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ECU LAN For the Building Access System or Stand-Alone Applications USER MANUAL Visit our website at www.dpstelecom.com for the latest PDF manual and FAQs. February 19, 2021 D-UM-ECULN-12001 ECU LAN Firmware Version 1.0...
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Notice The material in this manual is for information purposes and is subject to change without notice. DPS Telecom shall not be liable for errors contained herein or consequential damages in connection with the furnishing, performance, or use of this...
Keypad 3.3.4 Card Reader Opening the Case Power Connection 3.5.1 Entry Control Unit 3.5.2 Door Strike 3.5.3 ECU LAN Internal Fuse Communication Lines 3.6.1 Keypad 3.6.2 Proxy Reader 3.6.3 HID ProxPro Keypad/Proxy Reader Speaker and LEDs Front Panel LEDs 4.1.1...
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Monitoring Alarms and Issuing Controls Monitoring Alarms Issuing Control Commands Site Access Log Firmware Upgrade Determining Proximity Card Number T/Mon Configuration Display Mapping Appendix A Technical Support End User License Agreement...
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.
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In "Standalone" mode, the ECU LAN 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 and Keypad Support 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.
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.
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Keypad Box (Sold Separately) One 14 foot cable. (D-PK-KEYPD-12001.0001) One environmentally sealed Keypad. (D-PK-KEYPD-12001.0001) Keypad mounting template (D-OC-ECUMOUNTING) Four mounting screws...
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Proximity Reader Box (Sold Separately) (D-PK-PROXI-12001) One HID ThinLine Proximity Card Reader One demo card from HID w/12" RJ-45 Cable (D-PR-534-10A-00) (D-PR-530-10A-00) One Unshielded RJ45 to RJ45 CAT 5 Coupler One HID Mounting Instructions (D-PR-534-10A-01) Two HID Mounting Screws...
Int. GMA 1 amp Ext. GMT ¾ amp Audible Speaker Speaker Visual LEDs LEDs LEDs 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.
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...
Mounting Instructions 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). ·...
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.
Opening the Case 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 Grounding Lug must be used in order to comply with CE standards. ECU LAN GMT fuse slot, pow er connection, and grounding lug Before you connect a power supply to the ECU, test the voltage of your power supply: ·...
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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.
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...
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Ou tp u t Co n n e ctio n s 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+.
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.
ECU casing. Insert the RJ45 cable through one of the openings and connect it to the RJ45 jack labeled "Keypad/Proxy Inside". Note: Your ECU LAN must be purchased with the keypad option in order to use the keypad accessory. Check your product appendix to confirm the hardware build of your ECU LAN unit.
Proxy Inside, and the proxy reader located outside the building to the port labeled Proxy Outside. Note: Your ECU LAN must be purchased with the Dual Proxy hardware option in order to use Dual Proxy Mode (Proxy Inside). Check your product appendix to confirm the hardware build of your ECU LAN unit.
3.6.3 HID ProxPro Keypad/Proxy Reader The proxy reader/keypad interfaces with the ECU via an RJ45 cable. The ECU has five circular openings (two on top, two on the side and one on bottom) where the RJ45 cable can be inserted. The RJ45 jack is located on the inside of the ECU casing.
Match the corresponding wire to the appropriate pin on Put the two pieces back together. First, on the inside the RJ45 connector. See pinout table below for cover, locate the 10-pin male connector. This additional information. connector will need to correspond to the 10-pin female connector on the board on the base unit (image below).
Open door lockout Entry Stat Blink Green Card Read is being processed Slow Blink Green Receiving polls normally Shelf Stat ECU LAN is operating in Stand-Alone Slow Blink Red Mode LAN connection is 10BaseT or not connected 100BT Solid Green...
4.1.1 LED Verification and Local Testing Upon powering up the ECU, all of the unit's panel LEDs (except for Power and 100BT) will flash between green and red. If the unit is functioning properly, the Shelf Stat LED will flash green every 2 seconds (this functions as a unit status indicator - if the Shelf Stat LED is flashing red it means the unit is not communicating with T/Mon and is operating in Stand-Alone Mode.
