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| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 30 Sets Per Month |
ASTMD 1525 Vicat Softening Temperature Of Determination Thermal Testing Equipment
Product Information For Vicat Softening Temperature Of Determination Thermal Testing Equipment:
The vicat softening temperature determination tester conforms to ISO 306-2013 clause 5.2 figure 1, ISO 2507, ISO 75, ASTMD 1525, ASTMD 648, etc.
It is mainly used for the determination of thermal deformation temperature and Vicat softening point temperature of non-metallic materials such as plastics, hard rubber, nylon, electrical insulating materials, long fiber reinforced composite materials, high-strength thermosetting extrusion materials, etc. Which is widely used in colleges and universities, scientific research units and product quality supervision and inspection units.
The instrument adopts PLC (programmable controller), touch screen display and operation, and the modular design temperature control unit, which make the performance of the instrument more stable and the operation easier and more convenient.
During the operation, operator only inputs the specimen size, the standard deflection and required weight of the test will be automatically calculated out, avoiding human calculation errors.
The test process can be completed by following the displayed prompts, with high degree of automation, low failure rate, and simple maintenance. It is an advanced instrument used for the determination of thermal deformation and vicat softening point temperature of non-metallic materials.
Technical Parameters For Vicat Softening Temperature Of Determination Thermal Testing Equipment:
1 Temperature range: room temperature -300℃.
2 Heating rate: 120±10℃/h (12℃±1℃/6min)
50 ± 5℃/h(5℃±0.5℃/6min)
3 Temperature error: ±1℃
Deformation error: ±0.01mm
4 Minimum resolution of temperature: 0.1℃
Minimum resolution of deformation: 0.001mm
5 Load range: 0.864N-49.03N
Load error: ±0.5%
6 Support span: 64-100mm continuously adjustable
7 Heating power: 3KW
8 Power supply voltage: Transformer primary AC 127V/60Hz 3.5KVA
Transformer secondary AC220V/50Hz
9 Heating medium: methyl silicone oil (the flash point temperature of the medium should be higher than the maximum test temperature).
10 Cooling method: natural cooling above 150℃, water cooling or natural cooling below 150℃.
11 This machine has a horizontal host, and its dimensions: 560×620×640
12 Fuel tank capacity: 12.5 liters
1 Must be heated in the presence of heating medium, otherwise the heating tube will burst due to overheating by dry burning.
2 The test specimen should be taken out if it falls into the fuel tank. The stirring motor must be turned off when taking specimens out.
3. Before using cooling water (or air) to cool down, the water (or air) pipe must be fixed to prevent burns. After cooling down, be sure to drain the water in the cooling pipe or blow it out with high-pressure air.
4. Regularly check the liquid level position of the heating medium to ensure that the oil level reaches the specified position.
5 The instrument limits the heating up to 300°C. It should be noted that the flash point temperature of the oil used should be greater than 300°C and the viscosity of the methyl silicone oil is less than 500 centistokes.
6 When loading and unloading weights, move away the magnetic core of the displacement sensor to avoid damage to the magnetic core.
Video
Video
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|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 30 Sets Per Month |
ASTMD 1525 Vicat Softening Temperature Of Determination Thermal Testing Equipment
Product Information For Vicat Softening Temperature Of Determination Thermal Testing Equipment:
The vicat softening temperature determination tester conforms to ISO 306-2013 clause 5.2 figure 1, ISO 2507, ISO 75, ASTMD 1525, ASTMD 648, etc.
It is mainly used for the determination of thermal deformation temperature and Vicat softening point temperature of non-metallic materials such as plastics, hard rubber, nylon, electrical insulating materials, long fiber reinforced composite materials, high-strength thermosetting extrusion materials, etc. Which is widely used in colleges and universities, scientific research units and product quality supervision and inspection units.
The instrument adopts PLC (programmable controller), touch screen display and operation, and the modular design temperature control unit, which make the performance of the instrument more stable and the operation easier and more convenient.
During the operation, operator only inputs the specimen size, the standard deflection and required weight of the test will be automatically calculated out, avoiding human calculation errors.
The test process can be completed by following the displayed prompts, with high degree of automation, low failure rate, and simple maintenance. It is an advanced instrument used for the determination of thermal deformation and vicat softening point temperature of non-metallic materials.
Technical Parameters For Vicat Softening Temperature Of Determination Thermal Testing Equipment:
1 Temperature range: room temperature -300℃.
2 Heating rate: 120±10℃/h (12℃±1℃/6min)
50 ± 5℃/h(5℃±0.5℃/6min)
3 Temperature error: ±1℃
Deformation error: ±0.01mm
4 Minimum resolution of temperature: 0.1℃
Minimum resolution of deformation: 0.001mm
5 Load range: 0.864N-49.03N
Load error: ±0.5%
6 Support span: 64-100mm continuously adjustable
7 Heating power: 3KW
8 Power supply voltage: Transformer primary AC 127V/60Hz 3.5KVA
Transformer secondary AC220V/50Hz
9 Heating medium: methyl silicone oil (the flash point temperature of the medium should be higher than the maximum test temperature).
10 Cooling method: natural cooling above 150℃, water cooling or natural cooling below 150℃.
11 This machine has a horizontal host, and its dimensions: 560×620×640
12 Fuel tank capacity: 12.5 liters
1 Must be heated in the presence of heating medium, otherwise the heating tube will burst due to overheating by dry burning.
2 The test specimen should be taken out if it falls into the fuel tank. The stirring motor must be turned off when taking specimens out.
3. Before using cooling water (or air) to cool down, the water (or air) pipe must be fixed to prevent burns. After cooling down, be sure to drain the water in the cooling pipe or blow it out with high-pressure air.
4. Regularly check the liquid level position of the heating medium to ensure that the oil level reaches the specified position.
5 The instrument limits the heating up to 300°C. It should be noted that the flash point temperature of the oil used should be greater than 300°C and the viscosity of the methyl silicone oil is less than 500 centistokes.
6 When loading and unloading weights, move away the magnetic core of the displacement sensor to avoid damage to the magnetic core.
