bolid S2000M User manual

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ORION ISS
This Installation Guide provides basic instructions for installation of the S2000M panel and
getting it ready to work.
Description and instruction for the panel programming and usage are provided in the User's
Guide (it can be found on the supplied CD or downloaded at bolid.ru).
1 CAUTION
-The panel does not have circuits containing hazardous voltages.
-The design of the panel complies with the requirements of electrical and fire safety as per
Russian Standards GOST 12.2.007.0-75 and GOST 12.1.004-91.
-The design of the Panel ensures its fire safety in case of malfunction and misuse according
to GOST 12.1.004091
-Installation and maintenance work can be provided only when the panel power supply
is OFF
-Installation and maintenance shall be carried out by personnel qualified for the Electrical
Safety of Level Two or higher.
2 INSTALLATION
The panel shall be installed in secured areas in easy-for-access locations keeping the
panel protected from atmospheric perceptions and mechanical damage. Usually, the panel is
installed on vertical surfaces (walls) at height of 1.4-1.5 meter above the floor. It is not
recommended installing the panel in areas where it can be exposed to the direct sunlight.
The Panel is not designed to be used in aggressive, dust, explosive and fire-hazardous
environments
Figure 1 shows the panel's view, dimensions, and installation layout. The connection
shall be provided as shown in Figure 3.
S2000M
Fire and Intrusion
Monitoring and Control Panel
Installation Guide

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Figure 1. Dimensions and Installation Layout
3 INSTALLATION
3.1 Mounting to Wall
3.1.1 Make sure that the wall for the panel installation
is smooth, clean, and dry.
3.1.2 Apply installation layout to the wall (See Figure
13). Drill three holes (two upper holes and one of the
lower holes as required)
3.1.3 Remove the panel base as it is shown in Figure
2: press base latches 1 and 2 and remove the panel
body.
3.1.4 Insert nail plugs in the drilled holes and secure
the panel base using screws.
Figure 2. Dismounting
ViewA
4 holes
ᴓ
5
2
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4 CONNECTING PANEL
The S2000M's connectivity is described in Table 1. The conductors of the cable for
connections shall be not less than 0.2 mm
2
in cross section and no more than 1.5 mm
2
.
Table 1: S2000M Connectivity
Legend Descriptions
0V - power 10.2 … 28.4 V (primary supply)
+U1 + power 10.2 … 28.4 V (primary supply)
0V - power 10.2 … 28.4 V (backup supply)
+U2 + power 10.2 … 28.4 V (backup supply)
A RS-485 input/output
B RS-485 inverse input/output
TxD RS-232 data output
RxD RS-232 input:
Printer ready signal (when connecting a printer) or data received (for other
operating modes of the RS-232 interface)
GND RS-232 common circuit
Figure 3. External Connections
4.1 Connecting RS-485 Lines
4.1.1 When installing RS485 line, it is recommended using twisted pair cable. If RS485 line
is 100 meters or longer, only a twisted pair must be used.
4.1.2 The Bus topology is recommended for the RS485 line (see Figure 4). If needed, the
RS485 trunk can be branched with short branches (no longer than 100 meters). Longer
branches shall be made using S2000-PI interface converter (see Fig. 6)
4.1.3 The maximum length of RS485 line is 3,000 meters, if cable of 0.5 mm
2
conductors is
used. If cable of 0.2mm
2
conductors is used, the recommended RS485 line length is no
longer than 1,200 meters. The RS485 line can be extended using the S2000-PI interface
converter as shown in Figure 5.
4.1.4 To connect the panel to RS485 interface, please connect A and B lines of RS485
interface to A and B terminals on terminal strip
XT1
+U1
0V
+U2
0V
B
A
TxD
GND
RxD
Primary power supply
RS-485
RS-232
0 V
+U1
+U2
0 V
A
B
TxD
RxD
GND
Backup power supply

