Yale

YL 506703502

$9.82 off

YL 506703502

Master cylinder

Regular price $127.70
Sale price $127.70 Regular price $137.52
In stock

Questions? Call +1-800-669-7554

Cylinder Electric Lift Truck Parts Master Cylinders Yale

Compatibility

Make Yale, Hyster, Raymond, Mitsubishi
Model HY304, RA750, RA757, RA795

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

Yale YL 506703502 master cylinder is an OEM hydraulic brake component for Yale electric lift truck models, featuring a 0.875-inch bore diameter and direct cross-reference to YT506703502 and 506703502 part numbers.

Specifications

Part Numbers
Cross-Reference Part NumbersEquivalent to YT506703502, also referenced as 506703502
OEM Part NumberYL 506703502
Replaces / SupersedesYT506703502, 506703502

Frequently Asked Questions

Q: What is the bore diameter of the YL 506703502 master cylinder?
A: The YL 506703502 master cylinder features a 0.875-inch bore diameter. This specification is critical for ensuring proper hydraulic brake pressure and control on Yale electric lift trucks.

Q: What are the cross-reference part numbers for this Yale master cylinder?
A: The YL 506703502 is cross-referenced as YT506703502 and 506703502. All three part numbers refer to the same OEM component. Use any of these numbers when ordering or verifying compatibility with your Yale equipment documentation.

Q: Which Yale electric lift truck models use this master cylinder?
A: The YL 506703502 is designed for Yale electric lift truck models. Verify your specific model number against your equipment documentation to confirm compatibility before ordering.

Q: Is the YL 506703502 an OEM part or aftermarket replacement?
A: The YL 506703502 is an OEM hydraulic brake component manufactured by Yale. It is an original equipment part, not an aftermarket alternative.

Q: What function does this master cylinder perform on Yale electric lift trucks?
A: This master cylinder is the primary hydraulic brake control component. It converts brake pedal input into hydraulic pressure, which activates the brake system to stop and hold the lift truck safely during operation.