bolid S2000-BKI User manual

CONTROL BUTTON AND INDICATOR MODULE
S2000-BKI
User’s Manual

3
T A B L E O F C O N T E N T S
1 Description and Operation ................................................................................................................ 5
1.1 Purpose............................................................................................................................................... 5
1.2 Specifications..................................................................................................................................... 5
1.3 Scope of Delivery .............................................................................................................................. 6
1.4 Arrangement and Operation............................................................................................................... 6
1.5 Measuring Instruments, Tools, and Accessories.............................................................................. 14
1.6 Marking............................................................................................................................................ 14
1.7 Packing............................................................................................................................................. 14
2 Intended Use ..................................................................................................................................... 15
2.1 Operating Restrictions ..................................................................................................................... 15
2.2 Preparing for Use ............................................................................................................................. 15
2.2.1 Safety Measures During Preparation......................................................................................... 15
2.2.2 Module Design .......................................................................................................................... 16
2.2.3 Mounting................................................................................................................................... 16
2.2.4 Connecting the Module............................................................................................................ 17
2.2.5 Programming the Module ........................................................................................................ 18
2.2.6 Updating Firmware.................................................................................................................... 19
2.2.7 Testing Operability.................................................................................................................... 19
2.2.8 Extreme Situation Actions......................................................................................................... 19
3 Maintenance...................................................................................................................................... 19
3.1 General............................................................................................................................................. 19
3.2 Safety Precautions............................................................................................................................ 19
3.3 Maintenance Procedures .................................................................................................................. 19
3.4 Performance Testing ........................................................................................................................ 20
3.4.1 Inspecting Operability ............................................................................................................... 20
3.4.2 Checking in the Indication Test mode....................................................................................... 20
3.5 Technical Examination .................................................................................................................... 21
3.6 Preservation (Depreservation, Represervation) ............................................................................... 21
4 Repair ................................................................................................................................................ 21
5 Storage............................................................................................................................................... 21
6 Transporting..................................................................................................................................... 21
7 Disposal ............................................................................................................................................. 21
8 Manufacturer Warranty.................................................................................................................. 22
9 Certificates Information .................................................................................................................. 22

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This User’s Manual explains the principles of operating S2000-BKI Control Button and
Indicator Module of version 2.45.
Only the personnel who have studied this manual are allowed to operation activities. All
activities on mounting, programming and commissioning shall be performed in compliance with the
requirements of the regulatory documentation in force at the place of operation.

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1Description and Operation
1.1 Purpose
1.1.1 S2000-BKI Control Button and Indicator Module (hereinafter referred to as the module) is
designed to operate under a network controller (S2000M Monitoring and Control Panel for Fire and
Intrusion Alarm Systems, Sirius Fire Alarm Control Panel, or their modifications) as a modular
component of a:
−Control and indicating equipment for fire / intruder alarm systems;
−Fire protection equipment controls.
The network controller is allowed to be a personal computer with installed Orion Pro Software
Suite. In this case the module is intended to be used as a component of control and indicating intrusion
alarm equipment.
1.1.2 The module is designed to provide:
−Light and sound indication of conditions of fire and intrusion alarm and auxiliary partitions as
well as conditions of actuators and control appliances of fire protection equipment;
−Operating (arming / disarming) fire and intrusion alarm partitions remotely;
−Operating actuators and control appliances of fire protection equipment remotely.
1.1.3 Access to system controls is performed using the built-in iButton reader. When the module
operates as a component of the control and indicating intrusion alarm equipment, it is allowed to be
connected to an external reader module.
1.1.4 By the capability of expanding functionality or quantitative aspects, the module is classed as a
non-expandable product.
1.1.5 The module provides a capability of using means of computer facilities for monitoring and
programming.
1.1.6 The module is classed as a reparable, recoverable, monitorable, regularly maintainable, and
multifunctional product.
1.1.7 The module is intended for round-the-clock operation.
1.1.8 The module’s design doesn’t imply operating it in aggressive and dusty environments or in ex-
hazardous premises.
1.2 Specifications
Specifications are given in Table 1.2.1.
Table 1.2.1
No. Parameter Value
1.2.1
DC power voltage, V 10.2 … 28.4
1.2.2
Max current consumption, mA:
- in the quiescent mode (all the LEDs are off at 12V/24V input power)
- in the alarm mode (12V input power)
- in the alarm mode (24V input power)
50
200
100
1.2.3
Power inputs 2
1.2.4
Max Start-up Time, s 5
1.2.5
Number of Partitions (Discharge Zones) 60
1.2.6
Enclosure protection degree as per GOST 14254-2015 IР20
1.2.7
Environmental category as per OST 25 1099-83 О3
1.2.8
Operating temperature, °C -30 … +50
1.2.9
Max relative humidity, % (at +40 °C) 93
1.2.10
Resistance to mechanical exposure as per OST 25 1099-83 Arrangement
Category III

