E201-C BNC Electrode PH Sensor Kit

### E201-C BNC Electrode pH Sensor Kit Overview

1. **Type**: pH Sensor Kit

2. **Specifications**:

– **Model**: E201-C

– **Connector**: BNC (Bayonet Neill-Concelman) connector for secure connection

– **pH Range**: Typically 0-14 pH (varies by model)

– **Electrode Type**: Glass electrode for accurate pH measurement

– **Cable Length**: Often comes with a cable of sufficient length for practical use (e.g., 1 meter)

3. **Material**:

– **Electrode**: Made from high-quality glass and other materials for accurate and stable pH measurements

– **Body**: Usually durable plastic or metal for housing the electrode

4. **Functionality**:

– **pH Measurement**: Measures the hydrogen ion concentration in a solution to determine its pH level

– **Electrode**: Provides a stable and accurate measurement of pH values in various solutions

5. **Features**:

– **BNC Connector**: Ensures a secure and stable connection to pH meters or data acquisition systems

– **High Accuracy**: Glass electrode provides precise pH readings

– **Durable Construction**: Designed for long-term use and reliability in various environments

### Typical Uses:

– **Laboratory Analysis**: Measures the pH of solutions in chemical and biological laboratories

– **Water Quality Monitoring**: Used in aquariums, pools, and water treatment facilities to monitor pH levels

– **Industrial Applications**: Monitors pH in manufacturing processes, including food and beverage production

– **Educational Purposes**: Used in educational settings for teaching and learning about pH measurement

### Key Benefits:

– **High Accuracy**: Provides precise and reliable pH measurements for various applications

– **Ease of Use**: Simple to connect and use with compatible pH meters or data systems

– **Versatility**: Suitable for a wide range of applications, from laboratory to industrial settings

### How to Use:

1. **Connect the Sensor**: Attach the BNC connector of the sensor to a compatible pH meter or data acquisition system.

2. **Calibration**: Calibrate the pH meter according to the manufacturer?s instructions to ensure accurate readings.

3. **Measurement**: Immerse the electrode in the solution to be tested and wait for the pH meter to stabilize before taking a reading.

### Example Applications:

– **Laboratories**: Used for precise pH measurements in chemical experiments and research.

– **Water Treatment**: Monitors pH levels in water treatment processes to ensure proper water quality.

– **Aquariums**: Measures the pH of aquarium water to maintain optimal conditions for aquatic life.

– **Food Processing**: Ensures accurate pH levels in food and beverage production for quality control.

### Installation Tips:

– **Proper Calibration**: Regularly calibrate the pH meter to maintain accuracy and reliability.

– **Clean the Electrode**: Rinse the electrode with distilled water before and after use to prevent contamination and ensure accurate readings.

– **Storage**: Store the electrode in a storage solution or according to the manufacturer’s instructions to prevent drying out and maintain functionality.

### Advantages:

– **Precise Measurement**: Provides accurate pH readings for various scientific and industrial applications.

– **Reliable Performance**: Durable design ensures long-term use and consistent results.

– **Secure Connection**: BNC connector offers a stable and secure connection to measurement equipment.

The E201-C BNC Electrode pH Sensor Kit is a reliable tool for measuring the pH of various solutions with high accuracy. Its durable construction, ease of use, and versatility make it suitable for laboratory, industrial, and educational applications.