Kern & Sohn Weight E2, 20kg Stainless Steel

The Kern & Sohn Weight E2, 20kg Stainless Steel is a premium-class calibration weight designed for high-precision applications. Made from polished stainless steel, this weight complies with the E2 OIML standard, making it suitable for calibrating precision balances and ensuring traceable measurement accuracy.

Key Features:

• Brand: Kern & Sohn
• Weight: 20kg
• Class: E2 (OIML-compliant)
• Material: Polished stainless steel
• Application: Calibration of precision laboratory and industrial balances

Depend on Kern & Sohn’s E2 20kg stainless steel weight for uncompromised accuracy and long-lasting reliability in critical weighing environments.

Frequently Asked Questions

1. What is the Kern & Sohn Weight E2, 20kg Stainless Steel used for?

It is a premium-class calibration weight designed for high-precision applications. Made from polished stainless steel, this weight complies with the E2 OIML standard, making it suitable for calibrating precision balances and ensuring traceable measurement accuracy.

2. Is the Kern & Sohn Weight E2, 20kg Stainless Steel suitable for Calibration of precision laboratory and industrial balances?

Yes. It is designed for Calibration of precision laboratory and industrial balances, and offers a weight of 20kg to support this kind of work.

3. What weight does the Kern & Sohn Weight E2, 20kg Stainless Steel have?

It has a weight of 20kg, and is supplied under manufacturer part number 317-15.

4. What is the Kern & Sohn Weight E2, 20kg Stainless Steel made from and what features does it include?

It is made from polished stainless steel. It also offers E2 (OIML-compliant).

5. How does the Kern & Sohn Weight E2, 20kg Stainless Steel compare with the Carl Friedrich Usbeck Heavy Foot (+200 g) Screwable from Carl Friedrich Usbeck?

For applications where weight of 20kg is required, the Kern & Sohn Weight E2, 20kg Stainless Steel is a strong choice. The Carl Friedrich Usbeck Heavy Foot (+200 g) Screwable offers weight of 200 g, making it a suitable alternative when that specification better matches the application.