Bolid S2000-AR8 Manuale utente

ADDRESSABLE EIGHT-INPUT MODULE

S2000-AR8

User’s Manual

TABLE OF CONTENTS

Description and Operation................................................................................................. 4

1.1

Product Designation ...................................................................................................... 4

1.2

Specifications ................................................................................................................ 5

1.4

Arrangement and Operation........................................................................................... 6

1.6

Marking and Sealing...................................................................................................... 7

1.7

Packaging ...................................................................................................................... 7

Intended Use ..................................................................................................................... 7

2.1

Operating Restrictions ................................................................................................... 7

2.2

Preparing for Use........................................................................................................... 7

2.2.1

Safety Precautions...................................................................................................... 7

2.2.2

Design........................................................................................................................ 8

2.2.3

Mounting ................................................................................................................... 8

2.2.4

Connecting the Module .............................................................................................. 9

2.2.5

Settings ...................................................................................................................... 9

2.3

Usage .......................................................................................................................... 10

2.3.1

Functional Testing.................................................................................................... 10

2.3.2

Extreme Situation Actions........................................................................................ 10

2.3.3

Troubleshooting ....................................................................................................... 11

Maintenance.................................................................................................................... 11

3.1

General........................................................................................................................ 11

3.2

Safety Precautions ....................................................................................................... 11

3.3

Maintenance Procedures .............................................................................................. 11

3.4

Performance Testing.................................................................................................... 12

3.5

Technical Examination ................................................................................................ 12

3.6

Preservation (Depreservation, Represervation) ............................................................ 12

Routine Repair ................................................................................................................ 12

Storage............................................................................................................................ 13

Transporting.................................................................................................................... 13

Disposal .......................................................................................................................... 13

Manufacturer Warranty ................................................................................................... 13

Certification Information................................................................................................. 13

This user’s manual explains operating principles and rules of operation of S2000-AR8

Addressable Eight-Input Module of firmware version 1.10.

Only the personnel who have studied this manual are allowed to operation activities. All

activities on mounting, adjusting, commissioning, and testing shall be performed in compliance with

the requirements of the regulatory documentation in force at the place of operation.

Abbreviations:

ADC : Analog-to-Digital Conversion;

ISS : Integrated Security System;

LED : Light Emitting Diode;

MC : Monitored Circuit;

PCB : Printed Circuit Board;

PL : Polling Loop.

1Description and Operation

1.1 Product Designation

1.1.1 S2000-AR8 Addressable Eight-Input Module (hereinafter referred to as the module) is used

with a polling loop controller such as S2000-KDL, S2000-KDL-2I, S2000-KDL-2I Rev.01, S2000-

KDL-S in Orion integrated security systems. It is designed to connect non-addressable dry contact

detectors into the polling loop of a polling loop controller as well as to monitor fire protection

systems (voice announcement systems, smoke control systems, fire protection dampers, etc.) and

other control and auxiliary systems with dry contact outputs.

1.1.2 Product application:

–Standalone or centralized protection of buildings and facilities (offices, stores, banks,

warehouses, residential houses, institutions, enterprises) against unauthorized intrusion and

fire;

–Monitoring of control and auxiliary systems.

1.1.3 The functions of the module are:

–Monitors conditions of the monitored circuits (aka supervised circuits);

–Monitors conditions of its enclosure;

–Sends messages to the polling loop controller;

–Indicates conditions of the monitored circuits by means of its built-in LED;

–Stores addresses for communicating data over the polling loop in its non-volatile memory.

1.1.4 The module is designed for round-the-clock operation.

1.1.5 The module is a reparable and regularly maintained product.

1.2 Specifications

Table 1.2.1

No. Parameter Value

1.2.1

Power supply voltage (PL voltage), V - 8 through 11

1.2.2

Average consumed current, mA - 4.0 max

1.2.3

Start-up time, s - 15 max

1.2.4

Monitored circuits (device loops) - 8

1.2.5

Ingress Protection Rating as per GOST 14254-2015 - IP40

1.2.6

Immunity to mechanical exposure

as per OST 25 1099-83 - Arrangement Category III

1.2.7

Vibration exposure:

- Frequency range, Hz

- Max acceleration

- 1-35;

- 0.5g

1.2.8

Climatic version as per OST 25 1099-83 - О3

1.2.9

Operating temperatures, °С- Minus 30 to +50

1.2.10

Relative humidity, % - Up to 93 at +40°С

1.2.11

Weight, kg - 0.3 max

1.2.12

Overall dimensions, mm - 156 ×107 ×39 max

1.2.13

Non-stop operation - 24/7

1.2.14

MTBF in quiescent mode, hours - 80000

1.2.15

Survival probability - 0.98758

1.2.16

Average service life, years - 10

1.2.17 The module passes the standards of industrial radio disturbance prescribed for Class B

equipment as per GOST 30805.22.

1.2.18 The module withstands electrostatic discharge of Test Severity Level III as per GOST

30804.4.2.

1.2.19 The module withstands radio-frequency electromagnetic field in 80 through 100 MHz range as

per GOST 30804.4.3.

