Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer

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Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer

Name: Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer
Brand: CANGZHOU KENUO INTERNATIONAL CO., LTD.
Price: 10000 USD
Availability: InStock

Price 10000 USD ($)/ Unit

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MOQ : 1 Unit

Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer Specification

Condition
New

Heating Method
Kerosene Vapor Phase

Power Source
Electric / Diesel

Control Mode
PLC Automatic / Manual

Accuracy
1C

Heating Capacity
Up to 3000 kW

Type
Kerosene Vapor Phase Drying Equipment

Model
VPD-3000T

Internal Size
Designed as per transformer dimensions

External Size
Customizable for large transformer applications

Volume
30000 L to 70000 L

Air Flow
High-Capacity Circulating Blower

Temperature Range
40C - 150C

Material
Stainless Steel / Carbon Steel

Dimension (L*W*H)
As per project requirement

Power
300 kW - 3000 kW (configurable)

Voltage
380V/415V, 3-Phase

Surface Finish
Corrosion Resistant Industrial Paint

Drying Cycle Time
6-48 Hours (Depending on Transformer Size and Moisture)

Vapor Distribution
Uniform Distribution with Optimized Kerosene Flow Design

Monitoring System
Digital Temperature & Vacuum Sensors, Central Control Panel

Operation Mode
Fully Automatic / Semi-Automatic

Safety Protection
Over-temperature Protection, Emergency Stop, Vapor Leakage Detection

Application
Big Power Transformer Core & Coil Drying

Environment Requirement
Indoor, Ventilated Area

Vacuum System
High-Efficiency Multi-Stage Vacuum Pump

Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
60 Days

About Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer

Kerosene Vapor Phase Drying Equipment

Description

Kerosene vapor phase drying equipment (KVPD) is mainly used for drying bodies for 110KV and more super high voltage transformer and reactors, etc. The basic principle is that: liquid kerosene is evaporated by heating. High temperature kerosene vapor go into the vacuum tank and attach the workpiece, it will condense and release latent heat of condensation (about 306.6KJ/KG), and the workpiece will be heated. Condensed kerosene will be collected and transmitted to the evaporator to be heat again. In this way, workpiece will be heated continuously to evaporate the water. Water vapor shall be exhausted under vacuum condition. In the end workpiece shall be complete dried.

Advanced Vapor Phase Drying Technology

The VPD-3000T uses kerosene vapor phase drying, providing consistent and thorough moisture extraction from transformer cores and coils. Its optimized kerosene flow design ensures uniform vapor distribution, protecting winding insulation quality and extending transformer life.

Comprehensive Safety & Monitoring Features

Safety comes first with this equipment. Over-temperature protection, emergency stop function, and vapor leakage detection minimize operational risks. Integrated digital temperature and vacuum sensors allow for real-time monitoring, while the central control panel streamlines operation and oversight.

Tailored for Industrial Transformer Applications

Custom-designed for large transformers, the VPD-3000Ts dimensions, heating capacity (up to 3000 kW), and control system configurations are adaptable to meet project requirements. Its corrosion-resistant paint and robust materials ensure longevity, even in demanding industrial settings.

FAQs of Kerosene Vapor Phase Drying Equipment (VPD) For Big Power Transformer:

Q: How does the kerosene vapor phase drying process work for big power transformers?

A: The process involves heating kerosene to generate vapor, which is then uniformly circulated over the transformer coils and core. This vapor effectively absorbs and carries away moisture during multiple drying cycles, enhancing insulation quality and operational reliability.

Q: What benefits does the VPD-3000T equipment offer for transformer maintenance?

A: The VPD-3000T ensures thorough drying, which reduces transformer failure risk, prolongs service life, and maintains optimal electrical performance. Its precise control and safety features also minimize manual intervention and enhance operational security.

Q: When should I use kerosene vapor phase drying for transformers?

A: Kerosene vapor phase drying is recommended for newly manufactured, refurbished, or moisture-contaminated large power transformers, especially where effective core and coil drying is essential for safe, long-term operation.

Q: Where is the VPD-3000T equipment best installed for efficient operation?

A: It is ideally set up in indoor, ventilated environments to prevent vapor accumulation and ensure proper airflow for the drying process. Custom dimensions allow it to accommodate a wide range of transformer sizes and facility layouts.

Q: What steps are involved in operating the VPD-3000T drying equipment?

A: Operation includes loading the transformer, setting drying parameters via the central control panel, initiating kerosene heating, monitoring temperature and vacuum levels, and completing the cycle according to the specified drying time. Safety systems and sensors monitor the entire process.

Q: How does the monitoring system enhance usage and safety?

A: Digital temperature and vacuum sensors provide real-time feedback, allowing operators to adjust settings promptly. Over-temperature protection and vapor leakage detection systems actively prevent unsafe conditions during the drying cycle.

Q: What customization options are available for large power transformer applications?

A: The equipments heating capacity, dimensions, control mode, and external/internal sizes can all be tailored to fit specific transformer models and site requirements, ensuring compatibility and efficiency in industrial settings.

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