Designed for a wide variety of applications, the ND Series sensors support up to 7 pressure ranges in one device. This advanced capability coupled with the ND Series’ digital filtering and 50/60Hz notch filter provides a single sensor solution to support all differential pressure requirements. The ND Series will simplify product designs, accelerate time to market, and reduce sensor inventory costs by up to a factor of 7.
Superior Sensor Technology is giving away a complete evaluation system for the new ND Series of differential pressure sensors.
What’s in the Box?
- Evaluation board
- Connector cable
- USB drive with software and documentation
- Five differential pressure sensors with varying ranges:
- ND110: ±125 to ±2.5K Pa (±0.5 to ±10 inH2O)
- ND120: ±250 to ±5K Pa (±1 to ±20 inH2O)
- ND130: ±500 to ±7.5K Pa (±2 to ±30 inH2O)
- ND210: ±62.5 to ±2.5K Pa (±0.25 to ±10 inH2O)
- ND005D: ±34.5 to ±345 mBar (±0.5 to ±5 psi)
Key Features/Specifications of ND Series
- Up to 7 Selectable Pressure Ranges per Device
- 16-bit resolution (each selected range)
- Exceptional Zero Stability
- Integrated 50/60Hz Notch Filter
- Selectable Bandwidth Filter from 1.0Hz to 200Hz
- Output Data Rate up to 444Hz
- Total Error Band less than 0.15% FSS
- Very High Accuracy +/- 0.05% of Selected Range
- Long Term Stability +/- 0.05% FSS
- Temperature Compensated -20°C to 85°C
- Supply Voltage Compensation
- Fully Integrated Compensation Math
For additional information, click here.
Devices to sense enviromental changes and or conditions of which require immedate attention for tropical and or salt water fish in the hobbiest relm of fish keeping that can automaticly swirch to other back up sources and notify via emal sms or local alerting means..
really wanna introduce new gadjet for security by using this divice
I’m interested in trying to create an open source omnidirectional pitot tube like system for measuring both wind speed and direction to aid in GPS-free navigation systems. This would enable a vehicle to continue accurately navigating in the even of a GPS failure, such as a jammed area or failed receiver.