PV Cable Connector, 1500V DC, -Stamping Terminal New
$2
In stock
PV Cable Connector, 1500V DC, -Stamping Terminal
https://www.parko-solar.com/PV-Cable-Connector-1500V-DC-Stamping-Terminal.html
1. High voltage & current endurance capability; use for 1500V system; PV cable connector
2. Good impact resistance & ageing resistance capability; use imported PPO raw material;
3. Lower contact resistance to 0.20 mΩ, contact material: pure copper(99.9%);
4. Innovative seal & waterproof design,
5. High performance for ambient temperature range from -40℃ ~ +85℃, UV resistance, insulation, suitable for long time outdoor use.
6. Good safety performance, TUV test & approved,
7. Easy & quick for installation, high pull-out force, stable self-locking structure, long working life above to 20 years.
8. Compatible with MC4, EVO2, QC4 etc. PV connectors.
9. Original R&D manufacturer, hight quality and competitive cost.
Model#: PK15-CC020A
Desc.: PV Cable Connector, 1500V DC, -Stamping Termina
Insulation material:Sabic PPO/PA
Rated current:30A
Rated voltage:1000V(TüV)/600V(UL)
Test voltage:6KV(50Hz.1min)
Contact resistance:≤0.5mΩ
Contact material:Copper.Tin plated
Water proof Degree:IP68(1m,1H)
Flame class:UL94-V0
Safety degree:Class II
Material RTI:110℃
Withdrawal force:≥300N
Insertion force:≤50N
Ambient temperature range:-40℃~+85℃
Suitable wire size range:2.5mm²~6mm² (14~10AWG)
Pin Dimension:ø4.0mm
Standard:TUV IEC 62852
https://www.parko-solar.com/PV-Cable-Connector-1500V-DC-Stamping-Terminal.html
1. High voltage & current endurance capability; use for 1500V system; PV cable connector
2. Good impact resistance & ageing resistance capability; use imported PPO raw material;
3. Lower contact resistance to 0.20 mΩ, contact material: pure copper(99.9%);
4. Innovative seal & waterproof design,
5. High performance for ambient temperature range from -40℃ ~ +85℃, UV resistance, insulation, suitable for long time outdoor use.
6. Good safety performance, TUV test & approved,
7. Easy & quick for installation, high pull-out force, stable self-locking structure, long working life above to 20 years.
8. Compatible with MC4, EVO2, QC4 etc. PV connectors.
9. Original R&D manufacturer, hight quality and competitive cost.
Model#: PK15-CC020A
Desc.: PV Cable Connector, 1500V DC, -Stamping Termina
Insulation material:Sabic PPO/PA
Rated current:30A
Rated voltage:1000V(TüV)/600V(UL)
Test voltage:6KV(50Hz.1min)
Contact resistance:≤0.5mΩ
Contact material:Copper.Tin plated
Water proof Degree:IP68(1m,1H)
Flame class:UL94-V0
Safety degree:Class II
Material RTI:110℃
Withdrawal force:≥300N
Insertion force:≤50N
Ambient temperature range:-40℃~+85℃
Suitable wire size range:2.5mm²~6mm² (14~10AWG)
Pin Dimension:ø4.0mm
Standard:TUV IEC 62852
PV Cable Connector, 1500V DC, -Stamping Terminal
https://www.parko-solar.com/PV-Cable-Connector-1500V-DC-Stamping-Terminal.html
1. High voltage & current endurance capability; use for 1500V system; PV cable connector
2. Good impact resistance & ageing resistance capability; use imported PPO raw material;
3. Lower contact resistance to 0.20 mΩ, contact material: pure copper(99.9%);
4. Innovative seal & waterproof design,
5. High performance for ambient temperature range from -40℃ ~ +85℃, UV resistance, insulation, suitable for long time outdoor use.
6. Good safety performance, TUV test & approved,
7. Easy & quick for installation, high pull-out force, stable self-locking structure, long working life above to 20 years.
8. Compatible with MC4, EVO2, QC4 etc. PV connectors.
9. Original R&D manufacturer, hight quality and competitive cost.
Model#: PK15-CC020A
Desc.: PV Cable Connector, 1500V DC, -Stamping Termina
Insulation material:Sabic PPO/PA
Rated current:30A
Rated voltage:1000V(TüV)/600V(UL)
Test voltage:6KV(50Hz.1min)
Contact resistance:≤0.5mΩ
Contact material:Copper.Tin plated
Water proof Degree:IP68(1m,1H)
Flame class:UL94-V0
Safety degree:Class II
Material RTI:110℃
Withdrawal force:≥300N
Insertion force:≤50N
Ambient temperature range:-40℃~+85℃
Suitable wire size range:2.5mm²~6mm² (14~10AWG)
Pin Dimension:ø4.0mm
Standard:TUV IEC 62852
0 Comments
0 Shares
1339 Views