Moore and Wright Water Resistant Digital Vernier Caliper

Be the first to review this product


Moore and Wright Water Resistant Digital Vernier Caliper

Brand: Moore and Wright

List Price: £99.60

Buy for:£86.95Compared across 2 stores

£86.95

Discounted

Quick Overview

The Moore & Wright Water Resistant Digital Vernier Caliper is a precision measuring instrument designed for accurate dimensional measurement in workshop environments. This digital caliper features a patented ceramic capacitive sensor and large LCD display, offering versatile 4 way measurement capabilities...

The Moore & Wright Water Resistant Digital Vernier Caliper is a precision measuring instrument designed for accurate dimensional measurement in workshop environments. This digital caliper features a patented ceramic capacitive sensor and large LCD display, offering versatile 4 way measurement capabilities in both metric and imperial units mminch with absolute and incremental reading modes. Manufactured to DIN 862 standards, this vernier caliper delivers professional grade accuracy of 0.03mm with a fine resolution of 0.01mm 0.0005in. The IP54 water and dust resistance rating makes it suitable for use in demanding workshop conditions where exposure to moisture and particulates is common, ideal for machine shops, fabrication facilities, and quality control applications. The caliper can be zeroed at any point on the scale for comparative measurements, while the conveniently located onoff switch helps preserve battery life. With a measuring range of 0 150mm 0 6in and 40mm jaws, this instrument is well suited for measuring external dimensions, internal diameters, depths, and step heights across a wide variety of components and workpieces. Features and Benefits • IP54 water and dust resistance for use in challenging workshop environments • Patented ceramic capacitive sensor for reliable measurements • Large LCD display with 4 way measurement modes mminch, absoluteincremental • Zero setting function at any point for comparative measuring • Manufactured to DIN 862 standards ensuring professional accuracy Specifications Size mm 150 Size in 6 Range 0 150mm 0 6in. Accuracy 0.03mm. Resolution 0.01mm 0.0005in. Jaws 40mm....Read More...»»

Features & Specifications

No feature or specification details available

We don't have structured specifications for Moore and Wright Water Resistant Digital Vernier Caliper yet.

  • The Moore & Wright Water Resistant Digital Vernier Caliper is a precision measuring instrument designed for accurate dimensional measurement in workshop environments. This digital caliper features a patented ceramic capacitive sensor and large LCD display, offering versatile 4 way measurement capabilities in both metric and imperial units mminch with absolute and incremental reading modes. Manufactured to DIN 862 standards, this vernier caliper delivers professional grade accuracy of 0.03mm with a fine resolution of 0.01mm 0.0005in. The IP54 water and dust resistance rating makes it suitable for use in demanding workshop conditions where exposure to moisture and particulates is common, ideal for machine shops, fabrication facilities, and quality control applications. The caliper can be zeroed at any point on the scale for comparative measurements, while the conveniently located onoff switch helps preserve battery life. With a measuring range of 0 150mm 0 6in and 40mm jaws, this instrument is well suited for measuring external dimensions, internal diameters, depths, and step heights across a wide variety of components and workpieces. Features and Benefits • IP54 water and dust resistance for use in challenging workshop environments • Patented ceramic capacitive sensor for reliable measurements • Large LCD display with 4 way measurement modes mminch, absoluteincremental • Zero setting function at any point for comparative measuring • Manufactured to DIN 862 standards ensuring professional accuracy Specifications Size mm 150 Size in 6 Range 0 150mm 0 6in. Accuracy 0.03mm. Resolution 0.01mm 0.0005in. Jaws 40mm.....from Tooled Up
  • The Moore & Wright Water Resistant Digital Vernier Caliper is a precision measuring instrument designed for accurate dimensional measurement in workshop environments. This digital caliper features a patented ceramic capacitive sensor and large LCD display, offering versatile 4 way measurement capabilities in both metric and imperial units mminch with absolute and incremental reading modes. Manufactured to DIN 862 standards, this vernier caliper delivers professional grade accuracy of 0.03mm with a fine resolution of 0.01mm 0.0005in. The IP54 water and dust resistance rating makes it suitable for use in demanding workshop conditions where exposure to moisture and particulates is common, ideal for machine shops, fabrication facilities, and quality control applications. The caliper can be zeroed at any point on the scale for comparative measurements, while the conveniently located onoff switch helps preserve battery life. With a measuring range of 0 150mm 0 6in and 40mm jaws, this instrument is well suited for measuring external dimensions, internal diameters, depths, and step heights across a wide variety of components and workpieces. Features and Benefits • IP54 water and dust resistance for use in challenging workshop environments • Patented ceramic capacitive sensor for reliable measurements • Large LCD display with 4 way measurement modes mminch, absoluteincremental • Zero setting function at any point for comparative measuring • Manufactured to DIN 862 standards ensuring professional accuracy Specifications Size mm 150 Size in 6 Range 0 150mm 0 6in. Accuracy 0.03mm. Resolution 0.01mm 0.0005in. Jaws 40mm.....from My Tool Shed
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for moore and wright water resistant digital vernier caliper

    Compare prices for Moore and Wright Water Resistant Digital Vernier Caliper - Buy Moore and Wright Water Resistant Digital Vernier Caliper - Prices checked on June 4, 2026

    Page generated in 1.2852 seconds