Automatic conversions to Rockwell B, Rockwell C, Brinell, Vickers, and Shore
Automatic calculation of mean, minimum, and maximum values
Large memory capacity (100 groups)
USB output for data transfer
Battery level indicator
Fast testing speed
Designed for large hard metal components
5-Year Warranty
Free Lifetime Technical Support
Overview
The Phase II PHT-1900 Portable Hardness Tester is a state-of-the-art Leeb rebound hardness tester designed for testing the hardness of large, heavy metal components that cannot easily be tested using conventional bench hardness testers. The PHT-1900 features a bright color display, automatic impact device recognition, automatic impact direction detection, single and multi-point calibration, onboard memory, USB output, and automatic hardness scale conversions.
Designed for portability and ease of use, the PHT-1900 performs fast, accurate hardness testing while automatically converting Leeb measurements to the industry's most commonly used hardness scales, making it an excellent solution for manufacturing, field inspection, quality assurance, engineering, and maintenance applications.
Applications
Large machined components
Heavy steel fabrications
Forgings
Castings
Pressure vessels
Large shafts
Rolls
Heat-treated components
In-place hardness testing
Incoming inspection
Final quality inspection
Manufacturing facilities
Maintenance departments
Engineering laboratories
Field service applications
Materials Tested
Steel and Cast Steel
Alloy Tool Steel
Stainless Steel
Gray Cast Iron
Spheroidal Cast Iron
Cast Aluminum Alloys
Brass
Bronze
Wrought Copper Alloys
Included Accessories
Base Instrument
Impact Device D
Calibrated Test Block
Custom Carrying Case
Cleaning Brush
Operation Manual
NIST Calibration Certificate
Optional Impact Devices
D+15 – Slim front section for grooves and recessed surfaces
DC – Extremely short impact device for confined spaces
DL – Needle impact device for narrow grooves and difficult-to-access locations
G – Heavy impact device for rough castings and forgings
C – Reduced impact energy for thin-walled or case-hardened materials
