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150A 1000V DC CCS2 EV Charging Plug IP55 3200V Dielectric Withstand For Fast Chargers

150A 1000V DC CCS2 EV Charging Plug IP55 3200V Dielectric Withstand For Fast Chargers

Brand Name: ECER
Model Number: EC-PLG-DC150
MOQ: 10 Pieces
Price: Negotiate
Packaging Details: Individual PE bag with shock-proof foam, export-grade corrugated carton, palletised for LCL and FCL shipment
Payment Terms: T/T,L/C,D/A,D/P
Detail Information
Place of Origin:
Zhejiang, China
Certification:
IEC 62196-2:2010, CE, RoHS
Rated Current:
150A
Rated Voltage:
1000V DC
Connector Standard:
IEC 62196-2:2010 SHEET 3-m
Protection Degree:
IP55
Flame Retardant Grade:
UL94 V-0
Insulation Resistance:
2000 MOhm Min At DC 1000V
Dielectric Withstand Voltage:
3200V
Contact Resistance:
0.5 MOhm Max
Terminal Temperature Rise:
Below 50K
Mating Cycles:
Over 10000 No-load Cycles
Impact Rating:
1m Drop, 2 Ton Vehicle Crush
Operating Temperature:
-30 C To +50 C
Highlight:

150A 1000V DC CCS2 EV Charging Plug

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IP55 CCS2 EV Charging Plug

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3200V Dielectric Withstand EV Charging Plug

Product Description
150A 1000V DC CCS2 Charging Plug Built for High-Power Fast Charging

This CCS2 DC charging plug is designed for 150A rated current and 1000V DC working voltage, matching the power envelope of modern European DC fast-charging stations. The connector follows IEC 62196-2:2010 SHEET 3-m, so it drops into existing station designs without adapter hardware or re-engineering of the cable assembly.

Protection Engineered for Unattended Outdoor Sites
  • IP55 rated housing: dust ingress and water spray protection for kerbside, motorway and parking-garage installations.
  • Reinforced thermoplastic shell: thick-walled structure in UL94 V-0 material, the highest flame-retardant grade, limiting fire risk on public infrastructure.
  • Impact and crush rated: survives a 1 meter drop and a 2 ton vehicle rolling over the connector body, the two most common accidental damage modes on forecourts.
  • Wide temperature range: stable operation from -30 C to +50 C, covering northern European winters and southern European summers.
Electrical Performance Where It Matters

Insulation resistance stays at or above 2000 MOhm at DC 1000V, reducing leakage current risk during wet-weather charging. Dielectric withstand strength reaches 3200V for stable high-voltage operation, while maximum contact resistance of 0.5 mOhm keeps conduction losses low so more of the input power reaches the vehicle battery. Terminal temperature rise is held below 50K, which is what allows sustained high-current sessions without heat-driven derating or accelerated contact ageing.

Handling and Service Life

Insertion and extraction effort is held below 100N, so drivers can seat the connector with one hand and without excessive force, while the latch still gives an unambiguous mechanical confirmation. The connector is rated for more than 10000 no-load mating cycles, giving a service life matched to multi-shift public charging rather than occasional home use.

Technical Specifications
Parameter Specification
Rated Current 150A
Rated Voltage 1000V DC
Application DC fast charging (CCS2)
Standard IEC 62196-2:2010 SHEET 3-m
Housing Material Thermoplastic, UL94 V-0 flame retardant
Ingress Protection IP55 dust and water resistant
Operating Temperature -30 C to +50 C
Insertion / Extraction Force Less than 100N
Mechanical Life Over 10000 no-load mating cycles
Impact Resistance 1 meter drop tested; withstands 2 ton vehicle roll-over
Insulation Resistance 2000 MOhm minimum at DC 1000V
Dielectric Withstand 3200V
Contact Resistance 0.5 mOhm maximum
Terminal Temperature Rise Below 50K
Ordering

Available with cable assemblies or as a stand-alone connector for station builders. Tell us your cable cross-section and station model, and we will confirm the matching configuration and lead time.

150A 1000V DC CCS2 EV Charging Plug IP55 3200V Dielectric Withstand For Fast Chargers

150A 1000V DC CCS2 EV Charging Plug IP55 3200V Dielectric Withstand For Fast Chargers