2011-2023 TCM 840 WHEEL LOADER
Equipment Overview
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Fair
Item functions as originally intended, shows signs of normal wear.
Technical Description
The TCM 840 is a robust wheel loader engineered for efficient material handling in construction and industrial applications. It features a turbocharged 6-cylinder 6BDIT engine delivering 123 hp at 2200 rpm with peak torque at 1600 rpm, ensuring powerful performance and reliable operation. The loader's hydraulic system includes a closed and pressurized pump with a flow capacity of 48.7 gallons per minute, pressure relief set at 2700 psi, enabling fast cycle times: 6 seconds to raise, 1.5 seconds to dump, and 3 seconds to lower the bucket. The bucket has a heaped capacity of 3.2 cubic yards (2 m³) and a breakout force of 23,590 lbs (10,700 kg), supported by an 8.2 ft (2 m) wide bucket. Key dimensions include a hinge pin max height of 12.2 ft (4 m), dump clearance at max raise of 9.2 ft (3 m), a wheelbase of 9.6 ft (3 m), and width over tires of 8 ft (2 m). It operates at a top speed of 21.7 mph (34 km/h) in forward and reverse with a 3-speed countershaft full powershift transmission. The operating weight is approximately 21,804 lbs (9,890 kg) with static tipping weight at 17,747 lbs (8,050 kg). The unit runs on a 24 V electrical system with a 25 A alternator, and carries fuel (45 gal/170 L), hydraulic fluid (21.2 gal/79 L), and various lubricant capacities designed for durability and performance. Tires size is 17.5-25-12PR L2, and rear axle oscillation allows 24° for improved maneuverability on uneven terrain.
Technical Attributes
Static Tipping Weight
17,747.30
Engine Power
123 HP
Max Bucket Capacity
3.20 yd³
Max Breakout Force
23590 lb-ft
Max Dump Height
9.20 ft
Max Speed
21.70 mph
Tire Size
17.5-25-12PR L2
Data Accuracy and Verification
Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.
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