Extended Propped Door Mode The "Extended Propped-Door Mode" feature can be engaged by remotely issuing an OPR control command from the T/Mon to point 22. The door may be opened and closed freely with no door violations for an indefinite period of time.
Keypad LED Operation The Keypad LED indicators show keypad activity and access status. See table 4.2 for specific LED descriptions. Status Description Flashing Green Button on keypad is being pressed OK (Green) Solid Green Access granted (Door will remain unlocked for 5 sec.)* Flashing Red Access code denied ERR (Red)
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An “Open Door” lockout disables the keypad and/or proxy reader when any of the following conditions occur: 1. Door is open 2. There is no door alarm 3. The door is not propped enabled*. If the door is propped open, users should still enter Entry/Exit passwords for T/MonXM event log recording. ** If sites are set to “Directional”...
Basic Unit Configuration To configure your ECU LAN, you must first provision the unit with an IP Address. You will configure the unit's IP address, subnet mask, and gateway, via the ECU LAN's TTY interface, accessed via HyperTerminal (or a similar terminal emulator) over a serial connection.
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Additional cables can be ordered from DPS configuration menu. Telecom: Part number D-PR-045-10A-04 6. The ECU LAN's main menu will appear. Type C for C) 7. ESC to the main menu. When asked if you'd like onfig, then E for E)thernet. Configure the unit's IP address, to save your changes, type Y for Y)es.
To navigate to any of the web interface menu options, simply click the option in the left side of the interface. Logging in to the Web Interface To login to the unit's web interface, simply type the IP address of the ECU LAN into the address bar of your web browser. You will be prompted for your username and password.
At the bottom of each page is a Save button. When you have finished editing any ECU LAN settings, click the Save button to commit your changes to the ECU LAN. Failure to save changes before you navigate to another option or close the web interface will result...
6.2.1 System From the Edit Menus > System screen, you can configure and edit global system settings for the ECU LAN. For information on configuring system settings, see the table of field descriptions below. The System Screen Global System Settings Name The name for the ECU LAN.
Unit IP IP address of the ECU LAN. A road sign to the ECU LAN, telling it whether your packets should stay on your local Subnet Mask network or be forwarded somewhere else on a wide-area network. An important parameter if you are connected to a WAN. It tells the ECU LAN which Gateway machine is the gateway out of your local network.
Both indicates that notifications will be sent when alarms set or clear · The Type field shows the type of notification being sent. The ECU LAN is capable of sending Email notification, SNMP Traps, or operating a relay (derived control) when events occur.
Displays the email address (defined in the Edit menu > System) that the ECU "From" E-mail Address LAN will send email from. Not editable from this screen. The email address of the person responsible for this ECU LAN, who will "To" E-mail Address receive email alarm notifications.
Days of the week From either Schedule 1 or 2, check which days you want to receive notifications. Select to tell the ECU LAN you want to receive alarm notifications at any time for Any Time the day(s) you've selected.
6.2.4 Alarms The Edit Menus > Alarms option will allow you to configure your ECU LAN's three alarms. From here you can set descriptions for each point, what notifications to send for each point, and qualification timers for each alarm.
6.2.5 Controls The Edit Menus > Controls option provides access to configure your ECU LAN's 2 control relays. The Edit Menu > Controls Screen Editing Controls Description User-definable description for each control relay. The length of time between Opr and Rls (or Rls and Opr) when a momentary (Mom) Momentary Time command is issued.
The radio buttons determine the method the ECU LAN will use to authenticate door access. · Use internal profiles only when TMon profiles are not available set's the ECU LAN to use profiles from T/ Mon to validate door access unless the T/Mon database has been purged (see the System section for details on purging the BAC database), corrupted, or has not yet been downloaded from T/Mon.
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Continuous tone after Door Violation has been in alarm for 12 minutes. · When activated, the speaker of the ECU LAN will go into a cycle of 12 minutes fast beep, 3 minutes off. The NetGuardian ENV Speaker, when activated, beeps for 12 minutes and then remains turned on, emitting a long continuous beep.
