Spin Testing System

Spin Testing Systems 
Design your Own Spin Test Facility: The following information will allow us to define and quote a facility best suited to your requirement.

Product Description
Design your own spin test facility: The following information will allow us to define and quote a facility best suited to your requirement.

Test Articles:
• General Description e.g. turbine, impellers, fly wheels, jet engines, rotors etc
• Maximum diameter
• Maximum axial height
• Maximum weight
• Test article weight corresponding to the maximum speed requirement

Test Type (Specify All that Apply)
• Production Over speed.
• Burst.
• R&D-low cycle fatigue.
• R&D–stain gauge/high cycle fatigue.

Documentation requirements (specify all that apply):
• High speed
• Strip chart recording
• Digital speed printing
• Computerized data acquisition

Applications 
High speeds demanded by modern machinery for high performance demand careful attention to the design integrity of the rotor to insure reliability as well as human safety.
A manufacturer needn't risk destruction of expensive machinery to perform these tests at or above the machine's allowable operating speed. Our equipment is uniquely suited to perform such tests safely and economically. The tests are performed in test chambers, which are built to contain the fragments resulting from fracture of test pieces made from the highest strength alloys. The drives are also designed to sustain the energy of a rotor burst.
Key Attributes
BSI fully automatic spin test system is in service at Pratt & Whitney Aircraft, BMW Rolls-Royce Engines, ABB turbo system, Demaq De Laval Turbo machinery Co., Rexcut Abrasives, Siemens Power Generation, BHEL, Dunlop, Hind Aeronautics Ltd.