DPS Telecom ECU LAN User manual

USER MANUAL
ECU LAN
February 19, 2021
Visit our website at www.dpstelecom.com for the latest PDFmanual and FAQs.
D-UM-ECULN-12001 ECULANFirmware Version 1.0
For the Building Access System
or Stand-Alone Applications

© 2021 DPS Telecom
This document contains proprietary information which is protected by copyright. Allrights are reserved. No part of this
document may be photocopied without prior written consent of DPS Telecom.
All software and manuals are copyrighted by DPS Telecom. Said software and manuals may not be reproduced, copied,
transmitted or used to make a derivative work, by either mechanical, electronic or any other means in whole or in part, without
prior written consent fromDPS Telecom, except as required by United States copyright laws.
The materialin this manualis for information purposes and is subject to change without notice. DPS Telecomshall not be
liable for errors contained herein or consequential damages in connection with the furnishing, performance, or use of this
manual.
Notice
Revision History
February 19, 2021
October 23, 2020
October 20, 2015
August 10, 2015
June 30, 2015
May 27, 2015
April 28, 2015
February 26, 2014
May 13, 2011
Section 3.5.2 update
Display Mapping update
Speaker Settings
Update screenshots
Update to Email Notifications
Minor additions to web browser sections
BAC Global Provisioning update
Added HIDProxy/Keypad Combo to Hardware Installation Section
Initial Release

Contents
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Introduction1 1
Proxy and Keypad Support1.1 3
Shipping List1.2 4
Specifications2 7
Hardware Installation3 8
Site Preparation3.1 8
Installation Overview3.2 8
Mounting Instructions3.3 9
Entry Control Unit3.3.1 9
ECU with conduit3.3.2 9
Keypad3.3.3 10
Card Reader3.3.4 10
Opening the Case3.4 11
Power Connection3.5 12
Entry Control Unit3.5.1 12
Door Strike3.5.2 14
ECU LAN Internal Fuse3.5.3 16
Communication Lines3.6 17
Keypad3.6.1 17
Proxy Reader3.6.2 18
HID ProxPro Keypad/Proxy Reader3.6.3 19
Speaker and LEDs4 20
Front Panel LEDs4.1 21
LED Verification and Local Testing4.1.1 22
Speaker Operation4.2 22
ECU Internal Speaker4.2.1 23
Keypad LED Operation4.3 24
Basic Operation4.3.1 24
Basic Unit Configuration5 26
Provisioning an IP Address5.1 26
Advanced Unit Configuration (Web Interface)6 28
Logging in to the Web Interface6.1 28
Edit Menus6.2 29
System6.2.1 30
Ethernet6.2.2 31
Notifications6.2.3 32
6.2.3.1 Email Notification Settings 33
6.2.3.2 SNMP Notification Settings 33
6.2.3.3 Relay Notification Settings 34
6.2.3.4 Notification Schedules 34
Alarms6.2.4 35
6.2.4.1 System Alarms 35
Controls6.2.5 36
BAC Globals6.2.6 37
BAC Profiles6.2.7 39
Date and Time6.2.8 40
Timers6.2.9 41
Reboot6.2.10 41

Monitoring Alarms and Issuing Controls7 42
Monitoring Alarms7.1 42
Issuing Control Commands7.2 43
Site Access Log7.3 44
Firmware Upgrade8 45
Determining Proximity Card Number9 46
T/Mon Configuration10 48
Display Mapping Appendix A11 50
Technical Support12 52
End User License Agreement13 53

