Interface Devices, Inc.

• SeriesD03

Interface Devices' D03 Series valves are cost-effective solutions for reliable actuation of single- or double-acting cylinders. These poppet-style, zero-leak, 3 and 4-way directional control valves are solenoid actuated and can be used with most hydraulic pumps to maintain pressure while preventing the hydraulic supply from consuming energy or generating heat. Mounts to international standard valve subplate (D03, NG6, ISO 03).

• SeriesTASQ™ LINE

The TASQ line of air-driven pumps are standardized versions of IDI's hydraulic power units. The pumps are single acting and built to IDI's stringent quality mantra. Pumps are a standard configuration, making them more economical and readily available from inventory in most cases. While The TASQ line lends itself to some degree of customization of hydraulic circuitry, it is intended to be a high-quality solution for intermittent pressure and flow applications up to 5000 psi (340 bar).

IDI Gas and Air Amplifiers offer the ability to increase pressure at point of use up to 2x the inlet pressure. This is very useful for applications where air or gas pressure from a source is inadequate for the task intended. Available in two sizes, IDI Air Amplifiers are available with a variety of accessories to suit the application. ASME code air receivers can be included to create a complete pressure application package. Air filters, regulators and automation features are available to make for a "plug & play" package.

• SeriesE, H & P SERIES

E, H & P Series are compressed air-driven, positive-displacement intensifier pumps. Ideally suited for hydraulic applications with intermittent flow and pressure demands, E, H & P Series pumps utilize factory customized hydraulic and pneumatic circuitry. Air-driven Intensifier, Positive-displacement Operation Consumes no compressed air or electric power while maintaining pressures up to 10, 000 psi (680 bar) for hours on end. Does not generate heat during the pump cycle or while maintaining pressure. Eliminates need for oversized oil reservoirs or heat exchangers present in many hydraulic pump systems. Nearly 100% efficient, so no energy is wasted in achieving the task at hand.