Fluke IRR1-SOL OffersRugged and compact, this irradiance meter has an easy to read, high-contrast LCD screen that allows users to read measurements in direct sunlight making it perfect to bring it with you wherever you go. Easily meets the IEC 62446-1 requirements for testing, documenting, and maintaining photovoltaic systems with its simple user interface and built-in temperature sensor. In addition, the integrated compass and inclination sensor allow you to quickly measure and document roof and site orientation, pitch, and panel tilt while surveying, installing, or adjusting an installation.
Features
Measure solar irradiance, ambient and PV module temperature, array orientation and tilt angles
Make instantaneous measurements to determine the Watts per square meter solar irradiation, required by IEC 62446-1 standard
High contrast LCD with large numbers for easy readability in direct sunlight
High precision mono-crystalline solar sensor: Instantaneous irradiance measurements up to 1400 W/m2
Two options for temperature measurement: Use the built-in temperature sensor or the external suction mount temperature probe to measure ambient and panel temperature
Integrated compass: Measure and document rook or site orientation
Inclination sensor: Know roof and PV panel tilt when surveying, installing, or adjusting the installation
Photovoltaic system design and surveying
To find the expected production at a site, determine your solar resource while taking shading into account. The solar resource is measured in peak sun hours: the number of hours per day with 1000 W generated per square meter of solar array. Location, time of day, season, and weather conditions all influence peak sun hours. Use this meter to determine the actual solar irradiance (Watts/m2) and shading at the site to develop a baseline.
Measuring
Once your system is installed, make sure it is operating as designed by measuring its electrical characteristics and the actual power output of the array. The performance of a photovoltaic array is based on its current-voltage (IV) curve. Use this meter to obtain the amount of solar irradiance necessary to calculate the IV curve of the power output.
Comparing and diagnosing
Even when installed correctly, a photovoltaic system may not be producing the expected electrical output. In order to produce the expected output the system needs to receive the correct amount of irradiance energy to generate the DC voltage that is fed into the inverter.
Applications
Installing, commissioning, and troubleshooting of photovoltaic (PV) arrays
Testing, documenting, and maintaining photovoltaic systems
Measuring irradiance, temperature, inclination and direction of the solar array
IV curve tracingFluke IRR1-SOL OffersRugged and compact, this irradiance meter has an easy to read, high-contrast LCD screen that allows users to read measurements in direct sunlight making it perfect to bring it with you wherever you go. Easily meets the IEC 62446-1 requirements for testing, documenting, and maintaining photovoltaic systems with its simple user interface and built-in temperature sensor. In addition, the integrated compass and inclination sensor allow you to quickly measure and document roof and site orientation, pitch, and panel tilt while surveying, installing, or adjusting an installation.
Features
Measure solar irradiance, ambient and PV module temperature, array orientation and tilt angles
Make instantaneous measurements to determine the Watts per square meter solar irradiation, required by IEC 62446-1 standard
High contrast LCD with large numbers for easy readability in direct sunlight
High precision mono-crystalline solar sensor: Instantaneous irradiance measurements up to 1400 W/m2
Two options for temperature measurement: Use the built-in temperature sensor or the external suction mount temperature probe to measure ambient and panel temperature
Integrated compass: Measure and document rook or site orientation
Inclination sensor: Know roof and PV panel tilt when surveying, installing, or adjusting the installation
Photovoltaic system design and surveying
To find the expected production at a site, determine your solar resource while taking shading into account. The solar resource is measured in peak sun hours: the number of hours per day with 1000 W generated per square meter of solar array. Location, time of day, season, and weather conditions all influence peak sun hours. Use this meter to determine the actual solar irradiance (Watts/m2) and shading at the site to develop a baseline.
Measuring
Once your system is installed, make sure it is operating as designed by measuring its electrical characteristics and the actual power output of the array. The performance of a photovoltaic array is based on its current-voltage (IV) curve. Use this meter to obtain the amount of solar irradiance necessary to calculate the IV curve of the power output.
Comparing and diagnosing
Even when installed correctly, a photovoltaic system may not be producing the expected electrical output. In order to produce the expected output the system needs to receive the correct amount of irradiance energy to generate the DC voltage that is fed into the inverter.
Applications
Installing, commissioning, and troubleshooting of photovoltaic (PV) arrays
Testing, documenting, and maintaining photovoltaic systems
Measuring irradiance, temperature, inclination and direction of the solar array
IV curve tracing
Fluke IRR1-SOL Specifications
Irradiance
Range: 0 to 1400 W/m2
Resolution: 1 W/m2
Accuracy: ±(5% + 5 digits)
Temperature
Range: -22 to 212°F (-30°C to 100°C)
Resolution: 0.2°F (0.1°C)/1°F at <100°F Accuracy: ±2°F (±1°C) at 14 to 167°F (-10 to 75°C), ±4°F (±2°C) at -22 to 14°F (-30 to -10°C) and 167 to 212°F (75 to 100°C) Note: Temperature measurement response time: Approximately 30 seconds Inclination Angle Range -90 to 90° Resolution: 0.1° Accuracy: ±1.5° at -50 to 50° ±2.5° at -85 to -50° and 50 to 85° ±3.5° at -90 to -85° and 85° to 90° Compass Range: 0 to 360° Resolution: 1° Accuracy: ±7° Note A: Measurements valid for device inclination between -20 and 20° to horizontal. Outside that range on LCD will be shown "---" Note B: Result is referred to magnetic north Environmental Conditions Altitude: 0 to 6561.68' (0 to 2000 m) maximum Temperature: Operating: -4 to 122°F/-20 to 50°C (humidity <80%, noncondensing) Storage: -22 to 140°F/-30 to 60°C (humidity <80%) Electromagnetic Compatibility (EMC) IEC 61326-1: Portable, Electromagnetic Environment, IEC 61326-2-2 CISPR 11: Group 1, Class A Group 1: Equipment has intentionally generated and/or uses conductively-coupled radio frequency energy that is necessary for the internal function of the equipment itself Class A: Equipment is suitable for use in all establishments other than domestic and those directly connected to a low-voltage power supply network that supplies buildings used for domestic purposes. There may be potential difficulties in ensuring electromagnetic compatibility in other environments due to conducted and radiated disturbances Caution: This equipment is not intended for use in residential environments and may not provide adequate protection to radio reception in such environments Protection IP40 Power Supply Type: 4 x AA alkaline batteries Life (typical): 50 hours (≤9000 readings) Auto power off: 30 minutes Dimensions 5.90 x 3.14 x 1.37" (150 x 80 x 35 mm) Weight 0.5 lbs (231 g) Click here for complete specifications on the Fluke IRR1-SOL What's included with the Fluke IRR1-SOL Solar Irradiance Meter External Temperature Probe with Suction Cup Carrying Case with Shoulder Strap 4 x AA Alkaline Batteries User Manual Webinar: Solar Trends and Troubleshooting PV Systems with Fluke In recent years, more and more people are opting for greener solutions to minimize environmental damage, which has led to an increased demand for environmentally safe solutions. As such, there are more efforts being made on using solar energy in various segments of our society. These changes also entail the need for tools that improve testing and troubleshooting solar solutions.
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