
Highlights & Details
FLIR CX5 - thermal imager for hazardous areas
- 8.7 Hz Thermal imaging camera
- Temperature reading range -20 up to +400 °C
- 160 x 120 Pixel Bolometer matrix
- Thermal sensitivity 70 mK
Technical specifications
- Lithium rechargeable battery 3.7 V/1800 mAh
- Min. Focusing distance thermal: 0.1 m
- Minimum focusing distance of MSX: 0.3 m
- Type
89401-0203-DakkS
- Product type
IR camera
- Bolometer array
160 x 120 Pixel
- Interfaces
Wi-Fi
- Temperature reading range (max.)
+400 °C
- Colour schemes
6
- Temperature reading range (min.)
-20 °C
- Optics
54° x 42°
- Frame rate
8.7 Hz
- Display resolution
160 x 120 Pixel
IP54
- Thermal sensitivity
70 mK
- Dim
(L x W x H) 235 x 100 x 95 mm
- Memory units
5000
- Focus
Fixed-focus
- Weight
690 g
- Temperature reading range
-20 up to +400 °C
- Min. focusing distance
0.1 m
- Width
100 mm
- Height
95 mm
- Length
235 mm
- Connection
USB 2.0
Bluetooth
Wi-Fi (802.11b/g)
- Features
MSX®
Built-in LED light
Wi-Fi
Touchscreen
DAkkS standards
Documents & Downloads
Datasheet
Datasheet 3049597 FLIR IR camera Calibrated to (DAkkS standards) -20 up to +400 °C 160 x 120 Pixel 8.7 Hz MSX®, Built-in LED light, Wi-Fi,
User & Safety Instructions
User & Safety Instructions 3049597 FLIR IR camera Calibrated to (DAkkS standards) -20 up to +400 °C 160 x 120 Pixel 8.7 Hz MSX®, Built-in LED light, Wi-Fi,
Description
This text is machine translated.
Features
- A permit for hot work in certain hazardous locations due to explosive gases or dust is no longer necessary
- Accurate temperature measurement
- 160x120 detector
- The patented MSX® shapes visual details into the infrared image in order to produce a sharper, easier to understand picture
- FLIR Ignite cloud connectivity with automated transmission, storage, backup and sharing capabilities that dramatically reduce time and effort
- Robust and reliable construction for professional use
- Compact and light design for safe, single-handed operation and transport
Scope of delivery
- FLIR Cx5
- USB cable
- Printed documents
- Lanyard


















