Honeywell Technologies HSCMANV001BA2A3 Pressure SensorBoard 8 SMT

N° de stock RS:: 214-1461
Référence fabricant:: HSCMANV001BA2A3
Fabricant:: Honeywell

Honeywell Technologies HSCMANV001BA2A3 Pressure SensorBoard 8 SMT

Sous-total (1 boîte de 50 unités)*

1 353,25 €

(TVA exclue)

1 637,45 €

(TVA incluse)

Frais de livraison offerts pour toute commande de plus de 90,00 €

En stock

Plus 50 unité(s) expédiée(s) à partir du 26 octobre 2026

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Unité	Prix par unité	La Boite*
50 +	27,065 €	1 353,25 €

*Prix donné à titre indicatif

N° de stock RS:: 214-1461
Référence fabricant:: HSCMANV001BA2A3
Fabricant:: Honeywell

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Détails du produit

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Sélectionner tout	Attribut	Valeur
	Marque	Honeywell
	Sensor Type	Piezoresistive Pressure Sensor
	Product Type	Pressure Sensor
	Maximum Overload Pressure	2bar
	Mount Type	Board
	Package Type	SMT
	Pin Count	8
	Minimum Supply Voltage	3.3V
	Maximum Operating Pressure	1 bar
	Maximum Supply Voltage	5V
	Accuracy	±0.25 %
	Port Type	Single Axial Barbed
	Maximum Operating Temperature	+85°C
	Standards/Approvals	ISO 9001
	Series	HSC
	Width	13.3mm
	Length	10mm
	Height	13.75mm
	Minimum Operating Pressure	0mbar
	Minimum Operating Temperature	-20°C
	Automotive Standard	ISO 9001

	Sélectionner tout
	Marque Honeywell
	Sensor Type Piezoresistive Pressure Sensor
	Product Type Pressure Sensor
	Maximum Overload Pressure 2bar
	Mount Type Board
	Package Type SMT
	Pin Count 8
	Minimum Supply Voltage 3.3V
	Maximum Operating Pressure 1 bar
	Maximum Supply Voltage 5V
	Accuracy ±0.25 %
	Port Type Single Axial Barbed
	Maximum Operating Temperature +85°C
	Standards/Approvals ISO 9001
	Series HSC
	Width 13.3mm
	Length 10mm
	Height 13.75mm
	Minimum Operating Pressure 0mbar
	Minimum Operating Temperature -20°C
	Automotive Standard ISO 9001

Datasheet-HSCMANV001BA2A3

Honeywell HSC Series Absolute Pressure Sensor, 1 Bar Maximum Operating Pressure, ±0.25% Accuracy - HSCMANV001BA2A3

This absolute pressure sensor measures pressure relative to an internal vacuum reference and provides ratiometric analogue or 14-bit digital output for reading absolute pressure across its specified span and temperature range. It is intended for use with non-corrosive, non-ionic gases and is supplied as a board-mount SMT device with an 8-pin Interface for straightforward PCB integration in industrial and medical systems.

Features and Benefits:

• ±0.25%FSS accuracy reduces software correction requirements
• Operates from a single 3.3V or 5.0V supply for flexible system design
• Calibrated and temperature compensated for 0°C-50°C for stable output
• Low power consumption under 10mW supports battery-powered applications
• Fast update rates approximately 1kHz analogue and 2kHz digital improve response
• Built-in ASIC corrects offset sensitivity and non-linearity for reliable readings

Applications

• Suitable for airflow monitoring in respiratory machines and ventilators
• Used with gas flow instrumentation and chromatography analysers
• Ideal for VAV and HVAC transmitters and clogged filter detection
• Can be used in oxygen concentrators and anaesthesia equipment
• Suitable for medical devices such as spirometers and nebulisers

What media can be applied to the sensor ports?

It is rated for non-corrosive, non-ionic gases, a liquid-media option exists only for Port1 on ranges ≥60 mbar with specific material considerations.

What are the device’s operating and compensated temperature ranges?

Operating range is -20°C to 85°C and compensated range for specified performance is 0°C to 50°C.

How is digital communication implemented?

Digital variants provide SPI or I2C-compatible 14-bit output with minimum 12-bit sensor resolution and standard I2C addresses selectable per configuration.

What mounting and port configuration is provided?

The product is a board-mount SMT package with an 8-pin Interface and a single axial barbed port option for pressure connection.

How does the sensor reduce manufacturing effort for system designers?

On-board calibration and temperature compensation for offset, sensitivity and non-linearity minimise individual sensor testing and decrease production calibration time.