1.2.20 In terms of immunity to industrial radio disturbance, the module meets the requirements of

Test Severity Level III as per GOST R 50009.

1.3 Standard Delivery

Table 1.3.1 represents the content of S2000-AR8 standard delivery.

Table 1.3.1

Item Quantity

S2000-AR8 Addressable Eight-Input Module 1 pc.

Accessory Kit:

Resistor C2-33H-0.25-10k ±5%

GOST R ISO 7049 - ST2,9x9,5-St-C-H-A1A Tapping Screw

Woodscrew 1-3x25.016 GOST 1144-80

Wall Plug 6x30

8 pcs.

2 pcs.

3 pcs.

Documentation

S2000-AR8 Addressable Eight-Input Module. Operations Manual 1 pc.

1.4 Arrangement and Operation

1.4.1 S2000-AR8 features eight monitored circuits (or supervised circuits, or device loops) each

providing connection of non-addressable fire and intrusion detectors, control appliances, and

auxiliary devices with dry contact outputs. Both normally closed detectors and normally open

detectors are connectable. The schematic for connecting detectors is shown in Figure 2.2.2.

Triggering of the connected non-addressable detector results in a change in the monitoring circuit

resistance which is detected via the ADC. The relationship between resistance of a monitored circuit

and relevant states and ADC values is represented in Table 3.4.1.

1.4.2 A unique address for communicating data over the polling loop is assigned to each monitored

circuit of the module. Each address is stored in the non-volatile memory of the module and allows

sending messages about conditions at the relevant address point in response to a request of the polling

loop controller.

1.4.3 The module is powered via and communicates data over the polling loop of the polling loop

controller.

1.4.4 The module provides monitoring of the conditions of its enclosure. A message about module

enclosure’s entering to the Open state is generated just after the cover has been open. The module

considers its enclosure to be in the Closed state after its cover has been closed for at least 15 s.

1.4.5 S2000-AR8 can be in one of the three operation modes:

–Quiescent Mode: The value of resistance is within the normal range for all the monitored

circuits;

–Alarm Mode: The resistance of at least one monitored circuit has been out of normal range;

–Programming with Address: A Set New Address command has been received from the polling

loop controller over the polling loop, and an activity to confirm setting the address is being

expected (see Section 2.2.5.2).

1.5 Measuring Instruments, Tools, and Accessories

While mounting, commissioning, and maintaining the module use the equipment, tools, and

accessories shown in Table 1.5.1.

Table 1.5.1

Instruments Specifications

Digital multimeter Measures AC/DC voltage up to 500 V, current up to 5A, resistance up to

2 MOhm

Flat head screwdriver 3.0

50 mm

Cross slot screwdriver 2 x 100 mm

Side-cutting pliers 160 mm

Pliers 160 mm

S2000-APA Standalone addressable device programmer (optional)

1.6 Marking and Sealing

1.6.1 Each S2000-AR8 carries a marking placed on the rear side of its enclosure.

1.6.2 The marking contains: the name of the product, its decimal number, the factory number, the

year and the quarter of production, and conformity marks.

1.6.3 The fastening screw is factory-sealed with paint.

1.6.4 Tampering with the seal automatically voids all warranties.

1.7 Packaging

S2000-AR8 with accessories kit and operations manual are packaged into a separate cardboard

box.

2Intended Use

2.1 Operating Restrictions

The design of the module doesn’t provide operating it in aggressive and dusty environments

and in explosion hazardous premises.

2.2 Preparing for Use

2.2.1 Safety Precautions

–The design of the S2000-AR8 meets the requirements of electric and fire safety including

emergency operation in accordance with Russian Standards GOST 12.2.007.0-75 and GOST

12.1.004-91;

–There are no potential hazard circuits within the S2000-AR8;

–Do SHUT OFF power from the S2000-AR8 before mounting, installing, and maintaining this

one;

–Mounting and maintenance of the S2000-AR8 shall be carried out by persons with the second

or higher electric safety qualification level.

2.2.2 Design

Figure 2.2.1 presents the appearance and overall and mounting dimensions of S2000-AR8.

Figure 2.2.1 Overall and Mounting Dimensions of S2000-AR8

2.2.3 Mounting

The S2000-AR8 is to be installed on walls or within cabinets closely to equipment to be

monitored by the module at places protected against atmospheric precipitations, mechanical damage,

and unauthorized access.

Mounting the module shall be performed in line with requirements of Russian Regulatory

Document РД 78.145-92 “Rules for Performance and Acceptance of Works. Fire and Intrusion Alarm

Installations”. The module should be attached at a height suitable for operating and maintenance. If

the S2000-AR8 is housed in unwatched premises it should be at least 2.2 m higher than the floor

level.

The module design provides installing it either on a flat surface using the woodscrews

provided or onto a DIN-rail.

It is acceptable to install the module within mounting enclosures (cabinets, boxes, etc.). If the

module and other units are arranged adjacently then vertical and horizontal distances between them

shall be at least 10 mm each.

