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F73111B0007G300SP Perspective 1 F73111B0007G300SP Perspective 2

Step Probes (F731SP) F73111B0007G300SP

Item number 1013709

Technical data sheet

Quantity

Technical data

General
Structure Step Probe
Type/family F731SP
Pitch (mm/mil) 2,40 / 94
Temperature -45°C...+100°C
Additional definition SP
Dimensions
Total length (mm) 29.3
Protrusion height (mm) 10.8
Tip style diameter (mm) 0.65
Barrel diameter (mm) 1.37
Collar diameter (mm) 1.85
Press ring diameter (mm) 1.85
A – pin diameter (mm) 0.65
B – plate diameter (mm) 1.5
C – pin length (mm) 3.4
Materials and surfaces
Tip style 11
Plunger material Beryllium copper
Plunger plating Gold
Barrel material Brass
Barrel plating Gold
Spring material Spring steel
Spring plating Silver
Mechanical specifications
Preload (cN) 90
Spring force (cN) 300
Nominal travel (mm) 3.5
Maximum travel (mm) 4.4
Pointing accuracy +/- (mm) 0.08
Thread M1,4
Tool size (mm) 1,4
Electrical specifications
Continuous current (A) 5
Typical contact resistance (mOhm) 20

Graphics

F73111B0007G300SP Family designation F73111B0007G300SP Tip style 1

Beschreibung des Produkts

The Step Probe F73111B0007G300SP (item number 1013709) is a Spring Contact Probe with a disc-shaped contact area for position and presence testing. On F73111B0007G300SP, electrical contact is established only at the intended penetration depth, making the Step Probe suitable for position and presence checks on connectors. F73111B0007G300SP is suited to contacts located in housings, recesses or difficult-to-access areas because its disc head makes contact only at a defined penetration depth. Key mechanical specifications include pitch 2.4 mm / 94 mil, step diameter 1.5 mm, pin diameter 0.65 mm, pin length 3.4 mm, spring force 300 cN, pointing accuracy ±0.08 mm. The electrical rating of F73111B0007G300SP combines 5 A continuous current with 20 mΩ typical contact resistance. The stepped contact geometry of F73111B0007G300SP makes electrical contact only in the intended installation position and can therefore help detect missing or incorrectly positioned terminals.