Customization: | Available |
---|---|
Application: | Power, Rectifier |
Phase: | Three |
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Product Basic Parameters (24 pulse):
Rated Capacity: 200kVA-2500kVA
Tapping Range: 2*2.5%
Vector Group: Dyn11, Yyn0, Dd0
Short Circuit Impedance: 4.0/6.0
Winding Type: Multi-winding
Phase: Three-Phase
Product Features:
Safe and Reliable: Cast with non-toxic, flame-retardant epoxy resin, our rectiformer promises superior mechanical strength, exceptional fire resistance, and eco-friendliness.
Easy Installation: Delivered as a complete set, our transformer is ready for efficient, direct installation.
High Overload Capacity: Featuring a Class H insulation rating, it withstands temperatures up to 180°C and offers a 200% maximum overload capacity.
Low Noise: Designed to operate 3-5 decibels below the national noise standard.
Cost-Effective: Installable alongside rectifiers and other power equipment, eliminating the need for a separate distribution room, thus saving space and reducing initial investment costs.
Wide Range of Products: Our portfolio includes specialized transformers for various sectors, such as rectifier transformers, electric furnace transformers, frequency conversion transformers, and options for 24-pulse or 36-pulse configurations.
Customized Solutions: We offer flexible designs and swift responses to cater to specific customer needs.
Authoritative Certification: Certified by the National Quality Supervision and Testing Center for Electric Equipment, ensuring top-notch quality and reliability.
Technique Advantage:
1. Theoretical Analysis and Simulated Testing Ensures Insulation Reliability
From initial 2D electric field simulations and 3D electric field measurements to assessing impact characteristics, we rigorously analyze and test main, longitudinal, end, and lead insulation, as well as the coil's ability to withstand lightning impulse voltage throughout its lifecycle.
2. Calculating and Reducing Stray Losses from Leakage Magnetic Fields
By calculating and measuring leakage magnetic fields and analyzing shielding structures, we enhance the transformer's dynamic and thermal stability.
3. Precise Analysis of Coil Temperature Fields
In collaboration with leading domestic universities, we have developed a program to calculate coil temperature fields. This involves analyzing coil loss distributions (resistive, eddy current, and circulating current losses) and cooling conditions, thereby accurately determining temperature distributions and hotspot temperature rises for effective control, impacting the transformer's lifespan.
4. Reduced Partial Discharge Charge Levels
Through numerical analysis of electric field intensity during the design phase and stringent control during manufacturing, we effectively manage and reduce partial discharge levels.
Product Parameter
ZBSCB10 24-Pulse Rectifier Dry-Type Transformer |
||||||||
Capacity (KVA) |
Rated Voltage (KV) |
Tapping Range |
Vector Group |
Short Circuit Impedance |
Efficiency |
Weight(kg) |
Gauge(mm) |
|
Net Side |
Valve Side |
|||||||
200 |
10 6.3 |
0.4 0.66 0.69 |
2*2.5% |
Dyn11 Yyn0 Dd0 |
4.0 |
≥0.97 |
1250 |
550 x 550 |
250 |
4.0 |
≥0.97 |
1430 |
550 x 550 |
||||
315 |
4.0 |
≥0.97 |
1570 |
660 x 660 |
||||
400 |
4.0 |
≥0.98 |
1750 |
660 x 660 |
||||
500 |
4.0 |
≥0.98 |
1970 |
820 x 820 |
||||
630 |
6.0 |
≥0.98 |
2250 |
820 x 820 |
||||
800 |
6.0 |
≥0.98 |
2590 |
820 x 820 |
||||
1000 |
6.0 |
≥0.98 |
2940 |
820 x 820 |
||||
1250 |
6.0 |
≥0.98 |
3420 |
820 x 820 |
||||
1600 |
6.0 |
≥0.98 |
3830 |
820 x 820 |
||||
2000 |
6.0 |
≥0.99 |
4500 |
820 x 820 |
||||
2500 |
6.0 |
≥0.99 |
5350 |
820 x 820 |
||||
500 |
35 36 37 38.5 |
6.0 |
≥0.98 |
2680 |
820 x 820 |
|||
630 |
6.0 |
≥0.98 |
3300 |
820 x 820 |
||||
800 |
6.0 |
≥0.98 |
3810 |
820 x 820 |
||||
1000 |
6.0 |
≥0.98 |
4650 |
1070 x 1070 |
||||
1250 |
6.0 |
≥0.98 |
5250 |
1070 x 1070 |
||||
1600 |
6.0 |
≥0.98 |
5750 |
1070 x 1070 |
||||
2000 |
6.0 |
≥0.99 |
6380 |
1070 x 1070 |
||||
2500 |
6.0 |
≥0.99 |
7390 |
1070 x 1070 |