Test probe, INGUN S-Line S-031 291 040 A 2200 S Item S-031-0010

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Conformation of RoHS compliance (EN|PDF)
Product datasheet (EN|pdf)
CAD file (INGUN_S-031_291_040_A_xx00_S.STEP)
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S-031 291 040 A 2200 S (S-031-0010)
S-031 291 040 A 1500 S (S-031-0004) S-031 277 040 A 1000 S (S-031-0011) S-031 277 040 A 1500 S (S-031-0006) S-031 307 040 A 1000 S (S-031-0012) S-031 305 040 A 2200 S (S-031-0013) S-031 307 040 A 1500 S (S-031-0008) S-031 291 040 A 1000 S (S-031-0002) S-031 291 040 A 2200 S (S-031-0010) S-031 214 040 A 1500 S (S-031-0007) S-031 305 040 A 1500 S (S-031-0009) S-031 238 040 A 1500 S (S-031-0005)
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Technical data
General data
Product group : ICT / FCT (in-circuit test and function test
Sub-product group : INGUN S-Line
Series : S-031 S standard
Grid : 0.8 mm
Contacting from : Pad, via
Magnetic : Yes
Installation type : Plug-in
Quick-exchange system : Yes
Type of test probe connection : Contact terminal
Adjustable installation height : No
Non-rotating : No
Min. temperature : - 40 °C
Max. temperature : + 80 °C
RoHS-compliant : RoHS-3;6a
Electrical data
Current load capacity / rated current : 2 A
Typical resistance (Ri) : < 30 mOhm
Mechanical data
Total length : 38.35 mm
Barrel diameter : 0.62 mm
Maximum stroke : 6.35 mm
Spring pre-load : 0.76 N
Collar height : 00
Spring force at working stroke : 2.2 N
Working stroke : 4.3 mm
Mounting hole in probe plate (KTP) : 0.64 - 0.66 mm
Mounting hole in S-Line spacer plate (SDP) : min. 0.68 mm
KT designation : KT-S031
Tip style data
Tip style : 91 dagger, self-cleaning
Tip diameter : 0.4 mm
Tip style surface : A gold
Tip style material : 2 steel
Contact terminal A KT-S-031 57 27 Item KT-S031-0001
  • Use of larger test probes for increased contacting accuracy and longer service life
  • Compatible with existing socketless systems
  • Variable installation height allows for optimal consideration of different test point levels
Contact terminal KT-S-031 67 20 Item KT-S031-0002
  • Use of larger test probes for increased contacting accuracy and longer service life
  • Compatible with existing socketless systems
  • Variable installation height allows for optimal consideration of different test point levels