARR32 memory is shown on the Update
tab and on Properties tab for the ARR32 in the section “Loaded Device Firmware”.
After uploading firmware of radio link devices to the memory of ARR32, Configurator automatically
generates a list of the devices for which the uploaded firmware is intended and displays this list on the
Update tab.
The current version of the firmware is highlighted in the list of devices with one of the following colors:
• In blue if the version of firmware downloaded in the ARR32 memory is similar to the current
version of the firmware of the radio link device,
• In green if the version of firmware downloaded in the ARR32 memory is higher than the
current one, or
• In red if the version of firmware downloaded in the ARR32 memory is lower than the current
one and updating is not recommended.
To start updating, select the relevant devices in the list and click on Update Selection.
The ARR32 indicates updating firmware as discussed in Section 5.
If necessary, transmission of firmware to a radio link device can be terminated by clicking the Stop
button.
If the radio link device fails to operate after updating its firmware, refer to Appendix B
(Troubleshooting).
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The small power supply in an S2000R-ASR2 after a long period of operation can fail to
support transmitting firmware over the radio channel.
Please change the S2000R-ASR battery for a fresh one prior to uploading
S2000R-ASR2 firmware
Updating Firmware of the S2000R-ARR32
S2000R-ARR32 firmware consists of two parts: Core Firmware and Radio Firmware. These parts are
to be updated separately. Current versions of firmware can be seen as Radio Firmware Version and
Core Firmware Version properties of the ARR32 on the Properties tab.
After Core Firmware and Radio Firmware are written into the ARR32 memory, the versions of the
written firmware are displayed on the Properties tab for the ARR32 in the strings Backup Radio
Firmware and Backup Core Firmware.
ARR32 firmware will be updated automatically on restarting the ARR32. To restart the ARR32, select
Device → Restart in the Main Menu or press the relevant button on the toolbar.
The ARR32 indicates updating firmware as discussed in Section 5.
TESTING LINK QUALITY AND RADIO COMMUNICATION STATISTICS
To test current quality of radio communication between the ARR32 and radio devices, select one
or more radio devices in Device Area, then open the right-click menu and select Link Quality Test.
Figure 7-8
As the test has been completed for each device, the program shows the results on the Link Quality
Test tab in Data and Control Area. The results include the number of successfully delivered data
packets relatively to the total number of data packets sent during the test as well as the maximum,
average, and minimum values of received signal strength indicator (RSSI) in -dBm.
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-dBm Link Quality
-20 to -80 Strong signal
-80 to -90 Signal is OK
-90 to -110 Weak signal
Analysis of radio communication statistics can be useful when communication errors appear
caused by time-shared environmental aspects. Refer to Appendix B. Troubleshooting to get more
information about analysis of the statistics.
To read the statistics of radio communications with the ARR32 from the memory of a radio link device
or a group of the devices, select the device or the group of the devices in Device Area, right-click to
open the drop-down menu and select Get Statistics.
As the statistics has been received for a device, the data are displayed on the Statistics tab in Data
and Control Area. The data contain the total number of the packets that were sent and the statistics
for the numbers of resending packets before they were transmitted successfully.
To delete the statistics of communication from the device memory, select a radio link device or
several devices in Device Area, right-click to open the drop-down menu and select Clear Statistics.
SETTING DEVICE POLL INTERVAL
For radio link detectors the Poll Interval can be set to a value in the range of 10 seconds to 5 minutes.
When kicking in the detectors send alarm messages immediately regardless of Poll Interval value.
Figure 7-9
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Addressable Radio Link System
To set the required interval, select the ARR32 in Device Area and select the relevant value in the
drop-down list Poll Interval on the Properties tab in Data and Control Area. Restart the ARR32 in
order the changes to be saved and come into force.
All the ARR32 operating on the same radio channel should poll the detectors with the
same Poll Interval. If the Auto Mode with Dynamic Channel Selection is used to select a
channel then the poll interval for the radio link detectors should be identical for all the
ARR32 in the radio coverage range.
WARNING: The time of system response doesn’t depend on Device Poll Interval.
Please do not set Device Poll Interval to a value less than 30 s unless necessary
The defined Poll Interval is not applied to output devices such as relays and light and
sound alarms.
Output devices are always polled with a constant, unchangeable period (see manuals for
the relevant devices)
ACCESS CONTROL
Access to controlling and programming the ARR32 by means of Configurator can be password
protected. A password is stored in the memory of the ARR32 and is requested in case of an attempt
to connect the ARR32. In Device Search window an ARR32 protected by password appears with a
key icon at the left side of the string.
Figure 7-10
On an attempt to connect to an ARR32 protected by a password the Password Required window
appears. Until the correct password is entered Configurator doesn’t provide any information about the
connected ARR32 and doesn’t provide access to the control functions of Configurator.
Figure 7-11
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If an entered password is wrong the relevant message is displayed in the dialog window.
Figure 7-12
Click Retry to try entering the password again or Cancel to undo connecting to the ARR32.
Lost Password
If the password is lost then access to the ARR32 can be restored by resetting the current
configuration and loading the backup configuration from the file (see “Backup Configuration Files for
ARR32”).
To reset the configuration open the ARR32 enclosure and click Reset in the Password Required
dialog or in the window of the message about wrong password. The ARR32 will enter the Reset mode
(see Section 6) and require confirming operation by pressing down the tamper switch S1 once for a
short time.
On resetting the configuration all descriptors of the connected radio link devices and the
given polling loop address of the ARR32 will be deleted from the ARR32 memory. Also
the access password will be discarded.
Setting and Deleting Password
To set a password or to change a current password, select Device → Change Password in the main
menu of Configurator. Then enter the required password and confirm operation in the opened dialog.
Figure 7-13
If you need to cancel password protection for the ARR32, enter your current password and leave the
fields New Password and Confirm New Password blank.
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BACKUP CONFIGURATION FILES FOR ARR32
To generate a file with a list of the connected radio link devices and the assigned polling loop
addresses, select File → Save CFG to File in Main Menu and specify the path to store the saved file.
To load the configuration from a backup file, select File → Load CFG from File in Main Menu and
specify the path to the configuration file.
Copying Configuration to another ARR32
If a configuration created for an ARR32 is loaded to another ARR32 then to restore radio
communication the radio link devices must be re-connected without deleting them from the ARR32
memory.
Radio addresses of the radio link devices in the ARR32 memory and assigned polling loop addresses
of these ones remain unchanged.
When loading a backup configuration file of one ARR32 to another ARR32 please be
sure that hardware of both ARR32 modules is compatible
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8. PROGRAMMING THE POLLING LOOP CONTROLLER
The radio link devices are programmed for operation with the polling loop controller by means of the
software utility “UProg” (hereinafter referred to as UProg). For setting parameters of the ARR32 and
the radio link devices, UProg of versions 4.1.0.52 and higher should be used.
The last actual version of UProg is available for free download at
PRODUCTS → Orion Integrated Security System → Software → Configuring → UProg:
https://bolid.ru/production/orion/po-orion/po-config/uprog.html
Programming is carried out in accordance with User’s Manual for the polling loop controller in use.
http://bolid.ru
: in the Section
INPUTS
The following Input Types can be assigned to the devices of S2000R Series in UProg:
Table 8-1. Types of Inputs for the Devices of S2000R Series
Type of the Device Type of the Input
S2000R-ARR32 5: Intrusion with Tamper Monitoring
S2000R-IPR 16: Fire Manual
3: Heat Fire
S2000R-IP
6: Auxiliary
9: Heat Analog Addressable
10: Thermostatic
1: Smoke Fire
S2000R-DIP
Magnetic Contact
S2000R-SMK
6: Auxiliary
Monitored Circuit
7: Entrance
11: Panic
17: Flood
S2000R-IK
6: Auxiliary
8: Smoke Analog Addressable
4: Intrusion
5: Intrusion with Tamper Monitoring
6: Auxiliary
7: Entrance
11: Panic
4: Intrusion
5: Intrusion with Tamper Monitoring
5: Intrusion with Tamper Monitoring
7: Entrance
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Type of the Device Type of the Input
S2000R-IK Rev.02
S2000R-SHIK
Pulse Input 1 13: Counting
S2000R-ASR2
S2000R-ASR1 13: Counting
Pulse Input 2 13: Counting
Flood Detector 17: Flood
5: Intrusion with Tamper Monitoring
7: Entrance
5: Intrusion with Tamper Monitoring
7: Entrance
OUTPUTS
Control modules S2000R-Siren, S2000R-OST, S2000R-RM, and S2000R-RM rev.01 should be
assigned with one of the Control Programs by means of UProg (see the User’s Manual for the polling
loop controller).
You should select a Control Program so that the relevant device can operate as required by your
installation.
DEVICE INDICATION CONTROL
The devices of the S2000R Series do not support controlling their light indication by the polling loop
controller. So, only the following values can be selected for the Device Indication Control parameters
of the addressable devices in UProg:
0: Indication Disabled;
1: Standalone Indication Control.
SETTING ADDRESSES
While assigning polling loop addresses in the configuration of the polling loop controller, in order a
programmed S20000R device to capture a given address send a Program Loop Address command to
the device and briefly press the Prog button on the device PCB (refer to the User’s Manual of the
relevant device).
