Honeywell Technologies HSCDRRD002NDAA5 Pressure SensorBoard 8 DIP

RS Stock No.:: 214-1448
Mfr. Part No.:: HSCDRRD002NDAA5
Brand:: Honeywell

Honeywell Technologies HSCDRRD002NDAA5 Pressure SensorBoard 8 DIP

Subtotal (50 units, in boxes of 50)*

Kr. 26 917,75

(exc. VAT)

Kr. 33 647,20

(inc. VAT)

FREE delivery for online orders over 750,00 kr

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Shipping from 28 December 2026

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Units	Per unit	Per Box*
50 +	Kr. 538,355	Kr. 26 917,75

*price indicative

RS Stock No.:: 214-1448
Mfr. Part No.:: HSCDRRD002NDAA5
Brand:: Honeywell

Specifications

Technical Reference

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Honeywell
	Sensor Type	Piezoresistive Pressure Sensor
	Product Type	Pressure Sensor
	Mount Type	Board
	Package Type	DIP
	Pin Count	8
	Minimum Supply Voltage	3.3V
	Maximum Operating Pressure	2 in/H2O
	Accuracy	±0.25 %
	Port Type	Dual Radial Barbed
	Maximum Supply Voltage	5V
	Maximum Operating Temperature	+85°C
	Standards/Approvals	ISO 9001
	Series	HSC
	Length	10mm
	Height	13.75mm
	Width	13.3mm
	Minimum Operating Pressure	-2in/H2O
	Automotive Standard	ISO 9001
	Minimum Operating Temperature	-20°C

	Select all
	Brand Honeywell
	Sensor Type Piezoresistive Pressure Sensor
	Product Type Pressure Sensor
	Mount Type Board
	Package Type DIP
	Pin Count 8
	Minimum Supply Voltage 3.3V
	Maximum Operating Pressure 2 in/H2O
	Accuracy ±0.25 %
	Port Type Dual Radial Barbed
	Maximum Supply Voltage 5V
	Maximum Operating Temperature +85°C
	Standards/Approvals ISO 9001
	Series HSC
	Length 10mm
	Height 13.75mm
	Width 13.3mm
	Minimum Operating Pressure -2in/H2O
	Automotive Standard ISO 9001
	Minimum Operating Temperature -20°C

Datasheet-HSCDRRD002NDAA5

Honeywell HSC Series Differential Pressure Sensor, ±0.25% Accuracy, 3.3V Minimum Supply Voltage - HSCDRRD002NDAA5

This differential pressure sensor measures the pressure difference between two ports for use with non-corrosive, non-ionic gases and selected liquids. It is a board-mount device offering ratiometric analogue or digital outputs and is temperature-compensated via an on-board ASIC to provide stable pressure readings across typical industrial and medical environments.

Features and Benefits:

• ±0.25% accuracy reduces software calibration requirements
• Operates from a single 3.3V supply for simple integration
• Calibrated output update rates up to 2kHz improve responsiveness
• Low power consumption typically less than 10mW extends battery life
• Dual radial barbed pressure port option simplifies tubing connection
• Wide compensated temperature range supports varied operating conditions

Applications

• Used for airflow monitoring in respiratory equipment
• Suitable for clog detection in HVAC filter systems
• Ideal for gas flow instrumentation and chromatography
• Can be used in ventilation control and VAV systems
• Useful for life sciences instrumentation and medical analysers

What electrical interfaces are available for the sensor?

It offers ratiometric analogue and 14-bit digital outputs compatible with I2C or SPI interfaces and provides direct microprocessor connection.

Which media can be measured and what are the restrictions?

Non-corrosive, non-ionic gases are supported, liquid-media options are available for Port 1 only on specified higher pressure ranges and require compatible fluids and particulate-free systems.

How does the product maintain accuracy across temperature?

An on-board ASIC performs calibration and temperature compensation for offset, sensitivity, non-linearity and thermal effects over the compensated temperature range.

What packaging and mounting styles are provided?

It is supplied in a DIP board-mount package with options including dual radial barbed ports and other port or fastener configurations for flexible PCB mounting.

What environmental and reliability characteristics are specified?

The sensor meets ISO 9001 quality standards, withstands industry-standard vibration and shock tests, and is rated for long life cycles with specified overpressure and burst limits.