IS420UCSCH2A-C-V0.1-A Core Mark VIe Controller

IS420UCSCH2A-C-V0.1-A Core Mark VIe Controller

IS420UCSCH2A-C-V0.1-A This module helps companies simplify the addition of the latest computer-aided controller technology while protecting their investment in installed controllers – Bradley controllers. The module features a built-in browser-driven configuration tool that eliminates the need to write message commands without adding software or drivers. The module is part of an on-line ATM (Device Transaction Module) platform under development that includes enterprise, control and device modules. Each module in the platform is a message exchange device designed to simplify two-way communication between equipment on different plant floors or business systems. The system is designed to eliminate costly and time-consuming programming to bridge data gaps and is easy to configure. 8-32VDC input power and a wide operating temperature range (-40~+80°C) are especially helpful for ease of use in off-highway platforms and outdoor applications where extreme ambient temperatures are the norm. The six (6) digital/pressure tube outputs, rated at four (4) amps, each have automatic overcurrent safety and programmable status monitoring. Automatic overcurrent safety and programmable status monitoring are available. Network communication is accomplished through the CAN port (J1939 capable) or through the serial communications port, which is a selectable field for RS-232, RS-422 or RS-485 configurations. Typical industrial uses include control of engine-driven pumps and compressors, spreaders, diesel-powered mining equipment, agriculture, forestry and marine applications.

The IS420UCSCH2A-C-V0.1-A is based on chip technology on the PLC, and harsh environments allow the module to be connected in a sealed, impermeable envelope under less than ideal conditions. The standard enclosure is submersible to three feet and is screw and sub plate mountable. The module is programmed using Divis Ladder software, which supports ladder diagrams and function block programming. The module has 8 to 32 VDC input power. I/O consists of six (6) 8-32 VDC inputs – two (2) of which are independently field-selectable for sinking or sourcing in addition to providing high-speed counting at 40 kHz; two (2) 10-bit analogue channel fields selectable from 0-5 VDC, 0-10 VDC, or 0-20 MA; and six (6) digital/voltage-tube outputs rated at four (4) amps, each with automatic override. Amps, each with automatic overcurrent safety and programmable status monitoring. Network communication is accomplished through the CAN port (J1939 capable) or through the serial communications port, which is a selectable field for RS-232, RS-422 or RS-485 configurations.