Honeywell Sensing and Productivity Solutions HSCDAND060PGSA3

HSCDAND060PGSA3 TruStability HSC Series by Honeywell Product Summary

The HSCDAND060PGSA3 TruStability HSC Series is a board mount pressure sensor manufactured by Honeywell Sensing and Productivity Solutions, leveraging advanced proprietary sensor technology. This specific model offers a 60 PSI (413.69 kPa) vented gauge measurement with a male 0.19" (4.93 mm) tube, available in a compact 8-DIP package. Operation is digital via SPI with 12-bit sensor resolution, and it features amplified output with temperature compensation, supporting supply voltages of 3V to 3.6V. Renowned for its high accuracy and reliability, the HSCDAND060PGSA3 meets the needs of demanding medical and industrial applications, and adheres fully to RoHS environmental compliance.

Key Features and Technical Benefits of HSCDAND060PGSA3 TruStability HSC Series

Honeywell's TruStability HSC Series, including the HSCDAND060PGSA3, is engineered for industry-leading stability and precision, combining high sensitivity with impressive overpressure and burst resistance. The sensor’s best-in-class long-term stability minimizes calibration requirements, reduces maintenance, and supports system uptime. The modular design accommodates a wide spectrum of package styles and pressure port options, simplifying integration into complex systems. The exceptionally low power consumption (less than 10 mW typical), tight accuracy tolerance of ±0.25% FSS BFSL, and digital output (SPI) with a minimum of 12-bit resolution enable efficient interfacing with microprocessors and microcontrollers.

Performance Metrics of HSCDAND060PGSA3 TruStability HSC Series

The HSCDAND060PGSA3 offers a working pressure range up to 60 PSI (413.69 kPa), withstanding maximum pressure of 120 PSI (827.37 kPa). Total Error Band (TEB) over the compensated range (0°C to 50°C) represents all possible errors, ensuring comprehensive accuracy specification. The sensor delivers highly stable outputs even after extensive cycles and exposure to thermal extremes. Operating temperature ranges from -20°C to +85°C, supporting robust application performance. Digital interface options (SPI) yield bandwidths of approximately 2 kHz, while tight repeatability and minimal non-linearity enhance data reliability.

Electrical and Mechanical Details of HSCDAND060PGSA3 TruStability HSC Series

Supply voltage requirements for HSCDAND060PGSA3 range between 3V and 3.6V. The device features an 8-DIP top port package measuring 0.524" (13.30 mm), designed for through-hole mounting—ideal for secure integration onto PCBs. The sensor supports digital SPI output with robust noise immunity and fast response times. The male 0.19" (4.93 mm) tube port style simplifies hose attachment, and the sensor’s small footprint (approx. 10 mm x 10 mm) allows placement in compact or crowded hardware environments. Compliance with IPC/JEDEC J-STD-020D.1 Moisture Sensitivity Level 1 ensures suitability for reflow soldering with unrestricted shelf life under specified storage conditions.

Material Compatibility and Handling Guidelines for HSCDAND060PGSA3 TruStability HSC Series

The wetted materials in HSCDAND060PGSA3 include high temperature polyamide for ports and covers, alumina ceramic for substrates, and silicone/epoxy adhesives. Electronics within the sensor consist of silicon, glass, ceramic, and gold. For models with liquid media options and pressure ranges above 1 PSI (60 mbar/6 kPa), only Port 1 is compatible with liquids—Port 2 is strictly for dry gases. Proper media compatibility must be confirmed to prevent sensor degradation, and particulate-free fluids are recommended. Positioning Port 1 downwards minimizes potential contamination. The sensor’s dead-ended design means that residue and particulates can impact performance, so rinsing is discouraged due to limited effectiveness.

Integration Methods and Mounting Configurations for HSCDAND060PGSA3 TruStability HSC Series

HSCDAND060PGSA3 is intended for board mount applications, utilizing a through-hole 8-DIP package. This configuration both simplifies PCB layout and provides stable sensor placement. Flexible port and housing choices allow system designers to select the most convenient pressure interface for their device, while the compact size aids integration in densely populated electronics assemblies. The sensor is robust against vibration (MIL-STD-202G, Method 204D, Condition B) and shock (MIL-STD-202G, Method 213B, Condition C), supporting long-term reliability—over one million pressure cycles minimum.

Common Engineering Uses of HSCDAND060PGSA3 TruStability HSC Series

The versatility and high precision of HSCDAND060PGSA3 make it suitable for a broad array of application scenarios. In medical engineering, it finds use in anesthesia machines, oxygen concentrators, ventilators, respiratory monitoring, and blood analysis devices. Industrial applications include barometric measurements for climate control, flow calibrators, gas chromatography, pneumatic controls, HVAC transmitters, and indoor air quality monitoring. Its stability and broad operating range enable reliable deployment in environments demanding accurate and repeatable long-term operation.

Possible Substitute or Comparable Models for HSCDAND060PGSA3 TruStability HSC Series

For engineers and procurement teams considering HSCDAND060PGSA3 TruStability HSC Series, it is prudent to evaluate alternate models within Honeywell’s TruStability portfolio. Devices such as the HSC series variants with different pressure ranges or packaging, or the TruStability SSC and TSC families, provide comparable performance attributes—high accuracy, low power consumption, and flexible integration options. Selection should focus on matching pressure range, port configuration, electrical output (analog/digital), and environmental compatibility to the requirements of the target application.

Conclusion

The HSCDAND060PGSA3 TruStability HSC Series embodies Honeywell’s commitment to accuracy and stability in pressure sensing. Its high performance and flexible integration make it a top choice for engineers designing precision-driven medical and industrial instruments. Comprehensive understanding of the sensor’s operational parameters, handling requirements, and material compatibility is essential for maximizing reliability and optimizing product selection. For teams seeking robust and versatile board mount pressure sensing solutions, the HSCDAND060PGSA3 stands out as a benchmark for quality and performance.