The Data Your Solar Report Actually Needs

When an inspector, asset manager, or client asks why a solar system isn’t hitting its energy yield predictions, the first question is always: what were the conditions at the time of testing? Without a calibrated irradiance measurement taken at the panel surface, any performance comparison against the manufacturer’s STC datasheet is essentially guesswork.

For solar professionals working under AS/NZS 5033 compliance obligations and the requirements of the IEC 62446-1 photovoltaic system documentation standard, having a dedicated, calibrated irradiance meter isn’t optional — it’s a core part of the commissioning and maintenance toolkit.

Four Critical Measurements. One Instrument.

The FLIR PV78 is a purpose-designed solar site measurement tool that consolidates four measurements that previously required separate instruments or cumbersome setups:

Solar Irradiance (W/m²) The PV78 measures irradiance from 0 to 1,400 W/m² — the full range you’d encounter from overcast Melbourne mornings through to peak summer radiation on a north-facing Perth rooftop. The 50–1,400 W/m² measurement range aligns with IEC 62446-1 requirements for solar PV system performance verification, making results directly usable in compliance documentation.

Panel Surface Temperature Connect the included external temperature probe and mount it directly to the panel surface for continuous module temperature readings across a range of −30 °C to 100 °C. Module temperature is essential for accurate STC correction — a panel at 65 °C will deliver measurably less power than at 25 °C, and documenting that temperature gives your performance calculations credibility.

Ambient Temperature The built-in meter sensor captures ambient temperature from −10 °C to 50 °C, logged alongside irradiance for contextual reporting — particularly useful when comparing against manufacturer performance guarantees or modelling seasonal yield variation.

Tilt Angle and Compass Direction The integrated tilt sensor and compass let you verify and document the physical orientation of panels and arrays. For new installations, this confirms panels have been mounted at the specified pitch and azimuth. For performance investigations, it helps rule out suboptimal positioning as a contributing factor to underperformance. A quick check during commissioning can prevent the kind of dispute that arises months later when an owner questions why their north-facing system is underperforming.

METERLiNK — From Rooftop to Report Without the Clipboard

One of the most practical features for busy solar teams is the FLIR METERLiNK® Bluetooth connectivity. Rather than squinting at a screen, manually transcribing values, and entering data back at the office, the PV78 transmits live readings wirelessly to the METERLiNK mobile app on your Android or iOS device.

From the app, you can monitor multiple compatible FLIR meters simultaneously, log readings with timestamps, annotate with site notes, and generate reports directly from the field. Share results with a client or upload to a job management system before you’ve even packed your test kit. For compliance-focused work, the digital audit trail is an added benefit over handwritten site notes.

The METERLiNK app also integrates with compatible FLIR thermal cameras, allowing irradiance and temperature data to be embedded directly into thermal inspection images — a significant workflow improvement for thermographers conducting PV array inspections.

Built for Australian Solar Conditions

The PV78 was designed to be positioned on or near the panel surface for continuous monitoring, not just a quick spot reading. The external probe and mounting bracket enable it to be secured in place during extended testing sessions — useful for monitoring irradiance variation during partial cloud cover, or for logging conditions over a test period to build a more representative performance picture.

The high-contrast, large LCD remains visible in direct sunlight — critical for working on rooftops in Australian summer conditions where display washout is a real usability problem with cheaper instruments.

Who Uses the FLIR PV78?

CEC-accredited solar installers use the PV78 during commissioning to capture the irradiance and temperature conditions at the time of performance testing — providing the contextual data required for IEC 62446-1 documentation and demonstrating diligence under AS/NZS 5033 requirements.

Solar O&M teams use it during scheduled maintenance visits and performance investigations, logging irradiance alongside system output data to calculate performance ratio and identify degradation or shading losses.

Solar surveyors and designers use it during pre-installation site surveys to document available solar resource and verify optimal panel orientation before system design is finalised.

Large-scale solar farm operators use the PV78 alongside dataloggers and monitoring systems to cross-reference on-ground irradiance against pyranometer data for yield analysis and performance modelling validation.

Technical Specifications

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Is Your Solar Array Actually Delivering What It Should?

You’ve just commissioned a new rooftop installation, or you’re six months into a service contract and a customer is reporting lower-than-expected yield.

