Bolid S2000-2 Bedienungsanleitung

Orion ISS Access Controller S2000-2 User’s Manual ISO 9001

Orion ISS www.bolid.com 10 ¾ Doors Per Controller Up to 2 ¾ Access Keys iButtons, Proximity cards, PIN-codes, etc. ¾ Readers Per Controller Out

4 Pionerskaya Str., Korolev 141070, Moscow Region, Russia Phone/fax: +7 495 513-32-35 Email: [email protected] www.bolid.com

S2000-2 Specifications 11 www.bolid.com ¾ Request-to-Exit Inputs 2 ¾ Alarm Inputs Wire Resistance 2 inputs to monitor intruder detectors’ conditi

Orion ISS www.bolid.com 12

S2000-2 Operating 13 www.bolid.com OPERATING

Orion ISS www.bolid.com 14 ACCESS KEYS To identify keys used to implement different functions of the access controller a variety of electronic keys

S2000-2 Operating 15 www.bolid.com ¾ The time periods when arming/disarming alarm loops of the S2000-2 are allowed (see Time Schedules Section belo

Orion ISS www.bolid.com 16 OPERATION MODES The controller can operate in one of the following modes: − Two Entrance Doors − One Entrance/Exit Door

S2000-2 Operating 17 www.bolid.com If identification is completed successfully, the reader sounder generates two beeps, the green LED turns on, the

Orion ISS www.bolid.com 18 vation Time parameter, but at least for two seconds, regardless of the time the passing actually takes In order to pass

S2000-2 Operating 19 www.bolid.com In order to pass in any direction, a User key with the Access attribute set is to be presented to a reader instal

Orion ISS www.bolid.com 2 This User’s Manual is intended to help for studying operability principles and maintenance of S2000-2 or S2000-2 rev.01 A

Orion ISS www.bolid.com 20 When driving to the swing-beam barrier, a car is slowing down near the reader, the driver presenting its User key with A

S2000-2 Operating 21 www.bolid.com example, compare the person who entered with an image on the PC monitor) and then make an egress decision. The st

Orion ISS www.bolid.com 22 ACCESS MODES In all the controller’s operation modes (Two Entrance Doors, One Entrance/Exit Door, Turnstile, Swing-bea

S2000-2 Operating 23 www.bolid.com Switching to the Controlled mode can be implemented by: − repeated presenting the Locking key, or − presenting th

Orion ISS www.bolid.com 24 Controlled Access Mode In the controlled mode the controller provides both local and centralized access. Local access in

S2000-2 Operating 25 www.bolid.com OPERATING PRINCIPLES The operating strategy of the S2000-2 controller is determined by actual parameters of the p

Orion ISS www.bolid.com 26 − The controller and reader sounders generate a long Error sound − The red LED of the reader flashes three times and the

S2000-2 Operating 27 www.bolid.com armed partition will be armed, and vice versa). The condition of the partition is indicated by the reader LEDs wi

Orion ISS www.bolid.com 28 ALARM LOOPS In all operation modes except the Swing-beam Barrier one, two alarm loops with dry contact intruder alarm de

S2000-2 Operating 29 www.bolid.com Access will be unlocked after disarming of access locking loops. If one or two access locking alarm loops are arm

S2000-2 Features and Design 3 www.bolid.com Table of Contents Features and Design...

Orion ISS www.bolid.com 30 Besides, reader’s LEDs can display armed (red lighting) and disarmed (LED is off) conditions of the following loops comb

S2000-2 Operating 31 www.bolid.com TWO FACTOR AUTHENTICATION Each of the two controller’s readers can operate in such a mode when not one but two ke

Orion ISS www.bolid.com 32 ACCESS RIGHTS To simplify description of the access rights for each key as well as rights to arm/disarm the controller’s

S2000-2 Operating 33 www.bolid.com − Define if necessary the Access Group 2 to Confirm Passage parameter (the number of the ac-cess group required t

Orion ISS www.bolid.com 34 − If the two person rule access via the controller reader is set for the access group Y too and the access group X is se

S2000-2 Operating 35 www.bolid.com − Transferring working days (for example, a day stated in the calendar as Saturday may be an-nounced as Monday) −

Orion ISS www.bolid.com 36 − None (the S2000-2 controller is not checking any anti-passback rule) − Hard − Timed − Soft The Hard Anti-passback rule

S2000-2 Operating 37 www.bolid.com An anti-passback rule can be made stronger by setting the Zonal Anti-passback (‘Entry/Exit Control’). If this par

Orion ISS www.bolid.com 38 CENTRALIZED ACCESS CONTROL AND ALARM LOOP ARMING/DISARMING If the S2000-2 controller operates as a part of an Orion syst

S2000-2 Operating 39 www.bolid.com Table 1 Partition Status Indication Partition Status Reader Indicator Behavior Indication Color Disarmed Off –

Orion ISS www.bolid.com 4 Wiring the S2000-2 for Turnstile Mode...

