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- Order number: 22.01.02.06
Description:
The WS510 is a specific fracture sensor for the determination of the efficiency of PV systems according to IEC 61724 and has a digital interface for environmental applications. The spring sensor is used to measure air temperature, relative humidity, global radiation, air pressure, wind direction and wind speed. The relative humidity is measured by a capacitive sensor element, the air temperature by a precise NTC measuring element. A Class A CMP10 pyranometer according to ISO 9060:2018 is used for radiation measurement. The wind measurement is carried out with ultrasonic sensor technology. The measurement data output supports the following protocols: UMB-Binary, UMB-ASCII, SDI-12, MODBUS. An external panel temperature or precipitation sensor can be connected.
Additional description:
Measurement parameters: temperature, relative humidity, air pressure, wind direction, wind speed, radiation
Measurement technology: ultrasonic/wind, NTC/T, capacitive/RF, MEMS capacitive/air pressure, tilt&zone/radiation
Product highlights: Compact all-in-one fracture sensor, power saving mode, heating, ventilated radiation protection, maintenance-free measuring method, open communication protocol
Interfaces: RS485 with supported protocols UMB-Binary, UMB-ASCII, Modbus-RTU, Modbus-ASCII, XDR, SDI-12
Item number: 8375.U13
Sensor Type: | WS510 |
Application: | Agriculture, Building automation, Environmental Protection, industry, Solar technology |
Parameter: | air pressure, air temperature, Globalstrahlung, Relative humidity |
Manufacturer: | Lufft |
Norm - WMO: | WMO-No,8 7th Edition Part I Chapter 1 General, WMO-No,8 7th Edition Part I Chapter 2 Measurement of temperature, WMO-No,8 7th Edition Part I Chapter 3 Measurement of atmospheric pressure, WMO-No,8 7th Edition Part I Chapter 4 Measurement of humidity, WMO-No,8 7th Edition Part I Chapter 7 Measurement of radiation |
Norm: | VDE 0839-81-1: 1993-03. Electromagnetic compatibility (EMC)., VDE 0875-11: 2011-04 Industrial, scientific and medical equipment - Radio disturbance characteristics - Limits and methods of measurement, VDI 3786 Part 3 air temperature, VDI 3786 Part 4 humidity, VDI 3786 Part 5 Radiation Measurement, VDI 3786 Part 16 measuring the air pressure |
atmospheric air pressure measurement method: | MEMS kapazitiv |
atmospheric air pressure measurement accuracy [hPa]: | ± 0,5 hPa |
atmospheric air pressure measuring range [hPa]: | 300 – 1100 mbar |
Humidity measurement method: | kapazitiv |
Humidity measuring range [% RH]: | 0 ... 100 % r.F. |
Humidity measuring accuracy [% R.H.]: | ±2% r.F. |
Air temperature measuring range [° C]: | -50 ... 60 °C |
Air temperature measurement accuracy [K]: | ±0,2°C (-20...50°C), sonst ±0,5°C (>-30°C) |
Global radiation measuring range [m/m2]: | 0 - 1500 W/m² |
Global radiation measuring accuracy [W{m2]: | Zero offset A < 7 W/m², Zero offset B < 2 W/m² |
Global radiation spectrum [nm]: | 285...2.800 nm |
Globalstrahlungsmessverfahren: | Pyranometer CMP10 |
Dimension (cm): | Ø ca. 150mm, Höhe ca. 332mm |
voltage supply: | 12...24VDC |
Degree of protection: | IP66 |
Interfaces: | Rs485 |
cable length [m]: | 10m |
Masthalterung: | Mastdurchmesser 60 - 76mm |
Housing: | Plastic |
Weight (Kg): | 1,5 |
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