For S2000R-IP and S2000R-DIP detectors this also can be done by pressing the relevant detector
light emitter down or lighting the light emitter by the laser beam of a laser test tool.
For an S2000R-ASR1 pulse adapter set a magnet to the service contact for a short time.
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DEFEAT PROTECTION FOR S2000R-SMK
Defeat protection of an S2000R-SMK magnetic contact (see the relevant section of this Manual) is
enabled by setting on the active state for the Defeat Protection field in UProg (the active state is
indicated by a plus sign «+»). This setting should be done only for the base address of the S2000RSMK.
POWER SAVING MODE FOR S2000R-IK, S2000R-IK REV.02, AND S2000R-SHIK
The function of power saving mode for S2000R-IK, S2000R-IK rev.02, and S2000R-SHIK detectors
(see the relevant sections of this Manual) is turned on by selecting the active state for the Save Mode
field in UProg (the active state is indicated by a plus sign «+»).
Arming the detectors operating in the power saving mode can take a time within Device Poll Interval
(see Section Setting Device Poll Interval). In order the system to operate correctly the arming delay
for the detectors should be defined no less than Device Poll Interval.
COUNTING THRESHOLD FOR S2000R-ASR2 AND S2000R-ASR1
ARR32 transmits the polling loop controller readings of counting inputs when these reading values
exceed a given Counting Threshold (upon accumulation the given difference of readings).
This threshold value is set in UProg in the field Counting Threshold.
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9. DESIGN AND MOUNTING
DESIGNING A SYSTEM BASED ON S2000R-ARR32
Designing a system based on S2000R-ARR32 it is necessary to take into account RF
transparentness of the floors, walls and other construction elements at the mounting location, as well
as presence of obstructions and interference sources.
Connecting radio link devices to the ARR32 and adjusting the system should be performed prior to
installing the system elements in the field.
RF Range
Estimated distances between ARR32 and a radio link device to provide reliable wireless connectivity
depending on relative positions of system elements are shown in Table 9-1.
The actual coverage can differ from the approximate values to be more or less depending on the
particular mutual arrangement of the system.
Table 9-1. Radio Coverage
Relative Positions Max Recommended Distance
Free air, line-of-sight 300 m
Within premises, line-of-sight 120 m
Rooms separated by reinforced concrete construction elements 50 m
Rooms separated by wood or gypsum plaster board construction
elements
Separate buildings, sight through windows 140 m
80 m
Mounting Location Considerations
CAUTION
A final decision about mounting locations of the ARR32 and radio link devices should
be made taking into account the results of testing link quality (see Section “Mounting
the ARR32 and Radio Link Devices”)
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Avoid installing the ARR32 and radio link devices at locations as follows:
On metal surface or near large metal things;
Near electrical equipment and electric motors;
In embayment areas formed by reinforced concrete structures;
Near current-carrying elements and electric cables.
Optimally the ARR32 should be positioned at the middle of the distance between the radio link
devices which are the most separated from each other, at the height of 1.5 to 2 meters.
When several ARR32 are to be installed in the same area or an ARR32 are to be
installed near another radio source then a minimum distance of 0.5 meters must be
maintained between the individual ARR32 modules or the ARR32 and the radio source.
Installing the ARR32 Under Conditions of Screening
If you need to install the ARR32 in the environment of screening materials (in embayment areas
formed by reinforced concrete construction elements or in metal cabinets) it is necessary to use a
remote antenna instead of the internal built-in antenna. Position the remote antenna out of the
screened area and use a cable of a minimum length. No remote antenna is provided with the ARR32.
Installing ARR32 and Radio Link Devices in Separate Buildings
When radio link input/output modules and radio link devices are supposed to be installed in various
buildings they should be located in close vicinity of window embrasures facing each other.
MOUNTING THE ARR32 AND RADIO LINK DEVICES
While mounting radio link devices please follow the instructions of the descriptions of the relevant
devices (see Section Radio Devices of the S2000R Series).
Mounting S2000R-IP and S2000R-DIP
S2000R-IP and S2000R-DIP detectors must be attached in such a way that the antenna of a detector
secured in its base is directed towards the ARR32 (an imaginary line between the ARR32 and the
radio link detector should not come across the main detector battery).
To facilitate mounting, there is a molded pointer in the form of an arrow on the detector base which
points to the location of the antenna (see Figure 9-1).
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Addressable Radio Link System
Figure 9-1
Testing Link Quality
Before installing the ARR32 and the radio link devices it is necessary to ensure that reliable radio
communications the ARR32 and every device can be established.
To check the reliability of radio communications, the Link Quality Test procedure is intended:
1. Place the ARR32 at the location where you are going to install this device;
2. Place the radio link device at the place where the device is supposed to be installed;
3. Start the Link Quality Test procedure for the radio link device by a brief press on its Prog button
(see the description of this procedure for the radio link device in its manual). For such detectors
as S2000R-IP and S2000R-DIP this procedure can be run also by a brief press on the light guide
of the indicator or lighting it with the laser beam of a laser test tool. The procedure lasts one
minute. During the procedure the radio link device indicates current quality of the link as shown in
Table 9-2;
4. If link quality is low, select another location for the device or the ARR32 and repeat testing.
Table 9-2. Link Quality Indication
Device LED Performance Condition Signal Strength, dBm
Flashes with green Strong signal -20…-80
Flashes with green and red Normal signal -80…-90
Flashes with red Weak signal
(not recommended to install)
Shows red light for 1 s No communications or the device is not
connected to the ARR32
-90…-110
Link quality can also be estimated by means of S2000R Configurator. To do this, locate the radio link
device and the ARR32 at the places they are supposed to be attached, connect the ARR32 to the
personal computer and run the relevant test (see Section 7).
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Overall Dimensions of the ARR32
POWER
LOOP
RADIO
S2000R-ARR32
Figure 9-2. Overall and Mounting Dimensions
Mounting the ARR32
Mounting on a Wall
• The ARR32 should be mounted on a solid, plane, clean, and dry surface;
• The ARR32 enclosure is equipped with four fastening points including two upper holes for
hanging and two bottom holes for fastening;
• Overall dimensions of the ARR32 and the distances between mounting holes are shown in
Figure 9-2.
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S2000
-
KDL
-
S2000
R-ARR32
-
+U
+U
Power Supply
RIP 12/24
GND
+U
Mounting onto the DIN Rail
The ARR32 can be mounted on the DIN rail as shown in Figure 9-3.
Put the clips at the
back of the device
behind the bottom
edge of the rail
Gently press on the
bottom of the device
Figure 9-3. Mounting the ARR32 on the DIN Rail
Turn the device
until it clicks
Connecting the ARR32
The ARR32 is connected in accordance with the schematic shown in Figure 9-4. If the ARR32 is
powered via the polling loop, no external power supply should be connected.
Backup
+
external power supplies
optionally
+
+U
12/24 V
Main
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Figure 9-4. ARR32 Connection Diagram
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10. RADIO DEVICES OF THE S2000R SERIES
S2000R-IP
General
S2000R-IP Analog Addressable Radio Link Rate-of-Rise and Fixed
Temperature Heat Detector (hereinafter referred to as the detector)
of Response Class A1R is designed to protect premises against
fire by monitoring ambient temperature. When the temperature
reaches a response value or the temperature rises too rapidly, the
detector generates an alarm.
The detector provides monitoring for current values of ambient
temperature in degrees Centigrade. The detector also monitors its
case against tampering and separation from the attachment point
as well as keeps a check on main and backup battery voltage and quality of the radio link.
The detector is intended for round-the-clock operation.
The detector’s operability can be tested with the help of a laser test tool made by System Sensor or
similar.
Specifications
Table 10-1. S2000R-IP Specifications
Batteries:
Main
Backup
Operating by Battery in Quiescent Mode*:
ER14505 (АА), 3.6 V
CR2032, 3 V
By the main battery
By the backup battery
Accuracy of Temperature Measurements ±1°С
Response Temperature +54 to +65°С
Fault Detection Time 60 s max
Ingress Protection Rating IP40
Operation Temperatures -30 to +50°С
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Transportation and Storage Temperature -30 to +55°С
Weight 0.12 kg
Overall Dimensions, Diameter × Height 100 mm × 48 mm
* - Operation time depends on the transmission interval, radio link quality, and ambient temperatures
S2000R-IP PC Board
Figure 10-1
Indication
Table 10-2. S2000R-IP Start Indication
Mode LED Performance
Battery depassivation in progress Illuminates with amber four times per second
Proceeding to quiescent mode Illuminates with green for 1 s
Table 10-3. S2000R-IP Operation Indication
LED Performance Condition
Flashes with red every 3 s Fire Alarm
Flashes with green every 10 s Norm
Flashes with amber every 10 s Discharge of the main or backup battery
Two flashes with amber every 15 s Trouble
Three flashes with amber every 15 s No communications with the ARR32
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S2000R S2000R-IP
Table 10-4. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows red light for 1 s No communications or the device is not connected to
the ARR32
Getting Started
Remove the protective cover from the PC board.
Remove the insulating spacers from the holders of the main and backup batteries and wait until
depassivation is completed.
Figure 10-2
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-2. If depassivation fails the detector
indication is similar to indication of low batteries (see Table 10-3).
