About Sensocon USA 212-D001I-1 Differential Pressure Transmitter
Sensocon USA 212-D001I-1 Differential Pressure TransmitterThe Series 212 Weatherproof Differential Pressure Transmitter can accurately measure positive, negative, or differential pressure and send a corresponding 4-20 mA or 0-10 V output signal. The Series 212 Weatherproof Differential Pressure Transmitter is designed with an IP 65 enclosure and can be easily mounted to any flat surface. The Series 212 is not position sensitive and can be mounted in any orientation without compromising accuracy. The compact, lightweight design makes installation simple and easy.SPECIFICATIONS - Maximum Pressure: Ranges 5 PSI (35 kPa) = 15 PSI (100kPa) Max Ranges > 5 PSI (35 kPa) = 30 PSI (200kPa) Max
- Media compatibility: Air and compatible non-combustible, non-corrosive gases
- Accuracy: Ranges 4" w.c. (1kPa) 1.0%Ranges 5" w.c. (1.25kPa) 0.25%
- Temperature Ranges: Compensated: 15 to 120F (-10 to 50C)Operating: -10 to 155F (-25 to 70C)
- Thermal Effect: +/- 0.028% FS/F (+/- 0.50% FS/C)
- Stability: +/- 0.25% FS/year
- Output Signal: 4-20 mA, 2-wire or 0 - 10 V
- Loop Resistance: 250 @ 24 VDC
- Power Supply: 12-30 VDC
- Enclosure Rating: IP 65
- Electrical Connections: screw terminals
- Electrical Entry: PG7 Cable Gland
- Process Connection: Barbed fittings for 3/16 flexible tubing
- Agency Approvals: CE
Precise Differential Pressure MeasurementEngineered for industrial environments, the Sensocon 212-D001I-1 transmitter delivers accurate differential pressure readings for air and non-corrosive gases. With 1% full scale accuracy and a 0 to 1 in. WC range, users can confidently monitor and control ventilation, filtration, and HVAC systems.
Rugged and Versatile DesignThe ABS plastic housing, powder-coated finish, and IP65 enclosure rating ensure robust protection against dust and moisture. Its compact 109 mm x 109 mm x 60 mm size and 1/8 NPT female thread allow easy wall mounting and secure connection to pressure ports.
Effortless Operation and AdjustmentOperators benefit from a clear 4-digit LCD display and intuitive push-button controls for zero and span adjustment. The transmitter operates efficiently within -10C to +60C, making it suitable for varied climatic conditions in industrial settings.
FAQs of Sensocon USA 212-D001I-1 Differential Pressure Transmitter:
Q: How do I install the Sensocon USA 212-D001I-1 Differential Pressure Transmitter?
A: The transmitter is designed for easy wall mounting using the included bracket. Connect two pressure ports with 1/8 NPT female threads to the air or non-corrosive gas source, and wire the power supply (12-36 VDC) and signal output (4-20 mA) according to the manual.
Q: What types of media can this differential pressure transmitter measure?
A: The 212-D001I-1 is suited for measuring the differential pressure of air and non-corrosive gases only. It is not intended for use with corrosive substances or liquids.
Q: When should zero and span adjustments be performed on the device?
A: Zero and span adjustments should be performed during initial setup, periodic calibration, or if any abnormal readings are observed. These adjustments are easily accomplished via push-button controls on the transmitter.
Q: Where can the Sensocon USA 212-D001I-1 be installed for optimal performance?
A: Install the transmitter in an indoor environment where the temperature ranges from -10C to +60C. Ensure the IP65 enclosure is protected from direct water exposure and mounted securely to a wall using the supplied bracket.
Q: What are the main benefits of using this transmitter in industrial processes?
A: Quick response time (<100 ms), accurate readings (1% of full scale), robust build, and clear digital display help maintain process efficiency in HVAC, filtration, and ventilation systems, ultimately improving operational reliability.
Q: How do I interpret the displayed readings on the LCD panel?
A: The 4-digit LCD shows the current differential pressure in inches of water column (in. WC), making it straightforward to monitor variances and maintain system performance.