Yesterday, the test machine Lao Er introduced the technical parameters, calibration methods, manufacturers, operating procedures, and scenario applications of horizontal photovoltaic stripping push and pulling force machines. I believe everyone has a lot of understanding of horizontal photovoltaic peeling push and pulling force machines.
Next, the second test machine will share with you friends the knowledge related to rubber electronic push tension machine , hoping it will be helpful to you in the future!
1. What is rubber electronic push and pull machine
As a physical mechanics performance testing equipment, rubber electronic push and pull force function tests semiconductors, plastics, films, rubber, welding wires, gold wires, wire harness, gold balls, solid crystal , wafer , electronic components, electrical appliances, wires and cables and other samples and products, and shear force, push and pull force, tear, pressure and fatigue.
2. What auxiliary fixtures are there for rubber electronic push and pulling machines?
There are many testable items and test products for rubber electronic push and pulling machines. While ensuring the accuracy of the test data and reducing test errors, using appropriate auxiliary fixtures will also help the smooth progress of the test projects!
Generally speaking, the second tester believes that the commonly used clamps of rubber electronic push and pulling machines include chopping knives, crochet , push knives, puncture fixtures, 90° peeling fixtures, three-point bending fixtures, eccentric jigs and winding fixtures, etc.
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3. Rubber electronic push and pull machine How to choose the right fixture
Auxiliary fixture is one of the important components of the push and pull machine. According to different samples and test items, the auxiliary fixtures selected are also different. Therefore, the second test machine believes that it can choose according to the following situations:
1. Select the main fixture according to the maximum test force of the host, that is, the maximum force that the fixture can bear must be greater than or equal to the maximum test force of the host.
2. Choose a fixture according to the sample, such as the sample shape, material, test requirements, maximum test force, etc.
3. Choose some secondary fixtures according to the non-standard configuration or extended configuration, among which the maximum test force that the selected secondary fixture can withstand must be greater than or equal to the sensor force value.
or above is the explanation of the second test machine on the definition of rubber electronic push-pull machine, type of fixtures and selection of fixtures.
If you want to know more about thrust testing machines: brand, manufacturer, fixture, accessories, materials, functions, types, models, applications, operations, parameters, principles, verification, internal calibration, types, imports, bidding , quotation, current status, history, national standard, calibration instrument, sensor, inspection table, circuit diagram, schematic diagram, parameter table, quotation table, instruction manual, manufacturer address, training courseware, usage method, organization name, usage diagram, technical program, operating procedures, calibration specifications, technical indicators, parameter description, operation instructions, etc., welcome to chat the test machine in the backend, and the test machine can provide you with free consultation!
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