Screw-in tool BIT-GKS-112 M Item BIT-GKS-112M

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Conformation of RoHS compliance (EN|PDF)
Product datasheet (EN|pdf)
CAD file (INGUN_BIT-GKS-112_M.STEP)
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BIT-GKS-112 M (BIT-GKS-112M) INGUN SELECTION
BIT-GKS-075 M (BIT-GKS-075M) INGUN SELECTION BIT-GKS-075 M-B (BIT-GKS-075M-B) INGUN SELECTION BIT-GKS-103 M-900 (BIT-GKS-103M-900) BIT-GKS-112 M-B (BIT-GKS-112M-B) INGUN SELECTION BIT-GKS-113 M (BIT-GKS-113M) INGUN SELECTION BIT-GKS-212 M (BIT-GKS-212M) BIT-GKS-503 M-B (BIT-GKS-503M-B) BIT-GKS-899 M (BIT-GKS-899M) INGUN SELECTION BIT-GKS-899 M-B (BIT-GKS-899M-B) INGUN SELECTION BIT-GKS-050 M-B (BIT-GKS-050M-B) INGUN SELECTION BIT-GKS-112 M (BIT-GKS-112M) INGUN SELECTION BIT-GKS-112 M-B-FP (BIT-GKS-112M-B-FP) BIT-GKS-500 M (BIT-GKS-500M) BIT-GKS-913 M (BIT-GKS-913M) BIT-GKS-913 M-B (BIT-GKS-913M-B) INGUN SELECTION BIT-GKS-097 M (BIT-GKS-097M) BIT-GKS-097 M-B (BIT-GKS-097M-B) BIT-GKS-113 M-800 (BIT-GKS-113M-800) BIT-GKS-113 M-B (BIT-GKS-113M-B) INGUN SELECTION BIT-GKS-503 M (BIT-GKS-503M) INGUN SELECTION BIT-GKS-747 M (BIT-GKS-747M) BIT-GKS-967 M-B-K (BIT-GKS-967M-B-K)
Here you can optionally configure a new variant:
Technical data
General data
Product group : Bit inserts (BIT)
Compatible test probe(s) / receptacle(s) : 006 GKS-112, HSS-118, SKS-215, T-112, DPS-215, HFS-409
Series : BIT-GKS
Tool for receptacle (KS) : No
Tool for test probe (GKS) : Yes
Test probe installation type : Screw-in
Max. tip diameter : 3.5 mm
Tool version : Rigid
Screw-in torque : 3 - 5 cNm
RoHS-compliant : RoHS-3

Test probes

High-current probe HSS-118 M
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low-Ohm probe with Ri typical: < 10 mOhm
  • For use in function and burn-in tests
  • Large selection of tip styles and spring forces for optimum contact with DUT
  • Secure hold in the receptacle thanks to the threaded connection
Switching probe SKS-215 MF
  • For a wide range of applications: performs components detection check, is a switch for detecting closed/open states, and a signal transmitter for process control
  • Various collar heights are available on the receptacles to adjust the installation height
  • The installation height can be varied, and the position of the switching point can be precisely adjusted via the probe’s thread. The SKS is secured in the correct position by crimp point in the KS.
  • The electrical connection is ensured by installation using a receptacle, optionally available with a quick-change system for easy exchange during maintenance
Spring-loaded test probe GKS-112 M
  • Screw-in test probes for applications with possible vibrations or unwanted side and axial forces (migration of the test probe out of the receptacle is reliably prevented)
  • The screw-in test probe is securely installed in the KS using a torque screwdriver and bit tool. The required screw-in torque is applied via a square post on the receptacle.
  • Stainless steel versions for temperatures from -100 °C up to +200 °C available
Switching probe SKS-215 M
  • For a wide range of applications: performs components detection check, is a switch for detecting closed/open states, and a signal transmitter for process control
  • Various collar heights are available on the receptacles to adjust the installation height
  • The installation height can be varied, and the position of the switching point can be precisely adjusted via the probe’s thread. The SKS is secured in the correct position by crimp point in the KS.
  • The electrical connection is ensured by installation using a receptacle, optionally available with a quick-change system for easy exchange during maintenance
Step probe T-112 M
  • Step probes are used to test the correct position of the contact terminals (contact lamellae) in the plug housings. A connection test can be carried out at the same time. Contact will only occur when the tip of the step probe is correctly positioned
  • For optimum contacting, various tip styles are available in various tip ø, disc ø and pin lengths
Spring-loaded test probe GKS-112 MT
  • Screw-in test probes for applications with possible vibrations or unwanted side and axial forces (migration of the test probe out of the receptacle is reliably prevented)
  • The screw-in test probe is securely installed in the KS using a torque screwdriver and bit tool. The required screw-in torque is applied via a square post on the receptacle.