Features:
- Most useful for calibration of sensors
- Selection of model for high temperature and low temperature test
- Fully stainless steel construction
- Quick temperature achievement with high uniformity & accuracy
- Various lid for different size of probes
- With microprocessor based PID temperature controller
Technical Specifications:
| Part No. |
Inner Size |
Heating/Cooling Model |
Probe/Sensor Wells |
Temp. Range |
Air/Liquid Bath |
| 11430-A |
4” Dia x 14 Depth |
Heating |
3 Nos |
50 c to 600 c |
Air |
| 11430-B |
4” Dia x 14” Depth |
Heating |
3 Nos |
100 c to 1200 c |
Air |
| 11430-C |
7” Dia x 14 Depth |
Cooling |
6 Nos |
-20c to +20c |
Air |
| 11430-D |
7”Dia x 14” Depth |
Cooling |
6 Nos |
-50c to+10c |
Air |
| 11430-E |
10”x10”x12” Depth |
Heating/Cooling |
6 Nos |
-20c to +100c |
Liquid |
| 11430-F |
10”x10”x12” Depth |
Heating/Cooling |
6 Nos |
-60c to +100c |
Liquid |
A Calibration Bath is commonly used for:
- Instrument Calibration: Providing a stable and controlled temperature for calibrating various instruments.
- Temperature Accuracy Verification: Ensuring the accuracy of temperature-sensitive devices and sensors.
- Quality Assurance: Verifying and maintaining the precision of measurement equipment.
- Thermal Testing: Conducting tests to assess the thermal performance of instruments.
- Calibration Standards: Establishing reference points for accurate measurements.
- Metrology Laboratories: Used in metrology labs for precise calibration procedures.
- Research and Development: Supporting R&D activities that require accurate temperature calibration.
- Industrial Metrology: Employed in industries to calibrate temperature-sensitive equipment.
- Testing and Certification: Ensuring instruments meet specified standards through calibration.
- Traceability: Establishing a traceable reference for temperature measurement instruments.
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