Honeywell Unamplified Airflow Sensor, -1000 sccm → 1000 cm³/s, AWM40000 Series
Tehnička dokumentacija
Tehnički podaci
Proizvođač
HoneywellMedia Monitored
Dry Gas
Device Type
Unamplified
Minimum Flow Rate
-1000 sccm
Maximum Flow Rate
1000 cm³/s
Supply Voltage
15 V dc
Pipe Diameter Range
0.246 in
Maximum Pressure
150psi
Material
Plastic
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
+125°C
Series
AWM40000
Detalji o proizvodu
Amplified Airflow Sensor AWM40000 Series
The AWM40000 Series mass flow sensor family is based on proven microbridge technology and includes both amplified signal conditioned devices and unamplified sensor only devices.
When using the unamplified devices (AWM42150VH and AWM42300V), 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 is useful in providing output gain and/or introducing voltage offsets to the sensor output.
The amplified devices (AWM43300V and AWM43600V) can be used to increase output gain and introduce voltage offsets.
The differential instrumentation amplifier circuitry, heater control circuitry and sensing bridge supply circuitry are all provided onboard the amplified sensors.
Informacije o stanju skladišta trenutno nisu dostupne.
Provjerite ponovno kasnije.
P.O.A.
1
P.O.A.
1
Tehnička dokumentacija
Tehnički podaci
Proizvođač
HoneywellMedia Monitored
Dry Gas
Device Type
Unamplified
Minimum Flow Rate
-1000 sccm
Maximum Flow Rate
1000 cm³/s
Supply Voltage
15 V dc
Pipe Diameter Range
0.246 in
Maximum Pressure
150psi
Material
Plastic
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
+125°C
Series
AWM40000
Detalji o proizvodu
Amplified Airflow Sensor AWM40000 Series
The AWM40000 Series mass flow sensor family is based on proven microbridge technology and includes both amplified signal conditioned devices and unamplified sensor only devices.
When using the unamplified devices (AWM42150VH and AWM42300V), 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 is useful in providing output gain and/or introducing voltage offsets to the sensor output.
The amplified devices (AWM43300V and AWM43600V) can be used to increase output gain and introduce voltage offsets.
The differential instrumentation amplifier circuitry, heater control circuitry and sensing bridge supply circuitry are all provided onboard the amplified sensors.