Product Description
Magnum MG 106 Control Lever for manual pallet jack applications. Designed for compatibility with Magnum, Intrupa, and Handjak 55 series jacks. Precision-machined SAE 1045 carbon steel lever, powder-coated for corrosion resistance. Dimensions and bore tolerances comply with industry standards. Valid cross-reference part numbers included for model replacement and interchange.
Compatibility: Fits pallet jacks made by Magnum, model 5000. SKU: MG 106
Specifications
Material & Construction
| Lever Material Specification | SAE 1045 carbon steel |
| Steel Hardness | Rockwell C45 minimum |
Mechanical Specifications
| Lever Thickness | 0.250 inch |
Part Numbers
| Cross-Reference Part Numbers | MG106, 106 |
| OEM Part Number | MG 106 |
| Manufacturer Part Number | MG 106 |
| Replaces/Supersedes Part Number | MG106 |
| Equivalent Part Numbers | 106 |
| Compatible With Models | Magnum Manual Pallet Jack (Intrupa) Series, Handjak 55, Magnum 5000 |
Performance Specifications
| Service Factor | 1.15 per manufacturer manual handling requirement |
| Cycle Life | Rated for minimum 120,000 actuation cycles |
Frequently Asked Questions
Q: What pallet jack models does the MG 106 control lever fit?
A: The MG 106 control lever is compatible with Magnum model 5000, Intrupa series, and Handjak 55 series manual pallet jacks. Verify your specific model number before ordering.
Q: What material is the MG 106 control lever made from?
A: The MG 106 is precision-machined from SAE 1045 carbon steel with a powder-coated finish for corrosion resistance. This material selection provides strength and durability for repeated lever operation.
Q: What are the dimensional specifications for the MG 106 lever?
A: The MG 106 lever has a thickness of 0.250 inch and meets industry-standard bore tolerances for proper pivot engagement on Magnum and compatible jack models.
Q: Are there cross-reference or equivalent part numbers for the MG 106?
A: The MG 106 is referenced as MG106, 106, and may have equivalent part numbers depending on the OEM. Confirm the exact cross-reference for your equipment model before ordering.
Q: How often should the MG 106 control lever be inspected?
A: Inspect the control lever regularly for cracks, stress marks, or looseness at the pivot point. Powder coat damage should be addressed promptly to prevent corrosion of the underlying carbon steel.
Q: What causes MG 106 control lever wear or failure?
A: Lever wear results from repetitive pivoting, and failure typically occurs from lateral stress, impact, or corrosion in wet environments. High-cycle operations accelerate wear at the pivot bore.