AWM92200V Honeywell Sensing and Control, AWM92200V Datasheet - Page 5

• Manufacturer Part Number: AWM92200V
• Description: SENSOR AIR FLOW UNAMP 5.0 MBAR
• Manufacturer: Honeywell Sensing and Control
• Series: AWM90000r

Specifications of AWM92200V

• Sensing Range: ±5 mbar
• Flow Sensor Type: Air
• Material - Body: Silicon
• Pressure Max: 25psi
• Port Style: Parallel
• Supply Voltage: 15VDC
• Output Voltage Max: 38mV
• No. Of Ports: 2
• Mounting Type: Screw
• Sensor Output: Voltage
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Voltage - Input: -
• Port Size: -
• Switch Function/rating: -
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant, Lead free / RoHS Compliant

concentrators, patient monitoring systems
(respiratory monitoring), sleep apnea
machines, spirometers and ventilators.
Potential industrial applications include
air-to-fuel ratio, analytical instrumentation
(spectrometry, chromatography), fuel
cells, gas leak detection, gas meters,
HVAC filters and VAV system on HVAC
systems, and meteorology.
AiRFlow SEnSoRS
AwM1000 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective • Bi-
directional sensing capability • Low
differential pressure sensing • Sensor to
sensor interchangeability • Unamplified
• Laser trimmed • Mass flow and
differential pressure sensing
Benefits: Cost-effective microbridge
technology for potential applications
including HVAC damper control, process
control, respirators, oxygen concentrators,
gas metering, and chromatography.
Differential amplifier circuitry provides
output gain and/or introduces voltage
offsets to sensor output.
AwM2000 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective • Bi-
directional sensing capability • Low
differential pressure sensing • Actual
mass airflow sensing • Unamplified
• Laser trimmed • Sensor to sensor
interchangeability • Mass flow and
differential pressure sensing
Benefits: Cost-effective microbridge
technology for potential applications
including process control, respirators,
ventilators, oxygen concentrators, and
leak detection equipment. Differential
amplifier circuitry provides output gain
and/or introduces voltage offsets to sensor
output.
AwM3000 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective • Low
differential pressure sensing • Laser
trimmed • Amplified • Actual mass airflow
sensing • Mass flow and differential
pressure sensing • Sensor to sensor
interchangeability
Benefits: Amplified signal conditioning
increases gain and introduces voltage
offsets to sensor output. On board heater
control circuit. Laser trimmed for improved
sensor interchangeability. Potential
applications include HVAC damper
control, process control, respirators, leak
detection equipment, gas metering, and
chromatography.
AwM5000 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective • On-
board signal conditioning • Venturi
type flow housing • Remote mounting
capability • Laser trimmed • “AMP”
compatible connector • Rugged plastic
package • Amplified • Mass flow
pressure sensing • Sensor to sensor
interchangeability
Benefits: Performs amplification,
linearization, temperature compensation,
and gas calibration. Separate gas
calibration types (nitrogen, carbon
dioxide, nitrous oxide or argon).
Microbridge chip in direct contact with
flow stream reduces error due to orifice
or bypass channel clogging. In-line flow
measurement potential applications
including HVAC damper control, oxygen
concentrators, leak detection equipment,
gas metering, and chromatography. 1 Vdc
to 5 Vdc linear output possible regardless
of flow range or calibration gas. Active
laser trimming improves interchangeability.
AMP-compatible connector often provides
reliable connection in demanding
applications.
AwM700 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective • High
flow range capability in a small package
• Highly stable null and full-scale
• Compact package design • Extremely
low hysteresis and repeatability errors
• AMP-compatible connector
• Amplified • Mass flow and differential
pressure sensing • Sensor to sensor
interchangeability
Benefits: Performs amplification and
temperature compensation. Specially
designed bypass flow housing provides
in-line flow measurement. Provides
combination of enhanced reliability,
accuracy, and precision operating
characteristics for use in potential
medical ventilation equipment and
medical and analytical instrumentation
applications. Low power consumption for
portable devices and battery-powered
applications. Enhanced accuracy over
life reduces need for recalibration. Snap-
in AMP-compatible connector provides
reliable connection.
AwM40000 Series.
Features: Precision silicon
micromachining • Sensitivity to low flows
(0.1 SCCM to 200 SLPM) • Enhanced
response time • Low power consumption
• Analog output • Cost-effective
• Repeatable response • Laser trimmed
• Standard mounting centers
• Amplified and unamplified • Mass flow
pressure sensing • Sensor to sensor
interchangeability
Benefits: Sensitive to low flows,
adaptable for use with higher flows for
potential applications including process
control, respirators, ventilators, oxygen
concentrators, gas metering, and
chromatography. Low power consumption
for portable devices and battery-powered
applications. Laser-trimmed thick-film and
thin-film resistors designed to provide
consistent interchangeability from one
device to the next.
www.honeywell.com/sensing
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