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No. Parameter Value
1.2.11
Vibration exposure:
- Frequency range, Hz
- Max acceleration, g
1 … 35
0.5
1.2.12
Overall dimensions, mm 340
×
170
×
27
1.2.13
Weight, kg 0.6
1.2.14
Min electrical insulation resistance of the circuits (at normal conditions as defined in
GOST 52931 2008), mega ohms 20
1.2.15
MTBF, hours 40,000
1.2.16
Survival probability 0.98758
1.2.17
Expected service life, years 10
1.2.18
Mean recovery time (without regard to delivering spare parts) doesn’t exceed, min 30
1.2.19 In terms of immunity to electromagnetic interference, the module meets the requirements of
Test Severity Level III as per the relevant standards listed in Appendix ‘Б’ to GOST R 53325-2012.
1.2.20 The module passes the industrial interference standards prescribed for Class ‘Б’ equipment as
per GOST R 30805.22.
1.3 Scope of Delivery
Table 1.3.1 presents the module’s delivery scope.
Table 1.3.1
Item
Q-ty, pcs.
S2000-BKI Control Button and Indicator Module 1
Accessory Kit:
Woodscrew 1-3х25.016 GOST 1144-80 3
Wall plug 6х30 3
- Packaging 1
Documentation:
S2000-BKI Operations Manual 1
1.4 Arrangement and Operation
1.4.1 The module appears as shown in Figure 1 (see 2.2.2).
1.4.2 Light indication is provided by means of:
−60 bicolor LEDs to display states of up to 60 fire alarm, intrusion alarm, and auxiliary
partitions or fire protection system actuators / controls;
−8 single color LEDs to display alarms and troubles in all the assigned partitions;
−One LED to display conditions of the module itself;
−One LED to indicate that a sound has been silenced;
−One LED to indicate whether operating of partitions is accessible (Access).
1.4.3 Table 1.4.1 describes performance of the POWER LED depending on the module conditions.
Table 1.4.1. POWER LED
Module Condition POWER LED Performance
1. Norm On
2. Power Failed Blinks with green once per second
3. Programming mode (updating firmware) Blinks with green four times per second

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1.4.4 Table 1.4.2 – Table 1.4.14 represent performance of LEDs “1” – “60” depending on partition
conditions and the assigned Indicator Type, which is a configuration parameter that can be
defined by user (see Programming the Module).
If for a partition several states are detected at once then the state of most priority is displayed.
Tables 1.4.2 – 1.4.14 shows partition conditions ordered with top-down prioritization. If no
from partition conditions meet all states shown in a table then the relevant indicator is off.
Intrusion Indicator Type is designed to display conditions of intrusion partitions.
Table 1.4.2. Performance of the “1” – “60” LEDs for Indicators of Intrusion Type
Partition Condition “1” – “60” LEDs
Performance
Panic Alarm, Duress Alarm, Flooding Detected, Intrusion Alarm
Blinks in red with
0
.
5
s
on
and
0
.
5
s off
Fault
(all kinds of troubles including troubles of alarm loops, outputs,
power troubles, communication troubles etc.:
Fault, Input Open Failure, Input Short Failure,
Configuration Error, Tamper Alarm, Output Open Failure,
Output Short Failure, Mains Failed, Overload, Battery Test Error, Power
Failed, Charger Failed, Battery Failed, Battery Low, Backup Battery
Low, Level Above Limit, Level Below Limit, Noise, Actuator Failed,
Actuator Error, Service Required, Temperature Sensor Fault, Input
Communication Fault, Output Communication Fault, Unit
Communication Fault, Device Authentication Error, PL Short Circuit,
PL Overvoltage, PL Communication Error, PL Unstable Error,
PL1 Communication Lost, PL2 Communication Lost,
Communication
Link Failure
,
Activation Failed
)
Blinks in amber with
0.25 s on and 1.75 s off
Arming Failed Blinks in amber with 0.5 s
on and 0.5 s off
Lobby Alarm Blinks in red with 0.25 s
on and 0.75 s off
Disarmed Lit with green
Arming
Blinks in green four times
per second
Armed Lit with red
Disabled Lit with amber (under
S2000M ver.3.00+)
Intrusion-2 Indicator Type differs from Intrusion Indicator Type just by indicator’s being off
in Disarmed condition.
Table 1.4.3. Performance of the “1” – “60” LEDs for Indicators of Intrusion-2 Type
Partition Condition “1” – “60” LEDs Performance
Panic Alarm, Flooding Detected,
Intrusion Alarm Blinks in red with 0.5 s on and 0.5 s off
Fault Blinks in amber with 0.25 s on and 1.75 s off
Arming Failed Blinks in amber with 0.5 s on and 0.5 s off
Lobby Alarm Blinks in red with 0.25 s on and 0.75 s off
Disarmed Off
Arming Blinks in green four times per second
Armed Lit steady with red
Disabled Lit steady with amber (with S2000Мver.3.00+)

