Honeywell atom absorption 6l/min air flow sensor awm 43600v-2

HoNewwell 6l/min flow sensor awm 43600v

Flow sensor awm40000 series (awm43600)

Brand: honeywell

Product type: flow sensors

Type: mass flow sensor

Sensor type: air

Scope: 6 l/min

Accuracy: +/- 1 %

Output voltage: 5 v

For: dry gas

Working power voltage: 8v to 15v

Port size: 4. 826 mm

Shell material: silicon

Series: awm40000

Trademark: hoWell..

Cnhts: 8542319000

Hts code: 8542390001

Working temperature: +85 c

Working temperature: -25 c

Flow sensor i, gas mass flow sensor awm40000 series introduction awm40000 series includes signals without magnification and magnification/sign processing. Awm 42150v and awm 42300, using the same circuit as awm 2000. Awm 43300v and awm 43600v use the same circuit as awm 3000. Awm43600v for 6slpm devices。

Flow sensor awm40000

The awm40000 series includes signals without magnification and magnification/sign processing。

Awm 42150v and awm 42300, using the same circuit as awm 2000。

Awm 43300v and awm 43600v use the same circuit as awm 3000。

Awm43600v for 6slpm devices。

Ii. Gas mass flow sensor awm-40000 series

Main features:

1) multiple centralized installation, o-contain

2) ceramic flow tubes (no ablution tubes): 0-1000 scm

3) plastic flow tubes (no-inducing tubes): 0-6slpm

4) high symmetric pressure (150 psi)

5) working temperature up to 125°c

6) high stability of zero and full range

Related product: -humaf 2703 - gas flow, relative humidity & temperature

One module sensor - gas mass flow sensor afs 50001 series

- flow sensor htw2700

- flow sensor awm43600

One module sensor - gas mass flow sensor afs 50001 series - flow sensor httw 2700 - flow sensor awm 43600

Awm42150vh

Awm42150vh

Awm 42300v

Awm 43300v

Awm 43600v

Microbridge gas mass flow sensors operate on the principle of heat transmission. Gas mass flow is directed through the surface of the sensor element. The output voltage is proportional to the quality of air or other gases that are overloaded and imported. Specially designed casings accurately guide and control the flow through microstructure sensor elements. The mechanical design of the seal can easily be installed on the printed circuit board。

The microbridge gas mass flow sensor contains a unique silicon chip based on advanced microstructure technology. The chip uses film and heat insulation bridge structures, which contain heaters and temperature sensor elements. The bridge structure is capable of responding quickly and sensitively to air or other gas currents passing through the chip. Double-sensor components on both sides of the central heating component can also indicate the direction and speed of the flow. Laser-modified thick membranes and thin membrane electrical resistance ensure consistent interchangeability from each sensor。

Microbridge gas mass flow sensors use thermal resistance wrapped in nitrogenized silicon film. These resistances are suspended and form two bridges above the carving cavity of the silicon. The chip is placed in the exact specification of the gas flowway and provides a repeatable flow response. Thermal heat separation can be achieved efficiently by corroding the cavity under the flow sensor bridge. Microbridge gas mass flow sensors achieve a hypervelocity response and high sensitivity to air currents in small sizes and heat isolation functions。

Whistlestone twin bridge control air flow measurement - one provides closed-enhancement heater control and the other contains dual-sensor components. The heater circuits reduce output changes due to changes in ambient temperature to a significant extent by providing output in proportion to mass flows. This circuit maintains the heater's temperature at constant temperature differentials above ambient temperatures (160 °c), which are measured by thermal resistance on the chip. The output of the plant is proportional to the power voltage, which also corresponds to the differential voltage of the whistle bridge circuit。

Attention

Reduce significantly the impact of possible dust pollution in some applications. It is designed that the dust particles that may be present in the current will flow parallel to the chip surface through the chip. In addition, thermal transport effects of microstructure chips can remove micro-measure particles from the bridge structure。

Simple filters can be used to prevent dust from being attached to the edge of the chip and the surface of the channel. In most applications, sufficient filtering can be achieved if a 5 microfiltration network is attached to the upper side of the gas stream。

Note: product damage

The awm series microbridge gas mass flow sensors are not suitable for measuring liquid flows, which damage sensors when they pass through the sensors。

Failure to comply with these instructions may result in damage to products。