Electronic pH Meter With Temperature Reading FT15
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Without requiring additional reagents (tablets, drops, etc.)
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Electronic Meters offer a professional way to measure various water parameters, such as conductivity, salinity (total dissolved solids), pH, Temperature and ORP (Redox).
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The test result is displayed on the device within seconds after dipping it in the water sample.
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The sensitive electrodes should always be kept wet and calibrated at regular intervals, preferably before each measurement, by using a reference fluid which are provided by Unifi as well.
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Depending on the model, ATC (automatic temperature compensation) is a feature of the Electronic Meter
Electronic pH Meter With Temperature Reading & Humidity Reading FT20
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Without requiring additional reagents (tablets, drops, etc.)
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Electronic Meters offer a professional way to measure various water parameters, such as conductivity, salinity (total dissolved solids), pH, Temperature and ORP (Redox).
​
-
The test result is displayed on the device within seconds after dipping it in the water sample.
​
-
The sensitive electrodes should always be kept wet and calibrated at regular intervals, preferably before each measurement, by using a reference fluid which are provided by Unifi as well.
​
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Depending on the model, ATC (automatic temperature compensation) is a feature of the Electronic Meter
Electronic TDS Meter (Total Dissolved Solids) FT34
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Without requiring additional reagents (tablets, drops, etc.)
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Electronic Meters offer a professional way to measure various water parameters, such as conductivity, salinity (total dissolved solids), pH, Temperature and ORP (Redox).
​
-
The test result is displayed on the device within seconds after dipping it in the water sample.
​
-
The sensitive electrodes should always be kept wet and calibrated at regular intervals, preferably before each measurement, by using a reference fluid which are provided by Unifi as well.
​
-
Depending on the model, ATC (automatic temperature compensation) is a feature of the Electronic Meter
Electronic TDS Meter (Total Dissolved Solids) FT34
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Without requiring additional reagents (tablets, drops, etc.)
​
-
Electronic Meters offer a professional way to measure various water parameters, such as conductivity, salinity (total dissolved solids), pH, Temperature and ORP (Redox).
​
-
The test result is displayed on the device within seconds after dipping it in the water sample.
​
-
The sensitive electrodes should always be kept wet and calibrated at regular intervals, preferably before each measurement, by using a reference fluid which are provided by Unifi as well.
​
-
Depending on the model, ATC (automatic temperature compensation) is a feature of the Electronic Meter
Electronic Meter For pH-, ORP -(Redox) FT40
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Without requiring additional reagents (tablets, drops, etc.)
​
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Electronic Meters offer a professional way to measure various water parameters, such as conductivity, salinity (total dissolved solids), pH, Temperature and ORP (Redox).
​
-
The test result is displayed on the device within seconds after dipping it in the water sample.
​
-
The sensitive electrodes should always be kept wet and calibrated at regular intervals, preferably before each measurement, by using a reference fluid which are provided by Unifi as well.
​
-
Depending on the model, ATC (automatic temperature compensation) is a feature of the Electronic Meter
Electronic Meter FT7200
Without requiring additional reagents (tablets, drops, etc.), the Electronic Meters offer an absolutely professional way to measure various water values; such as, for example, conductivity, salinity (total dissolved solids), and pH value. The established value is displayed on the device within seconds after dipping the device in sample liquid. The sensitive electrodes, however, should always be kept damp. They should becalibrated at regular intervals, preferably before each measurement, by using a reference fluid. Both the batteries and the electrodes can be changed. The working range of the Electronic Meter is between 0 – 50°C; depending on the model temperature can be compensated for by determining the measurement value.