Silo containers - Import export

-Controlled discharge of solids special manually operated scissor lock 300 x 300 mm -frame made of steel tubing -hopper made of steel plating with reinforced edging Types available Type SR -2 swivel + 2 fixed polyamide castors Ø 180 mm, 1 swivel castor with brake, - construction height 220 mm Type SG -fork sleeves inside dimensions (wxh) = 175x65 mm, distance 565 mm -stacking corners Type SRE 2 swivel + 2 fixed polyamide castors Ø 180 mm, 1 swivel castor with brake - construction height 220 mm fork sleeves inside dimensions (wxh) = 175x65 mm, distance 565 mm Types SR-D, SG-D, SRE-D design see above but with slide closure with a special seal on the hopper floor, for manual use, opening 300x300 mm, preferred for fine-grained bulk materials -spray painted or hot-dip galvanized -Volume (approx.) in l: 375 / 600 Accessories -galvanized lid, removable

Radar (FMCW) level transmitter for powders and dusty atmospheres The OPTIWAVE 6500 is a 2-wire 80 GHz radar (FMCW) level transmitter for demanding applications with powders in very dusty atmospheres. With its small beam angle, this radar is particularly suited for continuous, non-contact level measurement in high and narrow silos, hoppers or buffer storage containers up to 100 m / 328 ft. Due to the high signal dynamics of the FMCW radar, the level transmitter is ideal for low-reflective media, dust, uneven surfaces or tanks with obstacles. As it features a flush-mounted PEEK Lens antenna, there is no intrusion of the antenna into the tank.

For the conveying of filtered-out materials to silos or containers. Pneumatic low-pressure conveyor systems For the conveying of filtered-out materials to silos or containers and for conveying distances of up to 200 m. The conveying air stream is generated by one or more fans. Product description Pneumatic low-pressure conveyor systems can be implemented as a single-pipe system or a ring system. In the case of the single-pipe system, a final separator in the form of a filter or a cyclone is always necessary. In a ring system the conveying air is driven in the ring. In this case the silo or container acts as the separator. Light dust particles that are not separated in the silo or container initially remain in the circulation. With most materials the fine dust particles tend to attach themselves to the coarser ones and are thus separated with them. Hence, a concentration of the fine dust particles in the conveying stream is avoided as far as possible. The loading of the conveying stream essentially depends on the grain size, density and form of the material to be conveyed. As a guiding value, one may assume 250 - 300 g/m³. Higher loads are possible under certain conditions. In cases where there is a high amount of material, e.g. in planing works, where the splinters are directly removed and transported away for further use, this can also be realised with a ring system and several containers. Switchover takes place automatically when the container signals that it is full. Containers are exchanged during operation.