Yuanmech Automatic Heavy-Duty Truck Tire Changer (14-26 Inch) - TC826

Heavy-Duty Hydraulic Tyre Changer

The Yuan Mech TC826 is an automatic, electro-hydraulic tire changer specifically engineered for servicing heavy commercial vehicles, including trucks, buses, and agricultural tractors. Operating entirely independently of external air compressors, the machine utilizes a dual-drive system that integrates a 1.8 kW electric motor for rotational movement and a 1.5 kW hydraulic pump for clamping and lifting actions. This electromechanical setup enables the equipment to effectively process rim dimensions ranging from 14 to 26 inches, manage maximum wheel diameters up to 1600 mm, and handle wheel widths up to 780 mm. Featuring a robust 4-jaw self-centering chuck, the unit securely grips commercial wheels weighing up to 500 kg, maintaining a stable rotational speed of 9 rpm to execute precise tire mounting and demounting cycles without damaging the rim structure.

To tackle highly resistant commercial tires, the integrated hydraulic system operates at a constant pressure of 130 to 150 bar, channeling a formidable bead-breaking force of 2500 kg (24.515 kN) directly through the hydraulic sliding carriage and rotating tool head. The mechanical architecture is built upon a rigid, single-piece steel frame that neutralizes flexing under extreme physical loads, ensuring total structural stability. Operator safety and workplace ergonomics are prioritized through the inclusion of a portable, low-voltage remote control console. This allows technicians to direct all hydraulic movements, including the two-position tool arm and bead-breaking disk, from a secure distance, reducing physical exertion and minimizing proximity hazards during high-stress interventions.

Key Features & Benefits:

• Dual-Motor Drive System: Combines a 1.8 kW electric motor and a 1.5 kW hydraulic drive to generate the high rotational torque and lifting power strictly required for large commercial tires.

• 4-Jaw Self-Centering Chuck: Utilizes spreader-type hydraulic jaws to ensure highly secure, perfectly centered clamping of heavy rims, effectively preventing slippage during the rotational process.

• Independent Electro-Hydraulic Operation: Functions entirely free of external air compressors by utilizing an integrated 130-150 bar hydraulic system for powerful, consistent mechanical action.

• Massive Bead-Breaking Force: Delivers an extraordinary 2500 kg (24.515 kN) of hydraulic pressure to safely and efficiently separate the most stubborn, rusted beads from commercial rims.

• Portable Remote Console: Enhances workplace safety and operational visibility by allowing technicians to control all machine functions from a safe distance during high-pressure clamping procedures.

• Rigid Single-Piece Frame: The heavy-duty structural design is engineered as a single entity to maximize overall machine strength, minimize chassis flex, and provide absolute stability under 500 kg loads.

• Hydraulic Sliding Carriage: Facilitates the smooth, mechanized horizontal movement of the tool head, eliminating strenuous manual labor during the bead breaking and mounting phases.

• Rotating Tool Head & Two-Position Arm: The adjustable arm geometry and rotatable bead-breaking disk accommodate diverse tire profiles, allowing for fast, precise positional adjustments for different wheel widths.

• Alloy Wheel Compatibility: Outfitted with specialized jaw grips designed to securely lock onto standard rims while simultaneously protecting delicate alloy wheels from scratching or surface damage.

• Broad Clamping Range: Flexibly engineered to accommodate a vast array of commercial rim diameters, easily adjusting from 14 inches up to 26 inches.

• Optimized 9 RPM Rotational Speed: Operates at a stable, single-speed rotation to ensure precise mechanical control, entirely preventing accidental tire tearing or rim distortion during the cycle.

• Quick-Positioning Mechanism: Features a lockable mount/demount arm that streamlines repetitive operational tasks, significantly speeding up individual wheel cycle times in high-volume commercial workshops.