Windsor Probe Test System

Windsor Probe Test System (Digital)

The Windsor Probe System has been modified to conform to the updated ASTM C803 safety and specification requirements. The driver can only be discharged by pushing firmly against the actuating template during a test. The actuating template has also been increased in size for additional protection from material debris.

Each system comes with a portable carrying case with a driver and all templates and accessories for positioning and measuring. A kit for determining Moh’s Hardness of coarse aggregate is also included. Probes are purchased separately in Kits or in Cases of 25 Kits. Each Kit contains three probes, three adapters, and three power loads, enough to run one test. Probe specifications and tolerance values are included.

WP-532A Digital Test System features electronic acquisition and calculation of probe data, enhancing accuracy and efficiency. The menu-driven electronic measuring system is easy to operate. Simply enter parameters of aggregate hardness and concrete type, position the measuring unit over each probe, and press “Enter” to determine probe depths. The advanced system automatically averages, displays, and stores depth readings in memory along with date and time. Calculated strengths are displayed in either pound per square inch (psi) or megaPascal (mPa) units. Data can be uploaded to a PC with included software cables. Standard systems can be upgraded with WP-700 Electronic Measuring Upgrade. Systems indicate in both psi and mPa units.

Features:

Optimal for accurately and rapidly determining the developing strength of concrete

Electronic measuring system enhances accuracy and efficiency

Measurement to 17000 psi (110 MPa)

Memory for data storage and uploading to PC

Safe-to-operate with no recoil or accidental discharge

Compliant with ASTM C803/803M and other standards

Included Items:

Windsor Probe Standard Test System

Printed chart

Carrying case with driver and all templates and accessories for positioning/measuring

Kit for determining Moh’s Hard­ness of coarse aggregate