Firecore FI160S Thermal Camera User Manual

1. Gabatarwa

This manual provides comprehensive instructions for the safe and effective use of your Firecore FI160S Thermal Camera. Please read this manual thoroughly before operating the device and retain it for future reference.

Samfurin Ƙarsheview

The Firecore FI160S is a high-resolution thermal imager designed for various applications including home inspection, water leak detection, HVAC system analysis, and electrical/mechanical inspections. It features a 320x240 super resolution, 25Hz frame rate, and 32GB internal storage for efficient data capture and analysis.

Image: The Firecore FI160S Thermal Camera, showing its front and back views along with the included USB-C charging cable.

2. Saita

Me ke cikin Akwatin

• Firecore FI160S Infrared Camera (battery included inside camera)
• Rubuta-C kebul na USB
• Manual mai amfani

Cajin Farko

Before first use, fully charge the thermal camera. Connect the supplied Type-C USB cable to the camera's charging port and to a compatible USB power adapter (not included). The initial charge typically takes approximately 2.5 hours. The device supports USB-C Power Delivery (PD) chargers, allowing for quick charging at up to 5V 1.4A (nearly 7W).

Kunnawa/Kashewa

To power on the device, press and hold the power button until the screen illuminates. The boot-up process takes approximately 20 seconds. To power off, press and hold the power button until the shutdown prompt appears, then confirm.

3. Umarnin Aiki

Basic Operation and Imaging

The FI160S provides clear and detailed thermal imaging with its 320x240 super resolution and 25Hz high frame rate. This allows for quick and safe diagnosis of electrical and mechanical failures, as well as surveying high-voltage or hazardous targets.

The camera offers accurate temperature measurement within a range of -4°F to 1022°F (-20°C to 550°C). It features 3 customizable alarms (LCD, LED, buzzer) and automatically pinpoints the highest, lowest, and center temperature points, displaying real-time readings for easy detection of hot spots and hidden anomalies.

Image: Display showing real-time point tracking with highest, lowest, and center temperature indicators.

With a thermal sensitivity of <0.06°C/NETD<50 mK, the FI160S can perceive very small temperature differences, aiding in the detection of subtle issues. Emissivity settings are adjustable for accurate readings on various materials and surfaces.

Hanyoyin Hoto

The FI160S offers four distinct image modes to enhance your inspection capabilities:

• Thermal: Displays a pure infrared image.
• Hasken Ganuwa: Records actual visual images for easy recording and location identification.
• Hoto-cikin-Hoto: Places the infrared image in the center of a frame with a visual image around the outside, providing context for better comparison.
• Thermal Mix: Adds visible light details to thermal images in real-time for greater clarity, allowing for instant recognition of problematic heat patterns.

Image: Visual representation of the four image modes (Thermal, Thermal Mix, Visible Light, Picture-in-Picture) and six color palettes.

Image: Comparison of Thermal-Visible Mixed Mode (T-Mix ON) versus Thermal Only (T-Mix OFF), showing enhanced detail with visible light overlay.

Launuka masu launi

The FI160S offers 6 selectable color palettes to optimize the infrared image contrast for different inspection scenarios and applications:

• Iron
• Bakan gizo
• Farin zafi
• Baki zafi
• Lawa
• Rainbow HC

Built-In Laser Pointer

The integrated laser pointer assists in precisely locating objects in dark environments for targeted measurements. This is a Class II laser (IEC/EN60825-1/2014) with a power output of ≤1mW.

Image: A user aiming the thermal camera, demonstrating the laser-assisted autofocus feature.

Image Storage and Transfer

The thermal imager is equipped with 32GB of EMMC memory for storing images. To transfer captured images to a computer, connect the camera using the supplied USB cable. The Firecore software (not compatible with iOS) allows for full inspection and analysis of the images on a PC screen. The software enables toggling of screen elements (high, low, center temperature values), changing color palettes post-capture, and performing temperature annotations, area averages, and comparisons. It also features an HD (Super Resolution) button to upscale images to 960x1280 for detailed analysis.

Image: The thermal camera connected to a desktop computer, illustrating the easy transfer and analysis of thermal images using the supporting software.

4. Kulawa

Ana Share Na'urar

To clean the camera body, use a soft, damp cloth. Do not use abrasive cleaners or solvents. Ensure the lens is kept clean for optimal image quality; use a lens cleaning cloth specifically designed for optics.

Kula da baturi

To prolong battery life, avoid fully discharging the battery frequently. Charge the device regularly, especially if it will be stored for an extended period. Store the camera in a cool, dry place.

Siffofin Dorewa

The FI160S is built for demanding environments, featuring a 6.6-feet drop protection and an IP54 rating for dust and splash resistance. It also includes auto shut-off options (5-minute, 10-minute, 30-minute) to conserve battery life during long hours of use.

Image: The thermal camera shown with water droplets and in a drop scenario, highlighting its IP54 rating and 6.6 ft drop protection.

5. Shirya matsala

Matsalolin gama gari da Mafita

• Talakawa Viewing Angles on LCD: The LCD screen may exhibit poor viewing angles, particularly when viewed from above. Adjust the camera's position or your viewkusurwa don mafi kyawun tsabta.
• Thermal/Visible Image Misalignment: In some instances, the thermal and visible light images may appear misaligned, especially after a factory reset or storage reformatting. Currently, there is no user-adjustable setting to correct this alignment. If this issue significantly impacts functionality, contact customer support.
• PC Software Real-Time Projection Not Working: The real-time screen projection feature in the PC analysis software may not function correctly, potentially causing the program to freeze. If this occurs, end the program via your operating system's task manager. Image analysis features remain functional.
• Karancin Zazzabi mara inganci: Ensure the emissivity setting is correctly adjusted for the material being measured. Refer to standard emissivity tables for common materials.

6. Ƙayyadaddun bayanai

7. Garanti da Tallafawa

Bayanin Garanti

Specific warranty details for the Firecore FI160S Thermal Camera are typically provided with your purchase documentation or on the manufacturer's official website. Da fatan za a koma zuwa waɗannan albarkatun don cikakkun sharuɗɗan garanti da sharuɗɗa.

Tallafin Abokin Ciniki

For technical assistance, troubleshooting not covered in this manual, or warranty claims, please contact Firecore customer support through their official webshafin ko bayanin tuntuɓar da aka bayar tare da fakitin samfur naka.

8. Aikace-aikace

The Firecore FI160S Thermal Camera is a versatile tool suitable for a wide range of professional and home applications:

• Building Inspections: Identify insulation deficiencies, drafts, and moisture intrusion.
• Binciken Lantarki: Detect overheating components, loose connections, and overloaded circuits.
• HVAC Maintenance: Analyze airflow, identify duct leaks, and assess heating/cooling system performance.
• Water Leak Detection: Locate hidden water leaks behind walls or under floors by identifying temperature anomalies.
• Kula da Mota: Diagnose automotive issues such as engine overheating, brake problems, or exhaust leaks.
• Environmental Research: Monitor temperature distributions in various settings.

Image: Collage showing the wide range of applications for the thermal camera, including building, electrical, insulation, vehicle, HVAC, and environmental inspections.