Enable Stay Open Mode if you want the door to remain unlocked after the passcode is entered. In this mode, you can lock the door again by re-entering the passcode (by proxy or keypad), or by logging into the ECU LAN and issuing a RLS command to point 22.
6.2.8 Date and Time The Date and Time option allows you to set the internal clock of the ECU LAN or synch it with a Network Time server. If your ECU LAN should suffer a power failure or you need to reboot, and your ECU LAN was ordered without the Real-Time Clock (RTC) option and the network time option is not enabled, you may have to reset the unit's date and time.
The time after which a violation will occur if a fault has not been cleared. Violation 6.2.10 Reboot Click on the Reboot link from the Edit menu will reboot the ECU LAN (DC) after writing all changes to NVRAM. The Edit > Reboot confirmation popup...
Monitoring Alarms and Issuing Controls Monitoring Alarms Click on Alarms in blue under the Monitor Menu to view the status of your unit's alarms. The Base tab will show you your unit's 3 programmable alarms, while the System tab will display the ECU's own system alarms. Under the State column, the status will appear in red if an alarm has been activated.
Issuing Control Commands Clicking on Controls in blue under the Monitor Menu gives the user access to the unit's 2 control relays. Activate controls from the Monitor Menus > Controls screen Next to each relay is a bar indicating its status. To issue a control for any of the power outputs, click on a command.
Site Access Log Monitor Me nus > Site Acce ss Log The Site Access Log displays the event log for Building Access events. The log has the following fields: Event Log The event number. The most recent event is displayed at the top. Timestamp The Date and Time the event occurred.
Firmware Upgrade To upload new firmware to the ECU LAN, you can either click Upload in the upper-right corner of the screen at any time or, From the Edit Menus > System screen, in the System Controls section, you may click the Upload button next to Restore Configuration.
Determining Proximity Card Number To obtain the number of your proximity card that should be databased in your T/Mon or ECU LAN web browser in order to grant access privileges: 1. Telnet into the ECU LAN using port 2002 (or create a serial craft connection at 9600 baud) 2.
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6. Having captured the card number, you are now ready to database it into the T/Mon. From the T/Mon Master Menu, navigate to Files/Utilities/Building Access/Profiles and enter the code in the area shown: Database valid user access codes captured via debug in T/Mon...
T/Mon Configuration To incorporate the ECU LAN into your Building Access System, you must configure the device in T/Mon. Once the device is configured in T/Mon, you will be able to determine access rights by user, day, time, and during what dates, a user will have access to the door controlled by the ECU LAN.
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Defining the ECU site in T/Mon o From the site definition screen, you can define the door controlled by your ECU LAN. · Set the site ID (001-999 - there are no restrictions as to the order of your sites) ·...
Display Mapping Appendix A Display 1 Point Description 1-64 Internal Display 2 Point Description 1-64 Internal Display 3 Point Description Mode Unused Door Sensor (Alarm 1) Status** Motion Sensor (Alarm 2) Status** Alarm 3 sensor Status** Door violation alarm Status 13-16 Unused Door strike active (relay #1)
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ECU enabled Status ** Unused * When using controls from alarm masters, only issue the momentary (MOM) commands ** DPS recommends these alarms be set to “No Log” and “No History” in T/Mon point setup Display Mapping for the ECU LAN...
3. Have access to troubled equipment. Please be at or near your equipment when you call DPS Telecom Technical Support. This will help us solve your problem more efficiently. 4. Call during Customer Support hours.
DPS Telecom which arise out of or are related to the non-fulfillment of any covenant or obligation of End User in connection with this Agreement.
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Warranty DPS Telecom warrants, to the original purchaser only, that its products a) substantially conform to DPS' published specifications and b) are substantially free from defects in material and workmanship. This warranty expires two years from the date of product delivery with respect to hardware and ninety days from the date of product delivery with respect to software.
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