Greengate EIM Installation Manual

Installation Instructions

TCP/IP Intranet Connection from a Local Location

Lighting Control Panel Connected

to Lighting Control Network

Ethernet Interface Module (EIM)

HUB/

SWITCH

Local Computer with Lighting Software

Ethernet Interface Module Private IP Address: 10.0.0.1 EIM Port Assigned: 10001

Lighting Software set up to talk to lighting control panels using EIM IP Address 10.0.0.1 and EIM Port 10001

NOTE: In this scenario, it is not necessary to access the external, public internet. The Ethernet Interface Module may be accessed directly.

Model# EIM

Ethernet Interface Module Module d’interface Ethernet Del software de interfaz de Ethernet

INS #

General Information

The Ethernet Interface Module (EIM) is a device that makes communications from a PC to a Greengate panel or network of panels possible over an Internet connection. The PC can be local within the building complex or located at a remote location.

The Ethernet Interface Module (EIM) converts data packets sent over the TCP/IP connection to RS-232 communications. One Ethernet Interface Module (EIM) is needed per Lighting Control Network unless using the VisionTouch software. If VisionTouch software is being used, it is recommended that an Ethernet Interface Module be dedicated to VisionTouch use. Please contact technical support for further details. If panels are not networked, one Ethernet Interface Module (EIM) will be needed per panel. The Ethernet Interface Module (EIM) Device Package comes with the following:



Ethernet Interface Module (EIM) device



AC Power Adapter



Cable Package (Contains a crossover cable for configuration, one phone style serial cable and adapter head for connection to the lighting panel.)

Status LEDs

Reset Button

Typical Layouts

The Ethernet Interface Module may be used to allow access only from within the internal building LAN or may also be set up by a qualified network administrator for external access through the internet. The following pictures depict these types of configurations.

TCP/IP Internet Connection from a Remote Location

Lighting Control Panel Connected

to Lighting Control Network

INTERNET

Lighting Software set up to talk to lighting control panels using Firewall IP Address

64.30.7.31 and Firewall Port 10001.

Remote Computer with Lighting Software

ROUTER

FIREWALL

HUB/SWITCH

Firewall Public IP Address: 64.30.7.31 Firewall Port for EIM: 10001 - This should be the same port number as the port assigned in the EIM Firewall Port 10001 is assigned to direct all traffic coming to this port to private IP Address 10.0.0.1

Ethernet Interface Module Private IP Address: 10.0.0.1 EIM Port Assigned: 10001

Ethernet Interface Module (EIM)

RS232 Port

RJ54 Ethernet Port

Power

Input

Customer Obligations

The Ethernet Interface Module (EIM) must be configured by a qualified network administrator. The customer must also provide an IP address for each Ethernet Interface Module (EIM) Device being used and be able to support TCP/IP communications protocol. It may be necessary for the site’s network administrator to perform firewall programming to allow for remote access to the device depending on system setup and desired computer access.

Ethernet Interface Module Conﬁguration

In order for the Ethernet Interface Module (EIM) to work properly with your application, it will be necessary for the network administrator to set up the Ethernet Interface Module (EIM) device(s). Please follow the steps outlined in this instruction in order for the unit to communicate properly with the lighting control system. Greengate recommends using the built-in configuration web server pages in the unit as the method of configuration.

The instructions that follow describe the setup of the device using the web server pages.

The following instructions describe what methodology is used to configure the unit. Regardless of what the important settings that must be configured, include the following:

1. IP Address must be statically assigned

2. Subnet mask must be set

3. Default Gateway Address must be assigned

4. The IP Port must be configured with a port number. Port # 10001 is usually an unused port that may be assigned.

5. The serial settings must be configured properly per the instructions for communication to the lighting control network.

Failure to configure the above settings will result in the failure of the device to communicate with the lighting control system.

4. Under the LAN and high-speed internet option, find the Local Area Connection for your network interface card. (you may have several listed – if you are not connected to your building LAN, it will more than likely be the connection that states “Network cable unplugged”)

5. Right click on the connection and choose Properties from the pop-up window.

6. In the General tab, scroll down the list of items and highlight the option for Internet Protocol (TCP/IP).

7. Click on the Properties button.

8. Make note of the current settings so that you can reconfigure them after configuration is complete.

9. Select the Use the following IP address radial button.

10. Type in an IP Address of 192.168.127.1.

11. Type in the subnet mask 255.255.255.0.

12. Leave all other fields blank.

13. Click on the OK button.

14. Click on the Close button. It may take several seconds for the new IP settings to take effect.

15. Connect the crossover cable provided from your computer’s Ethernet port to the EIM’s Ethernet port.

16. Open your internet browser.

1 7. Make certain that cookies are enabled. (please refer

to your internet browser help file for information on enabling cookies for your browser version).