1
Introduction1
The Building Access System (BAS) is a comprehensive building entry management system that provides
centralized door access control utilizing your existing DPS network monitoring systems. With the system in place,
managers can maintain a database of all personnel access as well as the time of day and location that access was
granted.
Building access functionality typically requires an RTU to report to T/Mon and locally process entry requests made
through an entry control unit (ECU). The ECU LAN, however, grants or denies access on its own, performing both
the RTU and ECU functions of the traditional DPS building access environment. It communicates directly with T/Mon
to retrieve and report access data, stores its own access data locally, and issues control logic for a single door.
In the Building Access System, the ECULAN operates independently of an RTU
With the ECU LAN, you can cheaply and easily add individual doors to your building access system to control
building access at small sites where you don't have or need an RTU. This allows you to extend building access
functionality to sites that would've otherwise been unmonitored or controlled by a completely separate system.
The ECU LAN:
• Controls and regulates a single door entry point.
• Stores entry data and access permissions locally so your site functions independent of the master.
• Supports both keypad and proxy card entry methods.
• Supports a dual proxy reader build option.
• Is configurable through simple TTY and Web Browser interfaces
• Can run in stand-alone mode for applications without T/Mon

2
In "Standalone" mode, the ECULAN can control door access without receiving access information from T/Mon
Keypad (Accessory Sold Separately)
The weather-shielded keypad is mounted on the exterior of the building and is designed to withstand a wide
temperature range. To prevent unauthorized access, there is no amount of tampering that can be done to the keypad
to cause the door to open.
Proxy Reader (Accessory Sold Separately)
The weather-proofed proximity reader is mounted on the exterior of the building and is designed to withstand a wide
temperature range. As with the keypad, there is no amount of tampering that can be done to the proxy reader to
cause the door to open. The ECU LAN supports +12V, 26-bit or 37-bit Wiegand card readers.

3
Proxy and Keypad Support1.1
The ECU LAN is capable of working in multiple configurations with keypads, proxy readers, door strikes, and
magnetic door locks. While it supports dual proxy readers (one inside, one out) or one proxy reader and one
keypad, the ECU LAN cannot be used with two keypads.
ECU LAN Supports Proxy Reader and Keypad (1 each)
Or
Dual Proxy Readers (1 inside, 1 outside)
Specialized Door Control Modes
"Dual Proxy Mode" - When purchased for this hardware configuration, you will mount one Proxy Card Reader
inside your building and one outside. This is used for logging personnel in and out of facilities.
"Magnetic Door Mode" - This configurable mode may be used with doors equipped with magnetic door locks. In
this mode, the door will remain magnetically locked until unlocked via proxy card scan, Request-to-Exit button, or
motion sensor.
NOTE: Door violations occur when the door is opened without being unlocked. Pushing a Request-to-Exit button or
triggering the motion sensor after the intrusion will not cancel the violation.
"Lock When Closed Mode" - This mode causes the door to lock a few seconds after it has been detected closed,
and can be usefully combined with "Magnetic Door Mode" to ensure the door closes before being locked. In this
mode, if the door does not open after it has been unlocked, It will lock again after 2-3 seconds.

4
Shipping List1.2
While unpacking the ECU, please make sure that all of the following items are included. If some parts are missing,
or if you ever need to order new parts, please refer to the part numbers listed and call DPS Telecom at (800) 622-
3314.
ECU LAN Box
Entry Control Unit
(D-PK-ECULN)
Building Access user manual
(D-UM-ECULN-12001)
Two Mounting Ears
Four Ear Screws
One 2-pin fuse relay screw lug
(2-820-00812-02)
One 2-pin power screw-lug jack
(2-820-00862-02)
Two 3/4 amp fuses
(2-741-00750-00)

5
Keypad Box (Sold Separately)
One environmentally sealed Keypad.
(D-PK-KEYPD-12001.0001)
One 14 foot cable.
(D-PK-KEYPD-12001.0001)
Keypad mounting template
(D-OC-ECUMOUNTING)
Four mounting screws

6
Proximity Reader Box (Sold Separately) (D-PK-PROXI-12001)
One HID ThinLine Proximity Card Reader
w/12" RJ-45 Cable
(D-PR-530-10A-00)
One demo card from HID
(D-PR-534-10A-00)
One Unshielded RJ45 to RJ45 CAT 5 Coupler
(D-PR-534-10A-01)
One HID Mounting Instructions
Two HID Mounting Screws