Orion ISS www.bolid.com 40 KEY PATTERN BASED ACCESS CONTROL In order to provide identification for a wide range of individuals whose access keys ne

S2000-2 Operating 41 www.bolid.com meets the pattern) and specify the pattern mask (its ‘opened’ positions) which will be allied to codes of present

Orion ISS www.bolid.com 42 LIGHT AND SOUND ALARMS The S2000-2 controller transmits signals to its built-in LEDs and sounder, as well as to LEDs and

S2000-2 Operating 43 www.bolid.com Condition/Event Lighting Mode Color Centralized partition control, the partition is armed On Yellow (Red + Green)

Orion ISS www.bolid.com 44 Condition/Event Category Sound Signaling Forced open (the door is open without access granted) Held open (the door is op

S2000-2 Operating 45 www.bolid.com DATA COMMUNICATIONS VIA RS-485 INTERFACE The S2000-2 controller connected to an Orion network via RS-485 interfac

Orion ISS www.bolid.com 46 DOOR CLOSED The door has just been closed after being propped open or forced open TAMPER ALARM S2000-2 enclosure has j

S2000-2 Installation 47 www.bolid.com INSTALLATION

Orion ISS www.bolid.com 48 STANDARD DELIVERY Find the following when unpacking the S2000-2 controller: ¾ S2000-2 Access Controller ¾ This User’s

S2000-2 Installation 49 www.bolid.com S2000-2 PCB LAYOUT The layout of the S2000-2 access controller PCB is shown in Figure 3. VLOOP1 LOOP2 LOOP2 LO

S2000-2 Features and Design 5 www.bolid.com FEATURES AND DESIGN

Orion ISS www.bolid.com 50 WIRING THE S2000-2 FOR TWO ENTRANCE DOORS MODE Figure 4 shows the wiring diagram for a S2000-2 controller operating in t

S2000-2 Installation 51 www.bolid.com D1-1 LEDG1 GND1 S2000-2 LEDR1 +12V1 BEEP1 D1 LEDG GND Reader 1 LEDR +12V BEEP 0V RIP-12 +12V D0-

Orion ISS www.bolid.com 52 WIRING THE S2000-2 FOR ONE ENTRANCE/EXIT DOOR MODE Wiring diagram for a S2000-2 controller operating in the One Entrance

S2000-2 Installation 53 www.bolid.com D1-1 LEDG1 GND1 S2000-2 LEDR1 +12V1 BEEP1 D1 LEDG GND Reader 1 LEDR +12V BEEP 0V RIP-12 +12V D0-

Orion ISS www.bolid.com 54 WIRING THE S2000-2 FOR TURNSTILE MODE D1-1 LEDG1 GND1 S2000-2 LEDR1 +12V1 BEEP1 D1 LEDG GND Reader 1 LEDR +12V

S2000-2 Installation 55 www.bolid.com Figure 6 shows wiring diagram for a S2000-2 controller operating in the Turnstile mode. In this opera-tion mod

Orion ISS www.bolid.com 56 WIRING THE S2000-2 FOR SWING-BEAM BARRIER MODE Figure 8 shows the wiring diagram for a S2000-2 operating in the Swing-be

S2000-2 Installation 57 www.bolid.com D1-1 LEDG1 GND1 S2000-2 LEDR1 +12V1 BEEP1 D1 LEDG GND Reader 1 LEDR +12V BEEP 0V RIP-12 +12V D0-

Orion ISS www.bolid.com 58 If access is granted by ENTRY button pressing, the green LED of the first reader and/or green light on the traffic contr

S2000-2 Installation 59 www.bolid.com WIRING THE S2000-2 FOR TWO SLUICE DOORS MODE D1-1 LEDG1 GND1 S2000-2 LEDR1 +12V1 BEEP1 D1 LEDG GND Rea

Orion ISS www.bolid.com 6 The S2000-2 access controller (hereinafter referred to as the controller) is designed to control access through one or tw

Orion ISS www.bolid.com 60 Wiring of a S2000-2 controller operating in Two Sluice Doors mode is shown in Figure 10. In this op-eration mode alarm l

S2000-2 Installation 61 www.bolid.com CONNECTING READERS In order to identify users, two readers with Touch Memory, Wiegand or ABA TRACK II (magnet

Orion ISS www.bolid.com 62 code into the controller memory, the card will be recognized correctly by the controller via a reader with the Touch Mem

S2000-2 Installation 63 www.bolid.com Connecting Readers with Wiegand Output Interface D1 LEDG GND S2000-2 LEDR +12V BEEP D1 LEDG GND Read

Orion ISS www.bolid.com 64 CONNECTING DOOR OR PASSAGE SENSORS DOOR1 and DOOR2 terminals of the С2000-2 controller (see Figure 3) are intended to co

S2000-2 Installation 65 www.bolid.com GND S2000-2 Variant 1 Suitable for normally close contacts DOOR 8.2 kOhm GND S2000-2 Variant 2 Suitable for

Orion ISS www.bolid.com 66 CONNECTING ALARM LOOPS In all S2000-2 operation modes except the Swing-beam Barrier (see above) LOOP1 and LOOP2 ter-mina

S2000-2 S2000-2 Programming 67 www.bolid.com S2000-2 PROGRAMMING

Orion ISS www.bolid.com 68 The S2000-2 configuration parameters are to be modified by UPROG Configuration Tool software of 4.0.0.821 version or lat

