FLIR 11002-0201 Wireless Thermal Camera Specification & Datasheet
- June 14, 2024
- FLIR
Table of Contents
FLIR 11002-0201 Wireless Thermal Camera
DESCRIPTION
The FLIR ONE Edge Pro is an innovative, rugged thermal imager that wirelessly connects to your smart device so you can remotely inspect out-of-reach targets – or clip it onto your phone or tablet for one-handed operation. Combining VividIR™ and FLIR MSX®, you can take crisp thermal images from any position or angle with a natural grip. FLIR Ignite™ allows you to easily upload images and videos from your FLIR ONE Edge Pro to the cloud where you can edit, organize, store, and share data. Compatible with iOS and Android smartphones and tablets, the FLIR ONE Edge Pro can be used without limitations, regardless of carrier, operating system, size, or future smart device upgrades.
SPECIFICATIONS
- Thermal pixel size : 12 µm
- Thermal resolution : 160 × 120 (19,200 pixels)
- Thermal sensitivity : 70 mK
Measurement :
- Object temperature range(s) :
- -20°C to 120°C (-4°F to 248°F)
- 0°C to 400°C (32°F to 752°F)
- Operating temperature :
- -10°C to 50°C (14°F to 122°F)
- Battery charging: 0°C to 45°C (32°F to 113°F)
- Accuracy : ±3°C (5.4°F) or ±5%
- Emissivity correction : Matte, Semi-Matte, Semi-Glossy, Glossy
- Measurement correction : Emissivity; Reflected apparent temperature (22°C / 72°F)
- Shutter : Automatic/Manual
Optical data :
- Spectral range : 8 µm – 14 µm
- Visual resolution : 640 × 480
- HFOV / VFOV : 54° ±1° / 42° ±1°
- Frame rate : 8.7 Hz
- Focus : Fixed 30 cm – infinity
General features :
- Device compatibility : iOS (version 15 and later) and Android (version 11 and later)
- Certifications : IP54, RoHS, CE/FCC, CEC-BC, EN62133, UL1642, WEEE 2012/19/EU
- Storage temperature : -40°C to 70°C (-40°F to 158°F)
- Size (w × h × d) : 35 mm × 37.5 mm × 149 mm (1.4 in × 1.5 in × 5.9 in)
- Weight (incl. battery) : 153 g (5.4 oz)
- Drop tested : 2 m (6.56 ft)
- Clip span : 130 mm (min) / 195 mm (max)
Power :
- Battery life : Approximately 1 h 30 min
- Battery charge time : 60–90 min for fully charged
- 15 minutes of charging from an empty battery gives 40 minutes of operating time
Interfaces :
- Wi-Fi : IEEE 802.11 a/b/g/n
- Bluetooth® : Bluetooth
- Charging : Female USB-C (5V/1A)
- Remote operation : Up to 5 m (16.4 ft) from the smart device via Wi-Fi
App :
- Image presentation modes : Infrared, visual, MSX®
- VividIR : Yes
- Video and image capture : Yes
- File formats : Radiometric JPG, MPEG-4 [MOV (iOS), MP4 (Android)]
- Spot measurements : Hottest, Coldest, and 3-spot measurement
- Adjustable MSX distance : 30 cm – infinity
- Visual battery indicator : 0% to 100%
Radio :
- Wi-Fi Standard : 802.11 a/b/g/n
- Bluetooth Frequency range : 2400–2484 MHz
Accessories :
- FLIR ONE Edge Pouch , Ordering #T912180
WHAT’S IN THE BOX
- Wireless Thermal Camera
- Specification & Datasheet
PRODUCT OVERVIEW
FEATURES
-
EASILY INSPECT ANYWHERE
Measure targets in difficult-to-reach areas from any angle, and enhance visibility through remote monitoring- Remotely inspect hazardous areas up to 5 m (16.4 ft) away
- Operate with one hand by clipping the FLIR ONE Edge Pro to your smart device
- Conveniently scan out-of-reach or out-of-view targets, holding the FLIR ONE Edge Pro in one hand and your smart device in the other for a clear view of your screen
- Wireless connectivity eliminates compatibility issues and allows you to upgrade your smart device without the need to replace your thermal camera
-
HIGH-QUALITY IMAGES AND PERFORMANCE
Inspect areas accurately with FLIR proprietary image enhancement features- Easily recognize where problems are located and identify targets with FLIR MSX® (Multi-Spectral Dynamic Imaging)
- Take crisp, clear images with 160 × 120 (19,200 pixels) thermal resolution and VividIR, which combines multiple image frames together to deliver a sharper image
- Measure temperatures up to 400°C (752°F)
- Rugged design with up to 1.5-hour battery life
-
ENHANCE YOUR WAY OF WORKING
Improve efficiency and large enterprise scalability with the FLIR ONE Edge Pro and its apps and services- Effortlessly edit and store images in the cloud, and wirelessly transfer files using the included FLIR Ignite cloud service
- Step-by-step guidance with FLIR-specific smart device apps
- Simple integration with FLIR Thermal Studio and FLIR Ignite software
HOW TO USE
- Power Controls: Utilize the power button to switch the thermal camera on and off.
