2024-03-28 19:29:55
LPPYRA03… Series Pyranometers | MeteoXperts Solutions
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LPPYRA03… Series Pyranometers

Make: Delta ohm                                      Model: LPPYRA03S
✅ The LPPYRA03 is a high-precision, Spectrally Flat Class C pyranometer that meets ISO 9060:2018 standards, available in various versions with easy set-up and installation options, perfect for small-scale PV monitoring, and efficiency control of PV systems.
✅ Measurand : Solar Radiation.
✅ Sensor Type : Thermopile
✅ Standards & Classifications: ISO 9060:2018 Class C
✅ Signal Output : Analog (mV) or  RS485 serial output with MODBUS-RTU protocol or SDI-12
✅ Supplied With : 10m Cable  Factory test/ Calibration Certificates.
                   
Category:

LPPYRA03… Series Pyranometers:

The LPPYRA03 are high-quality pyranometers that are classified as Spectrally Flat Class C (Second Class) in accordance with ISO 9060:2018 and according to the WMO. These pyranometers are designed to measure the irradiance on a flat surface (W/m²) and are ideal for a variety of applications, including solar energy research and meteorology.

The LPPYRA03 is available in different versions to meet your needs. The LPPYRA03 passive version is perfect for direct tilted installation, while the LPPYRA03AC active version comes with current 4..20 mA output. This version allows easy connection with any analog measuring system and the output can be read with standard device. The LPPYRA03ACS version includes a double 4…20 mA current output and RS485 serial output with MODBUS-RTU protocol. This version allows easy connection with any digital measuring system and the output can be read with MODBUS-RTU protocol. The LPPYRA03AV version has an active with voltage 0..1 V, 0..5 V, 0..10 V output, to specify. This version allows easy connection with any analog measuring system and the output can be read with standard device. The LPPYRA03S version has a MODBUS RS485 output. This version allows easy connection with any digital measuring system and the output can be read with MODBUS-RTU protocol. And the LPPYRA03S12 version has SDI-12 output. This version allows easy connection with any digital measuring system and the output can be read with SDI-12 protocol.

All of these versions are easy to set up and install, and come with an adapter to ease the mounting process. The LPPYRA03 also features an optional fixing base that integrates a leveling device, making it easy to ensure that the pyranometer is level, even on uneven surfaces. This feature, combined with its small size, makes it the perfect solution for small-scale PV monitoring and efficiency control of PV systems.

In addition, the LPPYRA03 has been designed to withstand harsh weather conditions and extreme temperatures, making it a durable and reliable tool for professionals in the field. With its high precision and reliability, the LPPYRA03 is an ideal tool for solar energy research, meteorology and other related fields. The pyranometer can be calibrated with the international standards defined by ISO9847. And it also comes with a measurement report that validates the directional response and temperature dependency of the sensor.

Application and features LPPYRA03… Series Pyranometers:

Application

Features

✅ PV monitoring
✅ Solar energy
✅ Meteorology
✅ Agriculture
✅ According to the standard
✅ Great flexibility
✅ Easy to set up and quick to install
✅ Accurate and reliable system
✅ High immunity against interference
Make

Delta ohm

Model

LPPYRA03…Series

Measuring Range

0 ÷ 2000 W/m2

Output

LPPYRA03 – passive
LPPYRA03AC – active with current 4..20 mA output
LPPYRA03ACS – double 4…20 mA current output and RS485 serial output with MODBUS-RTU protocol.
LPPYRA03AV – active with voltage 0..1 V, 0..5 V, 0..10 V output, to specify.
LPPYRA03S – with MODBUS RS485 output.
LPPYRA03S12 – with SDI-12 output.

Power Supply

10÷30 Vdc (4÷20 mA – 0÷1 V – 0÷5 V outputs)
15÷30 Vdc (0÷10 V output)
5÷30 Vdc (RS485 Modbus-RTU)
7÷30 Vdc (SDI-12)

Power Consumption

< 200 µA for SDI-12 version

Classification

Spectrally Flat Class C

Long-term Instability

<, ±1, %

Non-linearity

<, ±1.5, %

Operating Conditions

-40 ÷ +80 °C / 0 ÷ 100 % RH

Sensitivity

5 ÷ 15 µV/Wm-2

Spectral Range

300 ÷ 2800 nm

Zero off-set a) 200W/m²

<, ±15, W/m2

Zero off-set b) 5K/hr

<, ±4, W/m2

Complete zero off-set c)

<, ±20, W/m2

Tilt Response

<, ±2, %

Spectral Error

<, ±2, %

Temperature Response

< 3 %

Response Time (95%)

< 20 s

Protection Level

IP 67

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