Skip to product information
1 of 1

FLIR C5 Pocket Thermal Imaging Camera with Wifi Function (BI-FR-C5)

FLIR C5 Pocket Thermal Imaging Camera with Wifi Function (BI-FR-C5)

Regular price NT$30,000
Regular price Sale price NT$30,000
Sale Sold out
Taxes included. Shipping calculated at checkout.

The FLIR C5 pocket thermal camera is the tool of choice for building inspections, facility maintenance, HVAC/R, electrical repair, and other troubleshooting applications. Find problems faster with a 160x120 (19,200 pixel) thermal imager and a 5 megapixel visible light camera.

MSX® multi-spectral dynamic imaging can immediately identify the location of temperature issues, making it easy to identify hidden problems.

The 3.5-inch touch screen is easy to use and allows you to quickly check and record maintenance status. The P54 housing provides a high level of dust and water resistance and is designed to withstand a 2M drop. It has a built-in LED flashlight to view dark and hard-to-reach areas.

Pocket-sized design, easy to carry. With the FLIR C5, you can always find heat spots, air leaks, plumbing problems, and more.

FLIR C5 Pocket Infrared Thermal Imager Thermal Imager
FLIR C5 Thermal Imaging Camera Thermal Imaging Camera
FLIR C5 Infrared Thermal Imager Thermal Imager
FLIR C5 Industrial Thermal Imager Thermal Imager
FLIR C5 Thermal Imaging Camera Thermal Imaging Camera
FLIR C5 Infrared Thermal Imager Thermal Imager MSX Multispectral Dynamic Imaging
FLIR C5 Infrared Thermal Imager Thermal Imager Built-in LED Light
FLIR C5 Industrial Thermal Imager Infrared Thermal Imager Touch Screen
FLIR C5 Pocket Thermal Imager Industrial Thermal Imager Thermal Imager
FLIR C5 Pocket Infrared Thermal Imager Thermal Imager for

Specifications:

Overview
Infrared sensor 160 × 120 (19,200 pixels)
Thermal sensitivity/NETD <70mK
Field of view (FOV) 54° × 42°
Minimum focus distance Thermal image: 0.1M
MSX®: 0.3M
Image frequency 8.7 Hz
focus No focus
Wavelength range 8–14 μm
Screen size 3.5 inches
Visible light camera 5 megapixels
Digital camera focus fixed
Image Display
Image Adjustment Automatic level and span
Manual Level and Span
One-touch level and span
Image Mode Infrared imaging
Visible light images
MSX (Visual details embossed on thermal image)
Picture-in-picture (infrared area on visual image)
Gallery Thumbnails and custom folder structure
Color Mode Iron
Gray
Rainbow Color
Arctic
Lava
Rainbow HC Color HC
Screen rotation support
Touch screen Capacitive touch
Measurement and analysis
Temperature measurement range -20~400°C (-4 ~ 752°F)
Accuracy At ambient temperature 15 ~ 35°C (59 ~ 95°F) and object temperature above 0°C (32°F)
0 ~ 100°C (32 ~ 212°F): ±3°C (±5.5°F)
100 ~ 400°C (212 ~ 752°F): ±3%
Measurement correction Emissivity Matte/Semi-matte/Semi-gloss + custom value
Reflected surface temperature
Atmospheric compensation
Image storage and transmission
Storage Media Internal storage memory
Image storage capacity >5000 images
Image file format Standard JPEG
Communications and Connectivity
USB USB 2.0 Type C connector
other
Battery Type Rechargeable internal lithium-ion battery
Battery operating time 4 hours
Charging System USB-C (1 A)
Charging time 2 hours
External power supply operation 5 V, USB-C
Operating temperature range -10 ~ 50°C (14 ~ 122°F)
Storage temperature range -40 ~ 70°C (-40 ~ 158°F)
Encapsulation Camera housing and lens: IP54 (IEC 60529)
Drop test Designed for 2 meters (6.6 feet)
Weight (with battery) 0.19 kg (0.42 lb)
Dimensions (length x width x height) 138 × 84 × 24 mm

Product warranty: 1 year warranty

Note: Imported from Taiwan original factory

※Please note:

Thermal imagers can only see the surface of objects and cannot see through walls .

Thermal imagers convert thermal radiation from objects into light signals and form images. They observe temperature differences on the surface of objects and display them on the screen , providing signs that are invisible to the naked eye for operators to make judgments. If the temperature difference is not too large, it cannot be clearly displayed .

Except for thermal imagers approved by the military, ordinary thermal imagers cannot penetrate walls or objects.

View full details