About App-Enabled Thermal Imaging Camera with LTE - FLIR i35
The Flir i35 brings the power of NFPA 70B-compliant advanced thermal inspections to every technician, no matter their experience level. Built on the new ACE operating system, it works just like a smartphone for thermographypowered by apps, connected to the cloud, and ready to scale across teams. With sharp 240 320 resolution, an intuitive 5 touchscreen, rugged, glove-friendly design, and built-in LTE connectivity, this means technicians can securely upload thermal data, share reports, and collaborate in real timedirectly from the field, without needing Wi-Fi access. With guided workflows and enterprise-grade cybersecurity, the i35 helps organizations cut reporting time, boost uptime, and empower teams everywhere.
High-Performance Thermal Imaging AnywhereEquipped with LTE connectivity and app support, the FLIR i35 delivers instantaneous thermal imaging, empowering users to monitor and diagnose remotely. Suitable for demanding industrial and utility environments, this device effectively identifies heat anomalies, electrical faults, and building inefficiencies. The ergonomic, one-handed operation and compact design ensure comfort and mobility during prolonged usage.
Rapid, Accurate Inspections with Advanced FeaturesThe FLIR i35 combines a 320 x 240 pixel uncooled microbolometer thermal sensor with Multi-Spectral Dynamic Imaging (MSX), producing sharp, detailed images and videos. The integrated laser pointer, manual and auto-focus, and high-resolution, anti-glare touchscreen streamline complex inspections. Export data quickly with multiple connectivity options and manage findings with cloud-based tools.
Rugged Durability for Challenging ConditionsBuilt to endure tough environments, the FLIR i35 is drop-tested, IP54 rated, and operates in temperatures from -15C to +50C. The rechargeable Li-Ion battery supplies over 4 hours of continuous use, making it ideal for fieldwork. Secure data storage is enabled with both internal memory and MicroSD card support, ensuring critical information is always at hand.
FAQ's of App-Enabled Thermal Imaging Camera with LTE - FLIR i35:
Q: How does the FLIR i35 thermal imaging camera enable remote monitoring and data sharing?
A: The FLIR i35 features built-in LTE, Wi-Fi, and Bluetooth connectivity, allowing users to remotely control the camera, upload thermal images and videos directly to the cloud, and share findings through the FLIR app in real-time. This workflow supports collaboration, immediate analysis, and data storage from virtually anywhere.
Q: What makes the FLIR i35 suitable for industrial inspections and electrical diagnostics?
A: Its uncooled microbolometer sensor provides high-resolution imaging, while Multi-Spectral Dynamic Imaging (MSX), integrated laser pointer, and manual/automatic focusing support precise measurements and clear visualization of problem areas. The rugged build, drop-testing, and wide operating temperature range ensure reliable performance in tough industrial settings.
Q: When should users choose the manual focus mode over the automatic focus feature?
A: Manual focus is ideal for situations requiring precise adjustment, such as inspecting small components or distant targets. Automatic focus offers convenience and speed when scanning larger areas or conducting rapid surveys, making the FLIR i35 flexible for various tasks.
Q: Where can images and recordings be stored and exported from the FLIR i35?
A: Captured images and videos can be saved to the device's internal memory or a MicroSD card. For exporting, users can upload files directly via LTE/Wi-Fi to the cloud, transfer via USB-C, or use the FLIR app for seamless data management and sharing.
Q: What is the process for exporting data from the FLIR i35 thermal imaging camera?
A: Users can export data through several pipelines: direct upload to the cloud via LTE/Wi-Fi, file transfer using a USB-C connection, or wireless export using the FLIR mobile app. The device supports JPEG, MPEG-4, and radiometric file formats for compatibility.
Q: How does the integrated laser pointer benefit thermal inspections?
A: The laser pointer allows users to accurately indicate and record the exact spot being measured or inspected, ensuring that findings are precisely documented for later review and discussions.
Q: What are the advantages of using the FLIR i35 for predictive maintenance?
A: With its high thermal sensitivity, quick data export, and real-time remote monitoring, the FLIR i35 helps teams identify issues before failures occur, reduce downtime, and optimize maintenance schedules, greatly improving operational reliability.