516-1000M, Linear Push/Pull Scale with Maximum Reading Pointer

The 516 Series push/pull linear scales are engineered for precision and durability, featuring a robust brass construction and precision steel springs. Each scale is individually calibrated to NIST standards, ensuring the highest level of accuracy for tension (pull/negative) and compression (push/positive) measurements. These scales are versatile and can be operated at any angle, making them suitable for a wide range of applications where reliability and precision are essential.

The 516 Series scales are designed with user convenience in mind. The tare and zero settings are easily adjustable, allowing for quick and accurate calibration. The scales also offer dual graduations in both avoirdupois and metric units, providing flexibility for users who need to switch between different measurement systems.

For those requiring advanced functionality, an optional maximum reading pointer can be specified to capture peak force readings, making the 516 Series an ideal choice for applications that demand precise measurement of maximum forces. Additionally, rubber compression stops can be applied to the compression end of the scale, enhancing its utility for dolorimeter applications, where accurate pressure measurement is crucial.

The combination of brass construction and precision steel springs gives the 516 Series scales their renowned durability and long-lasting performance. Whether used in industrial, laboratory, or educational settings, these scales deliver reliable results, even in challenging environments.

Key Features:

• Dual graduations in avoirdupois and metric units for versatile measurements
• Sturdy brass construction paired with precision steel springs for durability
• Calibrated to NIST standards for top-tier accuracy
• Operates accurately at any angle for flexible usage
• Optional maximum reading pointer for capturing peak force readings
• Rubber compression stops available for dolorimeter applications

Choose the 516 Series push/pull linear scales for unparalleled accuracy, durability, and versatility in tension and compression measurements.

Refer to the specification sheet for more details.Specification Sheet