The galvanically isolated foundation fieldbus power supply - KLD2-FBPS 1.25.360 - provides 25 V and 360 mA of supply current with minimal heat dissipation, while supporting redundant 24v power.
Safety Wheels eliminate the potential hazard of a falling handwheel.
The HD Series of miniature rotary batch mixers features a rugged internal design and drive for materials having bulk densities up to 80 lbs/cu ft.
Mechatron feeders are designed to feed a variety of bulk solids materials like magnesium oxide, cabosil, calcium chloride, and TiO2 for chemical manufacturing processes.
Horizontal paddle mixers provide fast, efficient mixing cycles with product levels down to 20 percent of the rated capacity.
The L Series dynaBLEND polymer blending and activation system features a HydroACTION non-mechanical, high-energy polymer mixing chamber, with a choice of diaphragm metering or progressing cavity pumps.
Designed for a wide range of metering and dosing applications in the processing industries, the line of Hydra-Cell Metering Solutions is comprised of six metering pumps ranging in capacity from 0 to 894.6 GPH at pressure ratings of 50 to 2500 PSI.
Aquamat condensate management systems use a four stage separation process to automatically and reliably separate oil from condensate.
Specialized gas boosters are designed to help convert anaerobic digester gas into a valuable alternative energy source.
The AirSoft® multiple-use earplugs feature an improved design that incorporates a series of patented, noise-blocking fins within the pocket.
The dual syringe Pump 33 provides two independent pumping channels, linked through hardware and software.
Easy to use and efficient, the CPX I/O system features a plug & work design that eliminates the installation costs associated with hardwiring I/O to pneumatic valves. An embedded controller enables decentralized or stand-alone control.
The high viscosity disperser is designed to mix and blend high viscosity non-flowing materials, typically too viscous for a conventional disperser.
The air demand analysis program uses state-of-the-art data loggers and precision sensors to create a detailed air usage profile for each specific facility.