7
Specifications2
Specification
ECU LAN
Keypad (Sm)
Keypad (Lg)
Proxy Reader
Dimensions
8.56” x 7.5” x 1.72”
3”x 5” x 2 ½ “
4 ½” x 5” x 2 ½”
4.7" x 3" x 0.68"
Mounting
wall mount
wall mount
wall mount
wall mount
Power Input
-48 VDC
N/A
N/A
5-16 VDC
Current Draw
35 mA
N/A
N/A
30 mA
Interfaces
1 RJ45 LAN
1 DB9 Craft Port
RJ45
RJ45
RJ45
Protocols
N/A
N/A
N/A
Wiegand (26/37
bit)
Temp. Range
0° to 60°C
(32° to 140°F)
-40° to +80°C
(-40° to +176°F)
-40° to +80°C
(-40° to +176°F)
-30° to 65°C
(-22° to +150°F)
Humidity
Range
0% to 95%
non-condensing
environmentally
sealed
environmentally
sealed
0%-95%
non-condensing
Fuse
Int. GMA 1 amp
Ext. GMT ¾amp
N/A
N/A
N/A
Audible
Speaker
N/A
N/A
Speaker
Visual
LEDs
LEDs
LEDs
LED
Note: Proxy reader specifications are based on the ThinLine II card reader from the HID Corporation.
12VDC power is supplied to the reader by the ECU LAN.

8
Hardware Installation3
Site Preparation3.1
Tools needed:
Phillips screwdriver
Wire strippers/cutter
Small standard No.2
screwdriver (1/16" for screw-lug
connectors)
Materials needed:
• 1/2” conduit
Precautions
• Pull GMT fuse before connecting ECU power feed.
• Always observe electrostatic discharge (ESD) precautions.
Installation Overview3.2
1. Mount the ECU and the Keypad and/or Proxy Reader.
2. Connect power to the ECU.
3. Connect communication lines between the ECU, LAN, and Keypad and/or Proxy Reader.
4. Set the ECU IP address via TTY interface.
5. Customize ECU LAN settings via the Web Browser Interface
6. Provision T/Mon with the appropriate information. (See the BAS software module in the T/MonXM user
manual for more information)

9
Mounting Instructions3.3
3.3.1 Entry Control Unit
The Entry Control Unit can be wall mounted by using the provided rack ears. These will need to be screwed onto
both sides of the unit.
Fig. 3.1
3.3.2 ECU with conduit
·The 3/4” circular openings support standard 1/2” conduit fittings (not included).
·Secure power and communication wires by installing 1/2” inch conduit in any
of the 3/4” circular openings on the ECU.
·To attach the conduit, remove the 3/4” pre-cut metal circles from the case and insert the 1/2” conduit or the nylon
plug.
Fig. 3.2

10
3.3.3 Keypad
1. Mount the keypad bracket on the desired surface using the four screw holes by using the mounting bracket.
2. Before securing the keypad onto the bracket, weave the RJ45 cable through the securing barriers and out the
circular bracket opening.
3. Secure the keypad onto the bracket by inserting the four side panel screws into the unit.
Fig. 3.3
3.3.4 Card Reader
1. Add RJ cable lead to the reader according to ECU pinout. Make sure cable length is adequate to reach the ECU
or use an RJ coupler w/CAT5 extension cable. Maximum cable length is 300 feet.
RJ45 Pin #
HID Wire Color
Function
1
Red
+12 VDC Power
2
N/C
Do Not Connect
3
White
Data1
4
Green
Data0
5
N/C
Do Not Connect
6
N/C
Do Not Connect
7
N/C
Do Not Connect
8
Black
Ground
RJ-45 pinout information
2. Mount the reader on the desired surface according to mounting instructions provided by card reader manufacturer.

11
Opening the Case3.4
The entire ECU cover does not need to be taken off to access the internal wire termination connectors, fuse or RJ45
connectors for the keypad and proxy reader. The front panel is broken up into two parts and hinges towards the
middle of the ECU. The upper half can be unscrewed and pulled open to access all of the ECU internal connections.
Fig. 3.4
To open the upper half of the ECU case:
1. Locate and remove the screws on both sides of the upper half of the unit.
Note: Do not remove the screws that are holding the bottom portion of the front panel.
2. Gently pull the top of the panel away from the unit to access the inside of the case.

