Transformer Oil Oxidation Stability Tester LOST-T2011

Introduction

Transformer Oil Oxidation Stability Tester is designed to test up to six samples simultaneously, significantly improving work efficiency. Each of its six test units is independently equipped with a flow meter to monitor and control the oxygen flow rate. It features a digital temperature controller for automatic management of the temperature. Additionally, a timer function is integrated for managing the timing of each test. Our tester used for evaluating the oxidative stability of petroleum products.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Transformer Oil Oxidation Stability Tester is used to evaluate the oxidative stability of transformer oils and other petroleum-based fluids. It is widely applied in power utilities, petroleum industries, and research labs for quality assurance and product development.

Specifications

Samples	6
Temperature Controlling Range	Room temperature to 160℃
Temperature Controlling Accuracy	± 0.2℃
Temperature Controlling Mode	Automatic digital temperature controller
Timing Range	0 to 999.9 h (adjustable)
Flow Rate	Controlled at 17 mL/min ± 0.1 mL/min, adjustable
Permissible Temperature	Up to 35℃
Permissible Humidity	Up to 85%
Power Consumption	Up to 1100 W
Power Supply	AC 220 V 50 Hz
Dimension	500 × 450 × 600 mm
Packing Dimension	600 × 550 × 700 mm
Net Weight	35 kg
Gross Weight	50 kg

Features

Automatic temperature control

Built-in timing system

Controllable flow rate

Highly efficient

Compact design

FAQs

1. What is the purpose of the Transformer Oil Oxidation Stability Tester ?

Transformer Oil Oxidation Stability Tester is specifically designed to evaluate the oxidative stability of transformer oils and other petroleum products. By simulating long-term aging conditions under controlled temperature and oxygen flow, it helps determine how resistant the oil is to oxidative degradation. This information is critical for ensuring the long-term performance and reliability of transformers and other high-voltage electrical equipment that rely on insulating oils for cooling and insulation.

2. How many samples can be tested at the same time with the Transformer Oil Oxidation Stability Tester ?

Transformer Oil Oxidation Stability Tester allows the simultaneous testing of up to six different oil samples. Each test unit operates independently with its own flow meter and control system, enabling parallel testing without interference between samples. This significantly increases productivity, especially in laboratories and industrial settings where multiple sample analyses are conducted regularly.

3. How is the oxygen flow rate managed during testing in Transformer Oil Oxidation Stability Tester ?

Each of the six test units in our Transformer Oil Oxidation Stability Tester is equipped with a dedicated flow meter that allows for individual monitoring and control of oxygen flow. The flow rate is adjustable and maintained at 17 mL/min ± 0.1 mL/min. This precise control ensures the accuracy of oxidation stability measurements and reduces variability between samples during testing.

4. What kind of laboratories or industries can benefit from using the Transformer Oil Oxidation Stability Tester ?

Transformer Oil Oxidation Stability Tester is widely used in petroleum refineries, electrical equipment manufacturing, and chemical industries. It is especially valuable in research and development laboratories where the aging characteristics of insulating oils are studied. This device ensures that transformer oils meet quality standards and can perform reliably under prolonged service conditions.

5. What makes the Transformer Oil Oxidation Stability Tester a reliable and efficient choice for oil oxidation testing?

Transformer Oil Oxidation Stability Tester combines precision control with high efficiency. Its ability to run six tests simultaneously, coupled with accurate digital control of temperature and flow rate makes it ideal for laboratories seeking dependable results with minimal manual intervention. Its compact structure, automatic timing, and user-friendly interface reduce human error and operational downtime, ensuring smooth workflows and dependable testing outcomes.