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16 GPM Hydraulic Pump 2 Stage Hi Lo Gear Pump for Wood Splitter Logging Applications

16 GPM Hydraulic Pump 2 Stage Hi Lo Gear Pump for Wood Splitter Logging Applications

£599.99
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SPECIFICATIONS

Brand Name: NoEnName_Null

High-concerned chemical: None

Origin: Mainland China


Specifications:

  • Type: 16 GPM Hydraulic Pump

  • Condition: Brand New

  • Fitment Type: Direct Replacement

  • Main Functions: Wood cutting with press, log splitter, clamping device

  • Maximum Flow Rate: 16 GPM ± 10% (60 LPM ± 10%)

  • Maximum Pressure: 4000 PSI ± 10% (27.5 MPa ± 10%)

  • Maximum Speed: 3600 RPM ± 10%

  • Rated Speed: 1440 RPM ± 10%

  • Rated Flow Rate: 5.8 GPM ± 10% (22 LPM ± 10%)

  • Volumetric Efficiency: 93%

  • Matching Motor Power: 5.5 HP - 7.5 HP

  • Inlet Size: 1”

  • Outlet Size: 1/2 “NPT

  • Noise: ≤75 dB

  • Main Materials: 6005-T6, HT200, blackened

Features:

  • High-quality components with high strength and hardness, offering good wear resistance and durability.

  • 2-Stage 16 GPM hydraulic pump designed for fast cycle times.

  • Compatible with hydraulic tools such as jaw couplers and pump brackets for various operations including lifting, pressing, bending, straightening, and cutting.

  • Features a standard specification suitable for multiple combinations.

  • Wide application in systems requiring hydraulic cylinder extension, including tailgate lifts, scissor lifts, dump trailers, lift trucks, snowplows, aerial platforms, road signs, material handling, and wheelchair lifts.

Package Includes:

  • 1 x 16 GPM Hydraulic Pump

OEM / Cross Reference Numbers:

  • (No specific OEM numbers provided in the source information that are directly verifiable for cross-referencing.)

Compatible Vehicles

  • Fit for Wood Splitters

  • Fit for Logging Equipment

  • Fit for Hydraulic Systems requiring similar specifications

Installation Information:

  1. Ensure the hydraulic system is depressurized before installation.

  2. Align the pump shaft with the corresponding motor shaft or coupling.

  3. Secure the pump to the mounting bracket using appropriate fasteners.

  4. Connect the inlet port of the pump to the hydraulic fluid reservoir.

  5. Connect the outlet port of the pump to the hydraulic system's pressure line.

  6. Verify all connections are tight and leak-free.

  7. Fill the hydraulic reservoir with the appropriate hydraulic fluid.

  8. Bleed air from the hydraulic system as per system manufacturer's procedure.

  9. Gradually engage the motor and check for proper operation and fluid flow.




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