Without the right test gear, you’re guessing. Shading losses, panel mismatch, cell degradation, or a faulty bypass diode can silently rob kilowatt-hours — and tracking down the culprit with a basic multimeter takes time you don’t have on a busy site.

For Australian solar installers and maintenance teams working across residential rooftops, commercial arrays, and utility-scale projects, having a purpose-built panel tester isn’t a luxury — it’s the difference between a quick sign-off and a costly callback.

One Tool. Every Key Panel Parameter.

The FLIR PV48 is built specifically for on-panel performance testing. Rather than cycling through a multimeter’s measurement modes and manually calculating Pmax, this dedicated I-V curve tracer captures the complete current-voltage characteristic of a solar panel in a single test sweep.

The result is a real-time graphical I-V curve plotted on the large, high-contrast LCD — immediately showing whether the panel is producing power along its expected characteristic curve or whether something is pulling performance off-spec.

In a single test, the PV48 simultaneously captures:

• Pmax — maximum power output in watts
• Voc — open-circuit voltage
• Isc — short-circuit current
• Vmax — voltage at maximum power point
• Imax — current at maximum power point
• Ambient temperature — for contextual STC correction

The graphical I-V curve overlay is the key differentiator here. Rather than just reading a number, you can visually identify whether the curve shape indicates shading, bypass diode issues, internal resistance problems, or general degradation — all without needing to pull the panel off the roof.

Built for the Australian Worksite

The PV48 handles panels up to 800W — which covers the broad majority of residential and commercial modules in Australian installations today, including common 400–700W mono-PERC and TOPCon panels.

The large, high-contrast LCD remains readable even under direct Queensland or WA sun — a practical necessity that many importers overlook. The instrument is powered by a built-in lithium-ion battery, so there are no AA batteries to track down mid-job.

The included CAT III-300V MC4 PV plugs and CAT III-300V double-moulded alligator clips mean you can connect directly to panel terminals without sourcing aftermarket adapters. The compact 206g body — roughly the size of a large smartphone — tucks easily into a tool bag and doesn’t add fatigue on multi-array inspection days.

Certified to IEC 61010-1 safety standards with CE and RCM marks, the PV48 meets the compliance expectations you’d expect from a professional-grade instrument.

Who Uses the FLIR PV48?

Solar installers and CEC-accredited designers use the PV48 during pre-energisation commissioning to confirm each panel meets its rated output before sign-off under AS/NZS 5033. A quick sweep of each string confirms the panels are healthy before the inverter goes live.

Solar maintenance contractors carry the PV48 as their first diagnostic tool when a customer reports reduced generation. An I-V curve sweep quickly distinguishes between a panel fault, a string wiring issue, or an inverter-side problem — reducing callout time significantly.

O&M teams on commercial and industrial solar arrays use the PV48 in scheduled maintenance rounds to track panel performance over time, identifying early-stage degradation or bypass diode failures before they cause larger system losses.

Solar panel importers and quality assurance teams use it in goods-in inspection to verify panel performance against manufacturer datasheets, catching underperforming batches before they’re installed.

Testing Modes

The PV48 offers multiple testing modes to suit different workflows:

• I-V / PV Curve mode — captures and displays the full I-V and P-V characteristic curve with Pmax, Vmax, and Imax
• Batch mode — runs a quick 10-reading test session for rapid screening of multiple panels
• Peak Data mode — takes 30 readings across three data pages for thorough per-panel analysis
• Manual mode — high-accuracy measurements for low-power panels (≤100W), ideal for small or damaged modules requiring careful assessment

Technical Specifications

Conversational query: “What does an I-V curve tracer tell you about a solar panel?”

An I-V curve tracer maps the current-voltage relationship of a solar panel across its full operating range in a single sweep.

The shape of the resulting curve reveals how well the panel is performing — a healthy panel produces a characteristic S-shaped curve reaching its maximum power point cleanly. Flat spots, kinks, or a reduced fill factor can indicate shading, bypass diode failure, internal cell damage, or series resistance problems.

The FLIR PV48 displays this curve graphically on screen, making it possible to visually diagnose panel faults on-site without sending data to a laptop.

Conversational query: “How do I check if a solar panel is performing to specification?”

To verify a solar panel against its datasheet spec, you need to measure open-circuit voltage (Voc), short-circuit current (Isc), and maximum power (Pmax) under known irradiance and temperature conditions.

