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Summary of Contents for TechVision D Series
- Page 1 QUICK START GUIDE FOR ACCESS CONTROL BOARDS D Series One Door TCP/IP Web Server Controller Model: AB-D1EWN...
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Page 2: Table Of Contents
Table of Contents 01- Introduction 02 - Overview 02.1 - Package Contents 02.2 - Installation Requirements 02.3 - Network Overview 02.4 - Board Overview 03 - LED’s 03.1 - Main Board LED’s 03.2 - LAN LED’s 04 - Power 04.1 - Powering the Board 04.2 - Power Boxes 05 - Door Connections 05.1 - Connecting a Reader... -
Page 3: 01- Introduction
01- Introduction The world of Access Control can be a challenging yet rewarding solution for the Entry and Exit of any application. This guide will help you understand the Access Control board so you can properly connect Readers, MagLocks, Push to Exit buttons, ETC. These boards have many capabilities and functions they can produce. -
Page 4: Overview
02 - Overview 02.1 - Package Contents Access Control Software Access Control Board Access Control Software 02.2 Installation Requirements • Power Distribution Panel • Access Control Readers • Access Control Locks • Push to Exit buttons • Cat 5/6 Cable •... -
Page 5: Network Overview
02.3 - Network Overview Access Control Board Router Switch or Hub PC W/ AC Software Page# 5... -
Page 6: Board Overview
02.4 - Board Overview Door Connections Section 05.1-05.7 Door #1 Door #1 Push To Exit Door #1 Reader (Enter) Door #1 Reader (Exit) Power +12vDC 04.1-04.2 LED’s LED’s Section 03.1-03.2 Relay Door #1 Locks 06.1-06.8 LINK LAN Section 07.1 Page# 6... -
Page 7: Led's
03 - LED’s 03.1 Main Board LED’s LED’s The Access Control board possess a collection of LED indicator lights to give you visual information of Location On Board the activity or errors that occur on the board. This can be useful if you are having problems with communication or to verify if it is operating correctly. -
Page 8: Power
04 - Power 04.1 Powering the Board This next section is for powering your Access Control board. This board has minimal power requirements of only 100mA (12vDC) but it will Location On Board require extra power when connecting Readers and Push-to-Exit buttons. It is recomended to use a NEMA box that can house the board and Power Supply. -
Page 9: Door Connections
05 - Door Connections 05.1 Connecting a Reader Access Control Readers are what allows you to gain access to an entry door. Connecting them is easy as long as you know what you are doing. Most Location On Board of the labels on the board for each port correspond to the reader but below will explain in more detail how it works. -
Page 10: Connect A Push-To-Exit
05.2 - Connect a Push-to-Exit Push-to-Exit buttons are usually put on the interior part of the door and allows you to exit once pressed. Connecting them is a breeze and below will provide the guide. • GRD: This port provides Ground to the Push-to-Exit Button. The wire that is connected to this port is typically called the Common Wire. -
Page 11: Attendance
05.4 - Attendance Keeping track of employees attendance can be time consuming and hard to keep accurate. This access control board can do all this for you. It can track time arrived, lunch breaks, and time of departure. In the illustration to the left you can see how someone would use their ID Card to enter the... -
Page 12: 05.6 - Door Example
05.6 - Door Example’s Standard Above illustrates how you would connect a standard entry and exit for a single door. The reader would be on the exterior of the door and the Push-to- Exit button would be placed on the interior. Dual Readers Above illustrates how you would connect a dual reader for a single door. -
Page 13: Board Example
05.7 - Board Example This example illustrates how you would connect a Reader and a Push-to-Exit button, or 2 readers for each door. Because Door #1 Door #1 Push To Exit this is a 1 door board you can connect 1 reader and 1 Push-to- Door #1 Reader (Enter) Door #1 Reader (Exit) +12vDC... -
Page 14: Locks
06 - Locks 06.1 Connecting a Lock The type of lock that you use will depend on the application and door. You have a few options to choose from and you can use multiple locks at a Location On Board time. -
Page 15: Connecting Multiple Locks
06.2 - Connecting Multiple Locks The example below shows how you would connect 2 or more locks to a single door. You would just run separate cables to the locks and depending on what types of locks you are using you would connect them to either NO or NC. -
Page 16: Connecting Signal Wire
06.3 - Connecting Signal Wire The Signal port is used to tell the Access Control board if the door is open or closed. This is important because when you enter or exit a door the locks will reengage even if the door is still open. If you want to know this information or have an alarm go off for having the door open for an extended period of time this port will allow you to do so. -
Page 17: Powering Locks With Same Pwr Sup
06.4 - Powering Locks with Same PWR Supply This example will illustrate how to power your locks with the same power source as your board. As you might have noticed your locks do not get powered from the Access Control board and need to be powered separately. If your Power Supply for your board is powerful enough for your board, readers, 12vDC and locks you can use the same supply. -
Page 18: Powering Locks With Seperate Pwr
06.5 - Powering Locks with Seperate PWR This example will illustrate how to power your locks with a separate Power Supply. Since your locks share the same ground as your Access Control board you have to Bond the 12vDC two Power Supplies together. You would simply connect the output from your separate power supply to each COM port for each lock. -
Page 19: 06.6 - Nornally Open And Normally Closed
06.6 Normally Open and Normally Closed What is open and closed? Before we get too far we need to explain what is “open” and “closed”. With electricity “closed” means the circuit is connected and electricity is flowing. “Open” means the opposite. The electrical current is open and no electricity is flowing. -
Page 20: Fail Safe Vs. Fail Secure
06.7 Fail Safe Vs. Fail Secure This section is very easy to understand but should not be overlooked. When incorporating these protocols in your installation you should always talk to your local code enforcement to ensure it is correct. Fail Safe? These products are designed to unlock when power is lost. This ensures that if there is a problem you can quickly exit. -
Page 21: Lan
07 - Lan 08.1 Connecting to the Network Connecting to the network is very easy and only requires one Ethernet Cable. You will simply connect the Ethernet cable to the Lan Card located on the Location On Board board. then you connect the other end of the Ethernet cable to a HUB on your network the your Computer with the Access Control Software is located. -
Page 22: Extras
08 - Extras 08.1 Connecting a Siren, Buzzer, or Light Access Control can allow you to do some impressive things to help indicate the door is open or closed. Below will explain how to connect these devices. Location On Board •... -
Page 23: 08.2 - Connecting A Push-To-Enter Button
08.2 Connecting a Push-to-Enter Button Push-to-Enter buttons are the same as Push-to-Exit but placed near a receptionist to let someone in. They are also connected the same way. Follow Location On Board the steps for the Push-to-Exit button found in Section 05.2 but only connect the NO cable to the (P1 [1-4]) port. - Page 24 PLEASE MAKE SURE YOU HAVE A TRAINED ELECTRICIAN INSTALL THIS EQUIPMENT. Page# 24...
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