Windsor Probe LA-5000
Used to test fresh and hardened concrete for compressive strength. The probe system consists of a pistol type power driver, electronic measuring unit, triangular template, two actuating templates, three single probe measuring caps,three bottom gauge plates and carrying case. Probes and power loads: Gold for concrete less than 125 lb/cu ft density and Silver for concrete greater than 125 lb/cu ft, available separately.
Forney Windsor Probe Model LA-5000
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James Instruments, Inc Windsor HP Probe
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James Instruments Concrete Test Hammers
Digital and manual schmidt type concrete test hammers for quick and easy determination of concrete compressive strength. Available in 'N' and 'L' type. Indicates the compressive strength of hardened concrete. James Instruments, Inc. offers a complete line of Schmidt Type Concrete Test Hammers for the occasional user as well as the engineering professional. All concrete test hammers are spring activated and conform to ASTM C-805 as well as other European and Asian Standards. All are made to the most exacting machine tolerances to provide the end user with a consistent and repeatable test every time.
James Instruments, Inc Digital Rebound Hammer Model W-D-1000
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James Instruments, Inc Digital Rebound Hammer Model W-D-500
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James Instruments, Inc Manual Recording Test Hammer Model W-M-350
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Get Information James Instruments, Inc Manual Test Hammer Model W-M-250
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PROCEQ Concrete Test Hammers (Original-Schmidt)
The concrete test hammers are used for the non-destructive measurement of the concrete/mortar compressive strength and the control of the uniform concrete quality (in situ concrete and prefabricated structures) as well as for detecting weak spots.
The compressive fc is established by measuring the hardness (rebound value R) of the concrete surface and with the conversion curves.
According to the form and sizes of the concrete structures, concrete test hammers with various impact energies can be used (lower impact energy for thin and/or weak components).
Types with paper strips can automatically register the rebound values on a paper strip.
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PROCEQ Concrete Test Hammers (DIGI-Schmidt 2000)
Due to further development of the concrete test hammer with electronic display unit, DIGI-SCHMIDT 2000 is mainly suitable for systematic and extensive measuring.
Various parameters such as impact direction, form and time factors, depth of carbonatization etc. can be set. The compressive strength will be automatically calculated with the integrated conversion curves.
Extensive display, evaluations and storage of data as well as transmission to printer and PC are possible.
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Gilson Windsor Probe Test System
WP-532A
For over thirty years, concrete technologists have relied on the Windsor Probe to provide reliable in-situ strength information for both lightweight and normal weight concretes. A special driving unit is used to fire steel probes into hardened concrete using power loads. Average penetration depth of three probes is related empirically to either experimental data or manufacturer’s reference charts. Results are valuable for confirmation of lab test data, form removal and post-tensioning scheduling, and assessing uniformity.
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James Instruments Windsor Pin System
A unique instrument for measuring the strength of new or existing construction materials in situ utilizing the established principle of resistance to penetration. Measures the compressive strength of concrete, mortar and brick in-situ, quickly, accurately. A non-explosive instrument, the Windsor Pin™ System uses a spring-loaded device to drive a steel pin into the concrete or mortar. The depth of penetration of the needle correlates to the compressive strength of the material under test. A removable chuck and a small pin size facilitate the testing of mortar joints; this is the only system for testing the in-place strength of brick mortar joints. Conforms to ASTM C-803.
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