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The calibration frequency for the class II decibel meter calibrator is 1000 Hz and is a sinusoidal shape. Compared to other calibrators, this class II decibel meter calibrator has three adjustable sound pressure levels. 94 dB, 104 dB and 114 dB are available and can be selected by pressing a button on the class II decibel meter calibrator.
The calibration frequency for the class II sound level calibrator is 1000 Hz and is a sinusoidal shape. Compared to other calibrators, this class II sound level calibrator has three adjustable sound pressure levels. 94 dB, 104 dB and 114 dB are available and can be selected by pressing a button on the class II sound level calibrator.
The calibration frequency for the class II sound level meter calibrator is 1000 Hz and is a sinusoidal shape. Compared to other calibrators, this class II sound level meter calibrator has three adjustable sound pressure levels. 94 dB, 104 dB and 114 dB are available and can be selected by pressing a button on the class II sound level meter calibrator.
The heating mantle PCE-HM 100 is used in applications where samples or liquids must be quickly heated in the laboratory. The flask may have a volume of up to 100 ml and it is placed in the crocheted net of the heating mantle. Here it is heated by the heating elements with a power of 100 W, and the temperature can be continuously adjusted up to 450 °C using the rotary switch on the heating mantle.
The heating mantle PCE-HM 250 is an auxiliary device, which is used in laboratories. The heating mantle helps to heat or control the temperature of different samples or chemicals in the laboratory. The device has a crocheted net inside, in which you can hang the round bottom flask to heat it.
With the air humidity meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the air humidity meter. The air humidity meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the climate meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the climate meter. The climate meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the environmental meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the environmental meter. The environmental meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the environmental tester it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the environmental tester. The environmental tester can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the humidity detector it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the humidity detector. The humidity detector can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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The humidity sensor was developed and constructed for the permanent monitoring of temperature or humidity. The compact dimensions of the humidity sensor are the characteristics of this instrument. The measurement of the temperature and humidity is via a semiconductor component.
The HVACR tester was developed and constructed for the permanent monitoring of temperature or humidity. The compact dimensions of the HVACR tester are the characteristics of this instrument. The measurement of the temperature and humidity is via a semiconductor component.
With the hygrometer it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the hygrometer. The hygrometer can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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The hygrometer was developed and constructed for the permanent monitoring of temperature or humidity. The compact dimensions of the hygrometer are the characteristics of this instrument. The measurement of the temperature and humidity is via a semiconductor component.
With the IoT meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the climate meter. The IoT meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the relative humidity meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the relative humidity meter. The relative humidity meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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The relative humidity meter was developed and constructed for the permanent monitoring of temperature or humidity. The compact dimensions of the relative humidity meter are the characteristics of this instrument. The measurement of the temperature and humidity is via a semiconductor component.
With the temperature meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the temperature meter. The temperature meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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With the thermo hygrometer it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the thermo hygrometer. The thermo hygrometer can therefore be used universally because of its various measuring functions to determine the ambient conditions.
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