The VOLVO F1-110-M45 / 3705870 is a heavy-duty industrial axial piston pump engineered for high-pressure hydraulic applications in mobile and industrial machinery. It features a robust swashplate design with 45 cm³/rev displacement, providing reliable power transmission and efficient fluid control.

VOLVO F1-110-M45 / 3705870 Technical Specifications

Parameter	Specification
Displacement	45 cm³/rev
Maximum Pressure	350 bar (continuous), 400 bar (peak)
Speed Range	500–3000 rpm
Mounting	SAE C 2-bolt flange
Shaft Type	Spline, 13T
Port Connections	SAE split flange (1-1/4 in)
Control Type	Pressure compensator
Operating Temperature	-20°C to +80°C
Fluid Viscosity	10–100 cSt
Weight	18.5 kg

Key Engineering Features

High-efficiency axial piston design with swashplate mechanism
Pressure-compensated control for precise flow regulation
Durable construction with hardened steel components
Low noise operation and long service life
Compatible with mineral oil and synthetic hydraulic fluids

Industrial Applications

Mobile hydraulics: excavators, loaders, and cranes
Industrial machinery: presses, injection molding, and machine tools
Marine and offshore hydraulic systems
Material handling and lifting equipment

For technical inquiries, dimensional drawings, or replacement support for VOLVO F1-110-M45 / 3705870, contact the Pro-Hydraulic engineering team.

PRODUCT IMAGES

VOLVO F1-110-M45 / 3705870 Axial Piston Pump

⚡ Emergency Plant Maintenance & Ready-to-Ship Notice:

Authentic & Fully Tested: 100% bench tested for hydraulic response, pressure rating, and null-bias stability before dispatch.
Fast Dispatch: In-stock units ready for same-day dispatch via DHL / FedEx Express directly to your plant.
Pre-Shipment Verification: High-definition photos, video testing runs, and serial number verification provided prior to shipment.
Peace of Mind: Covered by our 12-Month Replacement Warranty.

Shop the VOLVO F1-110-M45 / 3705870 Axial Piston Pump. This precision-engineered hydraulic component delivers reliable performance and accurate operation for demanding industrial systems.