Energy-saving - Import export

Wind formers convey especially ne particles to the top faces, thus creating ne board surfaces. This is because ner particles are conveyed much farther in an air ow than coarser ones. The forming system of a particleboard line usually comprises two wind formers located at its front and rear ends, as they form the top and the rear board surfaces. The ecoFormer SL by CMC Texpan has been developed from the traditional wind former technology. This was because we wanted to improve the separation of coarse and nes particles to create the optimal board surface. The air ow was simulated using the CFD method (Computational Fluid Dynamics) and optimised with respect to its aerodynamic behaviour thus improving its energy eciency. The ecoFormer SL can also be easily retrotted into existing mat formers, since its outer dimensions are compatible with the conventional wind formers oered by CMC. Features, function

A complete centralised cooling plant, including the required peripherals, can be set up in the absolute shortest possible time at the subsequent place of installation and is immediately ready for use by means of prefabrication and installation in a container. This way, the otherwise high investments for an operating building, the costs for installation and start-up of the plant are reduced. Container cooling plants almost have no limitations in terms of their capacity and variety of possible combinations. They are supplemented by peripheral systems such as water treatment and water preparation systems or compressed air compressors. A series of different cooling systems and the combined systems composed of these units are primarily available: Chiller Heat pump systems for heat recovery Cooling tower combined with a KU system as a closed, clean cooling circuit Air heaters for direct recovery of heat hermeticool-units hermeticool hybrid-units

AIR- AND WATER COOLED COLD WATER UNITS gwk chillers in the sklc series are air-cooled compact cold water units with integrated condenser gwk chillers in the skw series are water-cooled compact cold water units cooled with external cooling water These chillers are equipped with screw condensers; the power regulation of the capacity to be dissipated is continuous. Water-cooled cold water units in the skw series with low coolant content can be operated very efficiently and are preferably used when the available cooling water from gwk cooling towers, gwk free cooler systems or customer-provided supplies has a higher temperature level than required for the production process but is available inexpensively..

The coolant filter for highest quality demands especially for grinding, honing and superfinishing applications. The modular design allows easy up- and downgrading and the candle filter with dry discharge is energy saving.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The synchronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.