Tronair 02A1036C0111 – 10-Ton Tripod Jack, Air Pump

The 20,000-lb lifting capacity allows the Tronair 02A1036C0111 tripod jack to safely support larger aircraft commonly used in corporate, regional, and military operations. This higher capacity makes it suitable for aircraft such as the Bombardier Challenger series, Dassault Falcon models, and Airbus Military C-295 platforms. Maintenance teams can perform inspections, tire changes, brake servicing, and structural work with confidence when using properly rated aircraft jacks. The manual also specifies a maximum lifting height of 70.25”, providing additional versatility for larger airframes.

The built-in velocity fuse helps prevent sudden ram descent in the event of a hydraulic line failure. According to the Tronair manual, the fuse automatically locks the ram in its current position until the hydraulic issue is repaired and the system is reset. This safety feature helps protect technicians, aircraft structures, and nearby equipment during maintenance operations. Additional safeguards like this are especially important when working with heavier business jets and military aircraft.

Tronair specifically instructs operators to raise and lower all aircraft jacks simultaneously to keep the aircraft level throughout maintenance procedures. Proper synchronized lifting helps reduce uneven structural loading and minimizes unnecessary stress on the airframe. This is particularly important for multi-point lifting procedures on larger aircraft such as the Challenger 604 or Falcon 50EX. Maintaining aircraft balance also improves overall ground safety during inspections and repairs.

The 14” mechanical extension allows technicians to position the jack close to the aircraft jacking point before hydraulic lifting begins. This helps reduce the amount of hydraulic travel required and can speed up setup time in busy maintenance environments. The manual also emphasizes proper placement of the locking pin within the ram protection ring to ensure safe operation. Proper extension positioning contributes to smoother lifting and better overall jack stability.

The translucent hydraulic reservoir makes it easier for technicians to visually monitor fluid levels during inspections and servicing. Quick fluid verification can help reduce downtime and support consistent hydraulic performance. Tronair recommends maintaining the hydraulic fluid approximately 1.5” below the vent opening using MIL-PRF-5606 fluid. Easier monitoring helps maintenance crews identify low-fluid conditions before they affect jack performance.

The factory-installed pneumatic pump enables rapid initial lifting with compressed shop air, reducing manual pumping effort during aircraft maintenance. This can improve technician efficiency when repeatedly lifting large aircraft throughout the workday. The hydraulic schematic included in the manual shows how the air-driven hydraulic pump works together with the manual hand pump for added flexibility. Manual pumping capability remains available when compressed air is not accessible.

Annual load testing helps verify that the jack can safely support its rated lifting capacity after extended operational use. Tronair recommends testing the jack at 105% to 110% of its rated capacity as part of its preventive maintenance schedule. Regular testing can help identify worn seals, hydraulic leaks, or structural issues before they become safety concerns. This proactive approach supports safer aircraft maintenance operations and long-term equipment reliability.

The tripod design distributes weight evenly across the base to help maintain stability during aircraft lifting procedures. A wide support stance can reduce unwanted movement while supporting heavy aircraft loads on approved level surfaces. Tronair also recommends using a tail stand or a nose stand when applicable to improve aircraft stability. Combined with heavy-duty wheels, the design balances maneuverability with dependable lifting support.

The ram protection ring helps properly secure the locking pin during mechanical extension setup. The Tronair manual includes multiple diagrams showing correct and incorrect locking pin placement to prevent deformation or unsafe loading conditions. Improper installation could damage the ring or compromise the jack’s structural integrity during lifting operations. This feature adds another layer of protection for technicians working around elevated aircraft.

CE marking confirms that the jack complies with applicable European machinery safety requirements and operational standards. The Declaration of Conformity references compliance with the Machinery Directive 2006/42/EC and EN ISO 12100-1 standards. For international MRO facilities and aviation operators, CE compliance can help support regulatory acceptance and workplace safety initiatives. This makes the Tronair 02A1036C0111 well-suited for global aviation maintenance environments.