Name: ADP910C00
Brand: ASAIR
SKU: ADP910C00
Availability: OutOfStock

Specifications

Product Introduction

ADP910 is a digital differential pressure sensor designed for high-precision differential pressure measurement with a response time of less than 2ms. The sensor chip measures the pressure difference of air, nitrogen, and oxygen by detecting the influence of airflow on the surrounding temperature field distribution. It features high accuracy, no drift, and strong stability. Additionally, it performs excellently in sensitivity, impact resistance, and temperature variation.

The ADP910 sensor has a standard I2C interface, making communication simple and easy to connect to a microcontroller.

Features

Excellent repeatability, no drift
Built-in temperature compensation
High reliability and long-term stability
High signal-to-noise ratio
Built-in high-performance MCU
Short response time, fast measurement speed
Small size, light weight

Applications

HVAC systems
VAV controllers
Gas boilers
Pellet stoves and fuel cells
Heat recovery systems
Filter monitoring
Medical respiratory devices
Fire residual pressure monitoring systems

Specifications Table

Measurement Range	-500 to 500 Pa
Zero Accuracy	0.3 Pa
Accuracy	Reading x 3%
Zero Repeatability	0.1 Pa
Repeatability	Reading x 0.5%
Annual Offset	<0.05 Pa
Response Time	<2 ms
Fluid Compatibility	Air, nitrogen, oxygen (non-condensing)
Temperature Compensation Range	0 to 50 °C
Temperature Repeatability	0.3 °C
Supply Voltage (VDD)	3.2 to 5.5 V
Supply Current (IDD, measuring)	10 to 12 mA
Power-On Time	<=25 ms
I2C SCL Frequency	<=400 kHz
Pressure Value Update Rate (continuous mode)	500 Hz
Rated Burst Pressure	5 bar
Weight	6.1 g
Voltage (VDD)	-0.3 to 5.5 V
Maximum Voltage on Pins (SDA, SCL)	-0.3 to VDD+0.3 V
Input Current on Any Pin	±70 mA
Operating Temperature Range	-40 to 85 °C
ESD HBM	2 kV

To learn more, please download the PDF.