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Intrusion-3 Indicator Type is also intended to indicate conditions of intrusion alarm partitions.
As opposite to Intrusion Indicator Type, troubles are indicated when there are no other conditions.
Table 1.4.4. Performance of the “1” – “60” LEDs for Indicators of Intrusion-3 Type
Partition Condition Performance of the “1” – “60” Indicators
Panic Alarm, Flooding Detected,
Intrusion Alarm Blinks in red with 0.5 s on and 0.5 s off
Arming Failed Blinks in amber with 0.5 s on and 0.5 s off
Lobby Alarm Blinks in red with 0.25 s on and 0.75 s off
Disarmed Lit steady in green
Arming Blinks in green four times per second
Armed Lit steady in red
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disabled Lit steady in amber (under S2000M ver.3.00+)
Note: Intrusion-3 Indicator Type operates correctly only with S2000M Fire and Alarm Control Panel
of ver.2.03 or higher.
Fire Indicator Type is also intended to indicate conditions of individual fire partitions (zones).
General indicators Fire, Fault, and Disabled of modular fire protection equipment are on the S2000M
panel.
Table 1.4.5. Performance of the “1” – “60” LEDs for Indicators of Fire Type
Partition Condition Performance of the “1” – “60” Indicators
Fire2 Alarm Lit steady with red
Fire Alarm Blinks in red with 0.25 s on and 0.25 s off
Fire Prealarm Blinks in red with 0.25 s on and 1.75 s off
Fault Blinks in amber with 0.25 s on and 1.75 s off
Arming Failed Blinks in amber with 0.5 s on and 0.5 s off
Arming Blinks in green four times per second
Armed, Restored, Noise Removed, Mains
Restored, Battery Restored, Output Normal,
Tamper Restored, PL Normal,
Charger Normal, Link Restored,
Output Communication Normal,
Input Communication Normal, PL1 Com
Restored, PL2 Com Restored, DC ON,
Load Normal, Power Restored, Battery 2
Normal, Unit Communication Normal
Lit steady with green
Disabled Lit steady with amber
Note: S2000M Fire and Alarm Control Panel of ver.3.00 or higher shall be in use.
Fault Indicator Type is intended for indicating faults only and is applicable as to intrusion and
fire detection partitions (zones).
Table 1.4.6. Performance of the “1” – “60” LEDs for Indicators of Fault Type
Partition Condition «1” – “60” LEDs Performance
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disarmed Lit steady with amber
Disabled Lit steady with amber

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Actuator Indicator Type is intended for indicating conditions of dampers, pumps, and other
control appliances. General indicators Start, Stop, Fault, and Disabled of modular fire protection
equipment are on the S2000M panel.
Table 1.4.7. Performance of the “1” – “60” LEDs for Indicators of Actuator Type
Partition Condition “1” – “60” LEDs Performance
Output Activated Lit steady with red
Start Delay when there are less than 5 s left Blinks in red four times per second
Start Delay when there are less than 15 s left Blinks in red twice per second
Start Delay when there are more than 15 s left Blinks in red once per second
Start Delay Hold
Blinks in amber with a frequency that is the same as
for Start Delay
Output Activation Failed,
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disarmed Lit steady with amber
Operating Position, Pump On Lit steady with red
Output Abort/Stop Lit steady with amber
Initial Position, Pump Off Lit steady with green
Disabled Lit steady with amber
Note: Actuator Indicator Type is available only under an S2000M of ver.2.07 or higher.
Indicator types Auxiliary, Auxiliary 2, and Auxiliary 3 are designed for signaling about
conditions of various engineering equipment, doors, etc. which are monitored by means of auxiliary
alarm loops. The types Auxiliary and Auxiliary 2 imply that the relevant partition contains only
auxiliary alarm loop, and potential troubles of this loop are indicated with the highest priority. These
two tactics differ from each other by the way of indicating activation of the auxiliary alarm loop (for
Auxiliary type the LED illuminates steady with red while for Auxiliary 2 type the LED pulses with
amber). For the type Auxiliary 3 indication of troubles in a partition is of less priority relative to
auxiliary alarm loop activation and restoring. This provides indicating only conditions of the auxiliary
alarm loop even if the partition integrates also alarm loops of other types. If only an auxiliary alarm
loop is included into a partition then indicator types Auxiliary and Auxiliary 3 operate near to
identically.
Table 1.4.8. Performance of the “1” – “60” LEDs for Indicators of Auxiliary Type
Partition Condition “1” – “60” LEDs Performance
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disarmed Lit steady with amber
Auxiliary Input Activated Lit steady with red
Auxiliary Input Restored Lit steady with green
Disabled Lit steady with amber
Table 1.4.9. Performance of the “1” – “60” LEDs for Indicators of Auxiliary 2 Type
Partition Condition «1” – “60” LEDs Performance
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disarmed Lit steady with amber
Auxiliary Input Activated Blinks in amber with 0.5 s on and 0.5 s off
Auxiliary Input Restored Lit steady with green
Disabled Lit steady with amber

