Product Description
This torsion spring provides the travel potentiometer return function for Raymond 7400-series electric lift truck fore-aft control handles. Engineered to DIN 2095 Grade 2 tolerances, it's available in music wire or 316 stainless steel for enhanced corrosion resistance in demanding environments. A reliable direct replacement component for Raymond equipment requiring precise control handle centering and responsive feedback.
Specifications
Part Numbers & Compatibility
| Make | Raymond |
| Model | 7400, 7420, 7440 |
| Part Number | RA 1018263 |
| Application | 7400-series electric lift truck fore-aft control handle |
Additional Specifications
| Material Specification | Music wire or 316 stainless steel (optional) |
| Standard / Tolerance | DIN 2095 Grade 2 |
Frequently Asked Questions
Q: What equipment is RA 1018263 compatible with?
A: RA 1018263 is a replacement part for Raymond electric lift trucks with 7400, 7420, and 7440 models. It is designed for use in the travel potentiometer return function of fore-aft control handles.
Q: What materials is RA 1018263 made from?
A: RA 1018263 is available in two materials: music wire construction (standard) or 316 stainless steel (optional). The stainless steel option offers improved corrosion resistance for use in environments with moisture or chemical exposure.
Q: When should RA 1018263 be replaced?
A: Replace RA 1018263 if the control handle does not return to center position smoothly, feels loose or unresponsive, or shows visible corrosion. Stainless steel versions provide longer service life in corrosive conditions.
Q: What are the performance standards for RA 1018263?
A: RA 1018263 is built to meet DIN 2095 Grade 2 tolerances, ensuring precision in dimensions, wire diameter, and load characteristics for consistent potentiometer return force.
Q: What are the benefits of using 316 stainless steel for RA 1018263?
A: Using 316 stainless steel for RA 1018263 enhances durability in environments where corrosion is a concern. It provides long-term performance and resistance to moisture and chemical exposure.