Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm

The Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N delivers high-precision force measurements for demanding laboratory and industrial applications. With a maximum capacity of 20 N and a fine resolution of 0.004 N, this digital gauge ensures accurate and consistent readings. It is ideal for tasks that require delicate force detection and detailed analysis, offering a user-friendly digital interface and robust performance.

Key Features:

• Brand: Kern & Sohn
• Maximum Capacity: 20 N
• Resolution: 0.004 N for ultra-precise measurement
• Display: Clear digital readout for quick and accurate readings
• Applications: Suitable for laboratory, industrial, and research environments requiring sensitive force detection
• Power: Battery operated for portability
• Design: Compact, ergonomic, and built for professional use
• Measuring Cell: Integrated for tensile and compressive force measurement; internal load cell is disabled when external load cell connected
• Sensor Compatibility: Suitable for 4-wire and 6-wire sensors with strain gauges
• Touchscreen: 3.5" touchscreen
• Multi-Channel Measurement: Simultaneous measurement on up to four channels
• Adjustment: Two-point adjustment with weights or numerical input
• Data Storage: Integrated SD card memory
• Interfaces: USB interface for programming, data transfer, and power supply
• Functions: Tolerance function, TRACK function for continuous measurement display, peak value measurement
• Power Supply: Rechargeable battery operation
• Compatibility: Can be mounted on all SAUTER test stands

Scope of Supply:

• Force gauge
• System case (systainer® T-LOC)
• Plug-in power supply
• USB cable type C

This force gauge is the perfect solution for professionals who need high-resolution, reliable force measurements in a compact and easy-to-use device.

Frequently Asked Questions

1. What is the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm used for?

It delivers high-precision force measurements for demanding laboratory and industrial applications. With a maximum capacity of 20 N and a fine resolution of 0.004 N, this digital gauge ensures accurate and consistent readings. It is ideal for tasks that require delicate force detection and detailed analysis, offering a user-friendly digital interface and robust performance.

2. Is the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm suitable for laboratory, industrial, and research environments requiring sensitive force detection?

Yes. It is designed for laboratory, industrial, and research environments requiring sensitive force detection, and offers a maximum capacity of 20 N and a resolution of 0.004 N for ultra-precise measurement to support this kind of work.

3. What maximum capacity and resolution does the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm have?

It has a maximum capacity of 20 N, a resolution of 0.004 N for ultra-precise measurement and a display of 3.5" touchscreen, and is supplied under manufacturer part number FS 4-20.

4. What is the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm compatible with?

It is compatible with can be mounted on all SAUTER test stands. It also offers battery operated for portability and compact, ergonomic, and built for professional use.

5. How does the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm compare with the Burkle Clamp/pinch Cock Hoffmann, Brass, for Ø max. 18 mm?

For this laboratory application applications, the Kern & Sohn Electric Force Gauge Max 20 N d=0.004 N, Dimensions 71 x 31 x 180 mm is differentiated by maximum capacity 20 N and resolution 0.004 N for ultra-precise measurement. The Burkle Clamp/pinch Cock Hoffmann, Brass, for Ø max. 18 mm from Burkle is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.