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4.1.5 If devices connected to the RS485 interface are powered from different power
supplies, please integrate them into 0V circuits (see Fig. 4). As in integrating wire, it is
recommended using a free conductor or pair in RS485 cable. Using an ungrounded cable
screen (if available) for 0V circuit is also acceptable.
Device
:
Orion system device connected to the S2000M panel over RS-485 (up 127) or S2000M
panel (1 only.);
1: RS-485 line (twisted pair)
2: Potential equalization conductor
3
:
Screen
(
if screened cable is used)
.
RS-485 Line (no more than 3,000m)
A B 0V
Device
620
A B 0V
Device
A B 0V
Device
620
2
3
∞
1
Figure 4. Connecting to RS485 Interface
Panel – S2000M Panel
Device – Device of Orion security system;
PI – RS485 Interface Converter/Repeater w/ galvanic isolation (S2000-PI);
A
B
0V
Panel
A
B
GND
A
B
0V
PI
620
620
isolated
A
B
0V
Device
∞
A
B
0V
Device
∞
A
B
0V
Device
∞
A
B
0V
Device
∞
A
B
GND
A
B
0V
PI
620
620
isolated
A
B
0V
Device
∞
A
B
0V
Device
620
Figure 5. RS485 Extension Using Interface Converter

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B
A
0
V
Panel
Panel – S2000M Panel
Device – Device of the Orion security system;
PI – RS485 Interface Converter/Repeater w/ galvanic isolation (S2000-PI)
A
B
0
V
Device
∞
B
A
0
V
PI
620
isolated
GND
A
B
∞
A
B
0
V
Device
620
A
B
0
V
Device
∞
B
A
0
V
PI
620
isolated
GND
A
B
∞
A
B
0
V
Device
620
B
A
0
V
PI
620
isolated
GND
A
B
∞
B
A
0
V
PI
620
isolated
GND
A
B
620
A
B
0
V
Device
∞
A
B
0
V
Device
620
A
B
0
V
Device
620
A
B
0V
Device
∞
Figure 6. Star Topology RS485 Network Based on Repeaters/Converters
4.2 Connecting RS-232
4.2.1 Connection to RS 232 is shown in Figures 7 - 11.
S2000M Printer
COM (DB25F)
GND
DTR
RxD
XT1.3
7 TxD 8
RxD
GND 9
Brown
White
G
reen
1
7
3
20
GND
RxD
DTR
7
3
20
Plug
DB25M
1– Printer-to-S2000M connection cable ACDR. 685611.015
Figure 7. Connection of Printer to S2000M

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Figure 8. Multiple S2000M Connection to Orion Pro Workstation
S
2000
М
:S2000M monitoring and control panel
S2000-PI: S2000-PI interface converter/repeater
PS: backup battery power supply
1: S2000-to-PC connection cable
1
2
3
4
GND
TxD
RxD
+ 5
V
XT
3
PC
COM
1
2
3
A
B
0
V
XT2
ISOLATED
S
2000
-
PI
RS-485
to Panels
RS-485
to Devices
1
2
3
4
GND
TxD
RxD
+ 5 V
XT
3
1
2
3
A
B
0 V
XT2
ISOLATED
S
2000
-
PI
9
8
7
GND
RxD
TxD
XT1.3
5
6
1
A
B
0 V
S
2000
M
2
+ U
XT1.2
XT1.1
+ U
1
1
2 GND
XT1
PS
+
–
Subsystem 1
Subsystem 2
To other
Subsystems
одсистемам
Yel
.
Wht
Brn
Grn
1

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S2000М
XT1.3
7 TxD
8 RxD
GND9 SO
SI
ATS100
12
13
BT– 2
BT+ 1
RS232 – TTL
DO
DI
+12
GND
TxD
RxD
GND
RS-232
ATS
100
: ATS100;
S2000M – S2000M Panel;
RS232-TTL: RS232-TTL Converter;
PS
–
12V battery backup power supply
PS
+
–
Figure 9. ATS100 Connection to S2000M
GND
12 V
TRX-150
Transmitting
Receiving
TRX
-
150
: TRX-150 or TRX-450 radio transmitter;
RS232-TTL: RS232-TTL converter;
1: RS232-TTL to TRX-150 connection cable (ACDR.685611.229)
IP: battery backup power supply (12 V).
-12V 10
+12V 9
IP
+
–
GND
+122
1
DI
3
DO
4
1
UART (X11)
Yellow
Green
Brown
White
S2000M
XT1.3
7 TxD
8 RxD
GND9
RS232 –TTL
DO
DI
+12
GND
TxD
RxD
GND
RS232
(XT2)
RDY
TTL
(XT1)
Figure 10. TRX-150 Connection to S2000M for Transmission to Orion-Radio
GND
12 B
TRX-150
Transmitting
Receiving
TRX
-
150
: TRX-150 or TRX-450 radio transmitter;
RS232-TTL: RS232-TTL converter;
1: cable (ACDR.685611.229) connecting RS232-TTL to TRX-150;
PS: battery backup power supply 12V
-12 V 10
+12 V 9
PS
+
–
GND
+122
1
DI
3
DO
4
1
UART (X11)
Yellow
Green
Brown
White
С2000М
XT1.3
7 TxD
8 RxD
GND9
RS232 –TTL
DO
DI
+12
GND
TxD
RxD
GND
RS232
(XT2)
RDY
TTL
(XT1)
Figure 11. Connecting TRX-150 to S2000M for Contact ID Transmission