In case of deep battery passivation (after storage for a longer than two years) a
passivation process can last up to four hours. In this process the device operate in
quiescent mode and depassivation is started every 30 minutes until it has been
completed successfully.
Until depassivation succeeds the detector indicates discharged conditions of main
battery (with transmitting the relevant state to the control and indicating equipment).
If upon expiry of four hours the battery condition has not yet been normalized then the
batteries must be replaced.
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Addressable Radio Link System
Connecting and Programming
Connect the detector to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
When the detector has been connected on the ARR32, put the protective cover on it.
Mounting Location Considerations
Considering the mounting location for the S2000R-IP, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the detector
and the ARR32 at their current locations and when obstructions exist on the path of radio signals. You
are recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-1) or by a short
press on the detector light guide or lighting this one by the laser beam of a laser test tool. The
procedure lasts 60 seconds, the detector being indicating the results of the test as shown in Table
10-4.
As testing the detector is in progress you can move the detector and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
The detector’s base is to be mounted on a flat surface using the two screws provided.
To attach the detector to the mounting base, place the detector into the base and rotate clockwise
until the detector drops into place and the matchmark moulded on the detector lines up with the short
mark 1 on the mounting base. Continue rotating clockwise until the matchmark on the detector lines
up with the matchmark 2 as shown in Figure 10-3 and the detector locks into place.
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S2000R S2000R-IP
Figure 10-3
Testing
After mounting, the detector’s operations should be tested in accordance with one of the procedures
described below.
Simplified Test Procedure
Ensure the detector indicates that it is in Normal state;
Start testing quality of the link with the ARR32 by pressing the detector’s light guide for a
short time or by lighting the light guide by the laser beam;
Ensure the detector indicates the link quality procedure has been started (see Section 9);
Ensure that a Detector Test message has been delivered to the control and indicating
equipment;
Wait until the detector enters in Normal state.
Complete Test Procedure
Prior to carrying out the complete testing procedure be sure that a fire alarm from the
detector will not start any announcement and/or fire extinguishing system
Test quality of the link between the detector and the ARR32;
Ensure that the detector indicates its being in Normal state;
Blow a stream of hot air (from a hair dryer) with a temperature of 70°С to 100°С on to the
sensing element of the detector;
Ensure that the detector indicates its being in Fire Alarm state;
Ensure that the fire alarm has been delivered to the control and indicating equipment;
Wait until the detector enters in Normal state.
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Addressable Radio Link System
Maintenance
Inspect the detector at least annually. If necessary, clean the detector and test its operability.
On receiving a low battery message for the main or backup battery replace both the batteries.
WARNING: DO NOT use a metal thing to take the batteries out. To remove the backup
battery, press on a free edge of the battery as shown in the picture below.
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S2000R S2000R-DIP
S2000R-DIP
General
S2000R-DIP Radio Link Analog Addressable Photoelectric Smoke
Detector (hereinafter referred to as the detector) is designed to protect
premises against fire by monitoring the smoke level values in its
smoke chamber and sending alarms when the smoke level exceeds
the preset values. The detector provides monitoring of current smoke
and dust levels in its smoke chamber. The detector also monitors its
case against tampering and separation from the attachment point as well as keeps a check on main
and backup battery voltage and quality of the radio link.
The detector is intended for round-the-clock operation.
The detector’s operability can be tested with the help of a laser test tool such as made by System
Sensor or similar.
Specifications
Table 10-5. S2000R-DIP Specifications
Batteries:
Main
Backup
Operating on Battery in Quiescent Mode*:
By the main battery
By the backup battery
Sensitivity 0.05 - 0.2 dB/m
Response Time 10 s max
Fault Detection Time 60 s max
ER14505 (АА), 3.6 V
CR2032, 3 V
4-8 years
2 months min
Ingress Protection Rating IP40
Operation Temperatures -25 to +55°С
Transportation and Storage Temperature -30 to +55°С
Weight 0.12 kg
Overall Dimensions, Diameter × Height 100 mm × 48 mm
* - Operation time depends on the transmission interval, radio link quality, and ambient temperature
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Addressable Radio Link System
S2000R-DIP PC Board
Indication
Figure 10-4
Table 10-6. S2000R-DIP Start Indication
Mode LED Performance
Battery depassivation in progress… Illuminates with amber four times per
second
Proceeding to quiescent mode Illuminates with green for 1 s
Table 10-7. S2000R-DIP Operation Indication
LED Performance Condition
Flashes with red every 3 s Fire Alarm
Flashes with green every 10 s Norm
Flashes with amber every 10 s Discharge of the main or backup battery
Two flashes with amber every 15 s Trouble
Three flashes with amber every 15 s No communications with the ARR32
Table 10-8. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows red light for 1 s No communications or the device is not connected to
the ARR32
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S2000R S2000R-DIP
Getting Started
Remove the protective cover from the PC board.
Remove the insulating spacers from the holders of the main and backup batteries and wait until
depassivation is completed.
Figure 10-5
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-6. If depassivation fails the detector
indication is similar to indication of low batteries (see Table 10-7).
In case of deep battery passivation (after storage for a longer than two years) a
passivation process can last up to four hours. In this process the device operates in the
quiescent mode and depassivation is started every 30 minutes until it has been
completed successfully.
Until depassivation succeeds the detector indicates discharged conditions of the main
battery (with transmitting the relevant state to the control and indicating equipment).
If upon expiry of four hours the battery condition has not yet been normalized then the
batteries must be replaced.
Connecting and Programming
Connect the detector to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
When the detector has been connected on the ARR32, put the protective cover on it.
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Addressable Radio Link System
Mounting Location Considerations
Considering the mounting location for the S2000R-DIP, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the detector
and the ARR32 at their current locations and when obstructions exist on the path of radio signals. You
are recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-4) or by a short
press on the detector light guide or lighting this one by the laser beam of a laser test tool. The
procedure lasts 60 seconds, the detector being indicating the results of the test as shown in Table
10-8.
As testing the detector is in progress you can move the detector and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
Figure 10-6
The detector’s base is to be mounted on a flat surface using the two screws provided.
To attach the detector to the mounting base, place the detector into the base and rotate clockwise
until the detector drops into place and the matchmark moulded on the detector lines up with the short
mark 1 on the mounting base. Continue rotating clockwise until the matchmark on the detector lines
up with the matchmark 2 as shown in Figure 10-6 and the detector locks into place.
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S2000R S2000R-DIP
Testing
After mounting, test the detector’s operations in accordance with one of the procedures described
below.
Simplified Test Procedure
Ensure the detector indicates that it is in Normal state;
Start testing quality of the link with the ARR32 by pressing the detector’s light guide for a
short time or by lighting the light guide by the laser beam;
Ensure the detector indicates that the link quality test procedure has been started (see
Section 9);
Ensure that a Detector Test message has been delivered to the control and indicating
equipment;
Wait until the detector enters in Normal state.
Complete Test Procedure
Prior to carrying out the complete testing be sure that a fire alarm sent by the detector
will not start any announcement and/or fire extinguishing system
Test quality of the link between the detector and the ARR32;
Ensure that the detector indicates its being in Normal state;
Spray some smoke detector test aerosol into the smoke chamber of the detector;
Ensure that the detector indicates its being in Fire Alarm state;
Ensure that the fire alarm has been delivered to the control and indicating equipment;
Wait until the detector enters in Normal state.
To avoid damage to the measurement equipment and the detector, use only the smoke
detector test aerosol or tester which is designed specifically for testing smoke detectors
Maintenance
At least annually inspect the screen assembly under the detector cover. If there is any dust
on the screen assembly, clean this one with a vacuum cleaner (by pumping air).
When a Service Required message is received from the detector remove the dust from the
sensing chamber.
On receiving a low battery message for the main or backup battery replace both the
batteries.
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Addressable Radio Link System
WARNING: DO NOT use a metal thing to take out the batteries. To remove the backup
battery, pull the battery edge up from the side of one of cutouts of the battery holder as
shown in the picture below.
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S2000R S2000R-IPR
S2000R-IPR
General
S2000R-IPR Radio Link Resettable Manual Call Point (hereinafter
referred to as the call point) is to be used in fire alarm and fire
suppression systems to trigger a fire alarm or to activate the fire
suppression system manually.
The case of the call point has a protective flip cover which can be
sealed.
The call point is switched to Fire conditions by pressing on the
central plastic operation element, the central element then being
mechanically latched.
The call point can be simply returned from the Fire Alarm state to the
Normal state with a special key provided.
The call point monitors its tamper condition, battery status, and radio link quality.
The call point is intended for round-the-clock operation.
The elements of the call point are the following:
1: The hole to insert the key to reset the activated call point;
2: The holes to insert the key to open the call point case;
3: The special key (provided) to reset the activated call point and to open its case;
4: The place to apply a seal.