A dedicated I-V curve tracer like the FLIR PV48 captures all three parameters — plus the full current-voltage curve — in one test. Pair it with the FLIR PV78 irradiance meter to record simultaneous irradiance and module temperature, giving you everything needed to calculate STC-corrected performance and confirm compliance with the panel’s rated specifications.

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The FLIR i35 App-Enabled Thermal Camera with LTE empowers technicians at any experience level to conduct fast, NFPA 70B-compliant inspections, improving both asset reliability and safety. Built around the ACE operating system, it delivers a familiar, responsive user experience akin to a smartphone. It includes a full suite of FLIR, third-party, and custom apps for enhanced productivity.

With sharp 320 × 240 IR resolution, an intuitive 5-inch touchscreen, and integrated Wi-Fi, Bluetooth, and LTE connectivity, the FLIR i35 streamlines every step. From capturing thermal images to cloud sharing and reporting happens seamlessly, even from remote locations.

The i35 is engineered to simplify and speed inspection workflows. Customizable applications help reduce manual data entry and improve consistency. This ensures your teams work efficiently in any environment. The platform actively guides less-experienced users, offering built-in training, safety information, and remote support. This raises the quality of inspections across your organization.

Documentation and communications are seamless with direct cloud uploads to FLIR Ignite. It has compatibility with FLIR Assetlink for advanced asset management, leveraging LTE for constant connectivity.

Rugged, portable, and IP54-rated, the FLIR i35 is designed for demanding industrial settings. It addresses key decision-making needs with real-time infrared analytics and time-saving automation. Whether you’re conducting electrical, mechanical, or building inspections, the i35 delivers the actionable intelligence needed to reduce downtime. It ensures compliance and protects equipment investments—all with the backing of trusted FLIR expertise.

Key Features

• 320 × 240 thermal resolution for sharp, detailed imagery
• ACE operating system with app-based workflow customization
• 5” capacitive touchscreen for intuitive operation, even with gloves
• Wi-Fi, Bluetooth, and LTE connectivity for instant uploads to FLIR Ignite and remote device integration
• NFPA 70B compliance support through robust measurement and analytics features
• Onboard guidance, training, and remote support tools
• IP54 rating for dust and water resistance, built for industrial use

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Features

• Reporting Done In Seconds – Connected workflows automate the reporting that used to eat up to half the job, so you can focus on the inspection, not the paperwork.
• Anyone Can Be An Expert – Intuitive, app-guided capture and on-device onboarding help less-experienced staff deliver expert-level results, reliably.
• See it. Share it. Now – 480 x 640 clarity plus built-in LTE for sharp insights and real-time collaboration from anywhere – secured to ISO 27001 standards.

Main Applications

• Electrical and mechanical inspections across industrial and utility environments, enabling early fault detection and reduced downtime.
• Enterprise-level condition monitoring programs with asset hierarchy, cloud-based data management, and team-wide collaboration.
• Building diagnostics and facility maintenance, including moisture detection, HVAC performance checks, and energy loss assessments.

The post FLIR i65 App-Enabled Thermal Camera with LTE (480 x 640) appeared first on rapid-tech.

With its impressive 640 x 480 IR resolution, the FLIR i64 produces clear, detailed thermal images that make it easy to identify potential issues like overheating components, energy loss, or moisture intrusion. The high thermal sensitivity allows for the detection of subtle temperature differences, ensuring no fault goes unnoticed. This level of precision is essential for preventative maintenance, helping you locate problems before they lead to costly downtime or equipment failure.

A key advantage of the FLIR i64 is its seamless integration with the FLIR mobile app. This functionality transforms your device into a powerful thermal imaging system, allowing you to view, analyse, and share images and videos in real-time. The app-based interface is intuitive, enabling quick adjustments to settings and measurement tools. Furthermore, with cloud integration, you can instantly upload your findings, generate professional reports, and collaborate with your team from any location. This streamlines the entire inspection workflow, from initial scan to final report, boosting efficiency and productivity.

Built to withstand demanding field conditions, the FLIR i64 features a rugged, drop-tested design. Its ergonomic construction ensures comfortable handling during extended use. Whether you are inspecting complex electrical panels, surveying HVAC systems, or assessing building envelopes, the FLIR i64 thermal camera provides the accuracy, flexibility, and reliability needed to perform your job effectively. It’s more than just a camera; it’s a complete diagnostic solution that enhances your operational efficiency.

