French C.A. infrared thermal imager

NegotiableUpdate on 03/16

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

C. A1889-3 thermal imager (-20 ℃ to 800 ℃)

Product Details

C. A 1889-3 thermal imager (-20 ℃ to 800 ℃, optional 2000 ℃)

·640 × 480 pixels
·Thermal sensitivity (NETD) 0.035 ° C @ 30 ° C
·Optical lens 0.67mrad
·10:10 Area
·-20 ° C~+800 ° C, second gear
·Scalable up to 2000 degrees
·5 million pixels, CMOS module
·5 ", 1280 × 720 high brightness touch screen
·Supports WiFi
·Video transmission
·Thermal fusion

Product Description:

The CA1889 series infrared thermal imager from French CA company is designed specifically for industrial environment applications and is particularly suitable for predictive or preventive maintenance. It can provide thermal imaging temperature measurement information required for comprehensive maintenance reports. The exterior design is simple, sturdy, and fully conforms to ergonomic design; Adopting a rotatable design, the display screen can rotate 270 ° and the lens can rotate up 70 °, ensuring that the thermal imager is adjusted to its optimal state.
The CA1889 series features infrared hybrid technology for easier visible light recognition. 5 ", 1280 × 720 high brightness touch screen 8GB plug-in mini SD card, supporting up to 32GB. Stable and user-friendly design, equipped with rechargeable lithium batteries, comes standard with 2 battery boards, and different charging standard plugs can be replaced according to needs.

Product application:

·Predictive and preventive maintenance of industrial sites

·Maintenance and potential fault diagnosis of electrical, electronic, and mechanical equipment

·Maintenance and inspection of HVAC systems and other facilities in buildings

·Various temperature detection applications in R&D departments or production workshops

·Electrical (generator, etc.) detection connection failure

·Detecting heat distribution in the generator

·Mechanical (such as electric motors) measurement of motor surface temperature to avoid motor overheating

·Thermal sensation (liquid leakage/energy consumption)

Building energy consumption detection for overheating, poor insulation, etc