KERN Coating Thickness Gauge JCT 100 FE;NFE Internal; Max 2000 µm D=, 0.1 µm

The Kern & Sohn Coating Thickness Gauge JCT 100 Fe; nfe Internal; Max, 2000 Μm D= 0, 1 Μm is designed for electrochemical measurement and analytical testing. The coating thickness gauge determines accurately the thickness of coats of paint or varnish on iron or non-iron base material.

Key Features:

• Brand: Kern & Sohn
• Product Type: Coating Thickness Gauge
• Model: JCT 100 Fe nfe Internal
• Measurement Method: Non-destructive measuring
• Sensor: Low-wear sensor
• Adjustment: Single and two-point calibration
• Measurement Modes: Single and repeated measurements
• Display: Three-colour LED display
• Automotive Mode: Automotive mode
• Voice Output: Voice Transmission
• Application: electrochemical measurement and analytical testing

This Kern & Sohn Coating Thickness Gauge is suitable for users needing reliable performance for electrochemical measurement and analytical testing.

Frequently Asked Questions

1. What is the Kern & Sohn Coating Thickness Gauge JCT 100 Fe, nfe Internal, Max, 2000 Μm D= 0, 1 Μm used for?

The JCT 100 Fe nfe Internal is designed for electrochemical measurement and analytical testing. This coating thickness gauge format supports routine laboratory work in that application.

2. What are the main specifications of the JCT 100 Fe nfe Internal?

The main specifications of the JCT 100 Fe nfe Internal are that the adjustment is Single and two-point calibration. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the JCT 100 Fe nfe Internal suitable for electrochemical measurement and analytical testing?

Yes. The JCT 100 Fe nfe Internal is suitable for electrochemical measurement and analytical testing. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement.

4. What type of display does the JCT 100 Fe nfe Internal use?

The JCT 100 Fe nfe Internal uses Three-colour LED display. This is the display configuration provided for routine operation and reading of results.