S2000-2 S2000-2 Programming 69 www.bolid.com Parameter Description Range Default value Maximum PIN-code Length Maximal number of the PIN-code digit

S2000-2 Features and Design 7 www.bolid.com and transferred to the network controller (the Orion Workstation), which grants or denies access (only f

Orion ISS www.bolid.com 70 ceiving a code of the card from any reader the controller will set the high-order bits (from 25 to 48) of the card code

S2000-2 S2000-2 Programming 71 www.bolid.com Parameter Description Range Factory Value Forced Open Monitoring1 Activates monitoring the time of the d

Orion ISS www.bolid.com 72 Output Interface parameter (Touch Memory, Wiegand, or ABA TRACK II) is set to be in agreement with the output interface

S2000-2 S2000-2 Programming 73 www.bolid.com − For Two Entrance Doors, One Entrance/Exit Door and Turnstile modes, after granting the ac-cess the con

Orion ISS www.bolid.com 74 The Sound Alarms switches enable reader sounder turning on for each category of the alarms avail-able (see Light and Sou

S2000-2 S2000-2 Programming 75 www.bolid.com ALARM LOOP CONFIGURATION PARAMETERS Each of the two controller’s loops has the same configuration parame

Orion ISS www.bolid.com 76 The maximum time of the relay activation while granting access is given by the Relay Activation Time parameter. The maxi

S2000-2 S2000-2 Programming 77 www.bolid.com ACCESS GROUP PARAMETERS The significant part of access rules for each access key are specified by means

Orion ISS www.bolid.com 78 Parameter Function Description Value Range Entry Mode Defines the rules to access the zone with the specified number (

S2000-2 S2000-2 Programming 79 www.bolid.com If the Confirmation Only entry (exit) mode is selected for the all keys included in the access group suc

Orion ISS www.bolid.com 8

Orion ISS www.bolid.com 80 ACCESS KEY CONFIGURATION PARAMETERS Up to 4096 key descriptors (8192 for the S2000-2 rev.01) can be stored in the contro

S2000-2 S2000-2 Programming 81 www.bolid.com The Access Group (the number of the access group) defines the access rights and restrictions for the Use

Orion ISS www.bolid.com 82 code is not stored in the controller memory on the contrary to codes of individual keys. The base code can be typed manu

S2000-2 S2000-2 Programming 83 www.bolid.com KEY PROGRAMMING If the S2000-2 controller operates as a part of a PC-based Orion system, codes of iButto

Orion ISS www.bolid.com 84 S2000-2 database, or the access group descriptor of an existing key is modified, the sounder will sound two short signal

S2000-2 S2000-2 Programming 85 www.bolid.com PROGRAMMING THE CONTROLLER DEPENDING ON ITS OPERATION MODE Two Entrance Doors Mode Programming In order

Orion ISS www.bolid.com 86 One Entrance/Exit Door Mode Programming In order to program the S2000-2 controller for operating in One Entrance/Exit Do

S2000-2 S2000-2 Programming 87 www.bolid.com 5. Set the Relay Activation Time parameter to a 0.25 ÷ 1s value (which is sufficient to unblock the tur

Orion ISS www.bolid.com 88 − 1 ÷ 5s in the Relay Activation Time fields (the time sufficient for the strike to be actuated) − ‘Switch off after d

S2000-2 Maintenance 89 www.bolid.com MAINTENANCE

S2000-2 Specifications 9 www.bolid.com SPECIFICATIONS

Orion ISS www.bolid.com 90 TECHNICAL INSPECTIONS To make sure your S2000-2 controller keeps proper operability it must be inspected by a competent

S2000-2 Maintenance 91 www.bolid.com S2000-2 0V +12V 34XT1.2 XT4.1 LOOP−2 LOOP+1 8.2 kOhm±5% 0V RIP-12 +12V B A 12XT1.1 D0-2 LEDG2 LEDR2

Orion ISS www.bolid.com 92 Self-Diagnostic Test WARNING! Disconnect if necessary all locking units before testing the S2000-2 controller in self-d

S2000-2 Maintenance 93 www.bolid.com Condition Inspection of LOOP, DOOR and EXIT Circuits To inspect the conditions of electrical circuits, connecte

Orion ISS www.bolid.com 94

S2000-2 95 www.bolid.com AppendixConnecting Some Models of Readers to the S2000-2 Controller

Orion ISS www.bolid.com 96 BOLID S2000-PROXY / S2000-PROXY N READER CONNECTION 5 D0-1(-2) LEDG1(2) 31S2000-2 1 GND1(2) Indicator (LEDR) 3Output (

S2000-2 97 www.bolid.com PR-A03 / PR-A05 / PR-P09 READER CONNECTION 6 D0-1(-2) LEDR1(2)3 1 S2000-2 Led-R GND1(2)Brown D0/Sig Green GND Bla

Orion ISS www.bolid.com 98 Variant 1 – Touch Memory Interface Variant 2 – Wiegand Interface S2000-2 Settings Reader’s Jumpers S2000-2 Settings

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