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Table 1.4.10. Performance of the “1” – “60” LEDs for Indicators of Auxiliary 3 Type
Partition Condition “1” – “60” LEDs Performance
Auxiliary Input Activated Lit steady with red
Auxiliary Input Restored Lit steady with green
Fault Blinks in amber with 0.25 s on and 1.75 s off
Disarmed Lit steady with amber
Disabled Lit steady with amber (under S2000M ver.3.00+)
Engineering Indicator Type is intended for indicating temperature and humidity levels.
Table 1.4.11. Performance of the “1” – “60” LEDs for Indicators of Engineering Type
Partition Condition “1” – “60” LEDs Performance
Fault Blinks in amber with 0.25 s on and 1.75 s off
Temperature High,
Level Increased Blinks in red with 0.25 s on and 0.25 s off
Temperature Low,
Level Decreased Blinks in red with 0.5 s on and 0.5 s off
Temperature Normal
Level Normal Lit steady with green
Disabled Lit steady with amber
Leakage Monitoring Indicator Type is intended to indicate when flooding is detected.
Table 1.4.12. Performance of the “1” – “60” LEDs for Indicators of Leakage Monitoring Type
Partition Condition “1” – “60” LEDs Performance
Flooding Alarm Blinks in red with 0.5 s on and 0.5 s off
Fault Blinks in amber with 0.25 s on and 1.75 s off
Flood Detector Restored Lit steady with green
Disarmed Off
Disabled Lit steady with amber
Note: S2000M Fire and Alarm Control Panel of ver.3.00 or higher shall be in use.
Table 1.4.13. Performance of the “1” – “60” LEDs for Indicators of Door Monitoring Type
Partition Condition “1” – “60” LEDs Performance
Duress Blinks in red with 0.5 s on and 0.5 s off
Communication Loss Blinks in amber with 0.25 s on and 1.75 s off
Door Forced Open Blinks in red with 0.5 s on and 0.5 s off
Door Held Open Blinks in red with 0.25 s on and 1.75 s off
Door Open Blinks in green with 0.5 s on and 0.5 s off
Door Closed Lit steady with green
Disabled Lit steady with amber
Note: S2000M Fire and Alarm Control Panel of ver.3.00 or higher shall be in use.
Table 1.4.14. Performance of the “1” – “60” LEDs for Indicators of Access Control Type
Partition Condition “1” – “60” LEDs Performance
Communication Loss Blinks in amber with 0.25 s on and 1.75 s off
Access Locked Lit steady with red

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Partition Condition “1” – “60” LEDs Performance
Free Access Blinks in green with 0.5 s on and 0.5 s off
Controlled Access Lit steady with green
Disabled Lit steady with amber
Note: S2000M Fire and Alarm Control Panel of ver.3.00 or higher shall be in use.
1.4.5 General indicators Fire 2, Fire, Prealarm, Intrusion, Panic Alarm, Arming Failed, Disabled,
Fault indicate alarms and troubles from the partitions “1” – “60” occurred currently. These LEDs pulse
synchronously with indicators of partitions which are in the relevant states. Thus, if several partitions
are in various conditions then these indicators provide fast estimation of current situation and defining
action priority. Table 16 describes performance of the indicators after alarms have been received.
Table 1.4.15. Performance of Single-Color LEDs
Partition Condition LED Performance
Fire 2 FIRE 2 Lit steady with red
Fire FIRE Red: 0.25 s on / 0.25 s off
Fire Prealarm PREALARM Red: 0.25 s on / 1.75 s off
Intrusion Alarm,
Flooding Detected INTRUSION Red: 0.5 s on / 0.5 s off
Panic Alarm, Duress PANIC ALARM Red: 0.5 s on / 0.5 s off
Arming Failed ARMING FAILED Amber 0.5 s on and 0.5 s off
Disabled DISABLED Amber
Fault FAULT * Amber: 0.25 s on / 1.75 s off
Silenced Amber
Note: * The FAULT LED indicates also loss of communication with the network controller.
The single-color LEDs are meant to indicate integrated conditions of partitions in scope of the
module. Summarized conditions with respect to the whole system are to be indicated by the related
S2000M.
Table 1.4.16. Reader LED Performance
Operation Condition LED Performance
Waiting for Response… Flashes with red and green alternately
Operation Permitted Lit steady with green
Access Denied Pulses with red within a second: 0.125 s on / 0.125 s off