Specifications
Table 10-9. S2000R-IPR Specifications
Batteries:
Main
Backup
ER14505 (АА), 3.6 V
CR2032, 3 V
Operating on Battery in Quiescent Mode*:
By the main battery
By the backup battery
Ingress Protection Rating IP41
Operating Temperature -30 to +50°С
Transportation and Storage Temperature -30 to +55°С
Weight 0.140 kg
Overall Dimensions 94 mm х 90 mm х 33 mm
* - Operation time depends on the transmission interval, radio link quality, and ambient temperature
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2 months min
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Addressable Radio Link System
S2000R-IPR PC Board
Figure 10-7
Indication
Table 10-10. S2000R-IPR Operation Indication
LED Performance Condition
Flashes with red every 3 s Fire Alarm
Flashes with green every 10 s Norm
Flashes with amber every 10 s Discharge of the main or backup battery
Three flashes with amber every 15 s No communications with the ARR32
Table 10-11. S2000R-IPR Mode Indication
Mode LED Performance
Battery depassivation in progress… Flashes with amber four times per second
The device is starting up Illuminates with green for 1 s
Table 10-12. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows red light for 1 s No communications or the device is not connected to
the ARR32
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S2000R S2000R-IPR
Getting Started
Open the call point case with the help of the special key provided.
Remove the insulating spacers from the holders of the main and backup batteries and wait
until depassivation is completed.
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-11. If depassivation fails the call point
indicates low battery conditions.
Connecting and Programming
Connect the call point to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
Mounting Location Considerations
Considering the mounting location for the S2000R-IPR, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the call point
and the ARR32 at their current locations and when obstructions exist on the path of radio signals. You
are recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-7). The procedure
takes 60 seconds, the call point being indicating the results of the test as shown in Table 10-12.
As testing link quality is in progress you can move the call point and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
The call point is to be mounted on a flat vertical surface using the two screws provided.
Testing
After mounting the call point test its operability as described below.
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Prior to testing the call point be sure that fire alarm triggered by this one will not activate
any announcement and/or fire extinguishing system
Ensure that the call point indicates its being in Normal state;
Press the resettable element of the call point causing its mechanical part to kick in;
Ensure that the call point indicates its being in Fire Alarm state;
Ensure that the fire alarm has been delivered to the control and indicating equipment;
Using the supplied key, reset the call point and wait until the call point indicates its being in
Normal state.
Maintenance
While maintaining your fire alarm system, test the proper operation of the call point at least
Addressable Radio Link System
every 3 months;
On receiving a low battery message for the main or backup battery replace both the
batteries.
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S2000R S2000R-SMK
S2000R-SMK
General
S2000R-SMK Radio Link Magnetic Contact Detector (hereinafter
referred to as the detector) is designed to be used in intrusion
alarm systems to detect open or closed position of a door, window
or another moveable assembly.
Additional wired non-addressable fire or intrusion detectors with
dry contact outputs (hereinafter referred to as the Monitored
Circuit) can be connected to the detector.
The detector also monitors its own conditions, namely:
Tampering of the detector’s case,
Tearing the detector from the mounting point,
Placing a defeat magnet within the range of the reed switch contacts,
Battery voltage,
Radio link communication conditions.
The S2000R-SMK is designed for round-the clock operation.
Specifications
Table 10-13. S2000R-SMK Specifications
Power Supply ER14505 (AA), 3.6V
Operating on battery in quiescent mode*:
Monitored Circuit is disabled
Monitored Circuit is enabled
Operating gap:
6 to 12 years
3 to 5 years
“Closed”
“Open”
Resistance of the Monitored Circuit by states:
Short Circuit
Alarm 1
Norm
Alarm 2
Open Circuit
Less than 10 mm
More than 25 mm
0…0.2 K
1…2.87 K
4…7 K
10…20 K
40 K…∞
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Addressable Radio Link System
Ingress Protection Rating IP41
Operation Temperatures
Transport and Storage Temperatures
Weight 0.070 kg
Overall Dimensions:
Detector
Magnet
* - Operation time depends on the transmission interval, radio link quality, and ambient temperature
–30°C to +50°C
–30°C to +55°C
93 mm × 30 mm × 27 mm
55 mm × 10 mm × 8 mm
S2000R-SMK PC Board
Figure 10-8
Indication
Table 10-14. S2000R-SMK Operation Indication
LED Performance Condition
Flashes with red every 10 s Alarm
Flashes with green every 10 s Norm
Flashes with amber every 10 s Battery discharge
Three flashes with amber every 15 s No communications with the ARR32
Table 10-15. S2000R-SMK Mode Indication
Mode LED Performance
Battery depassivation in progress… Flashes with amber four times per second
The device is starting up Illuminates with green for 1 s
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Table 10-16. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
the ARR32
Getting Started
Open the detector case.
Remove the insulating spacer from the battery holder and wait until depassivation is
completed.
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-15. If depassivation fails the device
indicates low battery condition.
Connecting and Programming
Connect the detector to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
Tamper Switch and Tearing Protection
By default, the detector monitors only tamper switch conditions. To provide monitoring for tearing the
detector from its mounting point, remove the pre-formed knock-out plug on the base of the Detector
and release the spring.
External Monitored Circuit
The S2000R-SMK provides connecting wired intrusion and fire detectors with alarm output of dry
contact type. The detectors are not supposed to be powered via the Monitored Circuit.
To activate analysis of the monitored circuit conditions, either close the jumper XP1 (see Figure 10-8)
and re-connect the detector to the ARR32 or set the relevant parameter using S2000R Configurator
(see Section 7). In last case the jumper can be not closed.
If monitoring the external circuit is activated then the Monitoring Circuit occupies the address in the
polling loop address space which follows the address of the relevant S2000R-SMK.
If the Monitored Circuit is not in use, it is recommended to disable monitoring in order to clear the
address space of the polling loop and to extend the expected life time of the detector’s battery.
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Addressable Radio Link System
Figure 10-9 shows the variants of connecting monitored circuits to the detector.
Figure 10-9
R
= 5.6 К; R1 = 2.4 К; R2 = 5.6 К;
EOL
D1 is for a fire normally closed detector;
D2 is for a fire normally open detector;
D3 is for an intrusion normally open detector;
D4 is for an intrusion normally closed detector.
Table 10-17. Monitored Circuit Resistance Values and Their ATD Values
Short Circuit Alarm 1 Norm Alarm 2 Open Circuit
Resistance, K 0…0.2 1…2.8 4…7 10…20 40…∞
ATD value 11…32 88…149 170…198 212…232 243…255
Defeat Protection
The Defeat Protection option is designed to detect attempts of penetration into protected premises by
defeating the S2000R-SMK with the help of an external powerful magnet.
This option is to be enabled/disabled in the configuration of the polling loop controller (see Section 8
of this Manual).
In order Defeat Protection to operate correctly, the Magnet must not be fitted closer than
5 mm to the detector. Otherwise, both reed switch contacts can trigger and a relevant
alarm will be sent
Mounting Location Considerations
Considering the mounting location for the S2000R-SMK, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
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S2000R S2000R-SMK
Mounting
The S2000R-SMK is to be mounted within the protected premises. The Detector is mounted on the
fixed frame while the Magnet is fitted on the opening part of the fixture (such as a door, window sash,
etc.).
The Detector and the Magnet should be mounted together along the opening edge of the monitored
surfaces, so that the parallel gap between them is less than 10 mm and the arrow on the Magnet is
shifted less than 3 mm relative to the arrow on the Detector.
If necessary, use one or both spacers provided to install the Magnet properly.
To reach the mounting holes, remove the covers of the Detector and the Magnet.
To use the option of monitoring for tearing the detector from its mounting point, remove the pre-
formed knock-out plug from the base of the Detector.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the magnetic
contact detector and the ARR32 at their current locations and when obstructions exist on the path of
radio signals. You are recommended to carry out the Link Quality Test before the devices are
attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-8). The procedure
takes 60 seconds, the detector being indicating the results of the test as shown in Table 10-16.
As testing link quality is in progress you can move the detector and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Testing Operation
Before testing the magnetic contact detector ensure that alarms from the S2000R-SMK
will not activate other intrusion alarm system and equipment
Be sure the S2000R-SMK indicates normal conditions.
Trigger the detector by moving the Magnet more than 25 mm away from the Detector.
Ensure that the Detector indicates alarm conditions.
Ensure that a relevant alarm message has been delivered to the control and indicating
equipment.
Switch the detector to the normal operating condition by bringing the Magnet to the Detector
closer than 10 mm and wait until the Detector indicates normal conditions properly.
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Addressable Radio Link System
Self-Diagnostic Procedures
To inspect operability and facilitate mounting, the S2000R-SMK can be switched to the self-diagnostic
mode. In the self-diagnostic mode four tests are sequentially run manually, with the LED flashing triply
in red between the tests.
To start the self-diagnostic procedures press the tamper switch (see Figure 10-8) three times for a
short time and then once for a long time. While having entered the self-diagnostic mode, the detector
LED flashes triply with red.
Test 1. Inspecting Operation of the Reed Switch Contacts
Once being switched to the self-diagnostic mode the detector automatically runs the first test –
inspecting the reed switches. If you bring a magnet to the detector from the side of the first (SW1) or
the second (SW2) reed switch, the detector’s LED illuminates with red or green light indicating proper
operation of the reed switch contacts.
To proceed to the next test, press the Prog Button on the Detector.
Test 2. Checking XP1 Jumper Availability
After the LED flashes triply with red indicating proceeding to the next test, the detector checks
availability of the XP1 jumper and indicates the results as shown in Table 10-18.
