PTG New Energy Relays have a complete range of products, with PIN-to-PIN design compatible with mainstream industry products.
The products have complete safety
certifications; the entire series has obtained certifications such as TUV, UL,
CQC, and RoHS.
PTG New Energy Relays feature small size, large load capacity, and low temperature rise.
Adopting a low temperature rise design, the products perform excellently in high-load working environments throughout their entire lifecycle,
Good stability and low heat generation.
Gold/silver-plated contacts optional, ensuring high reliability for small loads.
Operating time as short as 6 ms (approximately
8 ms for competitors' products).
Long service life and high reliability.
Large load current (63 A).
Lower temperature rise under high-current load in an 85℃ working environment.
Large contact gap (2.5 mm).
Extended lead pin length (3.8 mm).
Strong resistance to mechanical
vibration and impact.
Long service life and high reliability.
Large load current (50 A).
Lower temperature rise under
high-current load in an 85℃ working environment.
Optional contact gaps of 2.0 mm and 2.3
mm.
Creepage distance between the coil and
contacts exceeds 8.0 mm.
Long service life and high reliability.
Current options of 70~120A, with voltage up to 1000VAC.
Lower temperature rise under
high-current load in an 85℃ working environment.
Hard switching life of over 200 times.
Long service life and high reliability.
Current ranging from 120-200A, with voltage up to 1000VAC.
Lower temperature rise under
high-current load in an 85℃ working environment.
Hard switching life of over 100
times.
Two housing structures optional to
adapt to on-site applications and improve heat dissipation.
Long service life and high reliability.
Current ranging from 200-380A, with voltage up to 1000VAC.
Lower temperature rise under
high-current load in an 85℃ working environment.
Hard switching life of over 100
times.
Patented heat dissipation technology
adapts to on-site applications to reduce overall heat generation.
Three housing structures optional to
adapt to on-site applications and enhance heat dissipation.
Long service life and high reliability.