Insertion tool SW-GKS-100 B Item SW-GKS-100B

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Conformation of RoHS compliance (EN|PDF)
CAD file (INGUN_SW-GKS-100_B.STEP)
Product datasheet (EN|pdf)
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SW-GKS-100 B (SW-GKS-100B) INGUN SELECTION
SW-GKS-912 A (SW-GKS-912A) SW-ZW-WP-050 A (SW-ZW-WP-050A) SW-GKS-961 (SW-GKS-961) SW-GKS-181 (SW-GKS-181) ZW-GKS-912 (ZW-GKS-912) SW-ZW-GKS-103 (SW-ZW-GKS-103) SW-ZW-GKS-075 (SW-ZW-GKS-075) INGUN SELECTION SW-GKS-081 (SW-GKS-081) SW-GKS-187 B (SW-GKS-187B) SW-ZW-GKS-051 (SW-ZW-GKS-051) SW-ZW-GKS-101 (SW-ZW-GKS-101) SW-ZW-GKS-100 (SW-ZW-GKS-100) INGUN SELECTION SW-ZW-GKS-112 (SW-ZW-GKS-112) INGUN SELECTION SW-GKS-912 B (SW-GKS-912B) SW-GKS-100 B (SW-GKS-100B) INGUN SELECTION SW-GKS (SW-GKS) INGUN SELECTION SW-ZW-GKS-080 (SW-ZW-GKS-080) SW-ZW-WP-075 A (SW-ZW-WP-075A) INGUN SELECTION SW-ZW-WP-100 A (SW-ZW-WP-100A) INGUN SELECTION
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Technical data
General data
Product group : Insertion tools (SW)
Compatible test probe(s) / receptacle(s) : 054 GKS-100, GKS-135
Series : SW-GKS
Tool for receptacle (KS) : No
Tool for test probe (GKS) : Yes
Test probe installation type : Plug-in
Max. tip diameter : 1 mm
Tool version : Rigid
RoHS-compliant : RoHS-3

Test probes

Spring-loaded test probe, long version GKS-100 LP
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 201 090 A 0600 Item GKS-100-0081
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 291 090 A 2000 Item GKS-100-0003
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 307 090 A 1500 Item GKS-100-0061
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 2000 Item GKS-100-0039
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 2200 Item GKS-100-0057
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 305 090 A 1000 Item GKS-100-0029
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Test Probe GKS-100 305 090 A 3000 Item GKS-100-0030
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 305 064 A 2000 Item GKS-100-0087
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe, long version GKS-100 LH
  • Well-established test probes for contacting PCBs
Spring-loaded test probe GKS-100 307 090 A 2200 Item GKS-100-0058
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 1000 Item GKS-100-0055
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 305 090 A 1500 Item GKS-100-0063
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 2200 E Item GKS-100-0066
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 1500 Item GKS-100-0060
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 3000 E Item GKS-100-0067
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 209 060 A 3000 Item GKS-100-0072
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 231 090 A 2000 Item GKS-100-0009
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 291 090 A 2200 Item GKS-100-0050
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 214 050 A 3000 Item GKS-100-0043
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 307 090 A 2000 Item GKS-100-0004
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 307 090 A 1000 Item GKS-100-0020
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 307 090 A 3000 Item GKS-100-0012
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 201 090 A 1000 Item GKS-100-0056
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 E
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 305 090 A 2000 Item GKS-100-0007
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-100 291 090 A 1000 Item GKS-100-0019
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Spring-loaded test probe GKS-135
  • Long-stroke test probe for implementing combined ICT and FCT in a dual-stage fixture
  • For optimum contact at the test points (e.g. pads, vias, and pins), various tip styles in different diameters and finishes, as well as various spring forces are available. spring forces.
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles
Test Probe GKS-100 201 090 A 2000 Item GKS-100-0010
  • Well-established test probes for contacting PCBs
  • For optimal contact to the test points (e.g. pads, vias, and pins), various tip styles with various diameters and finishes are available.
  • Various spring forces available as well as versions with stainless steel springs suitable for high temperatures
  • Used for setting the optimum stroke conditions in the test fixture, various installation heights can be achieved by combining test probes and receptacles