Table 10-18. Indication of Availability of XP1 Jumper
LED Performance Description
Shows solid green light The jumper is fitted.
The data from the Monitored Circuit are being
processed.
Shows solid red light No jumper has been found.
No data from the Monitored Circuit are processed.
Please press Prog Button to go to the next test.
Test 3. Battery Voltage
After the LED flashes triply with red indicating proceeding to the next test, the detector measures the
battery voltage and indicates the results as shown in Table 10-19.
Table 10-19. Indication of Battery Voltage
LED Performance Description
Shows solid green light Normal battery voltage
Shows solid red light Low battery voltage
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S2000R S2000R-SMK
Please press Prog Button to go to the next test.
Test 4. Inspecting Monitored Circuit Condition
After the LED flashes triply in red indicating proceeding to the next, fourth test, the detector switches
to a wait mode. Then, on each press of Prog Button the S2000R-SMK measures the resistance of the
Monitored Circuit and indicates the results as shown in Table 10-20.
Table 10-20. Indication of Monitored Circuit Condition
LED Performance Description
Flashes with green Short circuit failure
Flashes twice with green Alarm 1
Flashes triply with green Norm
Flashes four times with green Alarm 2
Flashes five times with green Open circuit failure
To complete self-diagnostic procedures, press the tamper switch. The S2000R-SMK flashes six times
with amber indicating exiting the diagnostic mode and then restarts automatically.
Maintenance
Inspect operability of the S2000R-SMK at least once per 3 months.
If the S2000R-SMK indicates low battery conditions, replace the battery.
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Addressable Radio Link System
S2000R-IK
General
S2000R-IK Radio Link Volumetric PIR Motion Detector (hereinafter referred to
as the detector) is designed for use in intrusion alarm systems to detect
intrusions or intrusion attempts in closed protected premises.
The detector continuously monitors its tamper condition, battery status, and
transmission path status.
Electromagnetic compatibility of the detector meets the requirements of the
third immunity level accordingly to Russian standards.
The S2000R-IK is designed for round-the clock operation.
Specifications
Table 10-21. S2000R-IK Specifications
Battery ER14505 (АА), 3.6 V
Operating on battery in quiescent mode* 4 to 8 years
Detection Range 0.3 m to 12 m
Detectable Walk Rate 0.3 m/s to 3 m/s
White Light Immunity Better than 6500 Lux
Pre-operation Time 15 s max
Ingress Protection Rating IP41
Operation Temperatures
Transport and Storage Temperatures
Weight 0.08 kg
Overall Dimensions 70 х 95 х 45 mm
–30°C to +50°C
–30°C to +55°C
* - Operation time depends on the transmission interval, radio link quality, and ambient temperature
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S2000R S2000R-IK
Figure 10-10. Detection Pattern
Figure 10-11. S2000R-IK PC Board
Indication
Table 10-22. S2000R-IK Operation Indication
LED Performance Condition
Flashes with red every 10 s Alarm
Flashes with green every 10 s OK
Flashes with amber every 10 s Low battery
Three flashes with amber every 15 s No communications with the ARR32
Two flashes with amber every 15 s PIR sensor is out of order
Table 10-23. S2000R-IK Mode Indication
Mode LED Performance
Battery depassivation in progress… Flashes with amber four times per second
The device is starting up Illuminates with green for 1 s
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Addressable Radio Link System
Table 10-24. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
the ARR32
Table 10-25. S2000R-IK Test Indication
Event LED Performance
Starting or finishing the test mode Illuminates with amber for 1 s
Response of the IR detector Illuminates with red for 1 s
To conserve battery life, it is recommended to disable indication in quiescent mode while
setting the detector parameters in the configuration of the polling loop controller in use
Getting Started
Open the detector case.
Remove the insulating spacer from the battery holder and wait until depassivation is
completed.
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-23. If depassivation fails the device
indicates low battery condition.
Connecting and Programming
Connect the detector to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
The power saving operation mode of the S2000R-IK provides extending the battery life. In this
mode the detector turns off while being disarmed and turns on while being armed.
How to manage power saving mode of the S2000R-IK is described in Section 8.
Mounting Location Considerations
Considering the mounting location for the S2000R-IK, please follow:
The instructions from Section 9 of this Manual.
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S2000R S2000R-IK
All your applicable local codes, standards, regulations, and ordinances.
The additional requirements below:
− Do not install where the detector is directly above heating appliances, near vent
openings, or exposed to direct sunlight.
− Make sure the detection area doesn’t have things which can waver (curtains, plants),
electric bulbs, glass or mesh partitions, or areas obscured by large things.
− When the detector is armed, ensure all windows and balcony doors are closed and no
forced ventilation, calorifer, or air conditioner is on. There should be no animals or birds
within the premises.
− Do not install directly above an entrance gate or entrance door.
Mounting
Mount the S2000R-IK to a flat vertical surface using two screws provided.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the detector
and the ARR32 at their current locations and when obstructions exist on the path of radio signals. You
are recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-11). The procedure
takes 60 seconds, the detector indicating the results of the test as shown in Table 10-24.
As testing link quality is in progress you can move the detector and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Testing
Just after mounting, the S2000R-IK should be tested for proper working condition.
Ensure the detector is in normal state in accordance with system indication.
Trigger the detector by walking through the detection area.
Ensure that the detector indicates the intruder alarm, and a relevant message is received by
control and indicating equipment.
Wait until the detector returns to normal state.
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Test Mode
To inspect operability of the infrared sensor and to simplify selecting mounting location of the
detector, the test mode can be used.
In this mode the S2000R-IK provides an easy-to-see indication of activation of the infrared sensor
immediately, regardless of sending data over the radio channel.
To start and to exit test mode, perform the following combination of presses on the Prog button: three
times for a short time and once for a long time. Starting/exiting the test mode is accompanied with
the relevant indication (see Table 10-25).
Turning the test mode on and off can also be carried out by means of S2000R Configurator (see
Section 7).
Maintenance
Inspect operability of the S2000R-IK at least once every 3 months.
If the S2000R-IK indicates low battery conditions, replace the battery.
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S2000R S2000R-ASR2
S2000R-ASR2
WARNING:
The device is compatible with an S2000R-ARR32 of hardware version 8 or higher
General
S2000R-ASR2 Radio Link Pulse Adapter (hereinafter referred to as the
ASR2) is designed to acquire and to handle the pulses from one or two
connected consumption meters with pulse output (such as water meters,
heat meters, gas meters, electricity meters, etc.) and to transmit the
data over the radio link to the control and indicating equipment.
The ASR2 is equipped with two low pulse rate inputs and one high pulse
rate input.
The low pulse rate inputs can be used to operate with consumption
meters with dry contact outputs or NAMUR outputs. The inputs are intended to acquire pulses in one
of the four modes with frequencies 300 to 5000 pulses per hour. When a meter with NAMUR circuit is
connected to such input the ASR2 monitors its pulse output for short circuit and open circuit
conditions transmitting alarms on a state change.
The high pulse rate input 3 can be used as high frequency input to acquire up to 100 pulses per
second from a metering device, or this input can be configured to receive events from a connected
passive water leak or flood detector.
The ASR2 monitors its own tamper conditions, battery conditions, and communication conditions.
The ASR2 is designed for round-the clock operation.
Specifications
Table 10-26. S2000R-ASR2 Specifications
Battery CR2477T, 3 V
Operating on battery in quiescent mode Up to 7 years*
Max Frequency at Input 1 and Input 2 5000 pulses/hour
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Pulse Width at Input 1 and Input 2
- Up to 300 pulses/hour
- Up to 500 pulses/hour
- Up to 3000 pulses/hour
- Up to 5000 pulses/hour
Max Frequency at Input 3 100 pulses/s
Pulse Width at Input 3 at least 5 ms
Transmission Interval (closed case) 60 min
Transmission Interval (open case) 30 s
Ingress Protection Rating IP41
Operation Temperatures
Transport and Storage Temperatures
6 s
3.6 s
600 ms
360 ms
–20°C to +50°C
–30°C to +55°C
Weight 55 gram
Overall Dimensions
* - At frequency of 300 pulses/hour. Operation time depends on link quality and ambient temperature
59 × 82 × 22 mm
S2000R-ASR2 PC Board
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Figure 10-12
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S2000R S2000R-ASR2
Indication
Table 10-27. S2000R-ASR2 Operation Indication
LED Performance Condition
Flashes with red every 10 s Alarm (open case)
Flashes with green every 10 s OK
Flashes with amber every 10 s Low battery
Three flashes with amber every 15 s No communications with the ARR32
Table 10-28. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
the ARR32
Getting Started
Open the device case and remove the insulating spacer from the battery holder.
Connecting and Programming
Connect the ASR2 to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
The ASR2 can operate in three base operation modes. Depending on the operation mode it can
occupy one, two, or three addresses in the address space of the polling loop:
Two low pulse rate inputs (Input 1 and Input 2):
o The first address for a meter 1;
o The second address for a meter 2
Two low pulse rate inputs and a water leak / flood detector (Input 1, Input 2, Input 3):
o The first address for a meter 1;
o The second address for a meter 2;
o The third address for the water leak / flood detector
High pulse rate input (Input 3)
o The first address for a meter 1
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2
3
Figure 10-13. Variants of Connecting Meters and Detectors
Operating with two low pulse rate outputs, the ASR2 can be configured for one of two available meter
types (dry contact or NAMUR output meters) and one of four available pulse input frequency modes:
Up to 300 pulses per hour;
Up to 500 pulses per hour;
Up to 3000 pulses per hour;
Up to 5000 pulses per hour.
