Access Control by Example ACCBYEG en Introductory Guide
Access Control by Example Table of Contents | en 3 Table of Contents 1 Introduction 4 1.1 The example 4 2 Materials Planning 6 2.1 Planning the doors 6 2.2 Low tier: Electrical components 6 2.2.1 Card reader technologies 7 2.2.2 Credentials technology 7 2.2.3 Wiring for non-reader components 8 2.3 Middle tier: Access Controllers 8 2.4 High tier: Hosting the software for the final system 9 3 Installation with RS-485, AMC and Access PE 3.
en | Introduction 1 Access Control by Example Introduction Purpose of this document Based on a simple example, which nevertheless contains most of the common kinds of door control, this document provides an introduction to installing a small access control system. Its intention is to steer beginners safely past some of the common dangers and pitfalls.
Access Control by Example Introduction | en 5 The access control requirements of the rooms are as follows: Table 1.1 Room Access for whom Access control requirements 1. Waiting Room with Anybody between 09:00 and Door should be unlocked at reception area 16:00 9:00, locked at 16:00 and requires a card outside of those hours. 2. General Storeroom Doctor, lab technician, Access control to prevent theft. receptionist 3.
en | Materials Planning 2 Access Control by Example Materials Planning The following section contains a rough analysis of the requirements, and helps you to select the parts required in the quantities you need. It is useful to think in terms of three tiers: The electrical components, the access controller and the host system. These tiers are covered in more detail below. 2.1 Planning the doors For each of the doors mentioned in Section 1.
Access Control by Example Materials Planning | en Room Access control hardware 4. Office Card reader 7 Electric door opener REX by motion detector Magnetic contact Note:This secured room, which already houses the computer, is the obvious place to put the access controller itself. 5. Treatment room 2.2.1 Nothing Card reader technologies Card readers differ in two important respects: scan frequency and protocol. Scan Frequency: 125kHz vs. 13.
en | Materials Planning Access Control by Example and key fobs which usually carry no printed personal information. 2.2.3 Wiring for non-reader components Depending on its manufacturer and model, each of these electrical components will require a certain number of wires to control its operation. Typical values for number of wires per component can be found in the table below.
Access Control by Example 2.4 Materials Planning | en 9 High tier: Hosting the software for the final system Bosch offers a wide range of software products for configuring access control systems, depending on the size of the installation. For our small example one of two products would be suitable: – Access Professional Edition: (Access PE) This product installs on a standard PC. It controls doors via hardware modules called Access Modular Controllers (e.g. the AMC2 4R4).
en | Installation with RS-485, AMC and Access PE 3 Access Control by Example Installation with RS-485, AMC and Access PE This chapter describes the installation of our example access control system using RS-485 communication to the readers, an AMC2 as access controller hardware and Access Professional Edition as the configuration software. We will assume that all the components decided upon in Section 2.
Access Control by Example Installation with RS-485, AMC and Access PE | en 11 The following illustration shows typical locations of electrical components with respect to a door. Note that the access controller (5) should always be in a secured area to prevent tampering, preferably in a locked cabinet which has space for the power supply and backup battery to ensure an uninterruptible power supply.
en | Installation with RS-485, AMC and Access PE Figure 3.1 3.4.2 A diode Access Control by Example Figure 3.2 Position of the protective diode (Note the Key: 1: Door opener, 1A: Protective diode, 5: Access controller colored ring) The colored ring corresponds to the crossbar in the diode symbol. Shielding data cables and avoiding ground loops Cables with cores that carry data have a conducting wrapper, accompanied by a naked grounding wire, between the cores and the outer plastic casing.
