Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit

The Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) PL2SP-ElECHRGLATC-Kit is designed for high-range conductivity measurements in laboratory environments. This comprehensive kit includes a glass body conductivity electrode with a cell constant of K = 1.0, suitable for measurements in the range of 0 to 200 mS/cm. The integrated NTC 30kΩ temperature sensor ensures accurate temperature compensation across a temperature range of 0 to 50°C, enhancing measurement reliability.

Key Features:

• Brand: Water-i.d.
• Electrode Type: Glass body conductivity electrode with integrated NTC 30kΩ temperature sensor
• Cell Constant: K = 1.0
• Conductivity Range: 0 to 200 mS/cm
• Temperature Range: 0 to 50°C
• Temperature Sensor: Integrated NTC 30kΩ for automatic temperature compensation
• Compatibility: Designed for use with ProbeBOX 1.0 and PrimeLab 2.0 systems
• Included Accessories: ProbeBOX 1.0 device, 2 x 20 ml calibration solutions (EC 1413 µS/cm / 12.88 mS/cm), USB Type-C cable, carrying case, and user manual

Scope of supply:

• Conductivity cell probe (glass body, corrosion-resistant)
• 2 x 20 ml calibration solutions (EC 1413 µS/cm and 12.88 mS/cm)
• USB Type-C cable
• ProbeBOX 1.0 device
• Carrying case
• User manual

This starter kit is an essential tool for laboratories requiring reliable and accurate high-range conductivity measurements.

Frequently Asked Questions

1. What is the Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit used for?

It is designed for high-range conductivity measurements in laboratory environments. This comprehensive kit includes a glass body conductivity electrode with a cell constant of K = 1.0, suitable for measurements in the range of 0 to 200 mS/cm. The integrated NTC 30kΩ temperature sensor ensures accurate temperature compensation across a temperature range of 0 to 50°C, enhancing measurement reliability.

2. Is the Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit suitable for high-range conductivity measurements in laboratory environments?

Yes. It is designed for high-range conductivity measurements in laboratory environments, and offers a conductivity range of 0 to 200 mS/cm and a temperature range of 0 to 50°C to support this kind of work.

3. What conductivity range and temperature range does the Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit have?

It has a conductivity range of 0 to 200 mS/cm, a temperature range of 0 to 50°C and 2 x 20 ml calibration solutions (EC 1413 µS/cm and 12.88 mS/cm), and is supplied under manufacturer part number PL2SP-ELECHRGLAT.

4. What is the Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit compatible with?

It is compatible with probeBOX 1.0 and PrimeLab 2.0 systems. It also offers glass body conductivity electrode with integrated NTC 30kΩ temperature sensor and K = 1.0.

5. How does the Water-i.d. ProbeBOX Electrode-Starter-Kit "EC (HR) / Temp." (Glass Body / Corrosion-Resistant) (K = 1.0) # PL2SP-ElECHRGLATC-Kit compare with the SI Analytics pH-Electrode AquaLine 79 Pt Temp. Range -5 to +80°C pH Range 2 to 13, Length 120mm from SI Analytics?

For high-range conductivity measurements in laboratory environments, the Water-i.d model is the better choice, offering a conductivity range of 0 to 200 mS/cm, a temperature range of 0 to 50°C and 2 x 20 ml calibration solutions (EC 1413 µS/cm and 12.88 mS/cm). The SI Analytics model offers a ph range of 2 to 13 and a length of 120mm as an alternative, while the Water-i.d model's glass body conductivity electrode with integrated NTC 30kΩ temperature sensor and K = 1.0 help make it a strong fit for high-range conductivity measurements in laboratory environments.