life. Extreme cooling Available in nine variants and three frame sizes, the EB XT series achieves cooling capacity of up to 150 kW – that hits new heights for Pfannenberg's chiller portfolio. Using
heating capacities from 200 to 1,200 W in the same compact housing. Maximum signaling range To achieve the greatest possible safety, visual and audible warnings and alarms must reliably reach
determined by the size of the particles that can penetrate the filter. The highest class that can be achieved by coarse dust filters in accordance with DIN EN 779 is filter class G4 , in which more than 90
earlier system supplied by competitors were heavily customised with specially designed cover to achieve the required high IP rating. Results, return on investment and future plans. September 1998, Singapore
contribute to an inadequate safety mechanism. The 3D-Coverage approach planners users avoid errors and achieve the optimum solution. 1. Defining requirements. Various standards and codes are in force which influences
radiation characteristic. With LED technology, only a semblance of omnidirectional light emission can be achieved by the way the LEDs are arranged in the housing. However, it is an intrinsic feature of XENON spotlights
bracket or direct mounting with enclosed flat seal maximum flash energy 30 joules good light bundling is achieved in the horizontal plane thanks to the lens in the form of a fresnel lens and the special xenon flash
temperature inside the cabinet is not necessarily the best. Our units are preset to 35 °C, which achieves a good balance between useful lifetime and condensate build up. It is essential to have good air
available as non-preassembled version, see: QUADRO LED-HI 3D-Coverage - Outstanding coverage area. Achieve maximum effectivness with signaling devices from Pfannenberg. Find out more . protection system
cabinet heaters they regulate the temperature inside the control cabinet. 5 Using thermostats you can achieve greater reliability in the production process, reduced energy consumption due to need-based use and