Hydraulic Oil Hydrolytic Stability Tester
MT-HS875
The Hydraulic Oil Hydrolytic Stability Tester is designed for determining the hydrolytic stability of hydraulic fluids using the glass bottle method. The instrument is manufactured according to SH/T 0301 – Test Method for Hydrolytic Stability of Hydraulic Fluids (Glass Bottle Method) and complies with ASTM D2619.
Introduction
Hydrolytic stability is an important performance indicator for hydraulic fluids. It reflects the ability of hydraulic oil to resist chemical decomposition when exposed to water and elevated temperature. Poor hydrolytic stability may lead to the formation of acids, sludge, corrosion products, and deterioration of hydraulic system performance.
This Hydrolytic Stability Tester is suitable for testing both mineral-based hydraulic oils and synthetic hydraulic fluids. During the test, oil and water are mixed under controlled temperature and rotation conditions, and the sample is evaluated for changes caused by hydrolysis.
The analyzer integrates automatic temperature control, automatic rotation, timer control, and alarm functions, providing reliable and repeatable test results for hydraulic fluid laboratories.
It is widely used in lubricant manufacturing plants, hydraulic oil laboratories, petroleum refineries, research institutes, and industrial quality control laboratories.
Typical Applications
The Hydraulic Fluid Hydrolytic Stability Tester is suitable for testing:
- Mineral hydraulic oils
- Synthetic hydraulic fluids
- Industrial hydraulic oils
- Turbine oils
- Circulating oils
Typical application environments include:
- Lubricant manufacturing plants
- Petroleum refineries
- Hydraulic fluid testing laboratories
- Industrial equipment maintenance departments
- Research institutes and universities
Key Features
1. Intelligent Touchscreen Operation
The instrument adopts a 7-inch color touchscreen with 800 × 480 resolution, providing intuitive operation and convenient human-machine interaction.
2. High-Performance Microprocessor Control
A 32-bit microprocessor control system ensures stable performance and intelligent operation.
3. Six Simultaneous Test Positions
The analyzer can perform up to 6 tests simultaneously, significantly improving laboratory efficiency.
4. High-Precision Temperature Control
A Pt100 temperature sensor and PID control system provide precise temperature regulation with real-time temperature curve display.
5. Stable Low-Speed Rotation System
The instrument uses a high-torque DD direct-drive motor with low noise and stable rotation.
6. Large Observation Window
A large observation window allows easy monitoring of the test process.
7. Automatic Timing and Alarm Function
The system automatically records test duration and issues an alarm when the test is completed.
8. Highly Automated Operation
The analyzer integrates automatic temperature control, automatic rotation, and timer reminder functions, reducing manual intervention.
Technical Specifications
|
Name |
MT-HS875 Hydraulic Oil Hydrolytic Stability Tester |
|
Display |
7-inch Color Touchscreen |
|
Temperature Range |
0 – 150°C |
|
Resolution |
800 × 480 |
|
Temperature Control Method |
PID Control |
|
Temperature Accuracy |
±1°C |
|
Bottle Rotation Speed |
5 r/min ±0.1 r/min |
|
Temperature Control Method |
PID automatic control |
|
Number of Test Positions |
6 |
|
Timing Accuracy |
≤0.1 s |
|
Operating Environment |
Ambient Temperature: 5 – 40°C Relative Humidity: ≤ 85% |
|
Power Supply |
AC 220V ±10%, 50 Hz |
|
Power Consumption |
≤ 600 W |
|
Rated Power |
1000 W |
Standards Compliance
This Hydraulic Oil Hydrolytic Stability Tester complies with:
- ASTM D2619 – Standard Test Method for Hydrolytic Stability of Hydraulic Fluids (Glass Bottle Method)
- SH/T 0301 – Test Method for Hydrolytic Stability of Hydraulic Fluids
Why Choose Our ASTM D2619 Hydrolytic Stability Tester
Accurate Hydrolysis Stability Evaluation
Provides reliable determination of the hydrolytic stability of hydraulic fluids and lubricating oils.
High Testing Efficiency
Six simultaneous test positions improve laboratory productivity.
Stable and Quiet Operation
The DD direct-drive motor provides smooth rotation with low noise.
Intelligent Temperature Control
PID temperature control ensures stable and repeatable test conditions.
Ideal for Hydraulic Fluid Laboratories
Widely used in lubricant manufacturing, petroleum testing, and hydraulic system maintenance laboratories.