- Wireless Connectivity Setup: Follow the manufacturer’s instructions to establish a wireless connection with your device or network.
- Calibration Process: If necessary, calibrate the thermal camera according to the provided guidelines for precise temperature readings.
- Image Capture Procedures: Understand the steps for capturing thermal images, including focusing and adjusting settings for different scenarios.
- Temperature Measurement Techniques: Learn how to accurately measure temperatures using the camera’s features and settings.
- Data Storage Methods: Explore the various methods for storing thermal data, whether through internal memory, SD cards, or wireless transfer to external devices.
- Battery Management Strategies: Understand how to monitor and manage the battery life effectively for prolonged usage.
- Operating Mode Familiarization: Become acquainted with different operating modes the camera may offer, such as temperature range adjustments or various color palettes.
- Image Interpretation Skills: Learn how to interpret thermal images and identify temperature variations specific to your application.
MAINTENANCE
- Regular Cleaning Practices: Routinely clean the camera’s lens and body with a soft, lint-free cloth to ensure clear thermal imaging.
- Protective Case Usage: Store the thermal camera in a protective case when not in use to prevent physical damage.
- Firmware Update Procedures: Periodically check for firmware updates and follow the provided instructions for updating the camera’s firmware.
- Battery Care Guidelines: Adhere to recommended charging practices for the camera’s battery to optimize its lifespan.
- Adherence to Environmental Conditions: Operate the thermal camera within specified temperature and humidity ranges to maintain optimal performance.
- Calibration Verification: If applicable, periodically verify and recalibrate the camera to ensure accurate temperature readings.
- Lens Inspection Practices: Regularly inspect the camera’s lens for any indications of scratches or damage that may affect image quality.
- Software Maintenance Routine: Keep any accompanying software or applications up to date for compatibility and optimal performance.
- Preventing Liquid Exposure: Safeguard the camera from exposure to liquids, as moisture can damage internal components.
PRECAUTIONS
- Gentle Handling Emphasis: Exercise care to avoid dropping the camera and prevent physical damage.
- Temperature Range Adherence: Operate the camera within specified temperature ranges to avoid damage to internal components.
- Storage Conditions Attention: Store the camera in a dry and secure environment when not in use.
- Lens Protection Measures: Utilize lens caps or protective covers to prevent scratches or damage to the camera’s lens.
- Power Management Focus: Avoid completely draining the battery to maintain optimal battery health; recharge before depletion.
- Cable Handling Caution: Handle cables gently to prevent damage to ports.
- Extreme Condition Avoidance: Keep the camera away from extreme heat, cold, or direct sunlight.
- User Training Emphasis: Train users on proper handling and usage to minimize accidental damage.
- Authorized Accessory Usage: Use only authorized accessories and cables to prevent compatibility issues.
- Ventilation Awareness: Ensure proper ventilation to prevent overheating during extended use.
TROUBLESHOOTING
- Power-Related Problem Resolution: Address power-related issues by checking the battery and power source, recharging, or replacing as necessary.
- Image Quality Troubleshooting: Troubleshoot issues related to image quality, such as focusing problems or artifacts in thermal images.
- Temperature Reading Accuracy: Resolve inaccuracies in temperature readings by recalibrating or adjusting settings as needed.
- Firmware/Software Error Resolution: Address errors related to firmware or software by updating to the latest version.
- Lens Cleaning Strategies: Resolve unclear image issues by cleaning the camera’s lens thoroughly.
- Environmental Factor Assessment: Evaluate and address issues related to environmental conditions affecting the camera’s performance.
- Moisture or Liquid Damage Response: If the camera has been exposed to moisture, follow guidelines for drying and inspect for damage.
- Professional Support Seek: If issues persist, contact the manufacturer’s customer support for further assistance or professional servicing.
This product is subject to United States export regulations and may require US authorization prior to export, re-export, or transfer to non-US persons or parties. Diversion contrary to US law is prohibited. For assistance with confirming the Jurisdiction and classification of Teledyne FLIR, LLC products, please contact exportquestions@flir.com.
