T6C012, T6C014 series DENISON vane pump
T6C012 and T6C014 series DENISON vane pumps ARE HIGH-performance HYDRAULIC PUMPS PRODUCED BY DENISON. THE FOLLOWING IS A DETAILED INTRODUCTION TO THESE TWO SERIES OF VANE PUMPS：
- Product features
High working pressure：
The rated working pressure is as high as 275 bar, and the maximum pressure of some models (such as small-size shell pumps) can even reach 320 bar.
The high-pressure design helps to reduce the size of the hydraulic actuator, hydraulic control valve, and piping, thereby reducing installation costs.
When the step-down is used, the working life of the pump can be extended.
High efficiency：
Volumetric efficiency: The typical value is higher than 94%, which reduces heat generation and improves system efficiency.
Mechanical efficiency: The typical value is also higher than 94%, which reduces power loss.
Wide speed range：
The speed range is 600 rpm to 2800 rpm (400 rpm to 2800 rpm for automotive pumps).
Combining a small-size housing with a large-displacement pump core assembly can optimize the working state and reduce noise.
Low speed performance：
Under the conditions of low speed (600 rpm, 400 rpm for automotive pumps), low pressure and high viscosity (860 cSt, 2000 cSt for automotive pumps), good operating performance can still be maintained.
Adapt to low temperature operating conditions, low power consumption and no risk of stagnation.
Long life：
The safety of work has been improved and the degree of acceptance has been increased.
Strong anti-pollution ability：
The blades with a double-lip structure have a strong anti-pollution ability and extend their service life.
Rich structural parameters and forms：
The displacement of the pump core, the form of the drive shaft, and the configuration of the oil port are various, which is convenient for users to choose according to their installation needs.
Various installation forms：
For double pumps, there are 32 installation combinations; for triple pumps, there are as many as 128 installation combinations.
Reduces installation costs and improves performance. - Application scenarios
Construction machinery: such as excavators, cranes, etc., require high-pressure, high-efficiency, and low-noise hydraulic systems.
Injection molding machine: There are high requirements for flow and pressure, and the T6C012 and T6C014 series vane pumps can meet their needs.
Die casting machine: stable flow and pressure output are required to ensure the quality of die casting.
Other fields: such as metallurgy, petrochemical, mining, textiles, water conservancy, nuclear power and other industries, are also widely used. - Model description
Taking T6C-012-1R00-C1 and T6C-014-1R00-C1 as an example, the meanings of each part of the model are as follows：
T6C: Series number, indicating DENISON’s T6C series vane pump.
012/014: Pump displacement, the unit is ml/rev (ml/revolution), which represents the volume of liquid discharged by the pump every revolution.
1: The form of shaft extension usually indicates a specific type or design of drive shaft.
R: Direction of rotation, R means clockwise rotation, L means counterclockwise rotation.
00: The direction of the oil inlet, indicating the positional relationship between the oil inlet and the oil outlet.
C1: Design number and sealing grade, indicating the specific design or sealing performance of the pump.
