⚠ Hinweis: Vom 24.12.2025 bis 04.01.2026 machen wir Betriebsferien. Alle Infos zum Versand und zur aktuellen Durchlaufzeit (3 Tage) finden Sie hier.
⚠ Note: We will be closed for the holidays from December 24, 2025, to January 4, 2026. You can find all information about shipping and current processing times (3 days) here.
Shopping cart

Warm Device Cable CEE 7/7 90° to C15 180°

Warm Device Cable CEE 7/7 90° to C15, Black, 3 m, 3 x 1.00 mm²
Item number: EK625.3V2
EAN no.: 4049759295233
Get notified when the product is back in stock:
Piece

Enter your email in the field below and we will notify you when the product is back in stock.

Product information for Warm Device Cable CEE 7/7 90° to C15, Black, 3 m, 3 x 1.00 mm²

Plug CEE7/7 90° to warm device plug (female) C15 180°
Raw cable H05RN-F 3G (rubber cable)
10 A / 250 V VDE tested
Colour black

Technical properties

Colour outer sheath: black
Connection 1: Socket outlet with protective contact, right-angled
Connection 2: Hot device plug, female
Halogen free: No
Jacket material: rubber
Nominal voltage: 250 V
Number of cores: 3
Oil resistant (acc. EN 60811-2-1): False
Oil resistant (according to EN 60811-404): False
Protective conductor: True
Spiralized cable: False
Temperature resistance: -35 – 70 °C
With cord switch: False

Variants

Item no. Name Colour outer sheath Nominal current With protective conductor Degree of protection Nominal voltage Length Nominal cross section conductor Outer diameter approx.
EK625.1V2 Warm Device Cable CEE 7/7 90° to C15, Black, 1 m, 3 x 1.00 mm² black 10 A True IP20 – 250 V 1.0 m 0.75 mm² 7.0 mm
EK625.2V2 Warm Device Cable CEE 7/7 90° to C15, Black, 2 m, 3 x 1.00 mm² black 10 A True IP20 – 250 V 2.0 m 0.75 mm² 7.0 mm
EK625.3V2 Warm Device Cable CEE 7/7 90° to C15, Black, 3 m, 3 x 1.00 mm² black 10 A True IP20 – 250 V 3.0 m 1.00 mm² 7.3 mm

Safety instructions


Do not block any ventilation openings to prevent components from overheating. Do not operate the appliance beyond the permissible connected loads to prevent overloading and excessive heat generation. Ensure that the device does not overheat during operation.

Manufacturer information


EFB-Elektronik GmbH  
Striegauer Straße 1  
33719 Bielefeld  
info@efb-elektronik.de   
https://www.efb-elektronik.de/kontakt