Access Control by Example 3.5 Installation with RS-485, AMC and Access PE | en 13 Connecting the AMC2 (Access Modular Controller) The following is an illustration of a typical AMC2. Here the AMC2 4W. Figure 3.4 An AMC2 access controller R: Reader connections P: Pluggable screw terminals L: LC Display Space restrictions do not permit a detailed treatment of the AMC2 controller hardware, of which there are several variants. Always consult the installation guide of the controller you are using.
en | Installation with RS-485, AMC and Access PE Step Where no. 4 AMC Access Control by Example Step description Illustrations / Reference On the underside of the AMC’s circuit board, set the AMC2-4R4 installation guide relay output jumpers for the relay outputs to “wet “Connecting relay outputs” mode” i.e. the AMC2 should provide a voltage to our door openers. In the illustration opposite...
Access Control by Example Installation with RS-485, AMC and Access PE | en 15 Figure 3.5 The AMC2 connections used in the 4-room surgery example. Connector S1 PSU S2 Reader used for... Power input Main Ent. and Lab card Connector S10 Output 3 S13 Tamper used for... Storeroom Opener (to be shorted as not in port 1 S3 Input 1 S4 Input 2 S5 Output 1 S7 Reader readers Main Ent. REX Main Ent. MC Main Ent. Opener Store and Office card contact S15 Input 5 S16 Input 6 S17 Output 5 S20 Input 7 use) Lab.
en | Installation with RS-485, AMC and Access PE Access Control by Example Step Where Step description Illustrations / Reference no. 1 2 AMC:S1 Connect the power supply to S1 All readers The factory default bus address of readers is usually 1. DIP (DIL) switches inside a In order to distinguish between readers on the same DELTA 1000 reader bus, each requires a unique address.
Access Control by Example Step no. 8 9 10 Installation with RS-485, AMC and Access PE | en Where Step description 17 Illustrations / Reference AMC:S8, Connect the REX units for the Storeroom (S8), S15, Lab(S15) and Office (S20) analogously to S3. S20 REX by motion detector is useful but push buttons are AMC:S9, very common for cost reasons. Connect the MC units for the Storeroom (S9), S16, Lab(S16) and Office (S21) analogously to S4.
en | Installation with RS-485, AMC and Access PE Access Control by Example Step Where Step description Illustrations / Reference no. 8 Computer Assign authorization groups to the individual doors, 9 Access Professional Edition Configurator: “Access e.
Access Control by Example 4 Installation with Wiegand and Access Easy Controller (AEC) | en 19 Installation with Wiegand and Access Easy Controller (AEC) This chapter describes the installation of our example access control system using Wiegand communication to the readers. AEC is an access control system that uses Wiegand communication. We will assume that all the components decided upon in Section 2.
en | Installation with Wiegand and Access Easy Controller (AEC) Access Control by Example Door from the outside Same door from the inside 1: Door opener - 2 wires 3: Magnetic contact - 2 wires 2: Reader - 4 wires 4: REX with motion detector - 2 wires 5: Access controller. NOTE: This should not be near the doors themselves, but should always be located in a secured area (here represented by the cloud). 4.
Access Control by Example Installation with Wiegand and Access Easy Controller (AEC) | en 21 + COM Output PSU NC 4-Reader Board + - Door Strike/ Electromagnetic Lock Figure 4.1 A diode = Back Biased Suppression Diode Figure 4.2 Position of the protective diode 4.4.2 Shielding data cables and avoiding ground loops Cables with cores that carry data have a conducting wrapper, accompanied by a naked grounding wire, between the cores and the outer plastic casing.
en | Installation with Wiegand and Access Easy Controller (AEC) 4.5 Access Control by Example Connecting the AEC (Access Easy Controller) The following is an illustration of an AEC2.1 unit Figure 4.4 An AEC2.1 access controller 1: CPU Board 2: 4 Reader Board 3: Power Supply Unit 4: Backup Battery Note: AEC2.1 does not come with the 12 VDC standby battery. Space restrictions do not permit a detailed treatment of the AEC2.1 controller hardware, of which there are several variants.
