Kroeplin A2100 Aerosol Gauge

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Precision Measurement for Aerosol Receptacles with Valves

The Kroeplin A2100 is a mechanical internal caliper gauge designed specifically for measuring the clinch diameter of aerosol containers with 1″ (25.4 mm) clinch closures. Engineered in Germany with high-precision components, this gauge ensures reliable and repeatable measurements in demanding production environments.

Key features

Application: Aerosol receptacles with valves
Measuring Range (Meb): 25 – 29 mm
Range of Indication (Azb): 23.75 – 29.25 mm
Measuring Span (Mes): 4 mm
Scale Interval (Skw): 0.01 mm
Max. Permissible Error (G): 0.03 mm
Repeatability Limit (r): 0.02 mm
Measuring Force: 1.4 – 2.0 N
Weight: 110 g
Display: Analog (mm)
Reference Temperature: 20 °C
Storage Temperature: -10 to +50 °C

Benefits

Designed for quick and accurate measurement of clinch diameters on aerosol cans.
Ideal for quality control in aerosol packaging lines.
Durable and lightweight construction for ease of use.
Made in Germany – synonymous with precision and reliability.

Typical use case

Insert the gauge into the clinch diameter of the aerosol can. Rotate the can while observing the large pointer on the outer scale to determine whether the diameter falls within the acceptable tolerance range.

With a measuring range of 25–29 mm and a fine scale interval of 0.01 mm, the A2100 delivers pinpoint accuracy for critical aerosol packaging dimensions. Its analog dial provides clear readings, helping operators quickly verify tolerances and maintain consistent quality.

Manufactured with robust materials and tested under strict quality controls, the A2100 offers repeatability of 0.02 mmand a maximum permissible error of just 0.03 mm. Its lightweight design (110 g) and ergonomic form factor make it ideal for high-throughput environments.

Designed for use in aerosol production lines, the A2100 withstands temperature variations from -10°C to +50°C and operates optimally at a reference temperature of 20°C. Its mechanical design ensures consistent performance without the need for batteries or electronic calibration.

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