Examples of using Ph sensor in English and their translations into Russian
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Calibrate the temperature or replace the pH sensor.
Install the pH sensor in the flow cell and tighten the lock ring.
To calibrate the temperature with the pH sensor in a beaker.
Potentiometric pH sensor for lower conductivity water applications>50 μS/cm.
Loosen the lock ring and remove the pH sensor from the flow cell.
Increase Your Chlorine Production with a New, Highly Durable pH Sensor.
The process electrode at the pH sensor tip has a glass bulb, which can break.
TEMP TOO LOW The temperature is less than 0 C Calibrate the temperature or replace the pH sensor.
Wide portfolio of pH sensors for harsh conditions and with hygienic design.
Potentiometric pH sensor for pure water and low conductivity media>2 μS/cm.
Wait at least 30 minutes after flow is started for the temperature readings of the pH sensor to stabilize.
Much like calibrating a pH sensor against a solution of a known pH. .
During the offline calibration the sensors can be cleaned and the pH sensor can be regenerated.
Then the pH sensor can be calibrated with a sample(s) in a beaker or in the flow cell.
Under the guidance of Devyatkov was made probe with 4 pH sensors, and 4 plastic manometric catheters.
Note: The pH sensor should first be calibrated with a reference solution(s) in a beaker.
The white paper also looks at modern developments in pH sensors that extend sensor lifetime and reduce maintenance.
The pH sensor must be installed in the flow cell, connected to the gateway and calibrated before use.
Unlike other commercially available pH sensors, there is no need for external transmitters.
Clean the pH sensor, then repeat the calibration with a fresh buffer or sample, or replace the sensor. .
Combination of a membrane-free sensor for Cl 2, ClO 2 and O 3 with 2 gold electrodes,an optional pH sensor and an analytical transmitter.
To calibrate the pH sensor in the flow cell, install the pH sensor in the flow cell and turn on the flow.
Before the pH sensor is placed in operation, remove the protective cap to expose the process electrode and salt bridge.
The measurement is made with the pH sensor in a beaker that contains a sample or reference solution or with the pH sensor installed in the flow cell.
METTLER TOLEDO pH sensors are very robust and designed to provide continuous dependable measurement performance across the widest range of process conditions.
A calibration is done by putting the pH sensor in a reference solution or sample with a known pH value and then entering that known value into the controller.
METTLER TOLEDO pH sensors are very robust and designed to provide continuous dependable measurement performance across the widest range of process conditions.
For example, a pH sensor with integrated diagnostics can be replaced at just the right time before it fails during an expensive reaction process.