One Sensor. Many Pressure Ranges.
HS Series – Differential Pressure Transmitters
DPT Sub-system Platform: Most advanced, highest performing and most easily configurable pressure sensing sub-system for DPT and other air handling systems.
- Product Definition: Fully define product features in minutes, enabling a single HW implementation to support a full featured family of DPT systems.
- Engineering Implementation: Leveraging our turnkey HW/SW solution, accelerates delivery of the family of production systems.
- Manufacturing: HW systems are programmed at the end of each production cycle to add product personality and features. This simplifies the process and lowers inventory of systems and sensor devices.
HV Series – Differential Pressure Sensors
Industry’s highest performing and most flexible differential pressure sensors, based on NimbleSense™ architecture, for HVAC and air handling applications.
- Multi-Range™ capabilities: Factory calibrated and performance optimized for up to 8 distinct pressure ranges within a single device to reduce sensor manufacturing inventory by up to 8x.
- Improve system performance with 0.10% accuracy down to 25 Pa FSS limited only by the industry’s lowest noise floor offering.
- Positionally insensitive for handheld systems achieving a up to a 10x improvement relative to competing offerings.
- Easy to implement digital interface coupled with the first fully optimized differential pressure sensor for HVAC and air handling systems.
VAV
Handheld
Optimized for HVAC & Air Handling
Recommended Devices: HS Series HS160, HS120, HS110 and HS210
- Easy to configure sub-system accelerates definition, development and production of DPT systems with Multi-Range™ Capabilities
- Industry’s best overall performance: TEB, Accuracy, and Noise floor
- Device chosen based on FSS range requirements
Recommended Devices: HV210
- Industry leading accuracy <0.1% of range selected
- Supports applications down to 0.1” H2O (25 Pa) FSS
- Very high turndown ratios supported by < 1.75 Pa TEB
Recommended Devices: HV110
- Industry leading accuracy <0.1% of range selected
- Very high turndown ratios supported by < 4 Pa TEB
- Industry’s leading long-term stability support
Recommended Devices: HV210
- Industry leading accuracy <0.1% of range selected
- Outstanding positional insensitivity support
- Multi-range from 10” H2O (2500 Pa) down to 0.1” H2O (25 Pa)
Recommended Devices: HV210, HV110
- Industry leading long-term stability support
- Multi-range from 10” H2O (2500 Pa) down to 0.1” H2O (25 Pa)
- Device chosen based on FSS range requirements
Multi-Range Capability Lowers Inventory Spending
Multi-Range™ Capability
- Superior Sensor’s NimbleSense™ architecture supports the industry’s first Multi-Range™ offering enabling a single system to cover the full pressure range required.
- It does this while maintaining optimized calibrated performance at each selected pressure range, saving substantially on inventory cost and simplifying manufacturing efforts.
- Up to a 8x inventory reduction of production systems and sensors.
- Single user command to change FSS range.
- FSS ranges supported from 25 Pa (0.1” H2O) to 15k Pa (60” H2O) across family.
- Factory calibrated and performance optimized for each selected range.
- Industry’s most flexible and highest performing solution.
Competing Single Range Sensors
HVAC Industry
Heating, ventilation and air conditioning (HVAC) and adding refrigeration (HVAC/R) is the technology controlling thermal comfort and air quality for indoor structure and vehicles. HVAC plays an important role in regulating temperature and humidity for a variety of residential structures, such as single family homes, apartment buildings, hotels, office buildings, etc.
Ventilation is the process of exchanging air in any space to provide improved air quality through involving temperature control, oxygen replenishment and removal of moisture, bacteria and other harmful gases. Properly designed ventilation systems remove unpleasant smells and excessive moisture through exchanging outside air while keeping interior building air circulating at all times.