DPT231-MS2 | DP MR TRANS WET 0-10/20/; 50/100 PSI UB VDC | Johnson Controls

DPT231-MS2 MultiOutput Transducer The DPT231-MS2 MultiOutput Transducer from Johnson Controls is a versatile sensor designed for industrial applications. It features multiple outputs, including 0-10V, 20mA, 50mA, and 100mA, providing flexibility in connecting to various control systems. The DPT231-MS2 offers a wide dynamic range, ensuring accurate measurements for a wide range of signal strengths. It is designed with a rugged construction, making it suitable for harsh industrial environments. The transducer's multi-output functionality allows for simultaneous connection to multiple devices, reducing the need for additional wiring and simplifying installation. Its compact design and easy-to-use interface make it a convenient solution for industrial automation systems. The DPT231-MS2 is ideal for applications requiring precise and reliable signal conversion in industrial settings. Shop at our HVAC supply store for the best prices and fast shipping on the DPT231-MS2 MultiOutput Transducer. Setra’s Model 231 Multi‑Sense® Wet‑to‑Wet differential pressure transducer all inclusive design provides users with field accessible ranging, choice of output and field zeroing. Choose from three configurable Model 231 pressure transducers: 5 up to 50 psid, 10 up to 100 psid, or 25 up to 250 psid. Each Model 231 has 4 unidirectional and 4 bidirectional switch selectable pressure ranges and can be reconfigured in the field for 0‑5 VDC, 1‑5 VDC, 0‑10 VDC, or 4 to 20 mA output. (The 4 to 20 mA output is operable as a true 2‑wire device.) The Model 231 jumper selectable port swap feature eliminates costly replumbing if the pressure transducer is improperly installed or replaced. An optional LCD display is available for on‑site indication of line and differential pressure. The Model 231 is designed with Setra’s own dual pressure sensors, which incorporate thin film sensing technology. This technology offers exceptional thermal accuracy and signal linearity. Utilizing this technology, the Model 231 is resistant to long‑term drift caused by dopant migration and Fermi‑level effects, intrinsic in piezoresistive and silicon based technologies, which are exaggerated at elevated temperatures and by extended pressure cycling.