By default the ASR2 is configured to operate with NAMUR output meters and with pulse input
frequency up to 300 pulses per hour. You can change this operation mode using S2000R
Configurator (see Section 7).
Do NOT select input frequency mode (pulses / hour) which is higher than that which is required for
your actual meters in order to lower energy consumption and to extend the life of the battery.
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S2000R S2000R-ASR2
The ASR2 should be programmed while operating in the 30-second poll mode. To switch
the ASR2 to this mode run S2000R Configurator (see Section 7) and press down the
tamper switch on the ASR2 PC board (see Figure 10-12) for a short time.
Water Leak / Flood Detector
You can enable or disable monitoring for conditions of the connected passive water leak / flood
detector by means of the software utility S2000R Configurator as discussed in Section 7.
The water leak / flood detector occupies the polling loop address which follows the addresses of the
utility meters.
Mounting Location Considerations
The ASR2 should be installed closely to the connected meters.
Considering the mounting location for the S2000R-ASR2, please follow the instructions from Section
9 of this Manual.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the pulse
adapter and the ARR32 at their current locations and when obstructions exist on the path of radio
signals. You are recommended to carry out the Link Quality Test before the devices are attached at
their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-12). The procedure
takes 60 seconds, the detector being indicating the results of the test as shown in Table 10-28.
As testing link quality is in progress you can move the ASR2 and the ARR32 to find the best locations
for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Updating Firmware
The small power supply in an S2000R-ASR2 after a long period of operation can fail to
support transmitting firmware over the radio channel.
Please change the S2000R-ASR battery for a fresh one prior to uploading
S2000R-ASR2 firmware
Mounting
Mount the S2000R-ASR2 to a clean flat vertical surface using double-sided tape provided.
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To connect meters and a water leak / flood detector to the S2000R-ASR2, remove (squeeze out) the
pre-formed knock-out plugs on the bottom of the device and run wires through the holes. The polarity
doesn’t matter.
Maintenance
If the ASR2 indicates low battery conditions please replace the battery.
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S2000R S2000R-Siren
S2000R-SIREN
General
S2000R-Siren Radio Link Light and Sound Alarm
(hereinafter referred to as the alarm) is designed for light
and sound indication of fire alarms, intrusion alarms, and
other emergency conditions. The alarm controls light and
sound indication independently.
The S2000R-Siren detects lid and rear tampering as well
as monitors battery status and communication conditions.
The alarm is intended to be installed inside and outside the premises, inside closed unheated
premises. The alarm is intended for round-the-clock operation.
Electromagnetic compatibility of the S2000R-Siren meets the requirements of the third immunity level
accordingly to Russian standards.
Specifications
Table 10-29. S2000R-Siren Specifications
Batteries (×2)
Operating on batteries in quiescent mode* 5 years
Operating by a single battery pack in alarm mode (in total) 60 hours min
Device Poll Interval (stable) 5 s
Alarm Light Color Red (625 nm)
Alarm Sound Output Min 100 dB at 1 m
Ingress Protection Rating IP54
ER34615M (D), 3.6 V
Operation Temperature
Transport and Storage Temperature
Weight 1.2 kg
Overall Dimensions 230 х 310 х 60 mm
* - Operation time depends on the ambient temperature and radio link quality
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–30°C to +50°C
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Addressable Radio Link System
Figure 10-14. Alarm Sound Distribution in Horizontal Orientation, dB
S2000R-Siren PC Board
Figure 10-15
Indication
Table 10-30. S2000R-Siren Operation Indication
LED Performance Condition
Flashes with red every 10 s Alarm (the case is open)
Flashes with green every 10 s OK
Flashes with amber every 10 s The main or backup battery is discharged
or depassivation has failed
Three flashes with amber every 15 s No communications with the ARR32
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Table 10-31. S2000R-Siren Mode Indication
Mode LED Performance
Start Illuminates with green for 1 s
Battery depassivation:
− Depassivation in progress or periodic testing of
the battery
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
the ARR32
Flashes with amber 15 times per four
seconds
Table 10-32. Link Quality Indication
Getting Started
Connect the supplied batteries to the BAT1 and BAT2 terminals observing polarity (sequence of
connection makes no difference).
Just after connecting the batteries the alarm inspects their conditions. If even one of the two
connected batteries is operable the alarm starts operation with the relevant indication.
Being in quiescent mode the alarm tests the batteries every 12 hours.
After the S2000R-Siren is connected to the ARR32, the procedure of depassivation is started.
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-31. If depassivation fails the device
indicates low battery condition.
Connecting and Programming
Connect the alarm to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
The S2000R-Siren occupies two successive addresses within the polling loop:
A first address for light alarms, and
A second address for sound alarms.
Due to powering by standalone power supplies of limited capacity it is strongly
recommended to assign Sirena tactics for both output while programming the S2000RSiren in the configurations of the polling loop controller and the S2000 control panel
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Mounting Location Considerations
Considering the mounting location for the S2000R-Siren, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the alarm and
the ARR32 at their current locations and when obstructions exist on the path of radio signals. You are
recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-15). The procedure
lasts 60 seconds, the device being indicating the results of the test as shown in Table 10-32.
As testing the alarm is in progress you can move the alarm and the ARR32 to find the best locations
for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
Mount the S2000R-Siren to a flat vertical surface using the three screws provided.
Testing
Just after mounting, the S2000R-Siren should be tested for proper working.
Ensure the alarm is in normal state in accordance with system indication.
By simulating alarm conditions, cause the S2000R-Siren to sound and to show alarm lights.
Maintenance
Inspect operability of the S2000R-Siren at least annually.
If the S2000R-Siren indicates low battery conditions, replace both the batteries.
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In case of deep discharge of the batteries the S2000R-Siren transmits the polling loop
controller a message about an equipment trouble (impossibility to switch alarms on
under the current power conditions)
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S2000R S2000R-RM
S2000R-RM
General
S2000R-RM Radio Link Relay Module (hereinafter referred to as the
module) is designed to control executive devices such as lamps,
sirens, magnetic locks and so on by closing / opening power circuits or
signal circuits of these devices.
The module features two relay outputs controlled over the radio link.
The relay outputs are galvanically isolated from each other and from
the power supply circuits.
The module incorporates an input to connect external control buttons
or monitored circuits with dry contact output.
The module is intended to be powered by an external 12 / 24 V power supply or by an AA 3.6 V
lithium thionyl chloride battery.
The module monitors battery conditions and detects presence of an external power supply.
The module is designed to be used within closed areas and is not intended to operate in aggressive
media, dust conditions, or in explosion-hazardous premises.
The module is designed for round-the-clock operation.
Specifications
Table 10-33. S2000R-RM Specifications
External Power Voltage 5 to 24 V
Consumed Current 30 mA max
Outputs 2 relay outputs
Max Switched Power 30 VA
Max Switched Voltage 100 V
Max Switched Current (for a single input) 2 A
Inputs (or monitored circuits) 1
Resistance of the Monitored Circuit by states:
Short Circuit
Alarm 1
OK
Alarm 2
Open Circuit
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0…0.2 K
1…2.87 K
4…7 K
10…20 K
40 K…∞
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Addressable Radio Link System
Battery ER14505 (АА), 3.6 V
Operating on battery in quiescent mode* 3 years
Device Poll Interval (stable) 5 s
Ingress Protection Rating IP20 (IP30 for wall mounting)
Operation Temperature
Transport and Storage Temperature
Weight 0.2 kg
Overall Dimensions
*- When the Poll Interval is 5 s and the module is activated 10 times per an hour. Operation time
depends on radio link quality and ambient temperature.
−30 to +50°С
−30 to +55°С
102 × 107 × 39 mm
S2000R-RM PC Board
Figure 10-16
Indication
The module can operate in two power modes: from an external 12 / 24 V dc power supply or by an AA
3.6 V lithium power cell. The power mode is selected automatically with the priority of an external
power supply. The current power supply mode and conditions of the power supplies are indicated by
POWER LED as shown in Table 10-34.
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Table 10-34. Indicating Conditions of Power Supplies of the S2000R-RM
POWER LED Conditions
Lit with green The module is powered by the external power supply. The battery
is available and charged
Lit with amber The module is powered by the external power supply. No battery
or the battery is discharged.
Flashes with green every 10 s No power from an external power supply. The battery is OK.
Flashes with amber every 10 s No power from an external power supply. Low battery.
Table 10-35. Indicating S2000R-RM Battery Depassivation
Condition POWER LED Performance
Depassivation in progress… Flashes with amber four times per second
Depassivation has completed and the device is
starting up
RADIO LED indicates conditions of radio communications with the ARR32 as shown in Table 10-36.
Table 10-36. Indicating Status of Communications between S2000R-RM and ARR32
RADIO LED Radio Communication Conditions
Flashes with green every 10 s Communicating data with the ARR32
Flashes triply with amber every 15 s Loss of radio link or the module is not connected to the
ARR32
Conditions of the relays are indicated by the relevant LEDs “RELAY 1” and “RELAY 2” depending on
the current power supply mode (see Table 10-37).
