Audited Supplier
JDZJ-10
Electronic, Instrument, Position Sensor, Audio, Lighting
Voltage Transformer
Single
Indoor
Protection, Measurement
Single Layer & Tightly Wound Type
Epoxy Resin
Penetration Type
Combined Type
Electromagnetic Type
6kv,10kv
Indoor
-5~40
0.2s,0.5,1,10p10
20/30/50/300
10va,15va
with Protection
Cast-Resin Insulated
HEYI
10*10*10
Liushi, Yueqing, Zhejiang Province, China
8443999090
Product Description
Introduce:
LZZBJ9-10C type current transformer is epoxy resin cast indoor total working conditions of the strut.Protection or energy measurment with the power system with rated frequency 50Hz rated voltage of 10kV and below.
Which LZZBJ9-10C mounted in switch cabinets or other types of switchgear.
Mainfeatures:
- The current transformer is the pillar structire.Closed casting with epoxy resin,resistant to pollution and humidity.Also suitable for the tropics.
- The transformer does not require special maintenance,just on a regular basis to remove surface dirt.
- Current transformer with epoxy pouring full-closed,small size,quailty,suitable for any location,installed in any direction.
- C size parameters of the transformer.Only is the product of the length,width change.Height,one outlet terminals size remains unchanged.C1,C2 primary current are 5~3150A.
High voltage current transformer is an essential component in various electrical systems, serving purposes such as indoor and outdoor applications, product manufacturing, and after-sales guarantees. It plays a crucial role in electrical transformer operations, voltage regulation, and capacitive voltage transformer functions. Manufacturers produce high-quality transformers with features like grounding shields, split-core designs, and variable voltage capabilities. These transformers find applications in switchgear, power distribution, and electrical protection systems. The technology includes advancements such as cast resin, epoxy resin casting, and flexible designs for accurate measurement and testing. Whether for medium or low voltage, these transformers contribute to the reliable and efficient operation of electrical systems.
