Part Details and Technical Specifications
The PUSH-PULL CONTROL ASSEMBLY available at Part.sale is a specialized mechanical control component. It consists of an internal wire, wire rope, or center load rail featuring ball bearings housed inside a flexible conduit. Designed for precise mechanical actuation, one end features a threaded sleeve intended for mounting securely to a wall, bulkhead, handle, or clevis. It operates by transmitting mechanical force manually or mechanically to control secondary devices, and it may include hardware such as nuts, washers, brackets, and clevises.
Key technical dimensions and physical attributes for this specific build include:
- Core Material: Steel
- Core Construction: Single wire
- Core Diameter: 0.054 inches nominal
- Flexible Conduit Material: Steel
- Flexible Conduit Outside Diameter: 0.187 inches nominal
- Effective Length: 59.750 inches nominal
- Travel Distance: 3.000 inches nominal
Manufacturers and Cross-Reference Data
Sourcing and identifying exact replacement parts requires accurate manufacturer and cross-reference validation. The alternate part numbers and associated CAGE codes linked to this item provide clear pathways for procurement and compatibility verification:
- 2990001316151 (CAGE: SCY13) – E.C.A Etablissement Central D’Approvisionnement Des
- MIL-C-62191 (CAGE: 81349) – Military Specifications Promulgated By Military
- 3A2614-12 (CAGE: 77910) – Speareflex Corp
- 10938316-4 (CAGE: 77910) – Speareflex Corp
- 10938316-4 (CAGE: 19207) – U.S. Army Tank Automotive Command AMSTA-IM-MM
Applications and Operational Use
Because of its robust steel core construction and precise 3.000-inch travel distance, this PUSH-PULL CONTROL ASSEMBLY finds vital use in heavy-duty mechanical and automotive environments. Managed in part by the U.S. Army Tank Automotive Command, assemblies of this type are typically integrated into military ground vehicles, specialized equipment, and industrial machinery where reliable remote actuation, throttle control, or valve manipulation is required under demanding physical conditions.