The rodless actuator OSP-L in bore sizes Ø25 to Ø40mm / OSP-P in bore sizes Ø10 to Ø80mm is a linear actuator, guidance and control package designed into a modular system. Ideally suited for point-to point, reciprocating and simple traverse / transfer applications.
The P1A actuator in bore sizes Ø10 to Ø25mm is a mini ISO 6432 cylinder for standard temperature -20°C to +80°C and high temperature -10°C to +150°C suitable for lighter duties in the packaging, food and textile industries.
The P1D family of ISO 15552 / VDMA magnetic profile and rod-tie cylinders offer an extensive range of environmental and application options and come in bore sizes Ø32 to Ø125mmm, offering strokes up to 2800mm.
The P1F Series meets the specifications of the ISO 15552 standard. They feature Smooth profile or tie-rods design with bore sizes of 32 – 125 mm and corrosion resistant design. They have new adjustable pneumatic and mechanical cushioning
system.
The P1P actuator in bore sizes Ø20 to Ø100mm is an ISO 21287 compact cylinder for standard temperature -20°C to +80°C with high and low temperature options suitable for processing, packaging and handling applications.
The P1S actuator in bore sizes Ø10 to Ø63 mm is an ISO 6431 / ISO 6432 stainless steel cylinders with standard temperature of -20°C to +80°C and high temperature options.
Parker’s P3NCA / P3NCB is a 2-piece / 3-piece modular mounted integral particulate filter, regulator and mist style lubricator. The P3NCA provides accurate pressure regulation, high moisture removal efficiency and proportional oil delivery over a wide range of air flows.
P3X is a 169mm combo, 1/2″,3/4″ BSPP (NPT 1/2″) port, slide valve, 5/40µ, high tech polymer bowl with combined manual/semi-auto or auto drain. Max pressure 16 bar with P2 ranges 0 to 4, 8 & 16 bar, nano-mist lub. Temp -10°C to 60°C.
Parker’s P3Y Hi-flow Combos come in 2-piece and 3-piece modular mounted units. These combos provide accurate pressure regulation, high moisture removal efficiency and proportional oil delivery over a wide range of air flows.