Product Details
Place of Origin: China
Brand Name: KERSTERN
Certification: SIO9001
Model Number: HA2FM Series Axial Piston Motor
Payment & Shipping Terms
Minimum Order Quantity: 5
Price: Negotiable
Packaging Details: Wooden boxes and cartons
Delivery Time: 7 work days
Payment Terms: T/T
Supply Ability: 5,000 units per month
Model: |
HA2FM Series Axial Piston Motor |
Size: |
5 To 1000 |
Nominal Pressure: |
400 Bar |
Max. Pressure: |
450 Bar |
Power Source: |
Hydraulic |
Type: |
Piston Pump |
Application: |
Construction Machinery,Industrial Systems,Marine Equipment,Closed-Circuit Hydrostatic Drives |
Model: |
HA2FM Series Axial Piston Motor |
Size: |
5 To 1000 |
Nominal Pressure: |
400 Bar |
Max. Pressure: |
450 Bar |
Power Source: |
Hydraulic |
Type: |
Piston Pump |
Application: |
Construction Machinery,Industrial Systems,Marine Equipment,Closed-Circuit Hydrostatic Drives |
The HA2FM Axial Piston Motor is a high-performance industrial hydraulic motor designed exclusively for injection molding machine drives. With a maximum pressure rating of 450 bar and a wide range of displacement sizes, it provides reliable, efficient, and durable hydraulic power for high-precision injection molding processes. Engineered with an inclined shaft design and optimized for high starting efficiency and total efficiency, the HA2FM ensures stable operation under continuous industrial workloads.
Injection Molding Machine Drive:
Specifically developed to provide powerful, smooth, and efficient hydraulic performance for plastic injection molding machines.
Ensures precise control of clamping, injection, and plasticizing stages.
Suitable for high-pressure, continuous-duty operation in industrial production environments.
High Pressure Capability: Nominal pressure of 400 bar and maximum pressure of 450 bar for demanding injection processes.
Wide Displacement Range: Available in multiple sizes from 5 to 1000 for flexible machine integration.
High Efficiency: Delivers superior starting torque and operational efficiency, reducing energy costs.
Durability: Constructed from high-strength materials for long service life under heavy-duty industrial use.
Optional Valves: Relief valve, balance valve, and flushing valve available to enhance system safety and performance.
Compact & Reliable: Optimized design for compact installation in injection molding systems.
Attribute | Value |
---|---|
Model | HA2FM Axial Piston Motor |
Application | Injection Molding Machine Drive |
Size Range | 5 to 1000 |
Nominal Pressure | 400 bar |
Maximum Pressure | 450 bar |
Power Source | Hydraulic |
Circuit Compatibility | Open and Closed Circuit |
Design | Metric model, inclined shaft design |
Material Selection – High-strength alloy steel ensures wear resistance and durability.
Precision Machining – Advanced CNC machining guarantees dimensional accuracy.
Heat Treatment – Improves hardness and load-bearing capacity.
Assembly & Testing – Each motor undergoes rigorous high-pressure testing.
Corrosion Protection – Anti-rust coating ensures long-term reliability in industrial environments.
Fill the motor with clean hydraulic oil before operation.
Maintain oil cleanliness at NAS 9 or better to prevent contamination.
Avoid dry running or excessive starting loads.
Regularly inspect pressure, flow, and temperature to ensure stable operation.
Replace filters and hydraulic oil periodically for maximum service life.
Warranty: 12-month warranty covering manufacturing defects.
Technical Support: Guidance for installation, operation, and maintenance.
Spare Parts: Genuine HA2FM spare parts available to minimize downtime.
Repair & Maintenance: Global service team to provide timely assistance.
Q1: Can the HA2FM motor be used for other machinery?
A1: No, this configuration is specifically designed for injection molding machine drives only.
Q2: What displacement sizes are available?
A2: The HA2FM offers multiple displacements from 5 to 1000 cm³/rev, suitable for various injection machine models.
Q3: Does it support both open and closed circuits?
A3: Yes, the HA2FM is compatible with both circuit types, depending on machine design.