Equiptest

Wherever a cable harness is being assembled it is essential that the harness or loom is tested for build and or material defects. Testing cable harness typically include: Continuity resistance, short circuit failure, high voltage insulation resistance.

The cable harness tester checks whether individual wires are connected to correct pins, and whether the connection is good. A base plate is provided, which is mounted a plug board for second sockets at the cable harness end.

A variety of switching harness test probes is available from equip-test for cable harness testing. The product selection covers threaded and non-threaded types with a selection of tip styles centre and travel ranges.

A variety of switching harness test probes is available from equip-test for cable harness testing. The product selection covers threaded and non-threaded types with a selection of tip styles centre and travel ranges.

A cable harness can also be known as a cable assembly, wire harness, wiring loom or a wiring assembly, and is best described as a string of wires or cables that are capable of transmitting informational signals or operating currents. Data Patterns has built high reliability Cable Harness Test Systems for large installations. These are primarily used in launch vehicle aircraft and missile level cable harness test validation.

A cable harness can also be known as a cable assembly, wire harness, wiring loom or a wiring assembly, and is best described as a string of wires or cables that are capable of transmitting informational signals or operating currents. Data Patterns has built high reliability Cable Harness Test Systems for large installations. These are primarily used in launch vehicle aircraft and missile level cable harness test validation.

In-Circuit Test, ICT is a powerful tool for printed circuit board test. Using a bed of nails in-circuit test equipment it is possible gain access to the circuit nodes on a board and measure the performance of the components regardless of the other components connected to them.

In the testing of printed circuit boards, a flying probe test or fixtureless in-circuit test (FICT) system may be used for testing low to mid volume production, prototypes, and boards those present accessibility problems.

Manual Fixture is built with unique design features: Ease of assembly and disassembly. All side panels are removable Side panel material is delrin for easy machining for connectors, switches etc.

Spring probes are designed to optimize performance in high reliability, multi cycle applications. Spring contact probes create an electrical connection between the object to be tested and the testing system. These are primarily used for electrical testing of connectors, printed circuit boards, cables, and various other electrical components and assemblies.

Equip-test provides RF Test box which is efficient and cost effective RF isolation testing. RF box fitted with double lip gasket assures an RF tight seal, useful for handheld wireless devices such as pagers & cellular phones, Cabinet designed to attenuate waves.

Pcb Testing Test Probes provides high fault coverage with accuracy and repeatability. By using electro-mechanical controlled probes to access components on a PCB assembly, the flying probe delivers accurate tests in the shortest times.

Wherever a cable harness is being assembled it is essential that the harness or loom is tested for build and or material defects. Testing cable harness typically include: Continuity resistance, short circuit failure, high voltage insulation resistance.

The cable harness tester checks whether individual wires are connected to correct pins, and whether the connection is good. A base plate is provided, which is mounted a plug board for second sockets at the cable harness end.

Burn-in tests are usually performed on hardware devices and equipment within the manufacturing facility. They enable the detection of any problems before the device is released to the open market or for consumers.