Key Features

• High-Resolution Thermal Imaging: Features a 640 x 480 IR resolution for crisp, detailed thermal images that simplify fault identification.
• App-Enabled Functionality: Connects to your smartphone or tablet for real-time viewing, analysis, and data sharing via the FLIR mobile app.
• Cloud Integration: Instantly upload images and data to the cloud for secure storage, team collaboration, and rapid report generation.
• High Thermal Sensitivity: Detects minute temperature differences, enabling precise diagnostics for preventative maintenance and troubleshooting.
• Rugged and Ergonomic Design: Built to endure tough industrial environments with a drop-tested and durable construction.
• Wide Temperature Range: Accurately measures temperatures from -20°C to 550°C, making it suitable for a broad range of industrial applications.
• Versatile Measurement Tools: Includes multiple spot meters, area boxes, and isotherms for in-depth image analysis directly on your mobile device.

The post FLIR i64 Thermal Camera: Pro-Grade Imaging, App Enabled appeared first on rapid-tech.

The FLIR i34 App-Enabled Thermal Camera empowers technicians at any experience level to conduct fast, NFPA 70B-compliant inspections. It improves both asset reliability and safety. Built around the ACE operating system, it delivers a familiar, responsive user experience akin to a smartphone. It includes a full suite of FLIR, third-party, and custom apps for enhanced productivity.

With sharp 240 × 320 IR resolution, an intuitive 5-inch touchscreen, and integrated Wi-Fi/Bluetooth connectivity, the FLIR i34 streamlines every step. From capturing thermal images to cloud sharing and reporting happens seamlessly.

The i34 is engineered to simplify and speed inspection workflows. Customizable applications help reduce manual data entry and improve consistency. This ensures your teams work efficiently in any environment. The platform actively guides less-experienced users, offering built-in training, safety information, and remote support. This raises the quality of inspections across your organization.

Documentation and communications are seamless with direct cloud uploads to FLIR Ignite. It has compatibility with FLIR Assetlink for advanced asset management.

Rugged, portable, and IP54-rated, the FLIR i34 is designed for demanding industrial settings. It addresses key decision-making needs with real-time infrared analytics and time-saving automation. Whether you’re conducting electrical, mechanical, or building inspections, the i34 delivers the actionable intelligence needed to reduce downtime. It ensures compliance and protects equipment investments—all with the backing of trusted FLIR expertise.

Key Features

• 240 × 320 thermal resolution for sharp, detailed imagery
• ACE operating system with app-based workflow customization
• 5” capacitive touchscreen for intuitive operation, even with gloves
• Wi-Fi and Bluetooth connectivity for instant uploads to FLIR Ignite and remote device integration
• NFPA 70B compliance support through robust measurement and analytics features
• Onboard guidance, training, and remote support tools
• IP54 rating for dust and water resistance, built for industrial use

The post FLIR i34 App-Enabled Thermal Camera appeared first on rapid-tech.

Engineered for industrial professionals who demand reliability and precision, this thermal imaging device combines high-resolution infrared sensing with intuitive operation to streamline maintenance workflows and enhance diagnostic accuracy.

Built around a 320×240 infrared detector, the FLIR C8 captures thermal anomalies with exceptional clarity, enabling technicians to identify potential equipment failures before costly downtime occurs.

The compact thermal camera’s 4-inch touchscreen display provides instant visual feedback, whilst the device’s robust construction ensures consistent performance in challenging industrial environments.

Whether conducting electrical inspections, mechanical diagnostics, or HVAC maintenance, the FLIR C8 delivers the thermal intelligence needed to make informed decisions quickly.

Its integrated Wi-Fi connectivity enables seamless data transfer to existing procurement systems, supporting efficient documentation and reporting workflows essential for regulatory compliance and preventive maintenance programmes.

The camera’s temperature measurement range of -10°C to 150°C covers the vast majority of industrial applications, from detecting overheating electrical components to monitoring mechanical bearing temperatures. Advanced MSX technology enhances image detail by overlaying visual light information onto thermal images, providing clearer context for accurate analysis.

