Sea 1600 kva resin transformer

1. Product Description

The 1600 kva Sea resin transformer is a device designed to provide reliable and safe distribution of electricity. With a nominal power of 1600 kva, this transformer is suitable for large -scale industrial applications and for environments that require a substantial and stable energy supply. Built in 2015, the Sea model is designed to operate with tensions of 15 kV in medium voltage (MT) and 400 V in low voltage (BT).

2. Components and Structure

• Brand and model: Sea 1600 kva
• Type of transformer: resin transformer
• Year of Construction: 2015
• Primary voltage: 15 kV (average voltage)
• Secondary voltage: 400 V (low voltage)
• Power: 1600 kva
• Type of isolation: Resin, which offers excellent isolation and protection against environmental contaminations.

3. Dimensions and Weight

• Dimensions: the specific dimensions are not always standardized, but the transformers of this power have dimensions generally between 2 x 2 x 2.5 meters and 2.5 x 2.5 x 3 meters.
• Weight: about 3,000 - 4,000 kg, depending on the configuration and specific accessories.

4. Mechanical Characteristics

• Efficiency: high operational efficiency with minimum losses. Resin construction contributes to a lower loss of energy and more efficient operation.
• Reliability: robust and durable construction that guarantees reliable performance even in demanding work environments.
• Protection: resin insulation that offers excellent protection against humidity and contamination, reducing the risk of failures.

5. Usage Procedure

1. Installation:

   • Positioning: place the transformer on a stable base in a dry and well -ventilated environment. The location must facilitate access for maintenance and monitoring.
   • Connection: Connect the medium voltage cables (15 kV) and low voltage (400 V) to the respective terminals following the specifications provided by the manufacturer. Make sure all connections are safe and compliant with regulations.

2. Switching on and Monitoring:

   • Ignition: follow the start-up procedures provided by the manufacturer, including pre-start checks and gradual ignition.
   • Monitoring: During operation, monitor electrical parameters such as voltage, current and temperature to ensure that the transformer operates within the specified limits.

3. Maintenance:

   • Regular inspections: Perform periodic checks to check the condition of the transformer, including isolation tests and connections checks.
   • Cleaning: clean the external part of the transformer and remove dust and debris that could accumulate over time.

6. Matching accessories

• Monitoring devices: temperature sensors, measuring instruments to monitor operating conditions and alert systems for malfunctions.
• Cooling systems: fans or cooling systems for environments with high loads or extreme heat conditions.

7. Mathematical Formulas for Optimal Use Parameters

• Apparent Power:

  $$S$$

  Where PP $P$ is the active power and QQ $Q$ is the reactive power.

• Transformer Efficiency:

  $$\text{Efficiency}$$

• Losses in the Transformer:

  $$\text{Total Losses}$$

8. Materials and Applications

• Work -working materials: the transformer is designed to manage resistive and inductive loads. It is suitable for a wide range of industrial and commercial applications.
• Applications: used in large industrial plants, commercial buildings and residential structures with high energy requests.

9. Maintenance and Verification of Good Used Goods

• Maintenance:

  • Periodic checks: carry out regular checks to ensure correct operation and prevent failures. Verify the integrity of the isolation and the general condition of the transformer.
  • Cleaning: Remove powder and debris regularly to keep the transformer in optimal conditions.

• Verification of Good Used:

  • External and internal conditions: inspect the transformer for signs of wear or damage. Check that all components are in good condition and that there are no losses.
  • Operation: Test the transformer to make sure you operate according to the specifications and without anomalies. Make sure the performance are in line with those declared by the manufacturer.
  • Documentation: check the availability of all the necessary documentation, including conformity certifications and maintenance tests.

10. Sectors of Use

• Industrial: to power machinery and large -capacity production plants.
• Commercial: for energy in large residential commercial buildings.
• Energy and infrastructure: in transformation and energy distribution stations.

11. Advantages of Buying Used

• Lower cost: compared to a new transformer, the purchase of a used transformer can involve significant savings.
• Reliability: a transformer used, if in good condition, can offer performance comparable to those of a new unit.
• Immediate availability: often available immediately, reducing waiting times and allowing faster installation.

Services are offered on additional requests for a fee:

- Revision
- Tested
- 1 year guarantee