Unamplified Airflow Sensors
AWM1000 Series
Uncompensated. ±200 SCCM, 1000 SCCM to -600 SCCM; ±5.0 mbar, ±10.0 mbar. Analog output
Take advantage of microbridge mass flow sensor technology. The AWM1000 series mass flow sensor provides all of the outstanding performance benefits of the standard AWM2000 series in a more cost-effective sensor platform. This device provides accurate, repeatable flow sensing. Sensor to sensor interchangeability specifications are approximately twice as large as compared to the AWM2000 series.
The heater control circuit and the sensing bridge supply circuit are both required for operation per specification. These two circuits are not on board the sensor and must be supplied in the application. The differential amplifier circuitry may be useful in providing output gain and/or introducing voltage offsets to the sensor output.
CAUTION: PRODUCT DAMAGE
AWM Series Microbridge Mass Airflow Sensors are not designed to sense liquid flow and will be damaged by liquid flow through the sensor.
Failure to comply with these instructions could result in product damage.
Others
- Response Time
- 1 ms typ., 3 ms max.
- Weight
- 10.8 g
- Storage Temperature
- -40°C to 90°C [-40°F to 194°F]
- Shock
- 100 g peak (5 drops, 6 axes)
- Operating Temperature
- -25°C to 85°C [-13°F to 185°F]
- Flow/Pressure Range
- ±10.0 mbar [4.0 H20]
- 1000 sccm (1.0 SLPM) to -600 sccm
- ±200 sccm
- Compensated Temperature
- -25°C to 85°C [-13°F to 185°F]
- Output Voltage at Trim Point
- 20.0 mVdc at 2.0 in water
- 50.0 mV dc at 650 sccm
- 30.0 mV dc at 100 sccm
- Port Style
- Straight
- Null Offset
- ±1 mV dc
- Common Mode Pressure
- 25 psi
- UNSPSC Commodity
- 41111931 Flow Sensors
- Media Compatibility
- Dry gas only
- Repeatability
- ±1 % Full Scale
- Sensor Current
- 0.3 mA typ., 0.6 mA max.
- Signal Conditioning
- Unamplified (mV)
- Supply Voltage
- 8.0 Vdc min., 10.0 Vdc typ., 15.0 Vdc max.
- Series Name
- AWM1000
- Power Consumption
- 30 mW typ., 50 mW max.
- Null Shift over Temperature
- ±0.7 mV dc max.
- UNSPSC Code
- 41111931
- Output Shift over Temperature
- ±22 % Reading
- ±4 % Full Scale
Others
- Response Time
- 1 ms typ., 3 ms max.
- Weight
- 10.8 g
- Storage Temperature
- -40°C to 90°C [-40°F to 194°F]
- Shock
- 100 g peak (5 drops, 6 axes)
- Operating Temperature
- -25°C to 85°C [-13°F to 185°F]
- Flow/Pressure Range
- ±10.0 mbar [4.0 H20]
- 1000 sccm (1.0 SLPM) to -600 sccm
- ±200 sccm
- Compensated Temperature
- -25°C to 85°C [-13°F to 185°F]
- Output Voltage at Trim Point
- 20.0 mVdc at 2.0 in water
- 50.0 mV dc at 650 sccm
- 30.0 mV dc at 100 sccm
- Port Style
- Straight
- Null Offset
- ±1 mV dc
- Common Mode Pressure
- 25 psi
- UNSPSC Commodity
- 41111931 Flow Sensors
- Media Compatibility
- Dry gas only
- Repeatability
- ±1 % Full Scale
- Sensor Current
- 0.3 mA typ., 0.6 mA max.
- Signal Conditioning
- Unamplified (mV)
- Supply Voltage
- 8.0 Vdc min., 10.0 Vdc typ., 15.0 Vdc max.
- Series Name
- AWM1000
- Power Consumption
- 30 mW typ., 50 mW max.
- Null Shift over Temperature
- ±0.7 mV dc max.
- UNSPSC Code
- 41111931
- Output Shift over Temperature
- ±22 % Reading
- ±4 % Full Scale
- Response Time : 1 ms typ., 3 ms max.
- Weight : 10.8 g
- Storage Temperature : -40°C to 90°C [-40°F to 194°F]
- Shock : 100 g peak (5 drops, 6 axes)
- Operating Temperature : -25°C to 85°C [-13°F to 185°F]
- Flow/Pressure Range : ±10.0 mbar [4.0 H20]|1000 sccm (1.0 SLPM) to -600 sccm|±200 sccm
- Compensated Temperature : -25°C to 85°C [-13°F to 185°F]
- Output Voltage at Trim Point : 20.0 mVdc at 2.0 in water|50.0 mV dc at 650 sccm|30.0 mV dc at 100 sccm
- Port Style : Straight
- Null Offset : ±1 mV dc
- Common Mode Pressure : 25 psi
- UNSPSC Commodity : 41111931 Flow Sensors
- Media Compatibility : Dry gas only
- Repeatability : ±1 % Full Scale
- Sensor Current : 0.3 mA typ., 0.6 mA max.
- Signal Conditioning : Unamplified (mV)
- Supply Voltage : 8.0 Vdc min., 10.0 Vdc typ., 15.0 Vdc max.
- Series Name : AWM1000
- Power Consumption : 30 mW typ., 50 mW max.
- Null Shift over Temperature : ±0.7 mV dc max.
- UNSPSC Code : 41111931
- Output Shift over Temperature : ±22 % Reading|±4 % Full Scale