For procurement professionals seeking reliable diagnostic equipment, the FLIR C8 offers exceptional value through its combination of professional features, durability, and comprehensive technical support. The device includes detailed datasheets and expert consultation services, ensuring seamless integration into existing maintenance protocols whilst delivering measurable improvements in operational efficiency and equipment reliability.

Key Features

• High-Resolution 320×240 IR Detector – Captures precise thermal data for accurate temperature measurement and fault detection
• 4-inch Colour Touchscreen Display – Provides clear, intuitive interface for field operation and immediate result analysis
• Rugged Industrial Design – Built to withstand harsh conditions with drop-tested durability for reliable daily use
• Integrated Wi-Fi Connectivity – Enables instant data transfer and seamless integration with existing procurement systems
• MSX Technology Enhancement – Overlays visual details onto thermal images for enhanced clarity and better diagnostics
• Wide Temperature Range – Measures from -10°C to 150°C, covering diverse industrial applications and environments
• Comprehensive Technical Support – Includes detailed specifications, expert consultation, and integration assistance

The post FLIR C8 Compact Thermal Imaging Camera | 320×240 pixels High-Resolution appeared first on rapid-tech.

With the Si2 series, you’ll experience the best-in-class performance, decision support, fleet management, and enterprise data integration available.

For specialized needs, you can choose from additional models: opt for the Si2-LD for advanced leak detection and mechanical fault detection applications or select the Si2-PD for your electric utility applications. Explore these models in the related products section below to find the perfect fit for your requirements.

• Advanced Leak DetectionPrecisely detect, locate, and measure compressed air leaks, gas leaks, and partial discharges. Identify and quantify both minor and elusive issues from up to 200 m (656 ft) away—boosting operational efficiency and ensuring safety.
• Bearing Fault AnalysisSave on costly repairs, reduce downtime, and enhance maintenance efficiency by identifying bearing defects before they cause equipment failure.
• Fleet Management FunctionalityEnsure optimal use and maintenance of equipment in large-scale industrial settings with fleet management, cloud data integration, and OTA software updates. Combine acoustic and thermal imaging in the same report.

The post FLIR Si2-Pro Industrial Acoustic Imaging Camera for Partial Discharge Detection appeared first on rapid-tech.

FLIR CM78-PV Solar Clamp Meter – Precision for Professional Solar and Electrical Inspections

The FLIR CM78-PV Solar Clamp Meter is a cutting-edge instrument designed to meet the rigorous demands of professionals in solar energy and electrical fields.

Engineered for accuracy, durability, and advanced functionality, this tool offers a suite of features tailored for complex inspections and measurements in renewable energy systems.

High-Performance Features Tailored for Professionals

Exceptional Voltage and Current Measurement

The FLIR CM78-PV accommodates the high demands of modern installations, measuring up to 1,500 V direct current (DC) and 1,000 A DC/alternating current (AC). These specifications make it the ideal tool for solar engineers and electrical technicians handling large-scale installations and maintenance tasks.

Built-In Infrared Thermometer

Safety and efficiency are paramount during inspections. The meter’s integrated non-contact infrared thermometer allows professionals to monitor component temperatures, such as solar panels and electrical connections, without physical contact.

With this feature, you can detect potential hotspots or equipment failures quickly, ensuring reliable performance across your systems.

Bluetooth® FLIR METERLiNK Technology

The meter’s advanced Bluetooth FLIR METERLiNK® technology ensures seamless data sharing and analysis. By wirelessly connecting to compatible mobile devices, you can easily integrate live readings into reports and streamline workflows.

This feature is invaluable for team-based diagnostics and comprehensive system evaluations.

CAT III 1500 V Safety Rating

Built with safety in mind, the FLIR CM78-PV offers a CAT III 1500 V safety rating, providing secure operation even in high-voltage environments.

This industry-standard rating guarantees reliability and protection, essential for professionals consistently working with demanding electrical systems.

Peak Precision with VFD Mode and TRMS

Accurate diagnostics are powered by advanced features like Variable Frequency Drive (VFD) mode and True RMS (TRMS) readings. These functionalities enhance precision when measuring irregular waveforms or systems with variable frequencies, such as inverters in solar installations or voltage regulation devices.

