T7 T6 T7B/T7D/T7E/T7BB/T7DB/T7ED/T7EE/T6C/T6D/T6E/T6CM/T6DM/T6EM/T6CP/T6DP/T6EP Hydraulic Vane Pump T7DS B35 3R00 A1M0

Model analysis
T7DS: Indicates the series and type of the pump. T7 series is a single-vane pump, and DS stands for a single-pump unit.
B35: It represents the displacement specification of the pump. The corresponding displacement of B35 is 113.4ml/rev.
3R00: Here, “3R” indicates the rotation direction is right (clockwise), and “00” may represent a specific design or configuration code.
A1M0: “A1” may indicate that the sealing type is nitrile rubber (Buna N), and “M0” may indicate that the shaft type is splined shaft (SAE C) 14T.
Features
High pressure capacity: It can achieve high working pressure in a compact form factor, ensuring a high power-to-weight ratio and reducing installation costs. The working pressure of this pump can reach up to 280bar.
Low noise: The adoption of a mother and child blade mechanism and a 12-blade system ensures a small amplitude of flow pulsation, low system noise, and enhances the comfort of the operator.
Long service life: The hydraulic balance structure designed to avoid the radial load on the shaft and bearings induced internally extends the service life of the pump.
Easy maintenance: The movement kit construction ensures rapid and efficient on-site maintainability. The movement and the drive shaft are separate, and the flow capacity can be easily changed without removing the pump from its base.
Flexible installation: The oil inlet and outlet can be inclined towards several different relative positions, which offers great installation flexibility and is conducive to machine layout.
Function and application: The T7DS B35 3R00 A1M0 hydraulic pump is a fixed-displacement hydraulic pump. Its main function is to convert the mechanical energy of the motor into hydraulic energy, providing stable pressure and flow for the hydraulic system, driving the hydraulic actuator (such as hydraulic cylinders, hydraulic motors, etc.) to work, and achieving various mechanical movements, such as linear motion, rotational motion, etc., to meet the working requirements of industrial equipment.The core power source of the system: Converts the mechanical energy of diesel engines or electric motors into hydraulic energy.

Adaptive flow output: Automatically provides the required flow based on the demands of the actuator. When there is no demand, it is in near-zero flow standby mode.

System pressure management and protection: Through the constant pressure variable function, the maximum pressure of the system is limited to ensure system safety.

Realize remote pressure regulation: Through hydraulic pilot control, it enables convenient system pressure setting far from the pumping station, which is particularly suitable for complex or multi-mode machines.

Energy conservation and thermal management: Significantly reduce overflow losses and lower the cooling requirements of the entire system.

Usage scenarios
In the field of machine tools: Its low noise and stable flow output characteristics are particularly suitable for the hydraulic systems of machine tools and can be used to drive the movement of the machine tool’s worktable, tool feed and other actions.
Pressure die-casting machinery: It can provide relatively high pressure, meeting the hydraulic power requirements of die-casting machines during the die-casting process and ensuring the smooth progress of the die-casting process.
Construction machinery: Such as excavators, loaders and other construction machinery require reliable hydraulic systems to perform various actions. The high pressure and long service life of this hydraulic pump enable it to adapt to the working environment of construction machinery.
Metallurgical machinery: In various equipment in the metallurgical industry, such as steel rolling mills and smelting equipment, it is used to provide hydraulic power to achieve actions such as lifting and lowering of the equipment.
Other industrial fields: It can also be applied to various hydraulic systems in light industry, chemical machinery, agricultural machinery, etc., providing power support for the normal operation of these devices.

Model Displacement (ml/rev) Maximum Working Pressure (bar) Maximum Rotational Speed (rpm)
T7DS B22 1R** A1M0 70.0 300 3000
T7DS B24 1R** A100 81.1 300 3000
T7DS B28 1R** A1M0 90.0 300 3000
T7DS B42 1R** A1M0 137.5 260 2500

T7DS B35 3R00 A1M0 is a high-performance constant pressure variable piston pump. Its core advantage lies in the energy-saving effect brought by the “DS” control mode and the flexibility of remote pressure control.

Energy conservation: The T7 series vane pumps can reduce the power consumption of the motor by up to 70% and significantly decrease the cooling power required for hydraulic equipment, or even eliminate the need for cooling devices.
Noise reduction: The T7 series vane pumps enhance the comfort of the working environment by reducing noise emissions during system operation.
Reduce total costs: Operating the T7 series vane pumps can significantly lower the total cost of the hydraulic system, including maintenance and operation costs.
Compact and durable: The T7 series pumps offer an outstanding service life with stable performance. They feature a fully pressure-balanced design and double-lip blades, reducing sensitivity to oil contamination.
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