PECM Issue 35 2018 | Page 143

Fields of application for the Kobold flow restrictor REG: WATER SUPPLY Even water distribution PUMP PROTECTION For protection against overheating during zero flow, water hammer and cavitation. REMOTE HEATING DISTRIBUTION Optimum flow rates in the heat exchanger circuit. INDUSTRIAL APPLICATIONS • Constant maintenance of different oil flow rates in a block system for lubrication in wind turbines. • Cooling and lubrication of CNC tooling and cutting machines, as well as various machining centers. • For cooling and maintaining the temperature of aluminum diecasting molds in car engine production or packaging machines for the food and pharmaceutical industries. • Cooling circuit X-ray machines, laser machines, photovoltaic systems. • Wire welding machines, coating and vacuum systems, induction hardening machines. • Water circuits for heating and cooling systems. • Use in printing machines for spray dampening. The REG limits the hot water consumption of the printing press in front of the spraying unit. • For protection against manual incorrect settings of the flow in machines and plants. • In areas with pressure fluctuations, REG ensure required water supply to machinery and equipment. • Dust suppression via constant flow through sprinkler. DOSING APPLICATIONS For optimum mixing of liquids Accurate chemical mixing WATER SUPPLY / AGRICULTURE / IRRIGATION Desired water distribution to all stables during livestock farming. Optimum flow rates at all delivery points. Irrigation control and irrigation systems. FIRE BRIGADE AND FIRE PROTECTION APPLICATIONS Flow rate limitation and even distribution to all strands. Accurate foaming agent dosing. EMERGENCY SHOWER SYSTEMS IN INDUSTRY Flow restrictors provide the required amount of water on all emergency showers EYEWASH Flow rate limiters prevent excessive amounts of water. WATER TREATMENT Backwash flow control avoids fluid loss. UV sterilization: Controlled flow rate for bacterial destruction. +49 (0) 6192 299-107 [email protected] www.kobold.com Issue 35 PECM 143