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Digital-Microprocessor pH Meter

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Digital-Microprocessor pH Meter

Digital-Microprocessor pH Meter

Digital-Microprocessor pH Meter

sage/Application

Laboratory

Weight

750g

Calibration

3Ponits

Resolution

0.1/0.01pH

Display Type

LCD

Type Of Ph Meter

Table-Top

Ph Range

0-14.00pH

Minimum Order Quantity

1

 

  • Digital-Microprocessor pH Meter : pH Range 0-14.00pH, upto 3 points calibration
  • pH Buffer options USA (pH4.01, 7.00, 10.01)
  • Temp. Compensation 0~100°C, Manual
  • Packaging Details: Dimension (LxWxH) mm 210x205x75 mm Weight 1.5kg
  • Connector- BNC

Product Description

Digital-Microprocessor pH Meter 3 Points Calibration
Manual Temperature Compensation
It has intelligent functions for calibration, data storage / Memory Automatically display the percentage of slope after calibration is over. Equipped with electrode holder and calibration buffer solution, which is more convenient to use. 

A digital-microprocessor pH meter is a device used to measure the acidity or alkalinity of a solution, usually in a laboratory setting. It uses a digital display and a microprocessor to calculate and display the pH value of the solution being tested.

The pH meter consists of a glass electrode and a reference electrode. The glass electrode measures the potential difference between the solution being tested and an internal reference solution, while the reference electrode maintains a constant potential difference with respect to the glass electrode.

The microprocessor inside the pH meter takes the voltage measurements from the electrodes and converts them into pH values, which are then displayed on the digital readout. This allows for accurate and precise measurements of pH in a variety of solutions.

Digital-microprocessor pH meters are widely used in many fields, including chemistry, biology, environmental science, and industrial applications. They are an important tool for researchers and scientists to accurately measure the acidity or alkalinity of solutions and to monitor changes over time.

 

$39.87

Original: $132.91

-70%
Digital-Microprocessor pH Meter

$132.91

$39.87

Product Information

Shipping & Returns

Description

Digital-Microprocessor pH Meter

Digital-Microprocessor pH Meter

sage/Application

Laboratory

Weight

750g

Calibration

3Ponits

Resolution

0.1/0.01pH

Display Type

LCD

Type Of Ph Meter

Table-Top

Ph Range

0-14.00pH

Minimum Order Quantity

1

 

  • Digital-Microprocessor pH Meter : pH Range 0-14.00pH, upto 3 points calibration
  • pH Buffer options USA (pH4.01, 7.00, 10.01)
  • Temp. Compensation 0~100°C, Manual
  • Packaging Details: Dimension (LxWxH) mm 210x205x75 mm Weight 1.5kg
  • Connector- BNC

Product Description

Digital-Microprocessor pH Meter 3 Points Calibration
Manual Temperature Compensation
It has intelligent functions for calibration, data storage / Memory Automatically display the percentage of slope after calibration is over. Equipped with electrode holder and calibration buffer solution, which is more convenient to use. 

A digital-microprocessor pH meter is a device used to measure the acidity or alkalinity of a solution, usually in a laboratory setting. It uses a digital display and a microprocessor to calculate and display the pH value of the solution being tested.

The pH meter consists of a glass electrode and a reference electrode. The glass electrode measures the potential difference between the solution being tested and an internal reference solution, while the reference electrode maintains a constant potential difference with respect to the glass electrode.

The microprocessor inside the pH meter takes the voltage measurements from the electrodes and converts them into pH values, which are then displayed on the digital readout. This allows for accurate and precise measurements of pH in a variety of solutions.

Digital-microprocessor pH meters are widely used in many fields, including chemistry, biology, environmental science, and industrial applications. They are an important tool for researchers and scientists to accurately measure the acidity or alkalinity of solutions and to monitor changes over time.