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4.3 Connecting Power Supply
4.3.1 Connect the primary power supply to 0V and +U1, and backup power supply to 0V
and +U2. When connecting, please take of the polarity.
We recommend that you should use RIP-12 or RIP-24 battery backup power
supplies manufactured by Bolid
4.3.2 Insert the panel into the installed base.
5 PANEL TEST
5.1 The panel must be tested by suitably qualified personnel with the electrical safety
qualification of Level II.
Conduct test in normal climate environments as per Russian National Standard GOST
15150-69:
–Air humidity: (45 – 80)%;
–Air temperature: (25 ± 10) °С;
–Atmosphere pressure: (630 – 800) millimeters of mercury., (84 – 106.7) kPa
5.2 Connection and disconnection of external circuits must be provided only when the Panel
is powered off.
5.3 Checking Main Parameters
5.3.1 The testing shall be carried out as shown in Figure 12. The total time for working
conditions shall not exceed 20 minutes for each panel.
5.3.2 The preliminary check shall include the following in the order as specified:
а) Check the package before unpacking the panel;
б) Check the contents of delivery in accordance with User’s Guide;
в) Check for the physical damage of the panel ;
г) Check the panel visually and shake it for the foreign items inside the panel;
д) Check the tightness of the terminals;
е) Check to see that the Panel's number and manufactured date are the same as
specified in the Data Sheet.
5.3.3 Before powering the S2000M on, please visually inspect the panel for any short
circuits, tack discontinuity and defects on PCB.
5.3.4 Set the output voltage A1 as (10.2±0.3) V.
5.3.5 Assemble the testing system as shown in Figure 12.
5.3.6 Power the panel on. The panel display will illuminate on and show the Power On
message. The panel will find a connected device during the several seconds. The panel will
report on found devices, device rebooting, and power failure (if any) on the panel display
5.3.7 Power on the printer. The printer is to print events with the last one reporting on
powering the panel and printer, and finding devices. Press any key of the panel. The
keyboard will illuminate (visible in the low light condition). Measure the consumption current
using an ammeter (PA1). The measured value shall not exceed 110 mA. Press each key
of the panel. Key pressing shall be accompanied by short beep.
5.3.8 Turn off the devices. Set the output voltage of A1 power supply as (28.4±0.6) V.
Repeat the above test actions. The measured current consumption shall not exceed 45 mA
5.3.9 Disconnect A1 power supply from the first power input (+U1) and connect it to the
second one (+U2). Repeat the actions.

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А1– Power Supply 12 V, 0.2 A;
А2– Signal -20, Signal -20P, S2000-4);
А3– Power Supply 12 V, 1 A (RIP-12);
А4– Epson LX-300+ printer or PC with installed PKUEventReader application;
А5–S2000M;
1- Printer cable, ACDR .685611.015 ( connecting printer to the S2000M panel);
R1, R2 – resistors 220 Ohm, 0.125 W to ensure signal attenuation in the line between
the panel and a connected device;
PV1 – Voltmeter;
PА1– Ammeter.
PV1 PA1
0 V
+U
А1
GND 7
DTR 20
RxD 3
А4
А5
RS-485A
RS-485B
+12 V
0 V
А2
0 V
+12 V
А3
R1
R2
XT1.1
0 V1
+U12
V
A
XT1.2
5 A
6 B
1
XT1.3
7 TxD
8 RxD
GND9
Figure 12. Panel Test Connection Diagram

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6 GETTING PANEL READY
Before using the panel the following settings shall be provided:
1) Set the panel operation mode over RS-232 as compatible with a device connected to this
interface;
2) Program a system configuration as required using the PProg application;
3) Set a system date and time.
These and all other settings must be provided as described in the User's Guide.
Figure 13. Drilling Pattern
4 holes. ∅ 5
100
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