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HC074B07G23 Perspective 1 HC074B07G23 Perspective 2

High Current Probes (Battery Contacting) HC074B07G23

Item number 1012660

Technical data sheet

Quantity

Technical data

General
Structure Coaxial Probe
Type/family HC074
Pitch (mm/mil) 25,0 / 984
Temperature -45°C...+200°C
Additional definition B
Dimensions
Total length (mm) 61.8
Protrusion height (mm) 30.5
Tip style diameter (mm) 7.4
Barrel diameter (mm) 20.5
Collar diameter (mm) 21
Press ring diameter (mm) 21
Tip style diameter (mm) 2 7.4
Materials and surfaces
Tip style 07
Tip style 2 07
Tip style material Beryllium copper
Tip style plating Gold
Plunger material Brass
Plunger plating Gold
Barrel material Brass
Barrel plating Uncoated
Spring material High-grade steel
Spring plating Uncoated
Plunger material 2 Beryllium copper
Plunger plating 2 Gold
Spring material 2 High-grade steel
Spring plating 2 Uncoated
Mechanical specifications
Preload (cN) 1000
Spring force (cN) 2300
Nominal travel (mm) 4
Maximum travel (mm) 7
Tool size (mm) 19,0
Connection Thread
Electrical specifications
Continuous current (A) 250
Typical contact resistance (mOhm) 1
Continuous current (A) 2 5
Typical contact resistance (mOhm) 2 20
Internal contact specifications
Nominal travel (mm) 2 2.8
Maximum travel (mm) 2 3.5
Preload (cN) 2 130
Spring force (cN) 2 220

Graphics

HC074B07G23 Family designation HC074B07G23 Diagram HC074B07G23 Tip style 1 HC074B07G23 Tip style 2

Beschreibung des Produkts

The Coaxial High Current Probe HC074B07G23 (item number 1012660) is designed for safe transmission of high electrical currents in test and contacting applications. HC074B07G23 focuses on current capacity and low transition losses, as required in battery testing, formation and other e-mobility applications. For HC074B07G23, contact resistance, contact force and thermal behavior must be considered together because they influence voltage drop and temperature rise at the contact point. The intended application area for HC074B07G23 includes battery contacting. The probe is rated for 250 A continuous current with a typical contact resistance of 1 mΩ. Spring force is 2300 cN at a nominal travel of 4 mm.