Access Control by Example Installation with Wiegand and Access Easy Controller (AEC) | en 23 BOSCH T7 Input1 Input2 Input3 LED1 In1 Gnd In2 Gnd In3 Gnd In4 Gnd In5 Gnd In6 In7 Gnd Input4 Gnd Gnd 12V In8 Gnd T8 READER 1 T6 T2 COM1 NC1 DO-1 NO1 D1-1 COM2 LED2 LED1 BUZ1 NC2 READER 2 N GND V2 G G V1 V1 12 VAC/DC POWER SUPPLY FOR STRIKE T3 12V COM3 JP2 Gnd LED3 DO-2 NC3 NO3 D1-2 COM4 LED2 LED4 BUZ2 NC4 NO4 1 2 LED9 LED10 LED11 LED12 4-Reader Board SW1 T1
en | Installation with Wiegand and Access Easy Controller (AEC) Step Where Step description no. 1 AEC2.1 Connect the power supply to the power cord in the 2 AEC2.1 controller. Connect the Main Entrance reader to the pluggable Access Control by Example Illustrations / Reference screw terminal Reader1 for connection. Connect the Laboratory reader to the pluggable screw terminal Reader2 for connection. Connect the Storeroom reader to the pluggable screw terminal Reader3 for connection.
Access Control by Example Installation with Wiegand and Access Easy Controller (AEC) | en Step Where Step description no. 9 AEC2.1 Connect the MC units for the Storeroom (In4 and Gnd 25 Illustrations / Reference in Input2 terminal), Lab (In6 and Gnd in Input3 10 AEC2.1 terminal) and Office (In8 and Gnd in Input4 terminal). Connect the door openers for the Storeroom (COM3 and NC3 in T3), Lab (COM5 and NC5 in T4) and Office (COM7 and NC7 in T5). 4.5.
en | Installation with Wiegand and Access Easy Controller (AEC) 4.5.3 Access Control by Example Configuring the AEC software Step Where Step description Illustrations / Reference no. 1 AEC and Use a normal network cable to connect the AEC’s AEC2.1 Hardware Manual and 2 Computer ethernet port to an ethernet port in the network hub. AEC2.1 Software Manual Computer Open a Web browser application (Internet Explorer 7.0 AEC2.
Access Control by Example 5 Resources and further reading | en 27 Resources and further reading Links to literature, websites etc. Document Location / Link Bosch Security Systems: Product http://products.boschsecuritysystems.eu/en/ information Bosch Access Control Products: http://products.boschsecuritysystems.eu/en/EMEA/ Information and downloadable products/bxp/ documentation: CATM5addb76fb1a3ee8977d108b6d43d16f5 AMC2 4R4 Installation Guide http://resource.boschsecurity.
en | Glossary Access Control by Example Glossary A Access control Protecting resources from misuse by unauthorized persons whilst facilitating their legitimate use by authorized persons. Access PE Access Professional Edition - access control software sold by Bosch Security Systems for midrange access control installations. AEC Access Easy Controller - an access controller sold by Bosch Security Systems with a browser based user interface for small to mid-range access control installations.
Access Control by Example Mode wet/dry Glossary | en 29 An AMC connection is in “wet mode” when the AMC provides a voltage to the peripheral device via that connection. “Dry mode” is the opposite, i.e. no voltage is provided via the connection. The mode is determined by a jumper setting inside the AMC unit. It is important that devices with their own power supplies be connected only in dry mode.
en | Index Access Control by Example Index A access control software 9 access control system 4 access controller 8 Access Easy Controller 22 Access Professional Edition 17 AMC2 13 authorization group 18 C credentials 7 D door model 17 E end-of-line resisitor 24 G ground loop 12 L location of components 10 M modes wet/dry 14 P protective diode 11 R Reader’s bus address 16 RS485 7 T three tiers 6 time model 17 W Wiegand 7, 19 wiring topology 7 DocNrTbd | 1.0 | 2009.
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