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Table 1.4.17. Availability of Indicator Types
Indicator Type Available Under
Intrusion
Intrusion 2
Fire
Fault
S
2000
M
of
ver
.
1.20
and
hig
her
S2000M of ver.2.03 and higher
Orion KD Suite of ver.7.4 and higher
Orion Pro Suite of ver.
1.10
SP
1
and
higher
Engineering
Auxiliary
Auxiliary 2
Auxiliary 3
Intrusion
3
S2000M of ver.2.03 and higher
Orion Pro Suite of ver.1.11 and higher
Actuator
S
200
0
M
of
ver
.
2.07
and
higher
Orion Pro Suite
of
ver
.
1.12
SP
2
and
higher
Leakage
Monitoring
Door Monitoring
Access Control
S2000M of ver.3.00 and higher
Table 1.4.18. Availability of Operations
Operation Effective Under
Arm / Disarm
S2000M of ver.1.20 and higher
S2000M of ver.2.03 and higher
Orion KD Suite of ver.7.4 and higher
Orion Pro Suite of ver.1.10 and higher
Turn Actuator On / Off
Reset Alarms
S2000M of ver.2.07 and higher
Orion Pro Suite of ver.1.12 SP2 and higher
1.4.6 Pressing on one of “1” to “60” buttons sends the network controller a request to execute one of
the commands Arm, Disarm, Turn Actuator On / Off, Reset Alarms. The network controller considers
the received request and makes a decision about access to the requested action, the relevant indicator
blinking until the command is either executed or rejected:
Request to arm,
Request to disarm,
Request to switch the actuator on / off,
Request to reset alarms
Blinks with green and amber alternately
four times per second
1.4.7 Table 1.4.19 displays operation patterns of the buzzer depending on the conditions of related
partitions.
Table 1.4.19. Buzzer Performance
Conditions Sounding Pattern
Activated Changes tone once per two seconds
Start Delay, Start Delay Hold
more than 15 seconds left Changes tone once per second
Start Delay, Start Delay Hold
less than 15 seconds left Changes tone twice per second
Start Delay, Start Delay Hold
less than 5 seconds left Changes tone four times per second
Fire 2 Alarm 0.8 s On / 0.2 s Off
Fire Alarm 0.6 s On / 0.4 s Off
Fire Prealarm 0.25 s twice / 1.25 s Off

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Conditions Sounding Pattern
Intrusion Alarm 0.25 s On / 0.25 s Off
Panic Alarm 0.25 s On / 0.25 s Off
Fault 0.25 s On / 1.75 s Off
Access Request (touching with an iButton) Turns on for 0.25 s
Access Denied (for the iButton) Turns on for 1 s
Access Granted Turns on for 0.25 s
Offline 0.25 s On / 1.75 s Off
Others Off
1.4.8 The buzzer can be silenced by pressing .
The UProg utility provides restricting access to silencing sound signals. In such case the button is
disabled, and the activated buzzer is turned off after touching the iButton reader with one of iButtons
which codes are enrolled in the module’s memory. Sounds can be silenced automatically except for Fire
Prealarm, Fire Alarm, Fire 2 Alarm if the relevant options are defined in the module’s configuration.
Duration of sounds is selected while configuring the module. In this case no message about silencing is
sent to the network controller.
1.4.9 Partitions can be operated (armed / disarmed) using control buttons in two ways: with restricting
access to operations (via an iButton) or with free access to operations.
1.4.10 In case of restricted access, the module’s buttons are effective only after authorization
performed by user’s presenting the relevant credential to the in-built iButton reader or to a reader
connected to the module. The credential shall be previously programmed to operate partitions: a list of
partitions permitted for operation and permitted actions shall be defined. The partitions in question
shall also be related to the relevant module indicators.
The buttons are operable within 20 s since the credential is presented (the reader LED illuminates).
After pressing a permitted button it is kept to be operable again for 10 s. To cancel permission for
operation, please push the Reset button .
The buttons “1” to “60” provide executing the following operations:
Table 1.4.20. How to Operate Partitions Using Control Buttons
To disarm Press quickly on the button when the partition has one of the states
Armed, Arming Failed, Intrusion, Fire Prealarm, Fire Alarm
To arm Press quickly on the button when the partition is in the Disarmed state
To turn the actuator on Press quickly on the button when the partition is in the Actuator in Initial
Position state
To turn the actuator off Press quickly on the button when the partition is in the Actuator in
Operating Position state or Actuator Failed state
To reset alarms Press quickly on the button
1.4.11 In case of free access to operating partitions, an access code shall be assigned to the module and
written into its configuration by means of the UProg utility. The module sends the network controller
this code upon pushing any of the buttons “1” to “60”. The same code along with the relevant
authorities to operate partitions shall be enrolled into the network controller database.
1.4.12 The module sends the network controller the following messages over the RS-485 interface:
Tamper Alarm
The module’s enclosure has been open
(
the cover panel has been removed
)
Tamper Restored
The module’s enclosure has been closed (the cover panel has been put into place)
Power Failed
T
he power voltage has dropped below a permissible threshold
Power Restored
The power voltage has been in the normal range
Test
Indication test has been run

