This series of medium capacity transformers adopts high permeability cold-rolled silicon steel sheets, high-purity oxygen free copper wires, and industrial grade flame-retardant insulation materials, suitable for 50/60Hz power frequency, fully complying with international authoritative standards and industry specifications such as CE, GB/T 1094.1-2013, GB 19212.1-2021, etc. It has core advantages such as low loss, high efficiency, good heat dissipation, low noise, high protection level, and wide adaptability. It can meet the voltage conversion needs of commercial, industrial, engineering and other medium power scenarios, and is suitable for power supply adaptation scenarios of various medium-sized electrical equipment.
Product Parameter
|
Model |
MT-630VA (Commercial Universal) |
MT-1000VA (Industrial Basic) |
MT-1600VA (Construction Payment) |
MT-2500VA (versatile heavy-duty version) |
|
Rated capacity |
630VA |
1000VA |
1600VA |
2500VA |
|
Input voltage (optional) |
AC 220V/380V/110V 50/60Hz |
AC 220V/380V/110V 50/60Hz |
AC 220V/380V/110V 50/60Hz |
AC 220V/380V/440V/110V 50/60Hz |
|
Output voltage (optional) |
AC 12V/24V/36V/110V/220V/380V |
AC 12V/24V/36V/110V/220V/380V (precise voltage regulation) |
AC 24V/36V/110V/220V/380V (industrial grade voltage regulator) |
AC 36V/110V/220V/380V/440V (heavy-duty voltage regulation) |
|
Rated current (output) |
52.5A(12V)/26.25A(24V)/17.5A(36V)/2.86A(380V) |
83.3A(12V)/41.7A(24V)/27.8A(36V)/4.55A(380V) |
66.7A(24V)/44.4A(36V)/7.27A(380V) |
69.4A(36V)/11.36A(380V)/7.1A(440V) |
|
core material |
High permeability cold-rolled silicon steel sheet (0.30mm) |
High permeability cold-rolled silicon steel sheet (0.30mm) |
Ultra high magnetic conductivity cold-rolled silicon steel sheet (0.27mm) |
Ultra high magnetic conductivity cold-rolled silicon steel sheet (0.27mm) |
|
Winding material |
High purity oxygen free copper wire (multi-layer insulation, dense winding process) |
High purity oxygen free copper wire (multi-layer insulation, precise dense winding) |
High purity oxygen free copper wire (industrial grade insulation, heavy-duty winding) |
High purity oxygen free copper wire (military grade insulation, heavy-duty dense winding) |
|
no-load loss |
≤20W |
≤30W |
≤45W |
≤65W |
|
load loss |
≤120W |
≤180W |
≤280W |
≤420W |
|
Transformer efficiency |
≥95% |
≥96% |
≥96.5% |
≥97% |
|
operating noise |
≤ 38dB (low-noise operation) |
≤ 42dB (low-noise operation) |
≤ 45dB (low-noise operation) |
≤ 48dB (low-noise operation) |
|
Body dimensions (length x width x height) |
280×200×220mm |
320×240×260mm |
380×280×300mm |
450×350×360mm |
|
body weight |
15.8kg |
24.5kg |
38.2kg |
62.6kg |
|
Operating Temperature |
-25℃~50℃ |
-25℃~55℃ |
-30℃~55℃ |
-30℃~60℃ |
|
Protection level |
IP54 (dustproof/splash proof/light impact proof) |
IP54 (dustproof/splash proof/light impact proof) |
IP55 (dustproof/anti spray/anti shock) |
IP55 (dustproof/anti spray/anti shock) |
|
insulation class |
F-grade (temperature resistance 155 ℃) |
F-grade (temperature resistance 155 ℃) |
H-grade (temperature resistance of 180 ℃) |
H-grade (temperature resistance of 180 ℃) |
Note: The above are standard parameters, and the input/output voltage can be customized according to user needs; Losses and efficiency may fluctuate slightly due to operating loads and environmental temperature; The actual product shall prevail.
Product feature and application
The capacity covers 630VA~2500VA, designed specifically for medium power loads, and can stably drive various types of loads such as commercial equipment clusters, industrial medium-sized machinery, and construction equipment. It can operate continuously without pressure under rated load; Supports 20% short-term overload, can cope with peak power impact during device startup, avoid overload shutdown, and adapt to diverse load requirements in medium power scenarios.
Efficient and low consumption operation, outstanding energy-saving performance
Adopting ultra-high magnetic conductivity cold-rolled silicon steel core and high-purity oxygen free copper wire tightly wound winding, the magnetic permeability is higher and the conductivity is stronger, effectively reducing no-load loss and load loss. The transformation efficiency is as high as 95%~97%, which is at the leading level in the industry; Low energy consumption and minimal heat generation during operation, long-term use can significantly reduce electricity costs, in line with industrial energy-saving and green production concepts.
The core components adopt high-precision machining technology, with precise winding and tight fitting of the iron core, minimal magnetic circuit loss, output voltage fluctuation error of ≤± 1.5%, and excellent voltage stabilization performance; Suitable for 50/60Hz power frequency, with low output waveform distortion and no harmonic interference, it can safely supply power to loads that require high power quality, such as medical imaging equipment, data center equipment, precision industrial instruments, etc., ensuring the stability of equipment operation.
