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- -80°C to 300°C, 470mm Immersion.
- The Isotech Hydra range of calibration baths have proved very successful since their introduction in 2003. These deep stirred liquid baths are suitable for the low uncertainty calibration of long thermometers including liquid in glass and extended length SPRTS.
- Can accept large Water Triple Point Cells
- Variable Cooling Power
- Low Filling Cost
- -80°C to 300°C, 470mm Immersion.
- The Isotech Hydra range of calibration baths have proved very successful since their introduction in 2003. These deep stirred liquid baths are suitable for the low uncertainty calibration of long thermometers including liquid in glass and extended length SPRTS.
- Can accept large Water Triple Point Cells
- Variable Cooling Power
- Low Filling Cost
- -80°C to 300°C, 470mm Immersion.
- The Isotech Hydra range of calibration baths have proved very successful since their introduction in 2003. These deep stirred liquid baths are suitable for the low uncertainty calibration of long thermometers including liquid in glass and extended length SPRTS.
- Can accept large Water Triple Point Cells
- Variable Cooling Power
- Low Filling Cost
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- -80°C to 300°C, 300mm Immersion.
- Precision calibration of thermometers calls for the use of stirred liquid calibration baths. The Hydra models set new standards in terms of price to performance ratio.
- Four Models, -80°C to 300°C
- Stability 0.01°C
- Excellent Uniformity
- Full Name*
- -80°C to 300°C, 300mm Immersion.
- Precision calibration of thermometers calls for the use of stirred liquid calibration baths. The Hydra models set new standards in terms of price to performance ratio.
- Four Models, -80°C to 300°C
- Stability 0.01°C
- Excellent Uniformity
- Full Name*
- -80°C to 300°C, 300mm Immersion.
- Precision calibration of thermometers calls for the use of stirred liquid calibration baths. The Hydra models set new standards in terms of price to performance ratio.
- Four Models, -80°C to 300°C
- Stability 0.01°C
- Excellent Uniformity
- Full Name*
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Parallel Tube Liquid Bath Libra Model 785L
- Best performance, -80°C to 300°C
- Isotech calibration baths employ sophisticated designs to ensure calibration to the smallest of uncertainties.
- Uncertainties to <1mK
- Physical separation of heating from Calibration Volume
Parallel Tube Liquid Bath Libra Model 785M
- Best performance, -80°C to 300°C
- Isotech calibration baths employ sophisticated designs to ensure calibration to the smallest of uncertainties.
- Uncertainties to <1mK
- Physical separation of heating from Calibration Volume
Parallel Tube Liquid Bath Libra Model 785H
- Best performance, -80°C to 300°C
- Isotech calibration baths employ sophisticated designs to ensure calibration to the smallest of uncertainties.
- Uncertainties to <1mK
- Physical separation of heating from Calibration Volume
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Parallel Tube Liquid Bath Model 915LW
- -65°C to 300°C
- The 915 is, no question, the finest stirred liquid parallel tube bath produced.
- Excellent Uniformity
- Uncertainties to 0.0005°C
Parallel Tube Liquid Bath Model 915MWE
- -65°C to 300°C
- The 915 is, no question, the finest stirred liquid parallel tube bath produced.
- Excellent Uniformity
- Uncertainties to 0.0005°C
Parallel Tube Liquid Bath Model 915H
- -65°C to 300°C
- The 915 is, no question, the finest stirred liquid parallel tube bath produced.
- Excellent Uniformity
- Uncertainties to 0.0005°C
Large Volume Liquid Bath Model 820
- 30°C to 200°C
- If you have a large number of sensors to calibrate then this economically priced stirred liquid bath is the solution. The 820 bath has been introduced to provide a liquid calibration bath with a large volume.
- Large volume for calibration of a number of sensors,
- Good comparison accuracy ±0.01°C
- Simple Stirred Ice/Water Bath, 0°C
- The most used temperature for calibration is 0°C.
