Caterpillar 2407790 hydraulic motor Rexroth A2FM355 hydraulic piston motor for sale
Caterpillar 2407790 hydraulic motor Rexroth A2FM355 hydraulic piston motor for sale
- Product Details
High-Performance Hydraulic Drive: 2407790 Hydraulic Motor for Caterpillar 2407790 Construction Machinery
Caterpillar construction machinery is globally recognized for durability, efficiency, and adaptability across challenging terrains. Central to this operational excellence is the 2407790 hydraulic motor, based on the high-reliability A2FM355 hydraulic motor platform. Designed for Caterpillar’s construction and heavy engineering equipment, this hydraulic motor ensures consistent torque transmission, robust pressure handling, and long service life even in the most demanding environments.
Technical Features of the 2407790 Hydraulic Motor
The A2FM355 hydraulic motor is an axial-piston fixed-displacement design that provides high torque density while maintaining compact dimensions. The 2407790 hydraulic motor integrates reinforced housing, anti-explosion construction, and enhanced sealing technology, enabling it to withstand extreme conditions such as dust, vibration, high ambient temperatures, and heavy-load fluctuations. Its optimized internal components reduce wear and ensure reliable operation over extended service intervals. All motors come with a one-year warranty, guaranteeing quality and durability for professional applications. PDF technical specifications can be downloaded at www.baolilai-pump.com/contact_us/, with further details available at www.baolilai-pump.com.
Applications Across Machinery Sectors
Construction Machinery (Caterpillar – www.cat.com)
The 2407790 hydraulic motor is widely applied in excavators, bulldozers, graders, and compact loaders. In these machines, it powers swing drives, propel systems, and hydraulic circuits controlling blade and bucket operations. Its high-pressure tolerance ensures that the hydraulic system delivers smooth, precise performance even under continuous heavy-duty use.
Agricultural Machinery (John Deere – www.deere.com)
In large tractors and harvesting equipment, the A2FM355 hydraulic motor provides reliable torque for PTO drives, lifting mechanisms, and steering systems. Its fixed-displacement design guarantees steady hydraulic flow, even when operating in muddy or uneven fields, reducing downtime and maintenance requirements.
Engineering Machinery (Volvo CE – www.volvoce.com)
For tunneling machines, drilling rigs, and municipal engineering vehicles, the 2407790 hydraulic motor ensures dependable power delivery to critical hydraulic components. Its explosion-resistant design and robust pistons enable safe and continuous operation in high-pressure, vibration-intensive conditions.
Mining Equipment (Komatsu – www.komatsu.com)
Mining loaders, haul trucks, and underground machinery demand reliable hydraulic motors capable of withstanding abrasive dust, vibration, and impact. The A2FM355 hydraulic motor’s reinforced internal structure ensures operational stability, improving safety and reducing maintenance cycles.
FAQ
1. Why is the 2407790 hydraulic motor preferred in heavy machinery?
Its high-pressure endurance, anti-explosion design, and durable pistons provide stable torque in extreme working conditions.
2. Can it replace other fixed-displacement motors?
Yes, when displacement and mounting specifications match the original hydraulic system.
3. Is it suitable for harsh environments?
Absolutely. It can operate under high temperature, dust, vibration, and heavy-load cycles.
4. Where can I download detailed specifications?
Visit www.baolilai-pump.com/contact_us/ for the complete A2FM355 PDF datasheet.
The 2407790 hydraulic motor, engineered with the A2FM355 hydraulic motor platform, is an essential component for Caterpillar construction machinery. Its robust design, high pressure tolerance, and anti-extreme-environment capability ensure reliable performance across construction, agriculture, engineering, and mining applications. Integrating this motor into hydraulic systems guarantees long-term operational efficiency and reduces the risk of unexpected downtime.









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