The Alicat Digital Pressure Controller 0-30 PSI (1/8" NPTF) provides precise digital measurement and control for low- to medium-pressure applications. Its compact design and easy-to-read display make it ideal for laboratory, OEM, and process control environments.
Product Features
- Digital display provides precise measurement and control
- Use absolute units to measure and control vacuum
- Accurate gauges and controllers offer digital communications capabilities
- Simple process connection and small footprint allows for easy system integration
- Units read PSI as standard; alternative units available upon request
- Supports multiple configurations for various pressure measurement applications
- Controls low vacuum, pressures up to 200 PSI, or functions as a back pressure controller
- Eliminates errors from manual pressure meters using precise analog or digital signals
- Signals can be sent to a recorder, PLC, or other pressure and flow devices
- Easy-to-read 4-digit LCD display with integrated keypad for programming
- Single-Valve Controllers allow control of absolute, gauge, back, and vacuum pressures
- Customizable valve placement and pressure range for specific applications
- Fast response and stable operation in in-line flow-through applications
Benefits
- Accurate and reliable digital measurement eliminates manual errors
- Compact design fits easily into tight spaces and test setups
- Versatile use for laboratory, OEM, and industrial process control
- Digital communication allows integration with recorders, PLCs, and other devices
- Fast response and stable readings ensure precise pressure control
Why Choose the Alicat Digital Pressure Controller 0-30 PSI?
This digital pressure controller is engineered for precision, flexibility, and reliability in low- to medium-pressure applications. Its digital display, compact footprint, and integration capabilities make it ideal for laboratories, OEMs, and industrial processes. The controller provides accurate measurements for controlling absolute, gauge, back, and vacuum pressures with superior speed and stability compared to mechanical controllers.
