The 1600KVA amorphous alloy dry-type transformer has the advantages of low no-load loss, no oil, flame retardant self-resting, water resistance, anti-crack fiber and maintenance-free. Nowadays, where ordinary 1600KVA amorphous alloy dry-type transformers are used, they can be replaced by amorphous dry-type transformers, which are suitable for multi-storey buildings, commercial plazas, subway stations, airports, subway stations, factories, mines and power stations. It is especially suitable for site installation applications with strong fire protection standards such as flammability, flammability and explosion.

Structure and characteristics of 1600KVA amorphous alloy dry-type transformer:

The 1600KVA amorphous alloy dry-type transformer is safe, flame retardant, fire safe, zero pollution, and can be installed directly in the load center. Durable and easy to install. It has good moisture-proof performance and can be put into use without pre-drying after stopping operation. Low loss, low partial discharge, low noise, forced air-cooled environment can operate at 120% of the rated value. It is equipped with a complete automatic control system for over-temperature protection to provide scientific guarantee for the safe operation of the transformer. The reliability index of 1600KVA amorphous alloy dry-type transformer has reached the domestic advanced level.

Benefits:

1.1600KVA amorphous alloy dry-type transformer electromagnetic coil is coiled with copper wire or foil, reinforced with glass fiber, epoxy resin glue without filler, vacuum dryer degassing and dehumidification overall pouring, high mechanical strength, anti-short-circuit fault, strong impact resistance.

2. The head and tail end of the high-voltage winding and the middle tap tap are made of copper insert embedded parts, with good rigidity, which is conducive to file adjustment, beautiful and generous and neat.

3. The core is stacked with high-quality grain-oriented cold-rolled ferrite core, and the 45-degree full-oblique multi-step joint. The surface is covered with epoxy resin insulation coating, which is moisture-resistant, anti-rust treatment, and noise reduction.

4. The connecting shaft is clamped between the core, the clamp and the electromagnetic coil, so that the electromagnetic coil is in a stable clamping situation to reduce noise.

5. According to the over-temperature protection design scheme of the transformer, the internal structure of the material layer of the overall pouring high (low) voltage electromagnetic coil is pre-embedded with a longitudinal ventilation channel, which can be equipped with forced air-cooled equipment (high-temperature fan), and the output volume can be increased by 20% after the forced air-cooled device is selected.

6. Equipped with a temperature controller, a platinum thermal resistance (PtlOO) is placed in the embedded hole above the low-voltage electromagnetic coil. In order to detect the winding temperature of the transformer, start and stop the high-temperature fan, and be equipped with fault warning, overheating alarm and over-temperature power-off, it provides reliable overload protection device for the dry-type transformer, and then improves the operation safety of the dry-type transformer.

Structural features:

Core: The core is made of imported high-quality cold-rolled ferrite core, the three-stage oblique seam structure, the core column is bundled with F-grade weftless tape, and the inside of the core is wrapped with epoxy resin glue, which reduces the no-load loss, no-load current and white iron sheet noise, and the clamp and tight return parts are treated with a special surface layer, so that the appearance quality of the product is further improved.

Temperature control system and air cooling system: The high-temperature fan with scattered flow top blowing is selected, which has the advantages of low noise, high air pressure and beautiful appearance, which improves the load capacity of the transformer. The intelligent thermostat is selected for temperature control, which improves the safety and reliability of transformer operation.

Maintenance of the enclosure and the outgoing busbar of the group: The maintenance of the enclosure further protects the transformer, and the waterproof level is IP20, IP23, etc. The casing material is aluminum alloy profile, cold-rolled plate, stainless steel, etc. for users to choose. The low-voltage group outlet is discharged with a standard busbar, and both the side group outlet and the top outlet can be used, and a unique group outlet method can also be configured for the user.