Receptacle A KS-150 30 M3-R Item KS-15030M3-R

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Conformation of RoHS compliance (EN|PDF)
CAD file (INGUN_KS-150_30_M3-R.STEP)
Product datasheet (EN|pdf)
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KS-150 30 M3-R (KS-15030M3-R) INGUN SELECTION
KS-150 30 M3 (KS-15030M3) INGUN SELECTION KS-150 30 M3-R (KS-15030M3-R) INGUN SELECTION KS-150 M3 M3-R (KS-150M3M3-R) INGUN SELECTION
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Technical data
General data
Product group : Receptacles (KS)
Series : KS-150
Sub-series : KS-150 M screw-in version
Type of receptacle connection : Solder
Press ring : No
Surface area : Gold
Collar diameter : 4.3 mm
Collar height : 0.3 mm
Knurl : Yes
Vacuum-tight : No
RoHS-compliant : RoHS-3;6c
Mounting hole
Mounting hole in CEM1 : 4.00 - 4.02 mm
Mounting hole in FR4 : 4.00 - 4.02 mm
Mechanical data
Total length : 43 mm
Outer diameter : 4 mm

Test probes for installation height, Test probes 10.80 mm

High-current probe HSS-150 319 400 A 3002 M Item HSS-150-0117
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 303 400 A 3002 M Item HSS-150-0032
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-Current Probe HSS-150 306 400 A 5002 M Item HSS-150-0008
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 302 400 A 9902 M Item HSS-150-0058
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 305 400 S 5002 M Item HSS-150-0073
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 319 400 A 5002 M Item HSS-150-0132
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
Spring-loaded test probe GKS-854 306 400 A 1502 MC Item GKS-854-0018
  • 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
High-current probe HSS-150 317 300 A 9902 M Item HSS-150-0035
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 305 400 S 9902 M Item HSS-150-0065
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
Spring-loaded test probe GKS-854 306 400 A 3002 M Item GKS-854-0006
  • 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
High-current probe HSS-150 306 300 A 5002 M Item HSS-150-0024
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 302 400 A 3002 M Item HSS-150-0020
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 306 400 A 9902 M Item HSS-150-0015
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 306 300 A 9902 M Item HSS-150-0042
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 319 400 A 9902 M Item HSS-150-0187
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 317 300 A 3002 M Item HSS-150-0027
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 306 400 A 3002 M Item HSS-150-0010
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 306 300 A 3002 M Item HSS-150-0013
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
Spring-loaded test probe GKS-854 306 400 A 5002 M Item GKS-854-0019
  • 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
Spring-loaded test probe GKS-854 319 400 A 5002 M Item GKS-854-0031
  • 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
High-current probe HSS-150 303 400 A 9902 M Item HSS-150-0197
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 305 400 S 3002 M Item HSS-150-0079
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
Spring-loaded test probe GKS-854 319 400 A 5002 MC Item GKS-854-0001
  • 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
Spring-loaded test probe GKS-854 319 400 A 3002 M Item GKS-854-0027
  • 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
High-current probe HSS-150 317 300 A 5002 M Item HSS-150-0025
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
Spring-loaded test probe GKS-854 306 400 A 5002 MC Item GKS-854-0007
  • 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
High-current probe HSS-150 303 400 A 5002 M Item HSS-150-0037
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection
High-current probe HSS-150 302 400 A 5002 M Item HSS-150-0036
  • Trusted high-current probes, optimally sized for current load capacity ratio
  • Low resistance 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 due to threaded connection