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hongjin
Product Features:
A. High temperature control accuracy and wide range (±0.1°C)
B. Clock programming function (set and modify time)
C. Advanced switching power supply with a wide voltage regulation range.
D. Imported integrated circuits and control components.
E. Fully Chinese display.
F. Complies with GB/T16584 (Testing Rubber Vulcanization Properties Using a Rotorless Rheometer) and ISO 6502. The powerful microprocessor uses high-quality imported chips. The computer and microprocessor can acquire signals from the torque sensor and record them on a graph. Simultaneously, the computer and the measurement and control module interface exchange data and control the mold cavity temperature. The rotorless rheometer is designed with a series of interlocking functions, including a plastic glass door. If the door is not closed, the mold cannot be closed. Only when the door is securely closed can the mold be closed and operation can begin. Overall, compared to other models, this model of rheometer offers more stable performance, higher accuracy, affordability, and comprehensive functionality. It is the optimal instrument for testing rubber properties.
Temperature Measurement Range: | Room temperature - 200°C |
Temperature Control Stability: | 100-200°C, ≤±0.1°C |
Setting Range: | 0-200°C; |
Temperature Display Range: | 0-200°C; |
Setting Time Range: | 0-200 minutes; |
Auto-Range Switching: | Automatically increases based on actual torque |
Power Supply: | 50 Hz, ~220V ±10%, 50 ±1 Hz, requires good grounding |
Compressed Air: | 0.32 MPA controlled by a pneumatic control valve |
Oscillating Frequency: | 100 cycles/minute (approximately 1.7 Hz) |
Ambient Temperature: | Normal temperature - 40°C, relative humidity less than 80%, air free of corrosive gases |
Weight: | ≈250 kg |
Dimensions: | 680 × 630 × 1100 mm |
Temperature Measurement Accuracy: | 100-200°C, ≤±0.1°C |
Minimum Setting Unit: | 0.1°C |
Display Resolution: | 0.1°C |
Minimum Setting Unit: | 1 minute |
Power: | 2 kW |
Product Features:
A. High temperature control accuracy and wide range (±0.1°C)
B. Clock programming function (set and modify time)
C. Advanced switching power supply with a wide voltage regulation range.
D. Imported integrated circuits and control components.
E. Fully Chinese display.
F. Complies with GB/T16584 (Testing Rubber Vulcanization Properties Using a Rotorless Rheometer) and ISO 6502. The powerful microprocessor uses high-quality imported chips. The computer and microprocessor can acquire signals from the torque sensor and record them on a graph. Simultaneously, the computer and the measurement and control module interface exchange data and control the mold cavity temperature. The rotorless rheometer is designed with a series of interlocking functions, including a plastic glass door. If the door is not closed, the mold cannot be closed. Only when the door is securely closed can the mold be closed and operation can begin. Overall, compared to other models, this model of rheometer offers more stable performance, higher accuracy, affordability, and comprehensive functionality. It is the optimal instrument for testing rubber properties.
Temperature Measurement Range: | Room temperature - 200°C |
Temperature Control Stability: | 100-200°C, ≤±0.1°C |
Setting Range: | 0-200°C; |
Temperature Display Range: | 0-200°C; |
Setting Time Range: | 0-200 minutes; |
Auto-Range Switching: | Automatically increases based on actual torque |
Power Supply: | 50 Hz, ~220V ±10%, 50 ±1 Hz, requires good grounding |
Compressed Air: | 0.32 MPA controlled by a pneumatic control valve |
Oscillating Frequency: | 100 cycles/minute (approximately 1.7 Hz) |
Ambient Temperature: | Normal temperature - 40°C, relative humidity less than 80%, air free of corrosive gases |
Weight: | ≈250 kg |
Dimensions: | 680 × 630 × 1100 mm |
Temperature Measurement Accuracy: | 100-200°C, ≤±0.1°C |
Minimum Setting Unit: | 0.1°C |
Display Resolution: | 0.1°C |
Minimum Setting Unit: | 1 minute |
Power: | 2 kW |