Equipped with an intelligent heat dissipation system, it adopts a triple heat dissipation structure of "louvered heat dissipation holes+high-speed silent fan+heat sink". The fan automatically starts and stops to adjust the speed according to the device temperature. It operates silently at low temperatures and efficiently dissipates heat at high temperatures; Optimized design of heat dissipation channels, rapid heat dissipation, ensuring long-term continuous operation of equipment under full load and high temperature environment without overheating risk.
It can be used in various scenarios.
1. Commercial cluster scenario
Suitable for commercial scenarios such as large supermarkets, office buildings, hotels, and chain stores
2. Industrial basic scenarios
Suitable for industrial basic scenarios such as small and medium-sized factories, production lines, workshop assembly lines, etc
3. Construction Scene
Suitable for outdoor engineering construction, temporary construction sites, municipal construction and other scenarios
4. Medical/Data Scenarios
Suitable for scenarios such as hospitals, physical examination centers, data centers, testing institutions, etc
5. Overloading industrial scenarios
Suitable for heavy-duty workshops, large production lines, industrial refrigeration equipment and other heavy-duty scenarios
Production details
① Core: Made of 0.27-0.30mm high permeability/ultra-high permeability cold-rolled silicon steel sheets, which are cut and laminated with high precision. They have high magnetic permeability and low losses, effectively reducing electromagnetic losses and heat generation; Thickened shock-absorbing gaskets are installed between the iron core and the shell to reduce vibration noise and ensure low-noise operation.
② Winding: Made of high-purity oxygen free copper wire, with excellent conductivity, low resistance, and low loss; Paired with industrial/military grade multi-layer insulation materials, it has extremely strong temperature resistance and insulation properties; The winding adopts dense winding technology, with an error controlled within ± 0.5%, ensuring precise and stable voltage conversion, and strong anti-interference ability.
③ Shell: Made of thickened cold-rolled steel plate, treated with three layers of acid washing, phosphating, and electrostatic spraying, resistant to falling, wear, rust, and high temperature; Reserved large area louver style heat dissipation holes on the shell, matched with heat dissipation fins, to enhance the heat dissipation effect; The corners are designed with rounded corners to prevent collisions and scratches.
④ Wiring terminals: Industrial grade copper wiring terminals are used, which have strong conductivity, good contact, can carry high currents, and are not easily oxidized; Equipped with insulation protection cover and anti loosening screws to prevent electric shock accidents and loose wiring, suitable for industrial grade wiring requirements.
Product Certification
Medium Capacity Transformer relies on industrial grade core components, strict quality control system, and precise processing technology. It has passed multiple international authoritative certifications and industry certifications, with complete qualifications and guaranteed quality
FAQ
Q: Can a medium capacity transformer convert DC voltage?
A: It's not possible. The capacity transformer in this series is a power frequency AC transformer, which is only suitable for AC voltage conversion and cannot directly convert DC voltage. If it is necessary to convert DC voltage, it is necessary to use industrial grade rectifiers, inverters and other equipment to convert DC voltage into AC voltage, and then transform it through this transformer; Alternatively, industrial grade DC converters can be directly selected to avoid equipment damage.
Q: How to choose a medium capacity transformer with appropriate capacity? Do we need to reserve a margin?
A: The selection of capacity should be based on the total power of the load. For medium power scenarios, it is recommended to reserve a margin of 30% to 50% to avoid overload and peak power impact. ① Calculate total load power: Add up the rated power of all devices that need to be powered (unit: W). If motor equipment is included, additional calculation of starting power is required (motor starting power is usually 3-5 times the rated power); ② Choose transformer capacity: Transformer capacity (VA) ≥ total load power (W) × (1+30%~50%). Example: The total load power is 800W (including motor equipment), with a 40% margin reserved. A transformer with a capacity of ≥ 1120VA should be selected, and the recommended model is 1600VA. Reserve sufficient margin to ensure stable equipment startup and extend the service life of transformers.
Q: Is it normal for the transformer to generate heat during operation? How to ensure the heat dissipation effect?
A: Heating during operation is a normal phenomenon, and it is safe for the shell temperature of a medium capacity transformer to not exceed 70 ℃ when operating at full load. When the transformer core and winding work, losses are generated, which are converted into heat. The intelligent cooling system installed in the equipment can effectively dissipate heat: ① The silent fan automatically starts and stops according to the temperature, and runs at high speed to dissipate heat at high temperatures, and stops running silently at low temperatures; ② The louvered heat dissipation holes and fins on the shell form efficient ventilation channels, accelerating heat dissipation; ③ The core components are tightly fitted, and heat is quickly conducted to the outer shell. Attention to ensuring heat dissipation: ① Reserve more than 50cm of heat dissipation space around the transformer to avoid stacking debris; ② Keep the heat dissipation holes unobstructed and regularly clean the dust; ③ Avoid operating at full load for extended periods of time in confined spaces and high-temperature environments.
Q: Can imported industrial equipment (110V/440V) use 220V/380V mains power through this transformer?
A: Okay. Just select the corresponding input/output voltage model based on the rated voltage of the imported equipment (such as selecting 220V input/110V output for 110V equipment and 380V input/440V output for 440V equipment). Attention during use: ① Confirm that the rated voltage and rated power of the imported equipment match the transformer, and reserve 30% to 50% of the power margin; ② Strictly distinguish between input (INPUT) and output (OUTPUT) terminals when wiring, operate according to terminal identification and wiring diagram, and avoid reverse connection; ③ Only applicable to AC equipment, DC imported equipment requires additional industrial grade rectification equipment; ④ If the imported equipment has a special frequency, it is necessary to inform in advance of the customized transformer that is suitable for the frequency.
Packing & Shipping
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