YIHE Type T6CC T6DC T6EC T6ED Hydraulic Vane Pump high pressur pump
Brand: YiHe
Product origin: China
Delivery time: 10-30day
Supply capacity: 300 Pcs/Day
Model: T6CC T6DC T6EC T6ED
Max Displacement: 10.8 ml/rev - 269ml/rev
Max Working Pressure: 80 Mpa- 24 Mpa
Shaft Speed Range: 600 r/min - 2800 r/min
Rotation: Right and Left From Shaft End
Control Type: DOSING PUMP
Product Type: Vane Pump
Model Quick Navigation
product information
Brand | YIHE | Series | T6CC T6DC T6EC T6ED |
Model | T6CC T6DC T6EC T6ED | Product type | Double vane pump |
Delivery time | 10-30day | Warranty period | 365 day |
Material | cast iron | Supply capacity | 300 Pcs/Day |
Product origin | China | Max Displacement | 10.8 ml/rev - 269ml/rev |
Max Working Pressure | 80 Mpa- 24 Mpa | Shaft Speed Rang | 600-2500 r/min 600-2800 r/min |
Show details
Powerful and fast
Low noise and low heat
Strong performance and high efficiency
Professional design, wear-resistant and pressure-resistant
Company Profile
We are Guangdong Yihe Hydraulic Technology Co., Ltd., located in Foshan City, Guangdong Province, China. We have a R&D department of about 5-10 engineers and designers. The factory has more than 100 skilled employees, and the production equipment has advanced manufacturing equipment and testing equipment such as CNC lathes, machining centers, CNC milling machines, special CNC grinding machines, double grinding machines, and automatic 3D measuring instruments.
The main products are hydraulic variable vane pump, duplex pump, HVP high pressure variable vane pump, Yuken type PV2R1&PV2R2 series, Vickers type V&VQ series, Parker Denison T6&T7 series, Tokimec type SQP series and KCL type VQ series fixed exhaust for hydraulic applications. Volume vane pump and electric motor.
Our products are widely used in industrial machinery, CNC lathes, shoe machines, woodworking machinery, plastic machinery, construction machinery and various hydraulic system machinery. We are also able to provide customized products and services according to your specifications. , We look forward to sincere cooperation with your company.
Instructions for use
To protect your rights please read the following carefully
Pump Start-up Procedure
Preparation Prior to Start-up
The reservoir and circuit should be clean and free of dirt and debris prior to filling with fluid.
Circuit Cleanup
The reservoir should be charged with filtered hydraulic fluid. The fluid level should be sufficient to prevent vortexing at the suction connection to the pump inlet. It is good practice to clean the system by flushing and filtering, using an external slave pump.
Filling Pump and Removing Air
If the pump is mounted above the fluid level, it should be filled with fluid through the outlet port. If the pump is mounted below the fluid level, the pump outlet fitting (or other downstream fitting or plug) can be loosened to allow fluid to displace the air. It may be necessary to loosen the fill cap on the reservoir to allow the fluid to flow freely. When a solid stream of fluid with no observed air begins to drain through the loosened fitting, the fitting should be retightened. An air bleed valve in the outlet circuit is also recommended to remove trapped air. If such a device is used, the pump should be filled with fluid before start-up. In some cases, it may be possible to prime the pump by running the engine starter for five to ten seconds with the throttle and/or ignition switch in the "off" position. It will be necessary to loosen a fitting or plug in the pump outlet to allow air to escape.
Pump Start-up
All controls should be placed in the neutral position so the pump is unloaded when started. Start the engine and run at low idle. Once the pump is started, it should prime and pump within a few seconds. If it does not, make sure there are no restrictions between the reservoir and the inlet to the pump, and that there are no air leaks in the inlet line and connections. Also, make sure that trapped air can escape from the outlet. Run at low engine idle for approximately five minutes. Then, while observing the reservoir fluid level, operate the implements. Extend all actuators to maximum safe limits to completely fill the system with fluid. Do not run with the fluid level below the "low" limit. Add fluid to the reservoir to bring the fluid to the proper fill level.
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Series Quick Navigation