Type 3110 and Type 3120 EP Analog Circuit Card Pressure Transducers from Marsh Bellofram.
The Type 3110 and Type 3120 are a series of single- (3110) and double-loop (3120) electro-pneumatic analog circuit-card servo pressure transducers, designed to provide compact, high-performance, economical air pressure monitoring capabilities.
Occupying an overall footprint of just 2 inches x 2.8 inches (50.8 mm x 71.12 mm) and with available analog monitor output ranges from 29” Hg to 600 psig, Types 3110 and 3120 offer user selectable, configurable (zero and span) industry standard 0-10 VDC or 4-20 mA control signals, with custom signal outputs available upon request.
Industry-standard analog monitor output signals (0-10 V or 4-20 mA optional) are available for user monitoring of actual output pressure. Industry-standard logic output signals (high or low) are available for monitoring set point status – either ‘at set point’ or ‘still searching’.
They are designed for use within a variety of OEM applications.
Two individual manifold block configurations are available, one with front ports, to facilitate direct panel mounting or seamless insertion into a DIN-rail adapter tray; and the second with bottom ports, facilitating use within multi-unit manifold system applications.
An on-board pressure transducer within the manifold block permits ±0.5% full scale accuracy.
Custom multi-unit manifolds are also available upon request. Marsh Bellofram Types 3110 and 3120 are perfect for size-conscious OEMs looking for air pressure monitoring without sacrificing any of the high-end capabilities normally associated with full-size I/Ps.
Features- High-precision air regulation capabilities in an Analog circuit card format.
- Extremely compact.
- Available Analog monitor output ranges from 29” Hg to 600 psig.
- User selectable configurable (zero and span) industry standard 0-10 Vdc or 4-20 mA control signals.
- Industry standard logic output signals (high or low) available for monitoring set point status.
- Two available manifold block configurations.