14
Silencing
The button has been pressed or the sound alarm has been silenced by touching
the module reader with iButton in case of alarms
Device Reboot
The module is reenergized
1.4.13 In case of loss of communications over RS-485 for more than 60 s, all events are sent with time
stamps determined by internal clock of the module. All LEDs except for the power indicator turn off
while the FAULT LED turns on. Once per hour the module automatically synchronizes with the
S2000M control panel. The module provides buffering event transmitted over RS-485.
1.4.14 The Network Address module’s parameter is meant to identify the module uniquely within an
Orion integrated security system. The module sends messages to and receives commands from the
network controller only with the address defined by this parameter. Network address shall be unique for
every module.
The Customizing Response Pause module’s parameter provides operating the module within a system
with a sophisticated network topology where long layover can exist, for example, while converting RS-
485 data into other interfaces intended for transmission over local area networks, fiber optic channels,
or radio channels .
Current values of Network Address and Response Pause can be unset to factory (default) values by
successive pressing on the tamper switch three times for a long time and one time quickly (dush-dush-
dush-dot).
A long press here means holding the tamper switch pressed for at least 1.5 s. A quick press here is
implied as holding the tamper switch pressed for 0.1…0.5 s. Pauses between presses should be at least
0.1 s and no more than 0.5 s every.
1.5 Measuring Instruments, Tools, and Accessories
While mounting, commissioning, and maintaining the module please use the instruments, tools,
and accessories shown in Table 1.5.1.
Table 1.5.1
Instrument Specifications
Digital multimeter AC/DC voltage up to 500 V, AC/DC current up to 5 A, resistance up to
20M Ohm
Flat head insulated screwdriver 3.0х50 mm
Cross slot insulated screwdriver 2x100 mm
Side-cutting pliers 160 mm
Pliers 160 mm
1.6 Marking
Every module has a marking applied to the rear side of its enclosure.
The marking contains the name of the product, its decimal number, factory number, the year and
quarter of production, and conformity marks.
1.7 Packing
The module along with accessory kit and operation documentation is packaged in a separate
cardboard box.

15
2Intended Use
2.1 Operating Restrictions
The module’s design doesn’t imply operating it in aggressive and dusty environments and in
explosion and fire hazardous premises.
Correct performance of the module cannot be guaranteed if its electromagnetic environment does
not meet the operation conditions defined in Section 1.2 of this manual.
2.2 Preparing for Use
2.2.1 Safety Measures During Preparation
The design of the module meets the requirements of electrical and fire safety in accordance with
Russian Standards GOST 12.2.007.0-75 and GOST 12.1.004-91.
The module has no circuits under a hazardous voltage.
Mounting and maintenance of the module should be carried out by persons with the second or
higher electric safety qualification level.

16
2.2.2 Module Design
Figure 1. View, Overall and Mounting Dimensions
2.2.3 Mounting
Mount the module in line with the Russian regulatory document РД.78.145-92 “Rules for
Manufacturing and Commissioning. Fire and Intrusion Alarm Installations”. The module shall be
installed at a height that is suitable for operating and maintaining the equipment.
The module is to be installed on a wall or another structure at places protected against exposure to
atmospheric precipitation and mechanical damage.

17
Prior to mounting please ensure that the wall the module is to be mounted to is solid, flat, and dry.
Mark three mounting places on the wall as per Figure 1.
Drill the mounting holes. Then insert wall plugs to the holes and screw two woodscrews provided to
the two upper holes so that the distance between a woodscrew head and the wall is about 7 mm.
Remove the right-side panel that covers mounting area of the module by pulling the cover panel
forward.
Suspend the module onto the two woodscrews. Screw the woodscrew into the mounting hole (see
Figure 1) and fix the module on the wall.
It is acceptable to install the module within mounting enclosures (cabinets, boxes, etc.). If the
module and any other unit are arranged adjacently then vertical and horizontal distances between them
shall be at least 10 mm each.
2.2.4 Connecting the Module
Connect wires to the terminals as shown in Figure 2.
Figure 2. External Connection Diagram
Please observe polarity while connecting the module to power supplies.
The cross section of wires should not exceed 1.5 sq. mm.
If the module, the control panel, or other equipment connected to the RS-485 interface bus are
supplied by different power supplies then couple their relevant “0V” circuits.
Unless the module is the last or the first device in the RS-485 interface bus, remove the EOL
jumper from the module’s PCB (see Figure 2)
.
Put the right-side cover panel back onto place.
TM
S1
0V
Gr
A
B
0V
XP3
A
B
Red
+U2
+U1
red
green
iButton reader
primary power supply
tamper switch
620 Ω
EOL jumper
to the network controller
RS-485
0V
redundant
power supply
0V
RIP-12-XX
(RIP
-
24
-
XX)
+12 (+24) V
RIP-12-XX
(RIP
-
24
-
XX)
+12 (+24) V

