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Yaskawa JZNC-MRK12-1E (MRC CPU Chassis Rack)

Original price was: $1,488.00.Current price is: $1,388.00.

Parameter Value
Manufacturer Yaskawa Electric Corporation (Motoman Robotics)
Part Number / SKU JZNC-MRK12-1E
Controller Series Compatibility Yaskawa Motoman MRC Robot Controller
Chassis Capacity 8 slot backplane configuration
Category: SKU: JZNC-MRK12-1E Tag:

Description

The Yaskawa JZNC-MRK12-1E is an 8-slot CPU chassis and backplane rack assembly engineered for the Yaskawa Motoman MRC industrial robot controller architecture. It physically houses the main processing unit, memory boards, and control cards, providing the internal bus communication pathways and structural framework required for deterministic robot motion control.

 

Technical Specifications

Parameter Value
Manufacturer Yaskawa Electric Corporation (Motoman Robotics)
Part Number / SKU JZNC-MRK12-1E
Controller Series Compatibility Yaskawa Motoman MRC Robot Controller
Chassis Capacity 8 slot backplane configuration
Backplane Bus Type Proprietary MRC parallel bus structure
Mounting Type Panel/rack mount inside the primary robot controller cabinet
Operating Temperature 0 to +45 °C
Enclosure Protection IP20 (designed for integration inside a sealed industrial controller enclosure)

 

Commercial and Logistics Terms

  • Condition: Available as New Surplus, Fully Tested Refurbished, or Legacy Surplus (verify specific inventory class upon inquiry).
  • Availability: Stock levels for legacy MRC-generation hardware fluctuate; confirm real-time warehouse availability prior to placement.
  • Standard Lead Time: 1 to 3 business days for stock items; expedited global freight options available.
  • Warranty: 12-month standard replacement warranty from the date of invoice.
  • Pricing Note: Listed price is indicative and subject to market conditions. Contact our technical sales desk for a formal quotation.

 

Field Deployment and Integration Notes

When replacing or servicing the JZNC-MRK12-1E rack assembly, ensure complete isolation of main controller power using standard lockout/tagout (LOTO) protocols to protect sensitive backplane components from transient voltage spikes.

Inspect all internal slot connectors and pin headers for oxidation, bending, or mechanical wear before seating replacement CPU or memory cards. Verify that all bus termination jumpers and card slot assignments strictly mirror the original configuration parameters to prevent backplane communication errors or system boot failures.

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