ICC ETH-1000 User manual

ICC ETH-1000 Quick Installation Guide
Page 1 PN11145-1022
1. Install the latest ICC Configuration Studio software
http://www.iccdesigns.com/icc-configuration-studio.html
2. Create a configuration project using the ICC Configuration Studio and download the
configuration to the ETH-1000 via the included USB cable
•Online Tutorial Videos are available in the ICC Configuration Studio’s Help Menu.
•The ETH-1000 User’s Manual and protocol driver manuals are available in the ICC
Configuration Studio’s Help Menu. Additional ETH-1000 documentation, sample
configurations, and other resources can be found on the ETH-1000 product page:
http://www.iccdesigns.com/eth-1000.html
3. Secure the ETH-1000 using one of the following mounting options
•Desktop –Apply the included four rubber feet and place on a level surface.
•Panel/Wall –Drill two holes 25mm apart vertically. Set two screws into the holes
and mount the ETH-1000 onto the screws.
•DIN rail –Clip the included DIN rail adapter onto a 35mm or G-type rail. Mount the
ETH-1000 onto the DIN rail adapter screws. Adjust the screw height if necessary.
Panel/Wall mount
Clip DIN rail adapter onto rail
Mount ETH-1000 onto DIN rail adapter
Adjust
screws
DIN rail
adapter

ICC ETH-1000 Quick Installation Guide
Page 2 PN11145-1022
4. Connect an Ethernet cable from an Ethernet switch to the ETH-1000 Ethernet port
5. Connect the RS-485 wiring (for serial communication)
Note: 2-wire RS-485 requires a jumper between the A and Y
terminals and a jumper between the B and Z terminals
6. Connect a power supply
•7VDC to 24VDC –Connect only DC voltage to the POWER and GND terminals.
•Power over Ethernet (PoE) –Ethernet port supports the IEEE 802.3af standard as a
mode A or mode B powered device (PD). Requires a PoE power sourcing
equipment such as a PoE endspan switch or midspan power injector.
•USB –Temporary connection to configure, troubleshoot, and optionally power the
ETH-1000. USB cable may be connected while using any other power supply
option, but should be removed under normal operation.
7. Installation is complete
Terminal
Network Connection
A
RS-485 Receive Positive (Non-Inverting)
RXD+ Data Signal
B
RS-485 Receive Negative (Inverting)
RXD- Data Signal
Y
RS-485 Transmit Positive (Non-Inverting)
TXD+ Data Signal
Z
RS-485 Transmit Negative (Inverting)
TXD- Data Signal
GND
RS-485 Common-Mode Reference
0V Ground
SHIELD /
Chassis GND
Cable Shielding Daisy-Chain Point
This screw has no internal connection
RS-485 terminals
7VDC to 24VDC power terminals