Description
The PSH series is a high capacity mechanical force gauge that is designed for measuring large forces. It has a capacity range of up to 3000N and is ideal for use in heavy industry and manufacturing applications
PSH Series Mechanical Push Pull force gauge Specifications
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Features of High Capacity PSH Series Mechanical Push Pull force gauge
- Large capacity range from 500N to 3000N
- Rugged mechanical construction for easy handling and reduced risk of malfunctions or glitches caused by external factors such as noise or static electricity
- Can measure both compression and tension forces
- Equipped with a peak switch for stopping the needle at the peak value
- Ideal for precise measurements with high accuracy
- Assists accurate measurement with tare ring to adjust zero
Industries where High Capacity PSH Series Mechanical Push Pull force gauge are used
- Manufacturing: The force gauge can be used for quality control and testing in the manufacturing process, to ensure that components and products meet specified force requirements.
- Automotive: The force gauge can be used for testing automotive components, such as springs and suspension systems, to ensure they meet the required strength and performance standards.
- Aerospace: The force gauge can be used for testing aerospace components, such as aircraft structures, to ensure they meet the required strength and performance standards.
- Construction: The force gauge can be used for testing construction materials, such as concrete and steel, to ensure they meet the required strength and performance standards.
- Medical: The force gauge can be used for testing medical devices, such as surgical instruments, to ensure they meet the required strength and performance standards.
Some potential applications and use cases for High Capacity PSH Series Mechanical
- Push Pull force gauges include:
- Quality control in manufacturing industries
- Testing the strength of materials such as metals, plastics, and composites
- Calibrating other force measurement devices
- Measuring the force required to operate buttons, levers, and other mechanical components
- Measuring the force required to open and close doors, windows, and other fixtures
- Testing the force required to engage or disengage mechanical components, such as gears, clutches, and brakes
- Measuring the force required to apply or remove torque to fasteners, such as screws and bolts
- Testing the force required to compress or stretch springs and other elastic materials
- Measuring the force required to bend or deform materials during bending, shear, and torsion tests
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