PHT-3300

#806149
Phase II Plus PHT-3300
OR

PLEASE NOTE: This is a request for price item. Once you place an order for this item you will be contacted by one of our representatives with current item price.

Description
The PHASE II portable hardness tester, Model No. PHT-3300 is an advanced integrated portable hardness tester distinguished by its very compact size, high accuracy, wide measuring range and simplicity of operation. It is suitable for testing the hardness of all metals and widely applied in many areas of industry.

The PHT-3300 as with all dynamic portable hardness testers, is designed to test very large hard parts. Steel should be close to 1” thick of solid material. Softer metals need even more mass.

The PHT-3300 portable hardness tester combines the universal impact device D and a data processor in a single unit. It automatically computes all Vickers, Brinell, Rockwell and Shore hardness values. USB output enables this new model to print any of its memory from up to 500 groups. The impact direction can be set so that the accurate values can be achieved at any angle, even upside down! Statistical mean value is automatically provided.

The measuring method of the PHT-3300 portable hardness tester is defined as “the quotient of the impact body’s rebound velocity over its impact velocity”. Optional accessories include various support rings to meet the requirements of specialized convex or concave applications.

MEETS ASTM A956-06 SPECIFICATIONS

Dimensions: 6.10” x 2.36” x 1.49” (155 X 60 X 38mm)
Impact Device: D
Impact Energy: 8 Ft-Lbs (11nmm)
Test Tip: Tungsten Carbide
Measuring Accuracy: +- 0.8% (Corresponding To +- 1 Hrc At Hrc=58)
Max. Hardness Of Sample: 980hv
Weight: 0.48lb (220g)
Impact Direction: Any Angle
Operating Temperature: 32 To 122 Degrees F (0 To 50 Degrees C.)
Min. Weight Of Sample: 11 lbs / 5kg
Min. Radius Of Curved Surface: 1.2in (30mm) (With Support Rings:11mm)
Power Supply: 3.6V Lithium Rechargeable Battery
Ask A Quick Question About This Product

Have a Question?

Captcha

* Required Fields