Difference between revisions of "Electro-Pneumatic Hammers Blasts"
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[[File:Electro-Pneumatic Hammer Blast.jpg|thumb|200px|right|Electro-Pneumatic Hammer Blast]] | |||
The '''Electro-Pneumatic Hammer Blast''' adds to the mechanical action of the PS-type Hammer a compressed air jet expanding across the surrounding wall surface. It also adds more extended impact vibration. The Hammer Blast is most suitable for materials with a tendency to bridge and/or hygroscopic properties. | |||
The Electro-Pneumatic hammer blast is electropneumatically actuated, and it develops three simultaneous actions: | |||
*instantaneous hammering | |||
*extended vibration | |||
*extended and intermittent airshot along the silo wall. | |||
The combined effect of these three actions resolves globally and radically all mass flow problems. Guaranteed life at maximum pressure: 150.000 blows. Working temperature: -20°C to + 80°C. | |||
==Related Video== | |||
<youtube>iBx2YuWg4uk</youtube> | |||
Revision as of 20:06, 16 September 2012
The Electro-Pneumatic Hammer Blast adds to the mechanical action of the PS-type Hammer a compressed air jet expanding across the surrounding wall surface. It also adds more extended impact vibration. The Hammer Blast is most suitable for materials with a tendency to bridge and/or hygroscopic properties.
The Electro-Pneumatic hammer blast is electropneumatically actuated, and it develops three simultaneous actions:
- instantaneous hammering
- extended vibration
- extended and intermittent airshot along the silo wall.
The combined effect of these three actions resolves globally and radically all mass flow problems. Guaranteed life at maximum pressure: 150.000 blows. Working temperature: -20°C to + 80°C.
Related Video