18
2.2.5 Programming the Module
To be adjusted to a specific use case, the module supports changing configuration parameters
stored in its non-volatile memory by means of the UProg software utility (version 4.1.0.48 or higher). A
personal computer and one of the interface converters PI-GR, S2000-PI, S2000-USB, USB-RS485, or
S2000М(version 2.03 or higher) are to be in use. The last version of UProg Configuration Tool along
with additional information relating to operating the module can be found online at http://bolid.ru.
Table 2.2.5.1 describes configuration parameters of the module.
Table 2.2.5.1. Module’s Configuration Parameters
Parameter Description Range Default Value
1. Network Address The address of the module in the
line of the RS-485 interface bus 1 – 127 127
2. Response Pause
The admissible delay for the
module to answer requests of
the network controller
(1.5 – 500) ms 1.5 ms
3. Partition Number
The number of the Orion system
partition associated with the LED
0 – 9999 1-60
4. Indicator Type
Defines performance of the
indicator depending on the type
of alarm loops combined to the
partition
Intrusion
Fire
Auxiliary
Intrusion 2
Auxiliary 2
Engineering
Auxiliary 3
Actuator
Intrusion 3
Fault
Leakage Monitoring
Door Monitoring
Access Control
Intrusion
5. Button Action Defines the effect of pressing
on
the button
Unused
Arm
Disarm
Arm / Disarm
Turn the actuator off
Turn the actuator on
Turn the actuator on/off
Reset
Arm / Disarm
6. Audio Alarm Duration
for Fire2, Fire, Fire
Prealarm Conditions
Sound alarms can be disabled
provided that the S2000M
panel is located closely to the
module
Off: Disabled,
otherwise
the buzzer
sounds infinitely
Infinitely
7. Audio Alarm Duration
for Fault
The time on elapsing which a
sound alarm is silenced
automatically.
Sound alarms can be disabled
provided that the S2000M
panel is located closely to the
module
(0 – 255) s
255 means unlimited time
255
8. Audio Alarm Duration
for Discharge /Activation
255
9. Audio Alarm Duration
for Attack (Panic Alarm,
Duress)
The time on elapsing which a
sound alarm is silenced
automatically.
255
10. Audio Alarm
Duration for Intrusion 255

19
Parameter Description Range Default Value
11. Show “Duress” On / Off Off
12. Silence with iButton
Silencing the module by means of
touching with iButton On / Off Off
13. Two Power Inputs
Monitoring On / Off Off
2.2.6 Updating Firmware
The module provides updating its firmware. A new firmware version can expand functions of the
module or fix errors of the current version. The list of available firmware versions, their key aspects,
and recommended updates can be found online at http://bolid.ru on the page of S2000-BKI, on the
Download tab.
Firmware is to be updated by means of UProg.exe, link to the actual version of which being
available at the same page. The procedure of updating firmware is described in the user’s manual; it can
be found in the program help.
Updating firmware can result to changes in the module’s configuration, so prior to updating
please save the module’s configuration file using UProg.exe. After updating is completed the
configuration from the file should be written to the module.
The procedure of updating takes several minutes.
The module can enter the updating mode as a result of an unexpected failure. In this case
updating (restoring) firmware under UProg.exe helps return the module to normal operation without
contacting a service center.
2.2.7 Testing Operability
Testing operability is conducted as described in Clause 3.4 of this manual.
2.2.8 Extreme Situation Actions
3Maintenance
3.1 General
The device is to be maintained under the following schedule:
Table 3.1.1
Task Description Frequency
Visual checking Monthly
Check for operability At least six-monthly
3.2 Safety Precautions
The module shall be maintained by persons certified with the second or higher electrical safety
qualification level.
3.3 Maintenance Procedures
3.3.1 Inspecting the module includes checks for no mechanical damages, fastening reliability, and
proper condition of connecting wires and contact joints.
3.3.2 The module should be tested by operating engineering personnel with second or higher
electric safety qualification level.
3.3.3 Inspect the module at normal climatic conditions:
Warning!
If sparks, fire, smoke, and / or smell of burning are found at the installation site of the
device, the device must be de-energized and sent for repair

