Class C Pyranometer | RK200-03

Name: Class C Pyranometer | RK200-03
Brand: RIKA
SKU: RK200-03
Price: 625 EUR
Availability: InStock

Reference: RK200-03 - Manufacturer: RIKA

■ Conformed to the WMO standard.
■ Conformed to the IEC61724-1 standard.
■ Suitable for harsh environments.
■ Equipped with a horizontal indicator device.
■ Double transmission glass.
■ Visual desiccant window.
■ Easy installation.

The RK200-03 pyranometer is manufactured using thermopile-based principles;

The sensing elements are made using multi-contact, coil-plated thermopiles.

The surface is coated with a black coating with a high absorption rate.

The hot contacts are on the surface of the sensor, while the cold junction is located inside the body. The temperature difference between the hot and cold junctions generates electromotive force. The thermoelectric effect is proportional to the solar radiation.

€625.00

Tax excluded Envío: 3 a 6 semanas

To reduce the effect of ambient temperature, the temperature compensation circuit designed here reduces the effects on product properties.

The pyranometer radiation sensor is a monitoring device designed to accurately measure solar radiation levels.

As an essential component for meteorological and climatological research, this sensor plays a pivotal role in analyzing our planet's energy balance.

Equipped with advanced technology, the pyranometer sensor accurately quantifies total hemispherical solar irradiance by capturing both direct and diffuse radiation.

Its robust construction ensures long-term durability even in harsh environmental conditions, making it suitable for various applications, such as weather stations, solar energy installations, and agricultural monitoring systems. With its high sensitivity and low thermal offset, this radiation sensor provides reliable measurements that are vital for understanding weather patterns and optimizing renewable energy sources.

The pyranometer radiation sensor is indeed an indispensable tool serving scientists, researchers, and engineers alike in their search for sustainable solutions while unraveling the mysteries of our ever-changing world.

ISO9060:2018: Class A

ISO9060:1990: Secondary Standard

Spectral Range: 280 ~ 3000 nm

Output: 0-20 MV

4-20 mA, RS485

Supply / 12-24 VDC

Range: 0-4000 W/m²

Sensitivity: 7-14 μV/(W/m²)

Nonlinearity: <± 0.2% (100 ~ 1000 W/m²)

Response Time: ≤ 5 s (95%)

Zero Drift (Temperature Drift: 5 kJ/h): <± 2 W/m²

Stability: <± 0.8%/year

Directional Response: ± 10 W/m²

Effect of Temperature: <1% (-10-40℃)

Operating Temperature: -40℃-+80℃

Recalibration Interval: 2 years

Calibration Base: ISO9847

Weight (unpacked): 0.8kg

Dimensions: 154*101.5mm

Transmission Module: 4-20mA: External, RS485: Built-in

Desiccant: Built-in

Mounting Bracket (optional): Horizontal or adjustable bracket

Ingress Protection: IP67

Storage Condition: 10℃-60℃@20%-90%RH

ISO9060:2018 - Class B

ISO9060:1990 - Class 1

Spectral Range - 280 ~ 3000 nm

Output - 0-20 MV

4-20 mA, RS485 - Supply / 12-24 VDC

Range - 0-2000 W/m²

Sensitivity - 7-14 μV/(W/m²)

Nonlinearity - ± 1% (100 ~ 1000 W/m²)

Response Time - ≤30 s (95%)

Zero Drift (Temperature Drift: 5 kJ/h) - < ± 4 W/m²

Stability - < ± 1.5%/year

Directional Response - ± 20 W/m²

Temperature Effect - <4% (-10-40℃)

Operating Temperature -40℃-+80℃

Recalibration Interval - 2 years

Calibration Base - ISO9847

Weight (unpacked) - 0.8kg

Dimensions - 154*101.5mm

Transmission Module - 4-20mA: External, RS485: Built-in

Desiccant - Built-in

Mounting Bracket (optional) - Horizontal or adjustable bracket

Ingress Protection - IP67

Storage Conditions - 10℃-60℃@20%-90%RH