- On-Load Tap Changer
-
D-energized tap changer
- De-energized plate tap changer all excellent
- De-energized WDT. W(1+2) linear tap changer(110KV or less) all excellent
- De-energized drum cylindrical tap changer all excellent
- De-energized manual cage tap changer
- Off circuit cage type tap changer
- De-energized linear tap changer
- Off circuit disc type tap changer
- Controller In General
- Transformer Attachment
0102030405
De-energized W(1+2)T serial linear tap changer 110KV or less
Model Meaning
Advantages
1. The appearance design of the product is simple, the size is small, the installation method is flexible, it can be installed between the coils, and it occupies a small space;
2. The connection between the switch and the transformer is simple, the layout is flexible, and the design of the transformer is convenient;
3. Reliable contact, not easy to misoperate.
Model Specification
Connection method | Central voltage regulation |
Rated current | 200A、400A 、600A、800A、1000 A、1250A、1600A |
Rated current | 40.5kV、126kV |
Our de-energized W(1+2)T series linear tap-changers utilize cutting-edge technology to provide precise voltage control and seamless operation. With its advanced design, the tap-changer offers excellent accuracy and responsiveness, ensuring optimal voltage regulation and minimizing power losses. Whether used in transformer applications or other distribution systems, this tap changer provides a powerful and reliable solution for managing voltage changes.
One of the main features of our de-energized W(1+2)T series linear tap-changers is their de-energized operation, which increases safety and minimizes the risk of electrical disturbances during maintenance or adjustments. This feature enables seamless, efficient operation without shutting down or interrupting the system, making it ideal for critical power applications.
Voltage Regulation Principle
Outline Drawing(W1+2TⅡ200-800A)
Type | Rated current A | Rated voltagekV | Install measurement mm | |||||||
L | L1 | L2 | L3 | h | h1 | h2 | ΦD | |||
W1+2TⅡ200~800/35-4×3 | 200~800 | 35 | 950 | 300 | 48 | 560 | 200-400A ,h=102; 600-800A ,h=128 | 200-400A, h1=73.5;600-800A, h1=100 | 200-400A ,h2=25;600-800A ,h2=35 | 200-400A, ΦD =φ107; |
W1+2TⅡ200~800/35-6×5 | 200~800 | 1142 | 396 | 48 | 656 | 600-800A, ΦD =35φ127 | ||||
W1+2TⅡ200~800/35-8×7 | 200~800 | 1334 | 492 | 48 | 752 | |||||
W1+2TⅡ200~800/63~110-4×3 | 200~800 | 63~110 | 1094 | 372 | 72 | 632 | ||||
W1+2TⅡ200~800/63~110-6×5 | 200~800 | 1430 | 540 | 72 | 800 | |||||
W1+2TⅡ200~800/63~110-8×7 | 200~800 | 1670 | 660 | 72 | 920 |
Outline Drawing (W1+2TⅡ1000-1600A)
Type | Rated currentA | Rated voltage KV | Install measurement mm | |||||||
L | L1 | L2 | L3 | h | h1 | h2 | ΦD | |||
W1+2TⅡ1000~1600/35-4×3 | 1000~1600 | 35 | 950 | 300 | 48 | 560 | 1000~1600A,h=155; | 1000~1600A,h1=100; | 1000~1600A,h2=32; | 1000~1600A,ΦD =Φ173; |
W1+2TⅡ1000~1600/35-6×5 | 1000~1600 | 1142 | 396 | 48 | 656 | |||||
W1+2TⅡ1000~1600/35-8×7 | 1000~1600 | 1334 | 492 | 48 | 752 | |||||
W1+2TⅡ1000~1600/63~110-4×3 | 1000~1600 | 63~110 | 1094 | 372 | 72 | 632 | ||||
W1+2TⅡ1000~1600/63~110-6×5 | 1000~1600 | 1430 | 540 | 72 | 800 | |||||
W1+2TⅡ1000~1600/63~110-8×7 | 1000~1600 | 1670 | 660 | 72 | 920 |