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PRRH0175 Automatic Diesel Oxidation Stability Tester
This product is designed and manufactured in accordance with the standard requirements of SH/T0175 Determination of Oxidation Stability of Distillate
Product details
PRRH0175 Automatic Diesel Oxidation Stability Tester
Execution standard:Designed and manufactured according to the standard requirements of SH/T0175 Determination of Oxidation Stability of Distillate Fuel Oil (Accelerated Method).
Scope of application:Suitable for determining the inherent stability of middle distillate fuel oil under accelerated oxidation conditions. Method summary: The filtered 350ml sample was subjected to continuous bubbling with oxygen and aged at 95 ℃ for 16 hours. After cooling, the total insoluble content of the sample was measured in mg/100ml.
Performance characteristics:This instrument consists of a heated water bath, a cooling chamber, and a control system. All stainless steel structure, corrosion-resistant. The microcontroller control system controls the entire process and achieves a 'guard free' state. The automatic water level protection system ensures the water level height during the experiment. It can automatically complete tasks such as injection, constant temperature, cooling, oxidation process, alarm, and full monitoring. Operators can work in the 'start no watch' operation mode to complete the standard oxidation cooling process. Equipped with fault diagnosis function, once a fault occurs, it will immediately sound an alarm and the instrument will automatically take safety protection measures. Its functions include constant temperature bath over temperature protection, constant temperature bath water level protection, heater protection, etc., providing reliable guarantees for the safe operation of the instrument. This instrument has unique design, high degree of automation, and easy operation.
Technical Specifications:
1. Test hole position: 6 holes
2. Constant temperature control point: 95 ℃± 0.2 ℃
3. Oxidation time: 16h ± 0.2h
4. Cooling time: 4 hours
5. Oxygen flow rate: 50 ± 5ml/min
6. Heating power: 2700w
7. Environmental temperature: 5-40 ℃
8. Humidity: ≤ 85%
9. Working power supply: AC220V ± 10% 50Hz
PRRH0175 automatic diesel oxidation stability tester
Executive standard: designed and manufactured according to SH/T0175 Test Method for Oxidation Stability of Distillate Fuel Oil (Accelerated Method).
Scope of application:applicable to the determination of inherent stability of intermediate distillate fuel oil under accelerated oxidation conditions. Method summary: The filtered 350ml sample was subjected to continuous bubbling with oxygen and aging at 95 ℃ for 16 hours. After the aging and cooling, the total insoluble content of the sample was measured, expressed in mg/100ml.
Performance characteristics:the instrument is composed of heated water bath, cooling chamber and control system. All stainless steel construction, corrosion resistant. Single-chip microcomputer control system controls the whole process to achieve 'guard free' status. Automatic water level protection system to ensure the water level in the experiment. It can automatically complete the injection, constant temperature, cooling, oxidation process, alarm, whole-process monitoring and other work. The operator can work in the operation mode of 'start - no guard' to complete the whole process of oxidation - cooling specified in the standard. It has fault diagnosis function. Once a fault occurs, it will automatically alarm and the instrument will automatically take safety protection measures. Its functions include thermostatic bath over-temperature protection, thermostatic bath water level protection, heater protection, etc., providing reliable guarantee for safe operation of the instrument. This instrument is characterized by unique design, high degree of automation and easy operation.
Technical parameters:
Execution standard:Designed and manufactured according to the standard requirements of SH/T0175 Determination of Oxidation Stability of Distillate Fuel Oil (Accelerated Method).
Scope of application:Suitable for determining the inherent stability of middle distillate fuel oil under accelerated oxidation conditions. Method summary: The filtered 350ml sample was subjected to continuous bubbling with oxygen and aged at 95 ℃ for 16 hours. After cooling, the total insoluble content of the sample was measured in mg/100ml.
Performance characteristics:This instrument consists of a heated water bath, a cooling chamber, and a control system. All stainless steel structure, corrosion-resistant. The microcontroller control system controls the entire process and achieves a 'guard free' state. The automatic water level protection system ensures the water level height during the experiment. It can automatically complete tasks such as injection, constant temperature, cooling, oxidation process, alarm, and full monitoring. Operators can work in the 'start no watch' operation mode to complete the standard oxidation cooling process. Equipped with fault diagnosis function, once a fault occurs, it will immediately sound an alarm and the instrument will automatically take safety protection measures. Its functions include constant temperature bath over temperature protection, constant temperature bath water level protection, heater protection, etc., providing reliable guarantees for the safe operation of the instrument. This instrument has unique design, high degree of automation, and easy operation.
Technical Specifications:
1. Test hole position: 6 holes
2. Constant temperature control point: 95 ℃± 0.2 ℃
3. Oxidation time: 16h ± 0.2h
4. Cooling time: 4 hours
5. Oxygen flow rate: 50 ± 5ml/min
6. Heating power: 2700w
7. Environmental temperature: 5-40 ℃
8. Humidity: ≤ 85%
9. Working power supply: AC220V ± 10% 50Hz
PRRH0175 automatic diesel oxidation stability tester
Executive standard: designed and manufactured according to SH/T0175 Test Method for Oxidation Stability of Distillate Fuel Oil (Accelerated Method).
Scope of application:applicable to the determination of inherent stability of intermediate distillate fuel oil under accelerated oxidation conditions. Method summary: The filtered 350ml sample was subjected to continuous bubbling with oxygen and aging at 95 ℃ for 16 hours. After the aging and cooling, the total insoluble content of the sample was measured, expressed in mg/100ml.
Performance characteristics:the instrument is composed of heated water bath, cooling chamber and control system. All stainless steel construction, corrosion resistant. Single-chip microcomputer control system controls the whole process to achieve 'guard free' status. Automatic water level protection system to ensure the water level in the experiment. It can automatically complete the injection, constant temperature, cooling, oxidation process, alarm, whole-process monitoring and other work. The operator can work in the operation mode of 'start - no guard' to complete the whole process of oxidation - cooling specified in the standard. It has fault diagnosis function. Once a fault occurs, it will automatically alarm and the instrument will automatically take safety protection measures. Its functions include thermostatic bath over-temperature protection, thermostatic bath water level protection, heater protection, etc., providing reliable guarantee for safe operation of the instrument. This instrument is characterized by unique design, high degree of automation and easy operation.
Technical parameters:
Test hole location: 6 holes
Constant temperature control point: 95 ℃± 0.2 ℃
Oxidation time: 16h ± 0.2h
Cooling time: 4 h
Oxygen flow: 50 ± 5ml/min
Heating power: 2700w
Ambient temperature: 5 ～ 40 ℃
Humidity: ≤ 85%
Working power supply: AC220V ± 10% 50Hz
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