Hyster

HY 3012785

$4.20 off

HY 3012785

Brush spring

Regular price $1.91
Sale price $1.91 Regular price $6.11
In stock

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Brushes Electric Lift Truck Parts Hyster

Compatibility

Make Hyster
Model -

Reference Diagrams

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Product Description

Hyster OEM brush spring, SKU HY 3012785, engineered for use as a brush pressure mechanism in electric lift truck traction motors. Constructed of high-carbon steel, this helical compression spring meets Hyster's specification for consistent electrical contact in continuous duty applications. No cross-reference part numbers available. Designed for direct compatibility with Hyster electric lift truck assemblies.

Specifications

Material & Construction
HardnessRockwell C 45 minimum
Part Numbers
OEM Part NumberHY 3012785

Frequently Asked Questions

Q: What is the HY 3012785 brush spring used for?
A: The HY 3012785 is a Hyster OEM brush spring engineered as a brush pressure mechanism in electric lift truck traction motors. It maintains consistent electrical contact during continuous duty operation in the motor assembly.

Q: What material and hardness does the HY 3012785 have?
A: This brush spring is constructed of high-carbon steel with a minimum Rockwell C hardness of 45. The helical compression design is manufactured to Hyster specifications for reliability in traction motor applications.

Q: Which Hyster electric lift truck models use the HY 3012785?
A: The HY 3012785 is designed for direct compatibility with Hyster electric lift truck assemblies. Verify your equipment model and serial range against Hyster OEM documentation to confirm fitment before ordering.

Q: Are there cross-reference or equivalent part numbers for the HY 3012785?
A: No cross-reference part numbers are currently available for this OEM spring. Order using the exact Hyster part number HY 3012785 to ensure specification match.

Q: What is the typical service life of the HY 3012785 brush spring?
A: Brush spring life depends on motor duty cycle, electrical load, and maintenance. High-carbon steel construction resists stress relaxation, but springs should be inspected during scheduled motor maintenance for loss of tension or wear.