Different INGUN Test Probes

  Standard stroke test probes have consistently proven to be reliable ICT/FCT test probes.
Depending on the working stroke of the test fixture, or the component or test points to be tested, various installation heights are necessary. These can be achieved by a choice of combinations of test probes and receptacles. Thus, the optimal working stroke with nominal spring force can be achieved
 

  High current test probes are used in several industries and applications with high currents, such as testing, function tests, signal transmission, power supply in production, as well as assembled contact elements. Another field of application is precise measurement, which requires test probes with very low internal resistance, so-called low-Ohm test probes
 

  RF test probes are used to contact plug connectors, mini switches and PCB test points. These are used in the
following way:  1)  Plug connectors 2) Mini Switches 3) PCB Test Points.

  The dipole test probes developed by INGUN are highly
suitable for performing 4-wire measurements thanks to their coaxial design. This allows the voltage to be measured directly on the contact surface and the resistance to be determined. Furthermore, it is also possible to perform connection tests on coaxial plug connectors
 
 

  Pneumatic test probes (PKS) are used in all industries and a multitude of applications. These include individual contacting of single test points, activation of switches, contacting of difficult-to-access test points, or creation of interface blocks.
 

  Switching probes are suitable for many various applications: not only can they be used for component detection tests and switches for closed/open checks, but also as a signa trigger for process control. Furthermore, in combination with other test probes (e.g., push-back probes), position determination of contact terminals in plug housings is possible. In most cases, INGUN switching probes are so-called “closers”, and are normally opened (NO). That means that the electric circuit is closed when the plunger is activated, allowing the plunger to be pushed further beyond the switching point. The rated current applied can only be transmitted in the closed state.
 

  Screw-in probes are especially recommended for applications with possible vibrations or unwanted side forces and axial forces (loosening of probe is avoided).
The test probes are screwed into the receptacle using the appropriate tools. The required screw-in torque is achieved by the spanner flat on the barrel.