MY CTA Digital Automatic Kinematic Viscometer Petroleum Lubricant Oil Viscosity & Viscosity Index Tester
Professional digital automatic kinematic viscosity meter designed for petroleum testing and machine analysis applications. This precision instrument comes with a comprehensive 2-year warranty.
Basic Info.
Range to Control The Temperature
20℃~100℃
Precision to Control The Temperature
≤±0.1℃
Input Power Source
AC220V±10V 50Hz
Test Time
1 to 6 Times , Adjustable
Working Environment
Temperature :0℃~40℃, E Humidity: <80%
Power Supply
AC 220V±5% 50Hz, Power: 20va
Dimensions
580*440*470mm, Nw: 9kg
Transport Package
Wooden Case or Carton
Specification
see details
Production Capacity
200 Sets Per Month
Technical Specifications
| Temperature Control Range |
Continuously adjustable 20℃ - 100℃ |
| Temperature Control Precision |
±0.1℃ |
| Input Power |
2000W |
| Power Supply |
220V ±10%, 50Hz |
| Dimensions |
635 × 380 × 525mm, 4 holes |
Performance Features
- Round glass cylinder constant temperature bath with organic glass cover for optimal temperature maintenance
- Advanced PID temperature control technology ensures precise bath temperature control with ±0.1℃ accuracy
- Even and stable bath temperature distribution with excellent light transmission properties
- User-friendly touch screen LCD interface with built-in timing function for convenient operation
- Automatic data processing calculates viscosity factor, kinematic viscosity, and converts viscosity index
- Integrated thermal printer for immediate printing of calculation results
Product Description
Product overview
This tester is designed and manufactured specially according to the national standard " GB265 - 88 Determination of kinematic viscosity of petroleum products " . It's suitable to determine kinematic viscosity of liquid petroleum products. This apparatus has the function of timing of the trial sample movement and can calculate the final result of kinematic viscosity. This method is suitable to determine kinematic viscosity of liquid petroleum products ( It refers to Newtonian liquids ), and its unit is m2/s. Generally in actual utilization, the unit is mm2/s. The dynamic viscosity is equal with the result which use kinematic viscosity to multiply the density of the liquid. By this method, , it can determine the time that the liquid with the certain volume flows past the calibrated glass capillary viscometer under the gravity in the certain stable temperature and the value that the constant value of capillary in the viscometer multiplies the flowing time, that is , the determined kinematic viscosity of liquid at the temperature. At the temperature, the value that kinematic viscosity multiplies the density of the liquid in the same temperature is the dynamic viscosity at the temperature.
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