12
Power Connection3.5
3.5.1 Entry Control Unit
The Grounding Lug on the side of the unit provides a permanent connection to earth ground when
connected. The Grounding Lug must be used in order to comply with CE standards.
ECULANGMT fuse slot, power connection, and grounding lug
Before you connect a power supply to the ECU, test the voltage of your power supply:
·Connect the black common lead of a voltmeter to the ground terminal of the battery, and connect the red lead of
the voltmeter to the battery's –48 VDC terminal. The voltmeter should read between –43 and – 53 VDC. If the
reading is outside this range, test the power supply.
To connect the ECU to a power supply, follow these steps:
1. Always use safe power practices when making power connections. Be sure to remove fuses from the fuse
distribution panel, as well as the ECU, before making your power connections.
2. Use the grounding lug to connect the unit to earth ground. The grounding lug is next to the symbol . Insert the
eyelet of the earth ground cable between the two bolts on the grounding lug (Ground cable not included).
3. Insert a battery ground into the power connector plug's right terminal and tighten the screw; then insert a battery
line to the plug's left terminal and tighten its screw.
4. Insert a fuse into the fuse distribution panel and measure voltage. The voltmeter should read between –40 and –

13
70VDC.
5. The power plug can be inserted into the power connector only one way to ensure the correct polarity. Note that
the negative voltage terminal is on the left and the GND terminal is on the right.
6. Insert fuse into the Power fuse slot. The power LED should be lit green. If the LED is off, the power connection
may be reversed. To confirm that power is correctly connected, the front panel LEDs will flash RED and GREEN,
indicating that the ECU application has started.
Note: Observe polarity when connecting battery leads. If using the -48VDC red/black cables supplied with the unit,
connect black to GND and red to -BATT. Standard gauge is 20AWG, but may vary between 18-24AWG.
Fig. 3.6
FA Relay on the bottom of the unit contains the contact closures for the fuse relay. This will close when the 3/4
amp GMT fuse has blown and will normally be open. Use the included 2-pin screw lug.

14
3.5.2 Door Strike
When a valid password is entered on the keypad, the ECU will operate the relay to energize the door strike. The
ECU will de-energize the relay if configured for magnetically controlled doors.
Follow the directions below to connect the door strike and door sensor to the ECU.
1) Use the screw-lug connectors. If using a 24VDC door strike, connect the door strike power wires to SPB (+) and
SNeg (-). If using a 12VDC door strike, connect the power wires to SPA(+) and SNeg(-).
2) Connect the door sensor to RTN (return) and ALM1 (opto isolated alarm for the door sensor).
Wiring diagram for connecting sensors and strikes to the ECU LAN

15
Output Connections
Screw-Lugs
Description
SPB+
Positive switched power source (24VDC). Can be used for door strike.
SNeg
Negative switched power source. Can be used for door strike. This is used by either SPB+ or
SPA+.
SPA+
Positive switched power source (12VDC). Can be used for door strike.
UPB+
Positive un-switched power source. (24VDC)
UNeg
Negative un-switched power source. This has 2 connections and both are the same. For use
with UPA+ or UPB+.
Can be used to power the motion sensor or other external accessory.
UPA+
Positive un-switched power source (12VDC). Can be used to power the motion sensor or other
external accessory.
RNO
Relay normally open.
RCO
Relay common.
RNC
Relay normally closed
Input Connections
Screw-Lugs
Description
ALM1
Isolated alarmfor door sensor.
RTN
Door sensor return.
ALM2
Request to exit (motion sensor)
RTN
Motion sensor return.
ALM3
Available as a general purpose alarminput
RTN
Alarmreturn
Tbl. 2.2.5.2b - ECUscrew-lug jack descriptions

16
3.5.3 ECU LAN Internal Fuse
If the unit fails to power the door strike, motion sensor, or proxy reader, then make sure the fuse inside the unit has
not blown.
Replace with a 1 amp GMA fuse (part number: 1-740-01000-00)if necessary.
The ECU LAN's internal fuse