Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit

The Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit is designed for accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control. The non-refillable glass body pH electrode includes an integrated NTC 30kΩ temperature sensor, offering reliable pH readings across a range of 0 to 14 and temperatures from 0 to 80°C. The kit connects easily via ProbeBOX 1.0 to the PrimeLab 2.0 system, with automatic electrode recognition and data synchronisation through LabCOM® software and the optional LabCOM® Cloud platform.

Key Features:

• Brand: Water-i.d.
• Electrode Type: Non-refillable glass body pH electrode with integrated NTC 30kΩ temperature sensor
• Measurement Range: pH 0 to 14
• Temperature Range: 0 to 80°C
• Compatibility: Designed for use with ProbeBOX 1.0 and PrimeLab 2.0 systems
• Software Integration: Automatic recognition of connected electrodes with synchronisation via LabCOM® and LabCOM® Cloud (optional)

Scope of supply:

• pH electrode (non-refillable, glass body)
• 3 × 20 ml buffer solutions (pH 4.00, 7.00, 10.00)
• 10 ml KCl soaking solution
• USB Type-C cable
• ProbeBOX 1.0 device
• Carrying case
• User manual

This pH starter kit is an essential tool for professionals who require high-precision, easy-to-use pH measurement solutions in laboratory or field settings.

Frequently Asked Questions

1. What is the Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit used for?

It is designed for accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control. The non-refillable glass body pH electrode includes an integrated NTC 30kΩ temperature sensor, offering reliable pH readings across a range of 0 to 14 and temperatures from 0 to 80°C. The kit connects easily via ProbeBOX 1.0 to the PrimeLab 2.0 system, with automatic electrode recognition and data synchronisation through LabCOM® software and the optional LabCOM® Cloud platform.

2. Is the Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit suitable for accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control?

Yes. It is designed for accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control, and offers a temperature range of 0 to 80°C and 3 × 20 ml buffer solutions (pH 4.00, 7.00, 10.00) to support this kind of work.

3. What temperature range does the Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit have?

It has a temperature range of 0 to 80°C, 3 × 20 ml buffer solutions (pH 4.00, 7.00, 10.00) and 10 ml KCl soaking solution, and is supplied under manufacturer part number PL2SP-ELPHGLATC-.

4. What is the Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit compatible with?

It is compatible with probeBOX 1.0 and PrimeLab 2.0 systems. It also offers non-refillable glass body pH electrode with integrated NTC 30kΩ temperature sensor and pH 0 to 14.

5. How does the Water-i.d. ProbeBOX Electrode-Starter-Kit "pH / Temp." (Glass Body) # PL2SP-ElpHGLATC-Kit compare with the Hamilton Electrode Polyplast Temp DIN from Hamilton?

For accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control, the Water-i.d model is the better choice, offering a temperature range of 0 to 80°C, 3 × 20 ml buffer solutions (pH 4.00, 7.00, 10.00) and 10 ml KCl soaking solution. The Hamilton model offers standard DIN connections for easy integration and resists wear and harsh chemical environments as an alternative, while the Water-i.d model's non-refillable glass body pH electrode with integrated NTC 30kΩ temperature sensor and pH 0 to 14 help make it a strong fit for accurate pH measurement in water analysis applications such as research, environmental monitoring, and quality control.