Product Description
- The SMC ARJ310 miniature regulator is suitable for compact pneumatic systems with limited installation space, e.g. in testing or automation systems.
- It is used where precise pressure regulation is required, combined with low weight and a small footprint.
- Thanks to the plug-in connections, quick installation in modular systems is possible.
- The wide range of thread types and connection sizes allows for use in international applications with metric or imperial standards.
- Designed for use with dry, filtered compressed air.
- The SMC ARJ310F miniature regulator features an aluminium housing and is characterised by its compact and lightweight design.
- Optimised flow capacity ensures low pressure losses and high control accuracy.
- The design with secondary venting allows for precise pressure settings, ranging from 0.05 to 0.2 or from 0.2 to 0.7 MPa, depending on the model.
- On the connection side, the regulator is fitted with an R 1/8 external thread for the inlet and, optionally, an Rc 1/8 internal thread or a push-fit connection for the outlet.
- Housing material – aluminium
- Valve body material – brass, chemically nickel-plated
- Cap material – brass, chemically nickel-plated
- Piston material - POM
- Valve material – brass, HNBR rubber-coated
- Knob material – nickel-plated iron
- Adjustment spring material – spring steel, galvanised and chromated
- Material of Y-seal and O-ring – NBR
- Inlet connection size (IN) – male thread R 1/8
- Output connection size (OUT) – Rc 1/8 internal thread or 4 or 6 mm push-fit connection
- Medium - Compressed air
- Test pressure - 1.2 MPa
- Max. operating pressure - 0.8 MPa
- Standard model pressure adjustment range – 0.2 to 0.7 MPa
- Adjustable pressure range, low-pressure version – 0.05 to 0.2 MPa
- Ambient and media temperature – –5 to 60 °C (not frozen)
- Design – with secondary venting
- Suitable hose materials – polyamide, soft polyamide, polyurethane
- Height - 82.5 mm
- Width – 26.1 or 29.1 mm
- Depth - 18.3 mm
- Weight - 65 g
- Price per unit
