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GD-H1152
GOLD
GD-H1152 Engine Oil MRV Mini-Rotary Viscometer: Comprehensive Overview
Introduction:
The GD-H1152 MRV Mini-Rotary Viscometer serves as a versatile tool for evaluating key properties of engine oils at low temperatures. It precisely measures the borderline pumping temperature, yield stress, and apparent viscosity, catering to a broad temperature range spanning from -5°C to -40°C. The entire testing process is streamlined through automated computer control, ensuring accuracy and efficiency.
Key Features:
Comprehensive Temperature Control: Operating within a wide temperature spectrum from -5°C to -40°C, the device boasts a remarkable temperature control accuracy of ±0.1°C.
Efficient Cooling System: Featuring a fully enclosed compressor refrigeration unit, it provides ample cooling capacity for precise temperature management.
Computerized Monitoring: The system meticulously monitors temperature, testing periods, and rotor movements, all facilitated by computer automation.
Enhanced Pulley Design: An improved pulley assembly, coupled with photoelectric sensor technology, elevates stability and sensitivity during testing.
Multi-Rotor Capability: Supports simultaneous testing of up to 5 rotors, maximizing testing throughput.
Transparent Cover: Each rotor is equipped with a clear plexiglass cover, facilitating visual inspection during tests.
User-Friendly Interface: Microcomputer-controlled, with a Windows-based operating system and a fully English interface, ensuring ease of use.
Advanced Programming: The program intelligently adjusts temperature control along nonlinear curves to accurately determine yield stress and apparent viscosity.
Maintenance Functions: Incorporates cleaning temperature control, temperature calibration, and viscometer constant calibration for optimal performance.
Data Management: Test results can be seamlessly stored and printed, facilitating data analysis and record-keeping.
Specialized Calculations: Offers calculation and printing capabilities for both "air-resistance type" and "flow restricted type" boundary pumping temperatures.
Specialized Equipment: Equipped with dedicated low-temperature thermostat equipment and a state-of-the-art defrosting system for reliable performance in cold environments.
Technical Parameters:
Compliance Standards: Meets ASTM D3829, D4684, and GB/T 9171 standards (with optional compliance to SH/T0562).
Refrigeration Mechanism: Utilizes an imported compressor refrigeration system.
Operating Temperature Range: 80°C to -40°C.
Temperature Control Approach: Implements programmable temperature control for precise adjustments.
Heating Method: Employs heating tubes for efficient warming.
Detection Technique: Leverages photocell detection for accurate measurements.
Control System: Fully automated by computer control.
Working Capacity: Supports 5 testing units simultaneously.
Power Requirement: Operates on AC220V, 50HZ power supply.
GD-H1152 Engine Oil MRV Mini-Rotary Viscometer: Comprehensive Overview
Introduction:
The GD-H1152 MRV Mini-Rotary Viscometer serves as a versatile tool for evaluating key properties of engine oils at low temperatures. It precisely measures the borderline pumping temperature, yield stress, and apparent viscosity, catering to a broad temperature range spanning from -5°C to -40°C. The entire testing process is streamlined through automated computer control, ensuring accuracy and efficiency.
Key Features:
Comprehensive Temperature Control: Operating within a wide temperature spectrum from -5°C to -40°C, the device boasts a remarkable temperature control accuracy of ±0.1°C.
Efficient Cooling System: Featuring a fully enclosed compressor refrigeration unit, it provides ample cooling capacity for precise temperature management.
Computerized Monitoring: The system meticulously monitors temperature, testing periods, and rotor movements, all facilitated by computer automation.
Enhanced Pulley Design: An improved pulley assembly, coupled with photoelectric sensor technology, elevates stability and sensitivity during testing.
Multi-Rotor Capability: Supports simultaneous testing of up to 5 rotors, maximizing testing throughput.
Transparent Cover: Each rotor is equipped with a clear plexiglass cover, facilitating visual inspection during tests.
User-Friendly Interface: Microcomputer-controlled, with a Windows-based operating system and a fully English interface, ensuring ease of use.
Advanced Programming: The program intelligently adjusts temperature control along nonlinear curves to accurately determine yield stress and apparent viscosity.
Maintenance Functions: Incorporates cleaning temperature control, temperature calibration, and viscometer constant calibration for optimal performance.
Data Management: Test results can be seamlessly stored and printed, facilitating data analysis and record-keeping.
Specialized Calculations: Offers calculation and printing capabilities for both "air-resistance type" and "flow restricted type" boundary pumping temperatures.
Specialized Equipment: Equipped with dedicated low-temperature thermostat equipment and a state-of-the-art defrosting system for reliable performance in cold environments.
Technical Parameters:
Compliance Standards: Meets ASTM D3829, D4684, and GB/T 9171 standards (with optional compliance to SH/T0562).
Refrigeration Mechanism: Utilizes an imported compressor refrigeration system.
Operating Temperature Range: 80°C to -40°C.
Temperature Control Approach: Implements programmable temperature control for precise adjustments.
Heating Method: Employs heating tubes for efficient warming.
Detection Technique: Leverages photocell detection for accurate measurements.
Control System: Fully automated by computer control.
Working Capacity: Supports 5 testing units simultaneously.
Power Requirement: Operates on AC220V, 50HZ power supply.
