HFEL-230 ELECTRIC TORQUING PUMP

An electric hydraulic pump uses an electric motor to drive a hydraulic mechanism. Here's how it functions- Motor Activation- The electric motor powers the pump, driving pistons, gears, or a rotary mechanism. Fluid Pressurization- Hydraulic fluid is drawn from a reservoir and pressurized as it passes through the pump. Output Control- The pressurized fluid is sent through hoses to hydraulic tools, such as torque wrenches, to perform work. Pressure Adjustment- Electric pumps often feature a control system to adjust the pressure output, enabling precise torque applications. These pumps are commonly used for heavy-duty applications requiring sustained pressure, precision, and ease of operation.

Hydraulic pumps themselves do not produce torque but rather generate hydraulic pressure that enables tools, like torque wrenches, to create torque. The torque output depends on- The pressure of the pump- Standard hydraulic pumps operate at 10,000 PSI. The torque wrench specifications- The output torque depends on the relationship between the applied pressure and the wrench’s design. For example, a typical hydraulic torque wrench might convert 10,000 PSI into torque ranging from 100 Nm to 50,000 Nm or more, depending on the tool.

Not all hydraulic pumps require electricity, as they come in various types- Electric Hydraulic Pumps- Powered by electricity and ideal for stationary or consistent operations. Pneumatic Hydraulic Pumps- Powered by compressed air, commonly used in industries with existing air supply systems. Manual Hydraulic Pumps- Operated by hand and suitable for low-pressure, portable applications. Gas-Powered Hydraulic Pumps- Use combustion engines for remote or outdoor applications where electricity or compressed air is unavailable. The choice depends on the application and the availability of power sources.