IC670CHS001E GE I/O Terminal Block

Product Description

The IC670CHS001E GE I/O terminal block plays a crucial role in connecting and distributing signals in electrical systems.

feature

IC670CHS001 is an I/O terminal block for the field control platform,currently belonging to Emerson Automation and previously produced by GE Intelligent Platform(GE IP).This is a fence type I/O carrier with 37 terminals,which can accommodate up to two(2)field control modules.This terminal block can accommodate up to two(2)solid or twisted copper wires within the range of AWG#14 to AWG#22 per terminal.This terminal module is designed for horizontal installation,mounting onto DIN rails or directly onto the housing sub panel.

IC670CHS001 is a terminal block module for the field control series,previously produced by GE Fanuc and now under Emerson Automation.This module is equipped with a fence type junction box that can accommodate signal lines for incoming and outgoing electrical loads and signal equipment.It provides modular connections because the module allows for the removal and insertion of managed I/O modules without the need to remove existing wiring connections.

IC670CHS001 also provides backplane communication as the module is embedded with connectors that can be connected to adjacent terminal block modules.This terminal block module can accommodate up to two(2)modules and supports both discrete I/O and analog I/O modules.

IC670CHS001 has a total of 37 terminal points.Each terminal can accommodate up to two(2)wires,ranging in size from#14(2.1 mm2)to AWG#22(0.35 mm2)wires.The applicable insulation level for wires is 90 degrees Celsius,and the recommended tightening torque is 8 inch pounds.For grounding terminal wiring,the applicable wire size is AWG#14(with an average cross-sectional area of 2.1mm2),and the length should not exceed 4 inches or 10.16 centimeters.

This terminal block module supports horizontal DIN rail or panel installation.By using IC670CHS001,hot swapping can be achieved in non hazardous application areas when installing appropriate Bus Interface Units(BIUs)(especially BIU modules with firmware version 2.1 or higher).For the connection of one or more terminal blocks,compatible pre assembled cable IC670CBL001 can be used.In addition,the module can also attach auxiliary terminal blocks to provide additional grounding,signal return,and signal common connection.

GE Fanuc Field Control IC670CHS001 is a barrier type terminal block that can accommodate up to field control modules.It supports communication between modules connected to its backplane and serves as an endpoint terminal for connecting external field devices.They support the installation of two modules.These modules are fixed to the GE Fanuc IC670CHS001 I/O base by mechanical screws to avoid accidental disconnection due to equipment vibration.The I/O base terminal block comes with a protective barrier at the factory to prevent contact and short circuits with adjacent cables when connecting or disconnecting devices.It is important to note that even if the modules are powered on,these modules still support cable connection and disconnection.

The GE Fanuc IC670CHS001 I/O base has 37 screw terminals.Two terminals(marked as terminals A and B)are used for power connections,while the remaining 35 are used for separate terminal connections.These terminals can accommodate AWG#14(2.1 square millimeters)to AWG#22(0.35 square millimeters)cables.The GE Fanuc IC670CHS001 I/O base adopts a keying design to avoid incorrect connections of additional I/O modules.After placing these additional modules in the correct position,install them firmly onto the base by pressing them firmly onto it.Always tighten the screws of the module to the base to prevent vibration from causing the module to disconnect from the I/O base.The manufacturer recommends using a maximum torque of 8 to 10 pounds per inch.

application area

The IC670CHS001E GE I/O terminal block is widely used in the fields of industrial automation and control systems.It provides a safe and stable interface for input and output signals,enabling the control system to correctly read and send information.