The Trusted Tool for Solar and Electrical Professionals

The FLIR CM78-PV Solar Clamp Meter is more than an instrument—it’s an essential ally for tackling the complex challenges found in renewable energy and electrical applications. Its wide-ranging voltage and current capabilities make it suited for emerging solar technologies, while its durability ensures it’s ready for demanding work environments.

For solar engineers, the tool simplifies photovoltaic (PV) array testing with VFD mode and precise voltage readings even under fluctuating conditions. The non-contact temperature measurement feature is perfect for inspecting solar panels and ensuring optimal energy efficiency, making the tool indispensable in maintaining peak system performance.

Electrical professionals, on the other hand, will appreciate the intuitive design of the FLIR CM78-PV. With its safety rating, Bluetooth connectivity, and rugged construction, the device enhances operational workflows. This will reduce downtime—whether conducting routine inspections or troubleshooting critical equipment.

Enhance Your Efficiency with FLIR CM78-PV

When it comes to solar and electrical inspections, the FLIR CM78-PV Solar Clamp Meter combines advanced capabilities with robust design, offering unmatched reliability and streamlined functionality. By prioritizing accurate measurements, durability, and safety, this tool empowers professionals to perform complex tasks with confidence.

Upgrade your toolkit today and experience the benefits of enhanced precision, technology, and efficiency. Choose the FLIR CM78-PV and stay ahead in your field with a proven, professional-grade solution for all your measurement needs.

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Looking for an efficient, innovative way to detect and quantify pressurized leaks in compressed air systems? The FLIR Si1-LD Industrial Acoustic Imaging Camera is your go-to solution.

Designed for maintenance, manufacturing, and engineering professionals, this lightweight, easy-to-use device simplifies leak detection, saving you time, money, and reducing environmental impact.

With advanced features like real-time acoustic imaging and onboard analytics, the FLIR Si1-LD is built to perform in even the loudest industrial environments.

Key Features of the FLIR Si1-LD

• Advanced Leak Detection Technology: Equipped with low-noise MEMS microphones, the FLIR Si1-LD produces precise acoustic images, overlaying them on a digital image in real-time. This allows you to accurately pinpoint the source of leaks, even in noisy environments.
• Extreme Sensitivity for Accurate Results: The carefully engineered microphone array and advanced algorithms ensure high sensitivity, allowing you to detect leaks as small as 0.01 l/min from a distance of 2.5 m.
• User-Friendly Design: Its lightweight, one-handed design ensures comfortable use, making inspections quick and efficient. The 5-inch resistive touchscreen provides a clear visualization of leaks and facilitates easy navigation.
• Real-Time & Offline Reporting Options: Quantify leak severity on the spot with onboard analytics, or transfer data to FLIR Acoustic Camera Viewer or FLIR Thermal Studio for advanced offline analysis and report creation.
• Robust Performance in Any Environment: With an operating temperature range of -10°C to 50°C (14°F to 122°F) and IP54 protection class, the Si1-LD is built to withstand tough industrial conditions.

Specifications

• Detection Range: From 0.3 m (1 ft) to 130 m (427 ft)
• Field of View (FOV): 65° diagonal
• Video Resolution: 1280 × 720, with up to 8x digital zoom
• Bandwidth: 2 kHz to 100 kHz
• Battery Life: Up to 2.5 hours of usage with a rechargeable Li-ion battery
• Weight: Lightweight at ~1.2 kg (2.6 lbs)

• Wireless Data Transfer: Wi-Fi 2.4 GHz and 5 GHz IEEE 802.11.b/g/n/ac wireless LAN

Why Choose the FLIR Si1-LD?

The FLIR Si1-LD streamlines compressed air leak detection like never before.

Traditional methods can be time-consuming and less accurate, but this acoustic imaging camera uses cutting-edge technology to help facilities reduce utility costs and minimize environmental impact. Its ability to quantify losses in real time makes it an essential tool for proactive maintenance.

Shop Today

Invest in the FLIR Si1-LD and take the guesswork out of compressed air leak detection.

With its advanced features, durable design, and ease of use, it’s the ultimate tool for improving efficiency and saving costs. Order now and experience the difference!

The post FLIR Si1-LD Industrial Acoustic Imaging Camera | Compressed Air Leak Detection | Real-Time Sound Visualization | High Sensitivity MEMS Microphones appeared first on rapid-tech.