Table of Contents: Safety Precautions 3 Installation 4 Quick Start 6 Overview 7 Human Machine Interface 7 Network Connector 7 Serial Port 7 Operating Mode 7 Programming Navigating the Program Menu 8 IP Address 8 Subnet Mask 9 Gateway 10 Connection Type (Static/Dynamic) 10 Data Output 11 Data Input 13...
Safety Precautions Be sure to read all instructions and precautions contained in this manual, failure to do so may result in personal injury and/or damage to tooling and components. Do not operate or plug in the controller/system with wet hands or in wet envi- ronments.
Installation Ensure power is off to the CT2500 controller and unplug the power cable. Remove NW2500 Module from its packaging, and locate the Network Module In- put Plug on the bottom of the module. Network Module Input port Align the Network Module Input Port to the mating connector on the top of the CT2500 controller.
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Installation Continued. Reconnect power to the CT2500 Controller, and then turn on the power to the Controller. Verify the Network Module powers up properly by looking to see if the Network Module Display is lit and has its IP address displayed.
Quick Start Guide: Step 1: Power up the NW2500-EIP. Step 2: Be sure that the unit is physically connected to the network through the Ethernet connection (RJ45 Connector). Step 3: Use the network user interface and enter the program mode by pressing the ENT key.
Overview: The AQ wireless can be equipped with a network card that provides connectivity to a Plant Floor Control System using Ethernet IP. This interface includes a network card, a human-machine interface (LCD display & keypad), an additional serial port, and an RJ45 network connector.
Program Mode: There are several items that are user configurable through the programming menu. In order to reach this menu from the main display, press the enter (ENT) key. The display will prompt the user to enter a password before reaching the programming menu.
Programming Menu: The Ethernet IP network card has quite a bit of flexibility and there- fore also has a large number of variables that can be programmed by an end user. The menu system has been broken down into several logical sub- menus.
Programming the Gateway: Gateways perform routing functions. This gateway value identi- fies the router that connects a LAN to other networks. Some gateways also perform protocol conversions. In order to edit this gateway’s IP address, select Gateway from the main menu and press enter. The current gateway address will be displayed at this point.
Data Output: This unit is capable of transmitting 103 output bytes. The user can select which groups of information are actually transmitted. Output Data # of Bytes Default Location Parameter Tool Type Tool Name OK/NOK Result Count Batch Rolling Count Total Time Date...
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Data Output (continued): Output Data Description Parameter ASCII character representing current parameter. Possible values A’ (0x41) through ‘H’ (0x48). Tool Type Three ASCII characters describing the tool type. Possible values include ‘DIG’, ‘CLK’, ‘AIR’, and/or ‘BAT’ Tool Name Up to 8 alpha-numeric ASCII characters that represent a user defined tool name.
Programming Data Output: The user has the ability to decide the total number of bytes this unit with transmit as output bytes. The user can also decide which ele- ments of output data will be transmitted and at what address. To set the number of output bytes, the user will want to select Num Output Bytes from the Data Output submenu.
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Data Input Continued Input Data Number of Bytes Parameter Changing this byte will alter the parameter setting in the unit. Possible value ‘0’ through ‘7’, 0 through 7, and ‘A’ through ‘H’. Batch Reset Setting this byte to a non-zero value will reset the batch count. Suspend Setting this byte to a non-zero value will suspend the unit.
Programming Data Masks: A few different automatically selectable data masks are resident in memory. By selecting one of these default masks, the user can set the input and output data to one of several different defaults. Default Mask: The default mask includes all of the input and output data. The addresses are defined in the data input and data output sections of this manual.
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