MC SCEG AG 0.5-1.5 D=2.5 MALE CONTACT
Stamped contact; Pin; Crimp termination; For cross-section (min./max.): 0.5mm² - 1.5mm²; Brass Silver-plated
Benefits
- Crimp termination creates a vibration-proof connection, provides maximum contact protection between the contact and cable and is suitable for automated assembly.
- Silver-plated contact surface for low contact resistances and minimum heat generation at the contact.
- UL certification according to technical data enables the product to be used on the North American market.
Applications
- For manufacturing a modular connector insert.
Technical Attributes
General Information
Brand
EPIC®
Product type
Stamped contact
Supply type for contacts
Bag
Weight
0.001 kg
Delivery Unit
100.000
Assembly type
crimp
Electrical Characteristics
Max. contact resistance
2 mΩ
Product Design
Contact diameter
2.5 mm
Contact variant
Pin
Contact manufacturing method
Stamped
Conductor connection type
Crimp termination
Stripping length of the individual wire
3.5 mm
Connectable conductor cross section min. (AWG)
20 AWG
Connectable conductor cross section max. (AWG)
16 AWG
Min. connectable conductor cross-section (mm2)
0.5 mm²
Max. connectable conductor cross-section (mm2)
1.5 mm²
Material contact
Brass
Contact material, short form
CuZn
Material contact surface
Silver-plated
Material contact surface shortname
Ag
Certifications and Standards
CE marked
No
UKCA marked
No
EAC certified
Not required
EAC certification number
Отказное письмо № 39
UR recognised
No
cUR recognized
No
CSA certified
No
CSA certification
according to CSA C22.2 No. 182.3
VDE certified
No
Product standard according to IEC
IEC 61984
TÜV certified
No
Tested for fire protection for railway vehicles
No
Documentation
-
Downloads
-
Notes
- Photographs and graphics are not to scale and do not represent detailed images of the respective products.
- Unless specified otherwise, the product values shown are rated values at room temperature. You can receive further values, such as tolerances, upon request if they are available and have been released for publication.