Air-Miser MSP-AM Series air-driven vacuum pumps need only 45 psi, half that of conventional pumps.

5950 and B5950 Micro Proportional Drivers (MPD) accurately control hydraulic and pneumatic proportional solenoid valves.

Model 2850 multi-stage in line static mixer sequentially mixes multiple fluids. It is modular, easy to take apart and clean, and can be equipped with virtually any type of flanges.

Rotron regenerative blowers can achieve flows up to 1800 SCFM; pressures up to 264 IWG; and vacuums up to 13.4 in. Hg., depending on blower style.

Servo-Flo 704-HV two-component, variable-ratio, high-volume, meter-mix dispense system is ideal for automated, semi-automated or robotic dispensing applications. Its dual-servomotor design provides fixed and variable flow- rate dispensing or variable flow-rate profiling.

The EPX2 E/P transmitter is designed for use with normal instrument air, but it can also be used with natural gas, making it possible to use the transmitter in remote locations where no electrical power is available to drive air compressors. Its low power requirement of 3mA@12Vdc allows it to be powered by a battery or solar panel at remote sites.

MEN single-stage, end-suction pumps deliver maximum mechanical and hydraulic flexibility, and are ruggedly designed to provide reliable performance in a variety of water services. These areas include water supply, water treatment, irrigation, drainage, filter cleaning, water circulation and HVAC.

CRDV/S drain valve combines an electronic sensor with a solid-state integrated logic analysis circuit to determine the exact amount of time necessary to empty condensate from a pneumatic system.

Type-590X current-to-pressure transducer is small in size and light weight, yet is less sensitive to shock vibration and position change than most other I/Ps. It can mount in any position and is impervious to RFI/EMI interference.

Model 2200-033-011 pneumatically actuated valve opens and closes its material passage in the base of the nozzle adapter to precisely start and stop material flow. It is suitable for high volume fluid control and fast shut-off of viscous materials such as polyurethanes, epoxies, silicones, greases and various cohesive (stringy) and thixotropic adhesives and sealants.

Series CA44 two-station valve manifolds comply with AS-I specification V2.11 Rev. 1. Manifolds are avaiilable with or without digital inputs, and with or without auxiliary power. Plug-in valve design simultaneously makes both the electrical and pneumatic connections when plugging the valve into place - eliminating the need to disturb electrical wiring connections.

The C64 has a sealless, flow-through design that provides pressure as high as 2500 psi (172 bar) with flow up to 40 gpm (151 lpm). The C64 is ideally suited for applications requiring high pressure pumping of dirty fluids.

The stackable composite body allows users to stock single valve units, mixing and matching the valves with a single inlet and multiple outlets to meet custom specifications.

Model 2200-972-001 Manual Snuf-Bak Horizontal Dispense Valve is for precision shot dispensing of one-component materials horizontally onto an exterior surface or into a product interior. It consists of a standard Snuf-Bak valve nested in a hanging bracket assembly and includes a manually operated electric trigger for operator activation of the dispensing operation.

The pump was designed to reduce noise and vibration levels in stationary hydraulic systems, while still providing a long service life. In addition to being quieter, the pump decreases pressure pulsation while offering improved cavitation characteristics.

Wet-Mix Process Systems provide users with a finished product that is homogeneous, has repeatable viscosity and dispersion down to one micron, and is totally consistent from batch-to-batch. It has a colloid mill and positive displacement feed pump. Systems can be designed for handling viscous materials from 1,000 CPS and up with flow rates from 0.5 up to 300 GPM, depending upon the application.

SRL Oil-free Scroll Air Compressors conserve natural resources and eliminate environmental emissions (No lubricants and/or grease to manage.) Its multi-stage cooling provides stability of discharge air temperature.