Shows solid green light for 1 s
Table 10-37. Indicating S2000R-RM Relay Conditions
RELAY 1, RELAY 2 LEDs
Off COM and NC are coupled. Initial state of the relay.
Solid green light COM and NO are coupled. Powered by external power supply.
Flashes in green Relay switches. Powered by battery.
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Relay Conditions
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Table 10-38. Link Quality Indication
RADIO LED Performance
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
Condition
the ARR32
Getting Started
Open the module case and remove the insulating spacer from the battery holder. Wait until
depassivation is completed.
The depassivation procedure activates the battery after long term storage and can take up to 5
minutes. The process of depassivation is indicated as shown in Table 10-35. If depassivation fails the
module indicates a power supply discharge.
Connecting and Programming
Connect the module to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
The S2000R-RM occupies two or three addresses within the polling loop of the polling loop controller:
The first address for Relay 1;
The second address for Relay 2;
The third address for Monitored Circuit (if connected).
External Button and Monitored Circuit (MC)
The S2000R-RM provides connecting an external button to control Relay 1 manually or external
detectors with dry contact outputs.
To select the Detector or Button mode, set MC Mode jumper in the relevant position (see Table
10-39) and then connect the relay module to the ARR32. The current mode is stored in the nonvolatile memory and can be changed only after re-connecting to the ARR32 (see Section 6).
Table 10-39. MC Mode Jumper Positions
Jumper Position Monitored Circuit Mode
Position «1» Detector (a detector with dry contact output).
Position «2» or open Button (a button for activation Relay 1 manually).
In the Button mode, Relay 1 flips to the opposite state when the input of Monitored Circuit is closed for
more than a half of a second.
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S2000R S2000R-RM
In the Detector mode, the Monitored Circuit occupies an additional address within the polling loop
which follows addresses of the relays. The module sends messages depending on the resistance at
the input of the Monitored Circuit as shown in Table 10-40.
Figure 10-17 shows the variants of connecting monitored circuits to the detector.
Table 10-40. Monitored Circuit Resistance Values and Their ATD Values
Short Circuit Alarm 1 Norm Alarm 2 Open Circuit
Resistance, K 0…0.2 1…2.87 4…7 10…20 40…∞
ATD value 0…5 23…57 73…105 127…170 204…255
R
= 5.6 К; R1 = 2.4 К; R2 = 5.6 К;
EOL
D1 is for a normally closed detector;
D2 is for a normally open detector;
D3 is for a normally open detector;
D4 is for a normally closed detector.
Figure 10-17
Selecting Main Power Supply
The S2000R-RM provides assigning the external 12 V dc power supply or the battery as a “main”
power supply (for transmitting in events). The “main” power supply can be selected by means of
S2000R Configurator as described in Section 7 of this Manual.
Regardless of this setting an external power supply is of high priority (that is, if an external power
supply is applied the module will be powered by this one, not by the battery).
Mounting Location Considerations
Considering the mounting location for the S2000R-RM, please follow the instructions of Section 9 of
this Manual.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the module and
the ARR32 at their current locations and when obstructions exist on the path of radio signals. You are
recommended to carry out the Link Quality Test before the devices are attached at their locations.
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A Link Quality Test is started by a brief press on the Prog button (see Figure 10-16). The procedure
lasts 60 seconds, the RADIO LED being indicating the results of the test as shown in Table 10-38.
As testing is in progress you can move the module and the ARR32 to find the best locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
Mount the S2000R-RM to a flat vertical surface using the two screws provided or on a DIN rail.
Figure 10-18
Testing Operation
Just after mounting, the S2000R-RM should be tested for proper operation.
Before testing the module disconnect it from the executive devices to avoid their
undesired activation
Ensure that the module indicates normal conditions of its power supplies.
Activate both the relay outputs by simulating activation conditions.
If Monitored Circuit operates in the Button mode, push the control button down several times
and ensure the relay 1 changes its state.
If Monitored Circuit operates in the Detector mode, activate the detector in various modes
and ensure that the control and indicating equipment receives the relevant messages.
Maintenance
Inspect operability of the S2000R-RM at least annually.
If the S2000R-RM indicates low battery conditions, replace the battery.
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S2000R Appendix A. Batteries
S2000R-RM REV.01
General
S2000R-RM Radio Link Relay Module rev.01 for 220 V (hereinafter
referred to as the module) is designed to control executive devices which
require 220 Vac.
The module features two relay outputs which are galvanically isolated
from each other and from the power supply circuits and which are
controlled over the radio link.
Each output is equipped with a fuse to protect the relevant control circuit
against overload and short-circuits.
The module is powered by mains power 220 Vac (the main power supply).
The outputs are controlled only if the module is powered by 220 V mains. The outputs
are shut off when mains power fails or is not available.
The electric circuits of the modules are not galvanically isolated from the power input and
are under dangerous voltage in normal operation. All works with the module (excluding
checking its operability) must be carried out when mains power is shut off
The module incorporates a lithium battery intended to be used for operations with the module when its
case is open (when being connected to the ARR32 and so on) and for sending messages in case of
mains power loss.
The module is designed to be used within closed areas and is not intended to operate in aggressive
media, dust conditions, or in explosion-hazardous premises.
The module is designed for round-the-clock operation.
Specifications
Table 10-41. S2000R-RM rev.01 Specifications
AC Power Voltage 90...264 V (rated voltage 220 V at 50 Hz)
Consumed Power 1 VA max
Outputs 2
Max Switched Voltage:
- for alternating current (cosφ > 0.90)
- for direct current
250 V
30 V
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Addressable Radio Link System
Max switched current for a single output 3 A
Internal Power Supply CR2032, 3.0 V
Operating on Battery* 3 months min
Ingress Protection Rating IP20 (IP30 if wall mounted)
Operating Temperature -30 to +50°С
Transport and Storage Temperature -30 to +55°С
Weight 0.2 kg
Overall Dimensions
*- Operation time depends on radio link quality and ambient temperature.
The design of the module meets the requirements of electrical and fire safety in line with Russian
Standards ГОСТ 12.2.007.0-75 and ГОСТ 12.1.004-91.
Only the technicians with the second or higher safety certification level can be permitted to mount and
maintain the module.
102 × 107 × 39 mm
S2000R-RM Rev.01 PC Board
Figure 10-19. Elements on the PCB
Indication
Availability of mains power and backup battery conditions are indicated by POWER LED as shown in
Table 10-42.
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S2000R Appendix A. Batteries
Table 10-42. Indicating Power Supply Conditions of the S2000R-RM Rev.01
POWER LED Conditions
Lit with green The module is powered by mains. The battery is available and
charged
Lit with amber The module is powered by mains. No battery or the battery is
discharged.
Flashes with amber every 5 s Loss of mains power. The battery is charged.
Flashes with red every 15 s Loss of mains power. The battery is discharged.
RADIO LED indicates conditions of radio communications with the ARR32 as shown in Table 10-43.
Table 10-43. Indicating S2000R-RM Rev.01 Operation Conditions
RADIO LED Radio Communication Conditions
Flashes with red every 10 s Alarm (the module case is open)
Flashes with green every 10 s OK
Flashes twice with amber every 15 s Trouble (loss of mains power)
Flashes triply with amber every 15 s Loss of radio link or the module is not connected to the
ARR32.
Conditions of the relays are indicated by the LEDs “RELAY 1” and “RELAY 2” (see Table 10-44).
Table 10-44. Indicating S2000R-RM Rev.01 Relay Conditions
Relay Contacts
Closed Solid green light
Open Off
RELAY 1, RELAY 2 LEDs
Table 10-45. Link Quality Indication
RADIO LED Performance
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
Condition
the ARR32
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Table 10-46. Indicating Backup Battery Test
Battery Condition POWER LED
OK Shows solid green light for 5 seconds
Discharged Flashes with amber three times per second within 10 seconds
Getting Started
Open the module case and remove the insulating spacer from the battery holder. The battery test
shall be run, the result of the test being indicated by the POWER LED as shown in Table 10-46.
If the battery is operable then after testing the module is ready for connecting and programming.
Connecting and Programming
The module is to be radio connected to the ARR32 and programmed prior to connection to the mains
power.
Connect the module to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
The S2000R-RM rev.01 occupies two addresses within the polling loop of the polling loop controller:
The first address for Relay 1;
The second address for Relay 2.
If the backup battery is healthy but mains power is lost then the S2000R-RM rev.01
transmits the polling loop controller a message about an equipment trouble (impossibility
to control outputs under the current power conditions) and indicates this condition as
shown in Table 10-43
Upon applying mains power the module transmits a message about restoring of the
equipment
Mounting Location Considerations
Considering the mounting location for the S2000R-RM rev.01, please follow the instructions from
Section 9 of this Manual.
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S2000R Appendix A. Batteries
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the module and
the ARR32 at their current locations and when obstructions exist on the path of radio signals. You are
recommended to carry out the Link Quality Test before the devices are attached at their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-19). The procedure
lasts 60 seconds, the RADIO LED being indicating the results of the test as shown in Table 10-45.
