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| The Hosokawa Micron explosion activated closure valve is designed to completely arrest pressure shock waves and flames generated by dust explosions within industrial aspiration systems e.g. material milled to a fine powder and pneumatically conveyed to a product collection filter; protecting valuable plant such as filters or fans and, more importantly, personnel and buildings against the risk of secondary explosions. | ||||||||||||||
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| The Mikro-Feeder is a rotary (airlock type) feeder utilizing a staggered, shallow pocket rotor designed specifically for integration to new and existing Mikro-Pulverizer® hammer mills. The unique rotor design provides smooth and even introduction of the process material into the Mikro-Pulverizer’s grinding chamber. In addition to better mill efficiency, wear and tear is reduced. Smoother feed delivery results in uniform mill loading, which increases bearing life. In addition, the Mikro-Feeder has been designed to feed evenly across the hammer tips. This precludes localized wearing, thus increasing hammer, liner, and screen life. | ||||||||||||||
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The rotary airlock is used as a discharge or feeding device for numerous applications. As a discharge device, it is applied with filters, cyclones, silos and bins. As a feeder, it is used for supplying mills, mixers, and pneumatic conveying systems. In hazardous, pressure shock resistant systems, the rotary airlock is used as pressure lock. The rotary airlocks are available as
standard sizes RAL 4”, 5”, 6”, 8” and special sizes RAL 10”, 12”, 16”, 24”.
The housings are made of cast iron or stainless steel casting. The rotors
are made of steel or stainless steel. All standard sizes are pressure shock
resistant up to 11 bars, and the special sizes are available in PSR or
non-PSR design. HT models handle temperatures up to 350ºC. For pneumatic
conveying systems, blow-through airlocks are available. |
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Description
The Cyberjet is a programmable machine that controls the jet(s) of cleaning fluid in a very sophisticated way. It has a stainless steel rotatable head with a rotatable nozzle which is placed in a fixed location in the tank. By means of controlling the two rotations using a polar-coordinate model, the jet's spraying direction can be steered with any speed into any chosen direction. The programming is such that the trajectory of the jet's impingement point covers the tank's inner surface in a systematic way. The movement of the head is driven entirely outside of the tank by two stepping motors. Inside the tank there are no electrical components. The advanced electronic motion controller of the Cyberjet is a programmable device with several PLC functions (analog and digital in- and outputs). As a whole, it can be constructed explosion proof (EEx). |
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| Bregnerødvej 157 • DK 3460 Birkerød • Tlf. +45 4581 6942 • Fax: +45 4581 6895 • E-mail: lochtec@lochtec.dk |
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Copyright © 2002 Lochtec ApS Senest opdateret: 29. marts 2010 |