EP800 injection plate
- Suitable for all loose insulation materials
- Harmonised with your insulation materials
- Automated injection process
- Adjustable density
- Scalable modular system
- Crane or bridge connection
EP800 injection panel
The basic version of the EP800 blowing plate has five large blowing nozzles and four pneumatically driven material diverters (diameter = 3 inches), which, depending on the insulation material used and the desired installation density, enable material throughputs of well over 1 t/h. The height of the blow-in nozzles can be adjusted by several centimetres to achieve the optimum blow-in pattern for each insulation material used, and the material diverters can be supplied with the required compressed air at the factory. The EP800 blowing plate (and the other machines in a factory filling system) is controlled by a high-quality industrial controller "Made in Germany" and software developed by us. After placing the blow-in panel on the unplanked element on one side, only the dimensions (length, width, height) and the insulation material used need to be entered, after which the blow-in process can be started.
After placing the blowing panel on the unplanked element on one side, only the dimensions (length, width, height) and the insulation material used need to be entered, after which the blowing process can be started. The program used in each case (with the individually set blowing parameters) and its signal evaluation of the connected measuring sensors ensure that the blowing panel or the system is switched off at the right time. All settings and results (e.g. the mass of insulation material inserted into the element) used during a blowing process are recorded in detail for archiving and quality verification purposes. The blow-in panel seals the element, which is open on one side, with a replaceable filter foam cover and its own weight during the blow-in process. The stable steel construction with sheet steel cladding gives the blow-in plate the necessary robustness to guarantee the reliability required in daily use. The blowing panel is operated via a modern, built-in PLC control system, which can also be accessed via a wireless tablet computer for maximum flexibility. The injection nozzles can be activated or deactivated individually, enabling the professional filling of any element geometry.