The procedure of fastening the S2000-AR8 is described in its Installation Manual available

online on https://bolid.ru in the section PRODUCTS at the page of S2000-AR8.

2.2.4 Connecting the Module

Figure 2.2.2 shows a standard schematic for connecting S2000-AR8 with the polling loop

controller and standard variants for connecting non-addressable detectors to the module.

M C

1…

M C

: m on itore d circ u

its

S20 00 -АR 8

+ P L

– P L

po lling loo p

E O L

D 4

… … … …

–

+ M C 8

–

M C

1 8

M C

– M C 1

D 2

D 1

D 3

V ar ia n t А

D 2: fire d etec to r, N C co ntac ts

M C

– M C 4

… … … …

V ar ian t B

D 1: fire de te ctor , N O co ntac ts

V ar ian t C

D 3: intrusio n d etecto r, N O c ontacts

D 4: intrusio n d etecto r, N C co ntacts

E O L

X T 1 .1

X T 1 .2

X T 1 .3

X T 1 .

EOL

: Termination resistor С2-33Н-0.25-10 k±5%;

: Additional resistor C2-33H-0.25-20 k±5%;

: Additional resistor C2-33H-0.25-4.7 k±5%.

Figure 2.2.2. External Connection Diagram

Resistance of the monitored circuit wires shall not exceed 100 Ohm, while leakage resistance

shall be at least 50 kOhm. The monitored circuits are connected to the contacts of alarm and signal

outputs of detectors. Every monitored circuit of the module shall contain a 10 kOhm termination

resistor and, depending on the connection variant, can contain a relevant additional resistor.

2.2.5 Settings

2.2.5.1 Configuring

Variants A and B provide connecting fire detectors with recognizing such states of monitored

circuits as Norm, Fire Alarm, Open Circuit, and Short Circuit for the inputs with Input Type

2: Combined Fire.

For operating intrusion detectors Input Type is to be defined as 4: Intrusion,

5: Intrusion and Tamper, 6: Auxiliary, 7: Lobby, or 11: Panic, and the detectors are connected as

shown in Variant C.

The module enclosure open, a Tamper Alarm message is generated for all the monitored

circuits except for the one for which 4: Intrusion Input Type is given.

To monitor various systems, the Input Type in the polling loop controller configuration is to

be set to the value 6: Auxiliary. In case when the circuits should be monitored for faults, use the

connection variants A and B; otherwise, the connection variant C is suitable.

To get more information about inputs and ways to define them, please refer to operating

documentation on the polling loop controller and UProg.

2.2.5.2 Setting Address

S2000-AR8 provides storing addresses of the monitored circuits to communicate data over the

polling loop in the non-volatile memory. The factory address of an S2000-AR8 is 120, with this

address matching to the address of MC1. The addresses of the other monitored circuits are calculated

based on the address of MC1 by incrementing the address of every following circuit by 1.

To assign addresses, you should use the S2000M control panel or the UProg software utility to

send the polling loop controller one of the following commands:

–Set New Address;

–Edit Address.

By using the Set New Address command you can assign the first address to the module regardless

of which one is assigned to it at the moment. This can be used when identical addresses are incorrectly

assigned to two or more addressable devices in the polling loop. For doing so, issue this command from the

control panel or PC specifying the required address as the parameter. The module LED shall start flashing

four times once per four seconds. Then within no longer than 5 minutes open the module enclosure and

perform the combination of three long presses (longer than 1 s) and one quick press (shorter than 0.5 s) on

the tamper switch. The network controller shall display messages about loss of communication with the

module on the old addresses and restoring communication with it on the set addresses. If the old address

was occupied by two or more devices, then no messages about loss of communication on the old

addresses are given.

If you need to change module addresses which are known, use the Edit Address command.

Give this command from the control panel or PC specifying the old address and the new address. The

control panel or PC shall display events of loss of communication with the module on the old

addresses and restoring communication with it on the assigned addresses.

To assign the address to the module, you also can use an S2000-APA standalone addressable

device programmer.

2.3 Usage

To be admitted to work with the module the personnel are obliged to have studied this manual

and to have a certificate of verification of knowledge of safety regulations.

S2000-AR8 operates under a polling loop controller within an Orion ISS. To get more

information about operation of the system, please refer to the documentation on the S2000M panel,

Orion Pro, Sirius panel, and the polling loop controller.

Modes of operation of S2000-AR8 and the relevant indication patterns are shown in

Table 2.3.1

Operation Mode of

S2000-AR8

Description LED Indication

Quiescent Mode Resistance of all the monitored

circuits is in the normal range

Flashes once every 4 s

Alarm Mode At least one monitored circuit is

detected to have an abnormal

conditions

Flashes doubly every 4 s

Programming with

Address

A Set New Address command has

been received

Four flashes every 4 s

2.3.1 Functional Testing

Perform functional testing as described in Section 3.4 of this manual.

2.3.2 Extreme Situation Actions

WARNING:

If sparks, fire, smoke, or smell of burning is found at the installation site of the

module, the module must be de-energized and sent for repair.

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