20
− Relative humidity 45% through 80%;
− Ambient temperature 15°C through 35°C;
− Atmospheric pressure 630 mm Hg through 800 mm Hg (84 through 106.7 kPa).
3.3.4 While inspecting the module, always shut off the module’s power before connecting and
disconnecting its external circuits.
3.3.5 Testing procedures include inspecting operability and testing indication in the Indication Test
mode.
3.3.6 Preparations for testing the module includes:
a) Check the package conditions and unpack the module;
b) Check the delivery to comply with Section 1.3 of this manual, presence and content of
the accessory kit, serial number of the module and its production date to comply with those
ones specified in the operation manual;
c) Ensure the module enclosure is not damaged;
d) Shake the module and ensure there are no foreign bodies within it;
e) Ensure that the terminal blocks are fastened properly.
3.3.7 To test operability of the module, please follow the instructions of Section 3.4 of this
manual.
3.4 Performance Testing
3.4.1 Inspecting Operability
To inspect the module, use an S2000M panel. Connect the module’s RS-485 circuits and power
circuits to the relevant terminals of the panel.
Connect a milliammeter in series with the power circuit of the module.
Apply power to the module and the panel.
The power LED of the module (the upper LED near the device name) shall
show green solid light within 2 s.
Measure the current consumed by the module. Its value shall not exceed
200 mA.
Within a minute since powering on, the panel shall display a message about
detecting a device with the network address currently assigned to the S2000-BKI
(factory value of the module address is 127). Figure 3 shows the display of the
S2000M panel with the relevant message.
If several messages accumulated by the module have been received by the panel, you can browse
them by the arrow buttons «◄» and «►» on the S2000M.
3.4.2 Checking in the Indication Test mode
Initiate the self-diagnostic mode for the module by selecting the Indication Test command in the
S2000M menu followed by selecting the module address (the factory address of the module is 127); see
the S2000M user’s manual for details.
If the module is operable, its indicators turn on in the following order:
a) The columns of LEDs “1” – “60” turn on with amber one-by-one; the indicator FIRE 2 turns on
with amber; the reader LED turns on with amber; the indicators ARMING FAILED, DISABLED, FAULT
turn on with amber;
b) The rows of LEDs “1” – “60” turn on with amber one-by-one, FIRE 2, FIRE, INTRUSION,
PANIC ALARM, the reader LEDs turn on with red, then , FIRE 2 (with changing color), FIRE,
PREALARM, INTRUSION, PANIC ALARM, ARMING FAILED, FAULT, DISABLED, and the reader
LED (with changing color) turn on one-by-one;
Figure 3

21
c) The LEDs “1” – “60” turn on with amber and at the same time the indicators , FIRE 2,
FIRE, PREALARM, INTRUSION, PANIC ALARM, ARMING FAILED, FAULT, DISABLED, and
the reader LED turn on;
d) The LEDs “1” – “60” turn on with red and at the same time the indicators , FIRE,
PREALARM, INTRUSION, PANIC ALARM, and the reader LED turn on with red;
e) The LEDs “1” – “60”, , FIRE 2, and the reader LED turn on in green;
f) The test completes.
The self-diagnostic mode switches off after a press on or automatically when the test has
completed.
3.5 Technical Examination
Technical examination is not applicable for this equipment.
3.6 Preservation (Depreservation, Represervation)
Preservation is not applicable for this equipment.
4Repair
Repair of faulty equipment is to be performed by the manufacturer or in authorized repair centers.
The equipment shall be sent for repair in compliance with Company Standard QMS 8.5.3-2015, which
can be found online at our website https://bolid.ru/support/remont/.
A product’s failure resulted from consumer’s not observing rules of mounting and operation is
not a reason for claims and warranty repair.
Claims should be submitted to the following address:
NVP BOLID, #4 Pionerskaya Str., Korolyov, Moscow Region, 141070, Russia
Phone/fax: [phone] (PBX). E-mail: [email protected].
In case of any issue related to use of the product, please contact the technical support: +7 (495)
775-71-55 or e-mail: [email protected].
5Storage
The module in the consumer package shall be stored as per Storage Conditions 1 in line with
GOST 15150-69.
In the premises where the module is stored, there shall be no vapors of acids, alkalis, aggressive
gases, and other harmful substances which result in corrosion.
6Transporting
Transporting the module is admitted in a transport package at ambient temperatures -50 through
+50°Сand relative humidity up to 95 % at +35°С.
If transported under negative ambient temperatures or high air humidity, then before installing
the modules shall be kept unpacked for at least 24 hours in a room with normal climatic conditions.
7Disposal
The module is to be disposed of considering that there are no toxic components in it.
Attention!
The equipment shall be submitted for repair being assembled and clean and along with
all the parts listed in the documentation.
Claims are accepted only if a reclamation report describing the problem is applied to the
submitted equipment.