18. In the browser address window, type in the default EIM address 192.168.127.254 and press the Enter key.

19. You will be brought to the web console configuration tool for the EIM.

Making the Initial Connection

Before you begin the device configuration, it will be necessary to configure your Network Interface Card connection to be on the same subnet as the EIM’s default IP Address. The default address of the EIM is

192.168.127.254 before configuration. To change your computer’s TCP/IP settings (Windows XP Steps Shown):

1. Disconnect your LAN Ethernet connection cable from your computer.

2. Access the Windows Control Panel.

3. Select the Network Connections option.

Ethernet Interface Module

Conﬁguration Settings in the EIM

1. In the menu tree on the left side of the screen, select the Network Settings folder.

2. In the Network Settings screen, define the following items:

 IP Address  Netmask  Gateway IP Address  IP Configuration – make certain this is set to Static

3. Select the Submit button.

6. Select the Port 1 folder within the Serial Settings folder.

7. In the Serial Settings screen, set the following parameters:

 Baud rate: 9600  Data bits: 8  Stop bits: 1  Parity: Even  Flow Control: None  FIFO: Enable

8. Select the Submit button.

4. In the Network Settings OK screen, select the Home button.

5. In the menu tree on the left side of the screen, expand the Serial Settings folder.

9. In the Serial Settings OK screen, select the Home button.

Ethernet Interface Module

Connecting the EIM to the Lighting Panel

10. In the menu tree on the left side of the screen, expand the Operating Settings folder.

1. Select the Port 1 folder within the Operating Settings folder.

2. In the Operating Settings screen, set the following parameters:

 Operation Mode: TCP Server Mode  TCP alive check time: 1 minute  Inactivity time: 0  Max Connection: 4  Local TCP port: 10001 recommended (or other port

specified by the IT administrator)

 Other fields not identified should be left at default

settings shown

3. Select the Submit button.

Remember to reset your computer’s network TCP/IP settings to their original settings. If you need to reconnect through the web server pages, you will need to make certain that your computer is configured to communicate on the same subnet as the EIM device. Instead of typing in the default address in the browser address, you will need to use the unit’s assigned IP Address.

Connecting the EIM to the Lighting Panel

After configuration is complete, it will be necessary to connect the device to the lighting control panel using the following steps:

1. Connect the supplied phone style communications cable to the female 9 pin adapter head provided.

2. Connect the 9 pin adapter head to the Ethernet Interface Module’s serial port.

3. Connect the other end of the phone style communications cable to the RJ11 style COM port on the Lighting Control Panel. (on some controllers there are two RJ11 style connectors. Please connect the cable to connector labeled RS-232.)

4. Connect one end of the Ethernet cable to the Ethernet Interface Module RJ45 port and the other end of the cable to the Ethernet network.

12. Plug in the power adapter supplied with the device.

4. In the Operating Settings OK screen, select the Save/ Restart button.

11. Once the Save/Restart OK screen appears, close the web browser. Configuration is complete.

The Ethernet Interface Module (EIM) can be connected to any controller in the network.

Lighting Control Software

Ethernet Interface Module (EIM)

HUB

Building LAN

AC Adapter

LED4LED5

RESET

POWER

STATUSNET

50-022180-02

PCI 2005

LED2

LED3

LED1

54-022180-

RSC POWERRSC LINK

CAN-TXCAN-RX

TMS

TDI

TDO

TCK

GND

VCC

JTAG

ANALOGS

ANALOG COMAN1AN2AN3AN4

TB3

17CH

PCI-NET

DIGITA

RS-232

PCI-NETPCI-NET

TB1

SR1

IND1

C29

REM LCD ADJ

J10

D6D5D4D3

C43

TB2

ICD LINK

LED6

LSC TEST

ON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSOON +24 OFF LSO

TP1

CHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCHCH1CH

RS-232 Phone Style Cable with Adapter Cable Head

NET+NET

TERM

NET

LOCAL

REM PWR

GND+24

RS-485 Network

16321531143013291228112710269258247236225214203192

to Other Lighting Control Panels

Ethernet Interface Module

Diagnostic LEDs

There are three LEDs located on the top of the EIM unit. They can be useful in diagnosing proper operation as well as troubleshooting if necessary. The EIM will indicate a valid connection to the Ethernet in the following ways:



The Ethernet LED maintains a solid green color when connected to a 100 Mbps Ethernet network



The Ethernet LED maintains a solid orange color when connected to a 10 Mbps Ethernet network



The Ethernet LED will flash when Ethernet packets are being transmitted or received

LED Name LED Color LED Function

Ready

Red

Green

OFF

Steady ON: Power is on and the EIM

is booting.

Blinking: Indicates an IP Conflict

Steady ON: Power is on and the EIM

is functioning normally

Power is OFF or power error

condition exists.

Reset Button

There is an onboard reset button located between the power connection and Ethernet connection on the EIM. Press the Reset button continuously for 5 seconds to load factory defaults: Use a pointed object, such as a straightened paper clip or toothpick, to press the reset button.

This will cause the Ready LED to blink ON and OFF. The factory defaults will be loaded once the Ready LED stops blinking (after about 5 seconds). At this point, you should release the reset button.

It is possible to limit the reset function for the first 60 seconds from initial power-up by accessing the Basic Settings screen in the webserver configuration mode and selecting the “Yes” option for Reset Button Protect.

Link

Tx/Rx

Orange

Green

OFF

Orange

Green

OFF

10 Mbps Ethernet Connection

100 Mbps Ethernet Connection

Ethernet cable is disconnected or has

a short.

Serial port is receiving data

Serial port is transmitting data

No data is being transmitted or

received through the serial port.

Ethernet Interface Module

+ 11 hidden pages

Greengate EIM Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual