SPECIFICATIONS
Part No.: IC200CHS002D
Manufacturer: General Electric
Product Type: Box-Style I/O Carrier
Availability: In Stock
Maximum entry and exit points: 36
Field termination type: Integrated
Orientation in Module at Base: Horizontal
Wiring termination style: Box
Current level: 2 amps per point
Voltage range: 264 volts AC
Voltage transients: Up to 300 volts AC
Mounting: DIN rail
Voltage Type: DC
Series: VersaMax
Functional Description
IC200CHS002D is a Box-Style I/O Carrier developed by GE Fanuc. It is a part of VersaMax series. This carrier is designed to provide a reliable solution for mounting, field wiring, and backplane communication for I/O modules in industrial automation systems. Its robust design, efficient communication capabilities, and ease of installation make it an ideal choice for a wide range of applications, from power plants to manufacturing systems. Whether mounted on a DIN rail or panel-mounted for more demanding environments, this carrier ensures proper functionality, secure module connections, and flexible wiring options.
Key Features and Functionality
- Design and Structure: It features a box-style carrier structure equipped with 36 IEC box-style terminals. This design allows for efficient organization and connection of input-output (I/O) modules and ensures streamlined electrical connectivity.
- Backplane Communication: This carrier facilitates backplane communication between the I/O modules and the control system. The backplane is an essential component in any industrial control system, allowing signals to be transmitted between the I/O modules and the central processor without the need for external wiring.
- Mounting and Field Wiring: Provides an organized mounting system for the I/O module. It supports wiring for up to 32 input/output points and includes 4 shared power connections. This flexible configuration allows the user to connect a wide variety of devices, maximizing the efficiency of the system. It also features a transparent protective hinged door that covers the wiring terminals, ensuring safety and preventing accidental contact with live wires during maintenance or installation.
Keying Control for Proper Installation
- To prevent improper module installation, equipped with easily set keying controls. These keying controls are set to match the keying at the base of the module, ensuring that only compatible modules are inserted into the carrier. This feature enhances system reliability by ensuring correct module placement and prevents system malfunctions due to misconfiguration.
- Quick and Tool-Free Connections: The carrier is designed for quick installation with male/female connectors that connect the carrier-to-carrier, facilitating easy connections to the backplane without the need for additional cables or tools. This feature saves time and reduces the complexity of wiring during installation.
- Module Securement: The carrier includes a module latch hole that allows the module to be securely attached to the carrier. This secure attachment ensures that the module stays in place during operation and prevents accidental disconnections.
- Auxiliary I/O Terminal Strip: An auxiliary terminal strip is included, which allows for additional bussed connection points. This is useful for expanding the system and connecting extra I/O points without requiring additional carriers.
Mounting and Installation Requirements
- During installation, designed to snap onto a 7.5 mm x 35 mm DIN rail, making it easy to mount and integrate into an existing industrial setup. DIN rail mounting is a standard method for securing control equipment, making it compatible with most industrial control panel designs.
- It is important to electrically ground the DIN rail for electromagnetic compatibility (EMC) protection. Proper grounding helps minimize electrical noise and interference that could affect the performance of the entire system. Additionally, the DIN rail must have a conductive, corrosion-resistant finish (preferably unpainted) to ensure long-term durability and secure electrical grounding.
- For applications that require maximum resistance to mechanical vibration and shock, should be panel-mounted instead of mounted on a DIN rail. Panel mounting offers enhanced stability, especially in environments where heavy machinery or frequent movement may cause the system to vibrate.
Field Wiring Specifications
- The terminals are designed to accommodate different wire sizes, making it versatile for various wiring configurations. Each terminal can hold:
- One solid or stranded wire with an AWG size between 14 to 22.
- Alternatively, up to two wires with an AWG size of 18 can be connected at each terminal.
- These wiring options allow flexibility in selecting the wire type and gauge based on the system’s power and data requirements.
The WOC team is always available to help you with your Mark I and II requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IC200CHS002D?
It is a Box-Style I/O Carrier developed by GE under VersaMax series.
How do I mount the I/O Carrier?
It can be easily mounted on a 7.5 mm x 35 mm DIN rail, which is the standard method for securing control equipment in industrial settings. For applications requiring high resistance to mechanical vibration or shock, the carrier can also be panel-mounted for additional stability.
What types of wiring can the I/O Carrier support?
Compatible with One solid or stranded wire with an AWG size ranging from 14 to 22. Alternatively, it can accommodate up to two wires of AWG size 18. This flexibility in wiring allows the carrier to connect a variety of devices based on system needs.
Can the I/O Carrier be used for both input and output modules?
Yes, the module is designed to support both input and output modules. It provides wiring for a maximum of 32 input/output points and accommodates 4 shared power connections, making it ideal for systems that require a combination of input and output signals.
What is the maximum number of I/O points supported?
Supports a maximum of 32 I/O points (input and output). Additionally, it provides 4 shared power connections, allowing for efficient power distribution across connected modules.
