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GE VERSAMAX I/O CARRIER
IC200CHS001
Barrier-Style I/O Carrier for VersaMax Modular I/O
The GE IC200CHS001 is a VersaMax barrier-style I/O carrier designed to provide the mechanical mounting point, backplane communication connection, and field-wiring interface for one VersaMax I/O module. Its integrated barrier terminal arrangement gives maintenance teams direct access to field wiring while keeping the I/O module aligned with the carrier and DIN-rail installation structure.
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PART NUMBER
IC200CHS001
Carrier Type
Barrier-Style Terminal I/O Carrier Terminal Count
36 barrier-style terminals Module Capacity
One VersaMax I/O module |
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01
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Designed Around the VersaMax I/O Module
IC200CHS001 is the barrier-style local I/O carrier within the VersaMax modular I/O family. The carrier supports the physical mounting of one I/O module while providing the electrical path for backplane communication and the field termination points required by the installed module. The I/O module mounts lengthwise, parallel to the DIN rail.
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Key Characteristics
36 Integrated Barrier Terminals
Provides the field termination arrangement for the installed VersaMax I/O module.
Direct Field-Wiring Interface
Each terminal accepts one or two solid or stranded conductors within the specified wire range.
DIN-Rail Installation
The carrier snaps onto a 7.5 mm × 35 mm DIN rail. The rail must be electrically grounded for EMC protection.
Module-Oriented Construction
The carrier is intended for one VersaMax I/O module and keeps the module parallel to the DIN rail.
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ENGINEERING SNAPSHOT
IC200CHS001
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| Part Number | IC200CHS001 | Product Family | VersaMax |
| Carrier Type | Barrier-Style I/O Carrier | Field Termination | Integrated Barrier Terminals |
| Terminal Count | 36 | Module Capacity | One I/O Module |
| Terminal Wire Size | AWG #22 to AWG #14 | Conductor Type | Solid or Stranded |
| Maximum Voltage | 264 VAC | Voltage Transient | Up to 300 VAC without carrier damage |
| Maximum Current / Point | 2 A | Power / Ground Current | 8 A each |
| DIN Rail | 7.5 mm × 35 mm | Mounting Direction | Module parallel to DIN rail |
| Carrier Dimensions | 110.5 mm × 139.7 mm | Terminal Torque | 0.37–0.50 ft-lb |
| Auxiliary Connection | Auxiliary I/O Terminal Strip compatible | Wire Requirement | Copper wire rated for 90°C |
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VERSAMAX CARRIER FAMILY
Same-Series Choices
The VersaMax carrier family offers different field-termination arrangements for different panel wiring preferences. Selecting the correct carrier is therefore primarily a question of terminal style, available panel space, wiring method and the installed I/O architecture.
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When the Existing Carrier Is the Problem
If a VersaMax I/O station has a mechanically damaged carrier, compromised terminal connection, or field-wiring interface that can no longer provide a reliable connection, replacing the carrier can be more appropriate than replacing an otherwise serviceable I/O module. IC200CHS001 is particularly relevant where the existing installation uses the barrier-style terminal arrangement.
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When Terminal Style Must Stay Consistent
A replacement carrier should match the physical and wiring architecture already installed. Moving from a barrier-style carrier to a different termination style may change the field-wiring arrangement and maintenance procedure. IC200CHS001 is therefore a practical replacement candidate when the existing panel is built around its 36-point barrier terminal interface.
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When Wiring Capacity Matters
Each carrier terminal accommodates one or two solid or stranded wires from AWG #22 through AWG #14. The specified current capability is up to 2 A per point and up to 8 A for each power and ground connection, making terminal loading an important part of replacement verification.
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When the DIN-Rail Arrangement Is Already Established
IC200CHS001 snaps onto a 7.5 mm × 35 mm DIN rail. During replacement, confirm the rail condition, electrical grounding and available panel clearance before installation. The carrier is designed for the I/O module to mount lengthwise, parallel to the rail.
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REPLACEMENT CHECK
Before You Order
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For an IC200CHS001 replacement, verify the carrier part number, barrier-style terminal arrangement, installed VersaMax module, DIN-rail arrangement, field-wire size and the condition of the existing wiring. If the carrier is being replaced as part of a larger I/O repair, checking the complete station architecture helps avoid an unnecessary terminal-style mismatch.
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DIRECT SALES CONTACT
Get the Correct Part
For IC200CHS001 inquiries, send the exact project details so availability, configuration and delivery requirements can be checked efficiently.
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| Delivery: 3–5 days | Warranty: 12 months | Packaging: Brand New | Payment Term: T/T |
| Delivery Way: E-packing / FedEx / EMS / TNT / DHL / UPS | |||
| Part Number | Quantity | Destination | Required Date | Machine/System |
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01
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Can IC200CHS001 be used as a direct carrier replacement when the existing VersaMax station uses barrier terminals?
It is the appropriate same-type carrier when the existing station requires the VersaMax barrier-style termination arrangement. Before ordering, verify the complete part number, installed I/O module and field-wiring configuration rather than selecting a carrier only by physical appearance.
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02
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Does IC200CHS001 make sense when the field wiring already uses AWG #14 conductors?
Yes, the carrier terminals accommodate solid or stranded conductors from AWG #22 through AWG #14. When two wires are installed in the same terminal position, they should be the same size and the same conductor type.
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03
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What should be checked before replacing an IC200CHS001 with another VersaMax carrier?
Confirm the carrier style, terminal arrangement, module compatibility, DIN-rail dimensions, available panel clearance and existing wire size. If the installation depends on the 36-point barrier interface, switching to a box-style, spring-style or connector-style carrier changes the field connection arrangement and should not be treated as a simple terminal-for-terminal substitution.
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04
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Is IC200CHS001 a reasonable choice when a VersaMax I/O module itself still works but the terminal carrier is damaged?
Yes. The carrier provides the mounting, backplane communication and field-wiring interface for the I/O module, so a damaged carrier does not automatically mean the I/O module itself must be replaced. The module and surrounding wiring should still be inspected before the replacement is commissioned.
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05
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Why choose IC200CHS001 instead of IC200CHS002 or IC200CHS005 for an existing VersaMax installation?
The main distinction is the field-termination method. IC200CHS001 uses barrier-style terminals, IC200CHS002 uses a box-style arrangement, and IC200CHS005 uses spring-style terminals. When replacing an existing carrier, retaining the established terminal style can reduce rewiring work and help preserve the original panel arrangement.
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AMIKON INDUSTRIAL SUPPORT
Parts, Speed &
Practical Support Amikon helps manufacturing facilities locate difficult-to-source automation components and move replacement parts toward the plant floor with practical purchasing support and international delivery.
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Built for Maintenance Pressure
The goal is straightforward: shorten the path between a difficult-to-find automation component and the manufacturing system waiting for it.
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