©2022 Teledyne FLIR, LLC. All rights reserved. Revised 03/01/23
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FREQUENTLY ASKED QUESTIONS
What is the FLIR 11002-0201 Wireless Thermal Camera?
The FLIR 11002-0201 is a wireless thermal camera designed for capturing infrared images and detecting temperature variations. It is equipped with features for thermal analysis and may be used for various applications, including building diagnostics, electrical inspections, and predictive maintenance.
What is the thermal resolution of the 11002-0201 Camera?
The thermal resolution of the FLIR 11002-0201 Wireless Thermal Camera refers to its ability to detect and display temperature differences. Users should refer to the product specifications for information on the thermal resolution, which is crucial for accurate thermal imaging.
Can the 11002-0201 Camera capture visible light images?
The FLIR 11002-0201 Wireless Thermal Camera is primarily designed for thermal imaging and may not capture visible light images. It focuses on detecting and displaying temperature variations using infrared technology.
Is the 11002-0201 Camera suitable for outdoor use?
The suitability of the FLIR 11002-0201 Wireless Thermal Camera for outdoor use may vary. Users should refer to the product specifications and documentation to determine if the camera is designed to withstand outdoor conditions or if additional protective measures are needed.
What is the wireless connectivity range of the 11002-0201 Camera?
The wireless connectivity range of the FLIR 11002-0201 Camera depends on its specific wireless technology, such as Wi-Fi or Bluetooth. Users should refer to the product specifications for information on the wireless range, which determines the distance over which the camera can transmit data.
Can the 11002-0201 Camera record thermal videos?
The FLIR 11002-0201 Wireless Thermal Camera may have the capability to record thermal videos. Users should check the product specifications and features for information on video recording capabilities and any associated specifications, such as resolution and frame rate.
What is the temperature measurement range of the 11002-0201 Camera?
The temperature measurement range of the FLIR 11002-0201 Camera indicates the minimum and maximum temperatures it can accurately measure. Users should refer to the product specifications for details on the temperature measurement range, which is essential for specific applications.
Is the 11002-0201 Camera suitable for electrical inspections?
Yes, the FLIR 11002-0201 Wireless Thermal Camera is often suitable for electrical inspections. Its thermal imaging capabilities allow users to identify potential issues such as overheating components in electrical systems, helping prevent equipment failure and downtime.
What is the battery life of the 11002-0201 Camera?
The battery life of the FLIR 11002-0201 Wireless Thermal Camera depends on factors such as usage and settings. Users should refer to the product specifications for information on battery life, which is crucial for planning and ensuring uninterrupted operation during inspections.
Does the 11002-0201 Camera come with thermal analysis software?
The FLIR 11002-0201 Wireless Thermal Camera may come with thermal analysis software or be compatible with specific FLIR software tools. Users should check the product package and specifications for details on included software and its capabilities for analyzing thermal images.
Can the 11002-0201 Camera be used for moisture detection?
The FLIR 11002-0201 Wireless Thermal Camera may have applications in moisture detection. By identifying temperature variations, users can potentially locate areas of moisture or water damage in building materials. However, specific capabilities may depend on the camera model and features.
Is the 11002-0201 Camera compatible with mobile devices?
Yes, the FLIR 11002-0201 Wireless Thermal Camera is often compatible with mobile devices such as smartphones and tablets. Users can check the product specifications for information on supported operating systems and mobile device compatibility.
What is the image resolution of the 11002-0201 Camera?
The image resolution of the FLIR 11002-0201 Wireless Thermal Camera refers to the clarity and detail of thermal images. Users should refer to the product specifications for information on the camera's image resolution, which impacts the quality of thermal imaging.
Can the 11002-0201 Camera be used for HVAC inspections?
Yes, the FLIR 11002-0201 Wireless Thermal Camera is often suitable for HVAC (heating, ventilation, and air conditioning) inspections. It can help identify temperature variations and potential issues in HVAC systems, allowing for preventive maintenance and efficient troubleshooting.
What is the warranty coverage for the 11002-0201 Camera?
The warranty for the FLIR 11002-0201 Wireless Thermal Camera typically ranges from 1 year to 3 years.
Can the 11002-0201 Camera be used for building inspections?
Yes, the FLIR 11002-0201 Wireless Thermal Camera is well-suited for building inspections. Its thermal imaging capabilities enable users to identify issues such as energy loss, insulation problems, and structural anomalies, contributing to comprehensive building diagnostics.
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