Buy MicroAir Ultra Low Pressure Regulator Online

MicroAir I uses manual control via a 30-turn precision knob. MicroAir II adds contact closure inputs (Air Up/Air Down) for integration with diameter gauges or external controllers. MicroAir IV provides high-speed 0-10V analog or PLC input control, enabling sub-0.1-second response for bump and taper tubing applications. Each series is available in single, dual, 3-channel, or 4-channel configurations.

Single-channel units suit standard single-lumen tubing extrusion. Dual-channel models are ideal for two-lumen tubing. For complex multi-lumen medical or catheter tubing, the 3-channel MultiAir or 4-channel MultiAir IV provide independent air pressure control per lumen, each with its own configurable pressure range and display option.

Yes. MicroAir IV models accept a 0-10V analog input for direct PLC integration or connection to other control devices. This enables programmable, high-speed pressure switching essential for bump and taper tubing manufacturing. MicroAir II models accept contact closure inputs from diameter gauges or automated controllers for closed-loop diameter control.

MicroAir IV high-speed models respond in less than 0.1 second, typically around 20 milliseconds for a 50% full-scale step change. This near-instantaneous response is critical for bump and taper tubing production where rapid, accurate pressure transitions directly affect tubing geometry and product quality.

Yes, all MicroAir regulators are CE compliant and can be shipped internationally via UPS, DHL, or FedEx from On Line Controls' facility in Shrewsbury, Massachusetts. Several models are also manufactured in the U.S.A. Every unit includes a 3-year warranty on parts and labor with unlimited phone support.

Yes. On Line Controls offers a range change service for MicroAir regulators. For many models, this service is available free of charge within 30 days of purchase. A Range Change Kit is also available for certain models, allowing end-users or technicians to reconfigure the output pressure range as process requirements evolve.