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AT series axial piston pumps—engineered for reliability, precision, and adaptability across diverse industrial applications.
We understand that system performance hinges on component specifications aligned with real-world operational demands. AT piston pumps deliver exceptional versatility, supported by rigorously tested parameters:
Pressure: Rated at 10–32 MPa (up to 48 MPa in high-pressure models; military-grade units reach 60 MPa), with a maximum pressure capability of 400 bar (~40 MPa).
Flow & Displacement: Theoretical flow is determined by displacement (2–40 cm³/rev; up to 500 mL/r in variable-displacement inclined-shaft models) and speed (500–2000 rpm; up to 4750 rpm in select variants). At 1.6 cm³/rev and 1500 rpm, for example, output reaches 2.4 L/min—actual flow remains consistently high thanks to volumetric efficiency of 90–95%.
Efficiency & Thermal Resilience: Mechanical efficiency ranges from 88–92%, while optimal operation occurs between 30–60°C. With safe operating limits from –20°C (with preheating or low-temp fluid) to 85°C (axial models), these pumps support demanding environments.
Flexibility: Compatible with electric, pneumatic, or hydraulic drives—and adaptable to water or air cooling, as well as various media including hydraulic oil, lubricants, and clean water.
AT series axial piston pumps—engineered for reliability, precision, and adaptability across diverse industrial applications.
We understand that system performance hinges on component specifications aligned with real-world operational demands. AT piston pumps deliver exceptional versatility, supported by rigorously tested parameters:
Pressure: Rated at 10–32 MPa (up to 48 MPa in high-pressure models; military-grade units reach 60 MPa), with a maximum pressure capability of 400 bar (~40 MPa).
Flow & Displacement: Theoretical flow is determined by displacement (2–40 cm³/rev; up to 500 mL/r in variable-displacement inclined-shaft models) and speed (500–2000 rpm; up to 4750 rpm in select variants). At 1.6 cm³/rev and 1500 rpm, for example, output reaches 2.4 L/min—actual flow remains consistently high thanks to volumetric efficiency of 90–95%.
Efficiency & Thermal Resilience: Mechanical efficiency ranges from 88–92%, while optimal operation occurs between 30–60°C. With safe operating limits from –20°C (with preheating or low-temp fluid) to 85°C (axial models), these pumps support demanding environments.
Flexibility: Compatible with electric, pneumatic, or hydraulic drives—and adaptable to water or air cooling, as well as various media including hydraulic oil, lubricants, and clean water.
