GE IC610CHS134A | Series Six I/O Rack Chassis

• Model & Brand: GE IC610CHS134A, General Electric / GE Fanuc
• Series: Series Six PLC
• Part Type: I/O rack / chassis with backplane
• Slot capacity: 10-slot chassis configuration
• Physical dimensions: Exact OEM dimensional data for the IC610CHS134A is not reliably available in the public records reviewed. For freight planning, use the actual packed chassis rather than relying on dimensions from visually similar Series Six racks.
• Estimated unit weight: Approximately 1.5–2.5 kg as a logistics estimate for the chassis/backplane assembly; verify by scale before quotation.
• Estimated shipping weight: Approximately 2.5–4.0 kg after protective packaging and carton.
• What’s in the box: IC610CHS134A chassis/backplane assembly when sold as the complete part. Do not assume power supplies, CPU cards, I/O modules, terminal boards, cables, or rack mounting hardware are included.
• Asset identity: Record the complete IC610CHS134A marking and any chassis revision or assembly label. Series Six hardware contains many mechanically related rack assemblies, so the suffix should remain part of the controlled inventory number.

Product Introduction

Inside a GE Series Six PLC installation, the IC610CHS134A provides the physical rack structure in which the controller and I/O electronics are installed. The chassis is therefore not an active CPU or I/O module; its critical function is mechanical retention and electrical interconnection through the rack backplane.

From an asset-management standpoint, inspect the card guides, backplane connector contacts, mounting hardware, and terminal-area condition before accepting an old chassis into critical-spares inventory. Corrosion or bent guide hardware can create intermittent contact problems that are easily misdiagnosed as a failed PLC card (a common issue with decades-old rack hardware). Exact electrical and dimensional specifications should be taken from the applicable Series Six hardware manual or the physical chassis documentation before installation.

Core Technical Specifications

Because this is a legacy rack assembly, several values above are logistics or family-level estimates rather than measurements certified for specifically. For customs, dimensional freight, and formal engineering records, use the actual unit and the original GE hardware documentation.

GE IC610CHS134A

🚨 Global Compliance & Industry Certifications

The belongs to the legacy Series Six PLC generation, so certification status must be handled differently from current industrial automation equipment.

• CE Mark: Do not assume current CE conformity from the IC610 catalog number alone. Verify the physical marking and the applicable Series Six documentation for the actual revision.
• UL / cUL: Series Six systems were used in industrial control applications under applicable North American requirements, but rack-level certification should be verified from the original equipment documentation.
• ATEX / IECEx: No reliable evidence was established for ATEX or IECEx certification of the standalone chassis.
• Marine approvals: No specific DNV, ABS, or other marine certification was verified for this chassis.
• System-level compliance: The final compliance status can depend on the populated rack, power supply, wiring, enclosure, grounding, and installation environment—not just the empty chassis.

For an audit file, keep the physical nameplate photograph, supplier documentation, COO statement, purchase record, and any surviving GE certification documents together.

Verify specific lot certifications with OEM.

🚨 Long-Term Storage & Asset Preservation Guide

Protect the backplane contacts. Keep the chassis wrapped in clean protective material, and cover exposed connector areas during long-term storage. Oxidation on mating contacts can create intermittent rack faults after years on a shelf.

Keep the assembly dry and temperature stable. A controlled indoor warehouse with approximately 30–60% RH and no condensation is preferable. Avoid storing the chassis directly on concrete floors or against exterior walls where temperature cycling is greater.

Preserve mechanical hardware. Inspect the retaining screws, card guides, metal mounting surfaces, and grounding points periodically. A missing spacer or damaged guide may prevent a replacement Series Six module from seating correctly even when the electrical backplane itself remains serviceable.

Because the chassis does not contain the user program memory or a maintenance battery by itself, battery-replacement procedures belong to the installed CPU or memory assembly rather than to the empty chassis.

Physical Installation Prerequisites

The should be installed only in the Series Six rack architecture for which it was specified. Do not substitute a visually similar IC610 chassis solely because the module connectors appear compatible.

Provide enough cabinet clearance for insertion and removal of the Series Six cards, front wiring access, and natural heat dissipation. A practical maintenance target is to preserve roughly 50 mm of free space around major ventilation areas, but the original cabinet drawing should take precedence.

Ground the chassis and cabinet according to the original Series Six installation scheme. Check the backplane connector alignment before inserting modules; forcing a card against a damaged guide can deform the connector and turn one mechanical fault into a larger rack-level repair.

Before energization:

• Verify the rack is mechanically secure.
• Confirm all card guides are straight and fully seated.
• Inspect backplane contacts for oxidation or contamination.
• Confirm the installed CPU and I/O module complement matches the chassis configuration.
• Verify power-supply and grounding arrangements from the original Series Six system documentation.

Buyer’s FAQ

What HS tariff code should be used for ?

A chassis/backplane for programmable control equipment may fall under HS heading 8538 as a part suitable for use principally with electrical control apparatus, while some customs jurisdictions may classify a complete rack assembly differently. Do not treat 8538 as a confirmed tariff code without reviewing the destination country’s tariff schedule and the exact contents of the shipment.

For customs documentation, state the product plainly as a GE Series Six PLC chassis/rack assembly and have the final tariff line confirmed by the broker.

Does the Country of Origin need to match the GE brand origin?

Yes. Brand ownership and manufacturing origin are different concepts. This is legacy General Electric hardware, and the seller’s current location does not establish the COO.

Use supplier-supported origin documentation for the exact chassis being shipped, and keep the invoice, packing list, and any Certificate of Origin consistent.

Should a low-value empty chassis have shipping insurance?

For normal spare-rack replenishment, insurance should be evaluated against replacement cost and transport risk. The chassis is heavier and mechanically vulnerable than a small PCB; use rigid cushioning around the sheet-metal enclosure and protect the backplane connector from impact.

Record photographs before dispatch. Hidden deformation around the card guides or backplane can otherwise be difficult to prove as transit damage.

Does include the latest firmware?

No. The chassis itself does not contain application firmware. Firmware, memory, and program-retention functions belong to the Series Six CPU and associated memory hardware installed in the rack.

When purchasing a replacement chassis, the important compatibility fields are the exact chassis number, slot configuration, backplane revision, mounting arrangement, and intended Series Six system architecture. A chassis replacement should not be evaluated using firmware criteria that apply to CPU modules.