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Tester Petroleum Equipment BPTL-218
Fully Automatic Quenching Medium Cooling Performance Tester
This instrument is a fully computer-automated product that replaces earlier chart recorders. It simplifies operation, reduces manual procedures, and ensures more accurate results. The system consists of a main unit, a computer-controlled automatic testing system, a heating furnace, and a stirring system. Users only need to place the sample into the test cup...
- Microcomputer temperature control system automatically detects the laboratory temperature and calculates the heating rate
- based on the working environment to ensure temperature accuracy.
- The instrument housing is made of cold-rolled steel plate, treated with electrostatic spraying and high-temperature baking for easy
- cleaning and corrosion resistance.
Old SKU: BJL1BA1
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Specifications
| Model | BPTL-218 |
| Applicable Standards | SH/T 0220, JIS K2242 (or optionally ISO 9950) |
| Heating Method | Electric heating wire |
| Temperature Control Range | 80 ± 2°C, 810 ± 2°C |
| Control Method | Digital Display PID Automatic Temperature Control |
| Temperature Control Accuracy | 0.5% |
| Displayed Data | Process curve, cooling rate curve, characteristic temperature |
| Result Determination | Automatic calculation |
| Operating Environment | Indoor use only |
| Temperature | 0 ~ 45°C |
| Relative Humidity | ≤ 80% |
| Power Supply | AC 220V ±10% / 50Hz |
| Total Power | < 2 kW |
| Dimensions | 415 x 455 x 700 mm³ |
| Net Weight | < 40 kg |
Features
Microcomputer temperature control system automatically detects the laboratory temperature and calculates the heating rate
based on the working environment to ensure temperature accuracy.
The instrument housing is made of cold-rolled steel plate, treated with electrostatic spraying and high-temperature baking for easy
cleaning and corrosion resistance.
The high-temperature furnace uses Swiss-imported electric heating wires as heating elements, ensuring uniform temperature and
long service life.
The furnace chamber features an 8-hole cyclic heating , avoiding the common issue of heating wire burnout.
The furnace body is made of stainless steel.
The low-temperature furnace uses mold-formed construction and aluminum bath conduction to prevent samples from splashing
into the heater and causing fires.
The furnace chamber connection adopts a standard slide rail design, allowing sliding for easy maintenance.
The inner holes of the furnace chamber are equipped with anti-signal interference slots to prevent electromagnetic interference
during testing, which could disrupt data collection by the silver probe.
Standard test probe testing complies with experimental standards.
Automatic test probe release requires no manual intervention.
When the furnace temperature reaches the set value, the computer prompts automatically and initiates the test.
Testable media: oils, water, quenching fluids, salt-alkali solutions, rolling cooling fluids, cutting fluids, etc.
Data acquisition uses a high-speed data acquisition card.
The instrument features an overtemperature alarm function.
Results are displayed in both curve and data formats.
Parameters are adjustable.
Stirring rate can be adjusted for different samples.
Capable of storing 500 sets of result data.
Allows simultaneous comparison of three sets of test curves.
Enables querying of any temperature or time data from the test.
based on the working environment to ensure temperature accuracy.
The instrument housing is made of cold-rolled steel plate, treated with electrostatic spraying and high-temperature baking for easy
cleaning and corrosion resistance.
The high-temperature furnace uses Swiss-imported electric heating wires as heating elements, ensuring uniform temperature and
long service life.
The furnace chamber features an 8-hole cyclic heating , avoiding the common issue of heating wire burnout.
The furnace body is made of stainless steel.
The low-temperature furnace uses mold-formed construction and aluminum bath conduction to prevent samples from splashing
into the heater and causing fires.
The furnace chamber connection adopts a standard slide rail design, allowing sliding for easy maintenance.
The inner holes of the furnace chamber are equipped with anti-signal interference slots to prevent electromagnetic interference
during testing, which could disrupt data collection by the silver probe.
Standard test probe testing complies with experimental standards.
Automatic test probe release requires no manual intervention.
When the furnace temperature reaches the set value, the computer prompts automatically and initiates the test.
Testable media: oils, water, quenching fluids, salt-alkali solutions, rolling cooling fluids, cutting fluids, etc.
Data acquisition uses a high-speed data acquisition card.
The instrument features an overtemperature alarm function.
Results are displayed in both curve and data formats.
Parameters are adjustable.
Stirring rate can be adjusted for different samples.
Capable of storing 500 sets of result data.
Allows simultaneous comparison of three sets of test curves.
Enables querying of any temperature or time data from the test.