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GD-2570
GOLD
Standards adopted:
The core goal of ASTM D2570 is to quantify the degree of corrosion of coolant on various metal materials by simulating the real working conditions of engine cooling systems, providing data support for coolant formulation optimization, quality control, and life prediction. This standard is closely related to actual usage conditions, such as dynamic circulation systems: evaluating the erosion and corrosion of metal surfaces by simulating the flow of coolant in components such as radiators and water pumps.
In a closed system consisting of a reservoir, a water pump, a radiator and a rubber tube, the sample was circulated for 1064 hours at 88°C and a certain flow rate. The weight loss of the sheet and the visual inspection of the state surface of the inner surface of each component are determined, and the performance change of the sample is determined by analyzing the sample taken from the system periodically during the test cycle.
Features:
The Simulated service corrosion tester consists of operation and display, heating control, speed control, pressure control, flow control system and supporting components.
Motor: used for coolant circulation drive, linked with water pump.
Water pump: provide the circulating flow required by the standard.
Condenser: reduce the test pressure and simulate the working conditions of automobiles.
Metal test piece: simulate metal corrosion conditions.
Reservoir: Provide catalytic effect.
Glass tube: observe the circulation state of the sample.
Specifications:
Model No. | GD-2570 |
Applicable standard | ASTM D2570, SH/T0088 |
Environment requirements | 20℃ to 25℃, humidity < 60% |
Fuse | 20A |
Temperature control accuracy | ±3℃ |
Resolution (measurement) | 0.1 ° C |
Temperature control range | room temperature to 88 ℃ |
Flow range | 0 ~ 95L/min, and flow control accuracy is ±5% |
Power supply | AC220V, 50H |
Total power | 7kW |
Product details:
Standards adopted:
The core goal of ASTM D2570 is to quantify the degree of corrosion of coolant on various metal materials by simulating the real working conditions of engine cooling systems, providing data support for coolant formulation optimization, quality control, and life prediction. This standard is closely related to actual usage conditions, such as dynamic circulation systems: evaluating the erosion and corrosion of metal surfaces by simulating the flow of coolant in components such as radiators and water pumps.
In a closed system consisting of a reservoir, a water pump, a radiator and a rubber tube, the sample was circulated for 1064 hours at 88°C and a certain flow rate. The weight loss of the sheet and the visual inspection of the state surface of the inner surface of each component are determined, and the performance change of the sample is determined by analyzing the sample taken from the system periodically during the test cycle.
Features:
The Simulated service corrosion tester consists of operation and display, heating control, speed control, pressure control, flow control system and supporting components.
Motor: used for coolant circulation drive, linked with water pump.
Water pump: provide the circulating flow required by the standard.
Condenser: reduce the test pressure and simulate the working conditions of automobiles.
Metal test piece: simulate metal corrosion conditions.
Reservoir: Provide catalytic effect.
Glass tube: observe the circulation state of the sample.
Specifications:
Model No. | GD-2570 |
Applicable standard | ASTM D2570, SH/T0088 |
Environment requirements | 20℃ to 25℃, humidity < 60% |
Fuse | 20A |
Temperature control accuracy | ±3℃ |
Resolution (measurement) | 0.1 ° C |
Temperature control range | room temperature to 88 ℃ |
Flow range | 0 ~ 95L/min, and flow control accuracy is ±5% |
Power supply | AC220V, 50H |
Total power | 7kW |
Product details:
