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PYD-261-1
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Pensky-Martens Closed Cup Flash Point Tester is designed and manufactured as per standards GB/T 261-2021 Determination of Flash Point - Pensky-Martens Closed Cup Method and ASTM D93 Standard Test Method for Flash Point by Pensky-Martens Closed Cup Tester. It is used to make determination of the closed cup flash point of the petroleum products.
Characteristic:
Single chip microcomputer control technique.LCD screen displays.The heating power is continuously step-less adjustable.The rate of heating up is exact.Easy setting for parameters.
The LCD screen has prompting menu,prompting input operation interface.It shows the setted parameters,real-time temperatures and other test parameters.Press the “record”button when the flash point appears.The screen will show and reserve the flash point.
The structure is newly design and small.Stainless steel table-board looks clean and beautiful.It can be used as long as equipped with gas or other civilian fuels.It is easy to use and test results exact.
Pensky-Martens Closed Cup Flash Point Tester is designed and manufactured as per standards GB/T 261-2021 Determination of Flash Point - Pensky-Martens Closed Cup Method and ASTM D93 Standard Test Method for Flash Point by Pensky-Martens Closed Cup Tester. It is used to make determination of the closed cup flash point of the petroleum products.
Characteristic:
Single chip microcomputer control technique.LCD screen displays.The heating power is continuously step-less adjustable.The rate of heating up is exact.Easy setting for parameters.
The LCD screen has prompting menu,prompting input operation interface.It shows the setted parameters,real-time temperatures and other test parameters.Press the “record”button when the flash point appears.The screen will show and reserve the flash point.
The structure is newly design and small.Stainless steel table-board looks clean and beautiful.It can be used as long as equipped with gas or other civilian fuels.It is easy to use and test results exact.
Power supply | AC (220±10%)V, 50Hz | |
Total power consumption | ≤650W | |
Heating device | (1)The furnace is silicon carbide material. Power is 600W | |
(2)The heating power is adjustable from 0 W to 600W | ||
Heating rate | Procedure A: (5~6)℃/min | |
Procedure B:(1~1.5)℃/min | ||
Procedure C:(2.5~3.5)℃/min | ||
Stirring device | (1)Stirring motor | |
(2) Driving mode: flexible shaft | ||
(3) Shaft size: 8mm*40mm | ||
Stirring rate | Procedure A: (90~120) RPM | |
Procedure B: (250±10) RPM | ||
Procedure A: (90~120) RPM | ||
Stand oil cup | (1)Internal diameter:50.7mm~50.8mm | |
(2) Depth: 55.7mm~56.0mm | ||
(3) Marking depth of oil testing capacity: 33.9mm~34.3mm | ||
(4) Oil test capacity: about 70m | ||
Igniting device | Igniting source: gas(or other civilian fuels, the same below) | |
Ambient temperature | (15~35)℃ | |
Relative humidit | ≤ 85% | |
Dimension | 340mm*330mm*380mm | |
Net weight | 9kg |
Power supply | AC (220±10%)V, 50Hz | |
Total power consumption | ≤650W | |
Heating device | (1)The furnace is silicon carbide material. Power is 600W | |
(2)The heating power is adjustable from 0 W to 600W | ||
Heating rate | Procedure A: (5~6)℃/min | |
Procedure B:(1~1.5)℃/min | ||
Procedure C:(2.5~3.5)℃/min | ||
Stirring device | (1)Stirring motor | |
(2) Driving mode: flexible shaft | ||
(3) Shaft size: 8mm*40mm | ||
Stirring rate | Procedure A: (90~120) RPM | |
Procedure B: (250±10) RPM | ||
Procedure A: (90~120) RPM | ||
Stand oil cup | (1)Internal diameter:50.7mm~50.8mm | |
(2) Depth: 55.7mm~56.0mm | ||
(3) Marking depth of oil testing capacity: 33.9mm~34.3mm | ||
(4) Oil test capacity: about 70m | ||
Igniting device | Igniting source: gas(or other civilian fuels, the same below) | |
Ambient temperature | (15~35)℃ | |
Relative humidit | ≤ 85% | |
Dimension | 340mm*330mm*380mm | |
Net weight | 9kg |