DAHU electrical specializes in the production of 0.5-40.5kv transformers. It has cooperated with many national power bureaus for 10 years and exported to foreign markets. If there is any quality problem within the warranty period, it can be replaced free of charge.

LZZBJ71-35W type 35KV high-voltage Hv single-phase epoxy resin casting current transformer (CT) is a kind of outdoor type, fully enclosed, pillar-type structure of the current transformer. The following are some key technical parameters and features of this type of current transformer:
Application range:
Suitable for rated frequency of 50Hz or 60Hz, rated voltage of 35KV and below in the power system, for power metering, current measurement and relay protection
.
Structural features:
Epoxy resin casting fully closed structure, with excellent insulation properties and moisture resistance, compact structure, small volume, light weight and easy surface cleaning.
Compact size, light weight and easy surface cleaning.
Insulation level:
Insulation level is 12/42/75kV.
Insulation level: 12/42/75kV.
Rated Current Ratio:
Rated current ratios range from 20-100/5A to 1500/5A, specific current ratios are selected according to actual requirements
Rated Current Ratio.
Secondary Combinations:
Secondary combinations may include different accuracy classes such as 10P15/10P15/0.2S
.
Rated Load:
Rated loads range from 20 to 50VA
Rated loads range from 20 to 50VA.
Creepage Ratio Distance:
The creepage distance is 31mm/KV.
Rated load
Primary conductor cross section:
Primary conductor cross section range from 35 to 400mm².
Altitude.
Altitude:
Suitable for altitudes up to 3000 meters above sea level.
Rated Frequency.
Rated frequency:
Rated frequency is 50Hz or 60Hz.
Rated frequency: 50Hz or 60Hz.
Other Characteristics:
Characterized by arc resistance, UV resistance, anti-aging, etc., especially suitable for outdoor and altitude area use
.
These parameters provide detailed technical information about LZZBJ71-35W current transformer, which helps to understand its application and performance in power system.