ES-W200 Cup Windgeschwindigkeitssensor

ES-W200 cup wind speed sensor is a wind speed measuring instrument independently developed and produced by our company. It supports customized heating wind speed measuring instruments. Heating products have built-in sensitive temperature sensors and high-performance heating plates. The sensor housing is made of aluminum material, with very small dimensional tolerances, with high weather resistance, high strength, corrosion resistance and water resistance. Internal integration of photoelectric conversion mechanism, industrial microcomputer processor, standard current generator, current driver, etc.

ES-W200 cup wind speed sensor is a wind speed measuring instrument independently developed and produced by our company. It supports customized heating wind speed measuring instruments. Heating products have built-in sensitive temperature sensors and high-performance heating plates. The sensor housing is made of aluminum material, with very small dimensional tolerances, with high weather resistance, high strength, corrosion resistance and water resistance. Internal integration of photoelectric conversion mechanism, industrial microcomputer processor, standard current generator, current driver, etc.
ES-W200 circuit PCB adopts military-grade A-grade materials to ensure the stability of measurement parameters and electrical performance; electronic components are imported industrial-grade chips, which makes the overall anti-electromagnetic interference ability extremely reliable, and can ensure that the host is at -30 ℃ ~ 75 ℃ , humidity 5% ~ 95%RH (non-condensing) range can work normally.

This product is widely used in greenhouse, environmental protection, meteorological station, engineering machinery, ships, docks, aquaculture and other environmental wind speed measurement.

Messbereich

0–30 m/S; 0–50 m/S; 0–60 m/S; (andere Bereiche können ebenfalls angepasst werden)

Startwindgeschwindigkeit

≤ 0,3 m/s

Genauigkeit

± (0,3 + 0,03 V) m / s, V ist die Windgeschwindigkeit

Ausgangssignal

A: Analoges Ausgangssignal (0-2 V, 0-5 V, 0-10 V), 4-20 mA (Stromschleife)
B: SDI-12 (Serielles Datenkommunikationsschnittstellenprotokoll der Amerikanischen Hydrologisch-Organisation)
C: RS485 (Standard-Modbus-RTU-Protokoll, Gerätestandardadresse: 01)
D: Impulssignal (Impulsamplitude 3,3 V, 5 V, wählen Sie eines)

Versorgungsspannung

Default: 5-24vdc (0-2v, RS485),12-24vdc (0-5V, 0-10V, 4-20mA); Customize: support 30VDC wider voltage customization (Remark: With heating voltage: 12-24V DC)

Stromverbrauch

24 V/8 mA (Heizung aus), 24 V/0,8 A (Heizung an)

Stabile Zeit

< 1 s

Ansprechzeit

< 1 s

Arbeitsumfeld

-30 ℃ ~ 75 ℃ (Not heated type),  -40 ℃ ~ 75 ℃(Heated type)

Kabelspezifikation

2 m 3-Leiter-System (Analogsignal); 2 m 4-Leiter-System (RS485) (Kabellänge optional)

Material

Aluminiumlegierung

Heizmethode

PTC-Heizautomatik (nur beim Heizmodell)

Automatische Heizung

Unter -1 °C, bei Erreichen von 25 °C wird die Heizung automatisch gestoppt, Heizleistung 12–24 VDC

Schutzstufe

IP66

Remarks: The heating function is automatically controlled according to the ambient temperature, or different start and stop temperatures can be set according to the use environment (the PWM control is used in the early stage of heating to prevent the impact of the current, the time is 120 seconds)

Unterlagen

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Ein Angebot einholen

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Installation und Wartung

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