SR30-L Secondary Standard Pyranometer mit RS-485 Modbus Kommunikation und integrierter Heizung / Lüfter

Überblick

Der SR30 (ISO 9060:2018 Klasse A, spectrally flat) wird von Hukseflux hergestellt  und enthält die "Recirculating Ventilation and Heating (RVH™)" Technik. Der SR30 erfüllt den IEC 61724-1 Standard ohne weiteres Zubehör während andere Pyranometer eine zusätzliche Lüftung/Heizung brauchen. Der Sensor ist besonders für solare Resourcenmessung und Performance Monitoring von Solaranlagen geeignet.

Funktionen und Vorteile

  • Heated for high data availability, featuring RVH™ technology
  • Compliant with IEC 61724-1:2017 Class A
  • Remote sensor diagnostics

Bilder

Kompatibel mit

Please note: The following shows notable compatibility information. It is not a comprehensive list of all compatible products.

Datenlogger

Product Compatible Note
CR1000X (retired)
CR6
MeteoPV

Halterungen und Masten

Product Compatible Note
CM266
CM268

Spezifikationen

Sensor High-quality blackened thermopile protected by two glass domes with integrated heater and ventilation
Measurement Description Monitors solar radiation for the full solar spectrum range

Hemispherical Solar Radiation
Heater RVH™ (Recirculating Ventilation and Heating)
ISO Classification Spectrally flat Class A (secondary standard) ISO 9060:2018
IEC 61724-1:2017 Compliance Class A
Calibration Uncertainty < 1.2% (k = 2)
Heating Included
Ventilation Included
Technology Employed Recirculating Ventilation and Heating (RVH™)
Standard Operating Mode Heated and ventilated
Power Consumption @ 12 Vdc < 2.3 W
Zero Offset A < 2 W/m2
Calibration Traceability To WRR
Calibration Registers Accessible to users
Spectral Range 285 to 3000 x 10-9 m
Sensitivity Digital output
Operating Temperature Range -40 to +80°C (rated)
Temperature Response < ±0.4% (-30 to +50°C)
Temperature Response Test of Individual Instrument Report included
Directional Response Test of Individual Instrument Report included
Rated Operating Voltage Range 5 to 30 Vdc

Sensor Tilt Angle
Tilt Measurement Uncertainty ±1° (0 to 90°)
Tilt Sensor Test of Individual Instrument Report included

Operation in Low-Power Mode
Operating Condition Heater and ventilator [OFF]
Zero Offset A 5 W/m2 (unventilated)
Power Consumption @ 12 Vdc < 0.1 W

Digital Output
Output
  • Modbus RS-485
  • Irradiance in W/m2
  • Instrument body temperature in °C
  • Tilt angle in °
  • Internal humidity in %
  • Ventilator speed in RPM
Communication Protocol Modbus over two-wire RS-485
Transmission Mode RTU

Dokumente

Downloads

SR30 Example Program v.1 (2 KB) 10-12-2020

The example CR1000X program measures the SR30 sensor. The program will store the values if the result code is zero, which indicates a properly working sensor. If the result code is not zero, NANs will be stored for the measurements.