- Lubricating grease/detection and analysis category
This instrument is designed and manufactured according to the requirements of the Chinese standard GB/T 3498 "Method for Determining the Drop Point of Lubricating Greases over a Wide Temperature Range". It is suitable for automatically measuring the temperature of the first drop of lubricating grease from the grease cup and reaching the bottom of the test tube according to the test method specified in GB/T 3498 standard.
1. Working voltage: AC220V, 50Hz
2. Working power: 1200w
3. Constant temperature bath: metal bath
4. Number of test holes: 4 holes
5. Temperature detection: German A-level PT100 * 4
6. Detection method: automatic photoelectric detection
7. Testing institution: 4-channel photoelectric testing
8. Temperature control range: room temperature~400 ℃
9. Temperature control points: 121 ℃, 232 ℃, 288 ℃, 316 ℃, 343 ℃
10. Temperature control accuracy of metal bath: ± 1 ℃
11. Data storage: Automatically save 500 sets of experimental data
1. 7-inch high-resolution LCD display and touch screen buttons. Full Chinese human-machine dialogue interface, operation menu prompts.
2. A high-performance single-chip microcomputer is used as the core to form an embedded control system, which realizes the automation control of the entire experimental process.
3. Integrated heating, temperature control, and fully automatic detection.
4. Select SMD surface mount components to ensure high stability and anti-interference performance of the system.
5. Imported high-temperature resistant photoelectric sensor detects lubricant droplet points with high sensitivity.
6. Imported PT100 glass temperature sensor with fast and accurate temperature measurement response
7. The instrument adopts a 4-hole 4-style structure, which can be tested separately or simultaneously for comparative experiments.
8. The instrument is equipped with a fault self diagnosis system and alarm reminder function, providing a superior user experience.
9. Automatically save after the experiment is completed.
10. The experimental steps are simple and do not require manual intervention, allowing for quick sample testing with just one click.
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