Selection and Application Instructions for AILEIKE ALKW851B Dry Body Temperature Verification Furnace
The AILEIKE ALKW851B dry body temperature verification furnace is a high-performance, portable temperature verification device. It features a liquid crystal touch display screen, supports switching between Chinese and English interfaces, and offers simple and intuitive operation. With stable overall performance, convenient operation, and no medium pollution, it combines laboratory verification accuracy with on-site calibration portability, making it highly practical.
Common aliases include: dry body furnace, dry well furnace, temperature verification furnace, dry temperature verification furnace, portable temperature verification furnace, etc.
1. Technical indicators
|
name |
Dry body temperature verification furnace |
trap depth |
150mm |
|
Model number |
ALKW851B |
trap opening size |
Φ32mm |
|
temperature range |
35~650℃ |
Measure the diameter of the hole |
Φ6mm Φ8mm Φ10mm Φ12mm |
|
Heat source |
electric heating |
Number of measuring holes |
4 holes |
|
Control method |
LCD touch screen |
Power |
600W |
|
Instrument accuracy |
Level 0.1 |
Power supply |
220V 50Hz |
|
display resolution |
0.01℃ |
Overall dimensions |
360×165×330mm |
|
stability |
±0.1℃ |
weight |
8.5kg |
|
uniformity |
±0.1℃ |
|
|
II. Applicable Scenarios
1. Industrial site inspection: factories, power plants, chemical industries, metallurgy, shipbuilding and marine applications, and other such places.
2. Calibration for various temperature sensors: Calibrate PT100 thermal resistors, various types of thermocouples, temperature transmitters, and small temperature meters.
3. Batch calibration: Multiple probes can be calibrated simultaneously through four temperature measurement holes, enhancing calibration efficiency.
4. Periodic equipment calibration: Regular annual inspections are conducted on temperature measurement instruments associated with mechanical equipment, pipelines, boilers, and ovens.
5. Third-party metrology fieldwork: Conduct temperature testing on-site, retain calibration data, and fill out calibration records.
III. Calibratable products
1. Thermocouple
It can calibrate thermocouples of type K, J, E, T, etc., with a measurement range not exceeding 650℃.
2. Thermal resistance
Compatible with PT100, PT1000, and Cu50, suitable for temperature measurement within the range of 35~650℃.
3. Temperature transmitter and display device
4~20mA, 0~10V output temperature transmitter, as well as the supporting digital temperature display and recorder.
4. Plug-in temperature instrument
Bimetallic thermometer, portable temperature probe, surface temperature probe.
IV. Non-verifiable Products and Instructions
1. S-type, R-type, and other high-temperature thermocouples are not applicable.
2. Sensors with temperatures below 30℃ or above 650℃ cannot be calibrated.
3. Non-intrusive devices: Thermal imaging cameras and radiation thermometers. These devices require calibration using a blackbody furnace.
4. Sensors with a protective tube diameter greater than 12mm cannot be placed in the measurement and control system for calibration, and require special customization of the furnace core aperture.
5. Insufficient probe length (such as a short-stem thermistor less than 70mm) results in significant heat dissipation effects and excessive temperature measurement errors.
V. ALKW851B temperature rise and fall time
|
warm-up time |
cooling time |
||
|
temperature range |
time-consuming |
temperature range |
time-consuming |
|
Normal temperature 25~100℃ |
11 minutes |
650~300℃ |
42 minutes |
|
100~300℃ |
8 minutes |
300~100℃ |
43 minutes |
|
300~650℃ |
16 minutes |
|
|
VI. Conclusion
The AILEIKE ALKW851B Dry Body Temperature Calibration Furnace is a high-precision, portable temperature calibration device. It boasts a wide temperature measurement range of 35~650℃, stable temperature control, and uniform temperature distribution. It can be adapted to the calibration of various thermocouples, thermal resistors, and temperature measurement instruments. The device exhibits excellent temperature rise and fall efficiency, combining the advantages of low power consumption and lightweight design. It is suitable for various scenarios such as industrial inspections, equipment annual inspections, and third-party metrology, effectively enhancing the efficiency of calibration work. When using, it is necessary to strictly adhere to specifications, avoid overtemperature use, ensure the probe insertion length, and block idle holes to ensure accurate and reliable calibration data. It is an indispensable verification device for industrial temperature measurement calibration.