As testing the alarm is in progress you can move the module and the ARR32 to find the best locations
for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
Mount the S2000R-RM rev.01 to a flat vertical surface using the two screws provided or on a DIN rail.
Figure 10-20. Overall and Mounting Dimensions of the S2000R-RM rev.01
Connecting Mains Power and Executive Devices
The module’s outputs are the normally open relay contacts.
To provide protection against overload and short circuits, a fuse is brought into the circuit of each
relay.
If you need to check or to change the fuses, shut off mains power (220 V) prior to
opening the module case
The outputs are controlled by commands sent over the radio link in accordance with parameters
configured in the configuration of the polling loop controller by UProg Configuration Tool.
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Only qualified electricians with the second or higher safety qualification level are permitted to connect
mains power and controlled circuits of executive devices to the module.
Figure 10-21. Connection Diagram with a Variant of Connecting the Load
Testing Operation
Just after mounting, the S2000R-RM rev.01 should be tested for proper operation.
Before testing the module disconnect it from the executive devices to avoid their
undesired activation
Ensure that the module indicates normal conditions of its power supplies.
Activate both the relay channels by simulating activation conditions.
Shut off mains power and open the case of the module. Make sure the module enters the
alarm mode and a tamper alarm message has been delivered to the control and indicating
equipment.
Close the module’s case and apply input power to the module.
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Maintenance
At least annually inspect operability of the module as well as cable conditions and contacts.
Replace the backup battery if the module sends a low battery message
Do shut off mains power prior to changing the battery
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S2000R-OST
WARNING:
The device is compatible with an S2000R-ARR32 of hardware version 8 or higher
General
S2000R-OST Radio Link LED Emergency Sign Board
(hereinafter referred to as the S2000R-OST) is used to
display alarm messages of fire alarm systems, to identify
escape routes and to display information.
The S2000R-OST is intended for round-the-clock operation.
The S2000R-OST is available with such signage as “EXIT”,
“FIRE”, “AUTO OFF”, Arrow Left Sign, Arrow Right Sign,
Man / Arrow Left Down Sign, Man / Arrow Right Down Sign, “ESCAPE EXIT” or any customizable
lettering/pictogram.
Specifications
Table 10-47. S2000R-OST Specifications
Batteries (×2)
Operating on Batteries in Quiescent Mode* 5 years
Poll Interval (stable) 10 s
Full On-batteries Illumination Time Up to 60 hours
Ingress Protection Rating IP41
Operation Temperature
Transportation and Storage Temperature
Weight 0.262 kg
Overall Dimensions 303 mm х 112 mm х 33 mm
*- Operation time depends on how often indication is activated as well as on radio link quality and
ambient temperature.
ER14505М (АА), 3.6 V
−30°C to +50°C
−30°C to +55°C
S2000R-OST PC Board
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Figure 10-22
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Indication
Table 10-48. S2000R-OST Indication in Quiescent Mode
LED Performance Condition
Flashes with green every 10 s Norm
Flashes with amber every 10 s Low battery (main or backup)
Three flashes with amber every 15 s No communications with the ARR32
Table 10-49. S2000R-OST Operation Mode Indication
Mode LED Performance
Battery depassivation in progress… Flashes with amber four times per second
Device is starting up Illuminates with green for 1 s
Table 10-50. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not connected to
the ARR32
Getting Started
Open the case of the S2000R-OST and remove the insulating spacers from the holders of the main
and backup batteries. Wait until depassivation is completed.
For an S2000R-OST depassivation will be performed twice, for the main battery and the backup
battery separately.
The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-49. If depassivation fails the device
indicates low battery.
Connecting and Programming
Connect the S2000R-OST to the ARR32 and set its parameters in the configuration of the polling loop
controller as discussed in Sections 6, 7, and 8 of this Manual.
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Mounting Location Considerations
Considering the mounting location for the S2000R-OST, please follow all your applicable local codes,
standards and regulations and instructions from Section 9 of this Manual.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the S2000ROST and the ARR32 at their current locations and when obstructions exist on the path of radio
signals. You are recommended to carry out the Link Quality Test before the devices are attached at
their locations.
A Link Quality Test is started by a short press on the Prog button (see Figure 10-22). The procedure
lasts 60 seconds, the LED being indicating the results of the test as shown in Table 10-50.
While testing the alarm is in progress you can move the S2000R-OST and the ARR32 to find the best
locations for them.
You can also estimate quality of the link using S2000R Configurator as discussed in Section 7.
Mounting
Mount the S2000R-OST to a flat vertical surface using the four screws provided.
Testing
Just after mounting, the S2000R-OST should be tested for proper operation.
Ensure the S2000R-OST is in normal state in accordance with system indication.
By simulating operating conditions, cause the activation of the S2000R-OST.
Maintenance
Inspect operability of the S2000R-OST at least annually.
If the S2000R-OST transmits low battery conditions for the main or backup battery, replace
both the batteries.
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In case of deep battery discharge the S2000R-OST transmits the network controller
messages about equipment failure (impossibility to perform its functions under the
current conditions)
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S2000R Appendix A. Batteries
S2000R-SHIK
WARNING:
The device is compatible with an S2000R-ARR32 of hardware version 8 or higher
General
S2000R-SHIK Radio Link Curtain PIR Motion Detector is to be
used in intrusion alarm systems to detect intrusions or
attempts to intrude into closed protected premises. The
detector continuously monitors its tamper conditions, battery
status, and radio link quality.
Electromagnetic compatibility of the detector meets the
requirements of the third immunity level accordingly to Russian
standards.
The detector is intended for round-the-clock operation.
Specifications
Table 10-51. S2000R-SHIK Specifications
Battery ER14505 (АА), 3.6 V
Operating on Batteries in Quiescent Mode* 4-8 years
Max Detection Range 8 m
Max Recommended Installation Height 5 m
Detectable Walk Rate 0.3 m/s to 3 m/s
White Light Immunity Better than 6500 Lux
Pre-operation Time 15 s max
Ingress Protection Rating IP41
Operation Temperature
Transportation and Storage Temperature
Weight 0.12 kg
Overall Dimensions 80 mm х 47 mm х 40 mm
*- Operation time depends on the transmission interval, link quality, and ambient temperature.
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−30°C to +50°C
−30°C to +55°C
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Addressable Radio Link System
S2000R-SHIK PC Board
Figure 10-23. Detection Pattern
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Figure 10-24
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Indication
Table 10-52. S2000R-SHIK Indication in Quiescent Mode
LED Performance Condition
Flashes with red every 10 s Alarm
Flashes with green every 10 s Norm
Flashes with amber every 10 s Low battery
Flashes triply with amber every 15 s No communications with the ARR32
Flashes twice with amber every 15 s Pyroelectric detector is out of order
Table 10-53. S2000R-SHIK Operation Mode Indication
Mode LED Performance
Battery depassivation in progress… Flashes with amber four times per second
Device is starting up Illuminates with green for 1 s
Table 10-54. Link Quality Indication
LED Performance Condition
Flashes with green Strong signal
Flashes with green and red Normal signal
Flashes with red Weak signal (not recommended to install)
Shows solid red light for 1 s No communications or the device is not
connected to the ARR32
Table 10-55. S2000R-SHIK Test Indication
Event LED Performance
Starting or finishing the test mode Illuminates with amber for 1 s
Response of the IR detector Illuminates with red for 1 s
To conserve battery life, it is recommended to disable indication in quiescent mode for the
detector in the configuration of the polling loop controller in use
Getting Started
Open the case of the S2000R-SHIK and remove the insulating spacer from the holder of the battery.
Wait until depassivation is completed.
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The depassivation procedure activates batteries after long term storage and can take up to 5 minutes.
The process of depassivation is indicated as shown in Table 10-53. If depassivation fails the detector
indicates low battery conditions.
Connecting and Programming
Connect the S2000R-SHIK to the ARR32 and set its parameters in the configuration of the polling
loop controller as discussed in Sections 6, 7, and 8 of this Manual.
The power saving operation mode of the S2000R-SHIK provides extending the battery life. In this
mode the detector turns off while being disarmed and turns on while being armed.
How to manage power saving mode of the S2000R-SHIK is described in Section 8.
Mounting Location Considerations
Considering the mounting location for the S2000R-SHIK, please follow:
The instructions from Section 9 of this Manual.
All your applicable local codes, standards, regulations, and ordinances.
The additional requirements below:
− Do not install where the detector is directly above heating appliances, near vent
openings, or exposed to direct sunlight.
− Make sure the detection area doesn’t have things which can waver (curtains, plants),
electric bulbs, glass or mesh partitions, or areas obscured by large things.
− When the detector is armed, ensure all windows and balcony doors are closed and no
forced ventilation, calorifer, or air conditioner is on. There should be neither animals nor
birds within the premises.
− Do not install directly above an entrance gate or entrance door.
Mounting
Mount the S2000R-SHIK to a flat vertical surface using two screws provided.
The maximum recommended height to install the detector is 5 meters.
Testing Link Quality
The Link Quality Test procedure is designed to estimate stability of radio link between the detector
and the ARR32 at their current locations and when obstructions exist on the path of radio signals. You
are recommended to carry out the Link Quality Test before the devices are attached at their locations.
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