Central control unit

Camera ports: 4x Gigabit PoE Ethernet, 2x Gigabit Ethernet (for PLC)

Digital input/output: 4x isolated (compatible with 24VDC) input, 5x open collector output

Power supply: 12-36VDC

USBPort: 2x USB3 ultra high speed port for data upload

Embedded operating system for optimizing multi camera connectivity

touch screen

Built in, all settings can be directly implemented through the touch screen

Infrared thermal camera

Each central unit can connect 4 WIC cameras, with 2 different resolutions to choose from

Lens: interchangeable and focusing, multiple field of view angles to choose from, frame rate up to 60Hz

Temperature range: -25 ℃ to+150 ℃, -40 ℃ to+550 ℃, optional+1000 ℃

Accuracy: ± 2% or ± 2 ℃

Temperature sensitivity: ≤ 0.03℃（30mK）@30℃

Cables and adapters

The transport box is equipped with sealed connectors for digital input and output cables

Delivery of Ethernet cable and machine

230VACThe power adapter

Standard Packaging List

Hard transport box, touch screen control panel (built-in IR software, LCD）、 Cable (DIO 1m, UTP 10m, DIO board)

Power Supply

Controller input voltage

12-36VDCOr 230VAC

Camera input voltage

Integrated on the control unit, powered by Ethernet

power waste

150-200W

Mechanical and environmental information

Touch screen size

22Inch panel, 538 × 329 × 53mm (21.2 × 12.9 × 2in)

Transport box size

630×490×300mm（24.8×19.3×11.8in）

weight

About 19kg, depending on the final configuration of the system

working temperature

0Up to 45 ℃

Storage temperature

-30℃ to 60 ℃

Infrared thermal camera settings

Image source

Full radiation data stream, based on real-time measurements from each WIC camera. Users can connect cameras with different resolutions and lenses on the same central control unit. The camera frame rate can reach up to 60Hz, and different temperature ranges and triggers can be set. The system measures the current FPS, camera temperature, and communication stability.

Radiation measurement

Emissivity, window transmission, humidity, reflection temperature, atmospheric temperature, and distance correction. The image can be rotated 90 degrees

calibration

Each camera is calibrated before leaving the factory, and the calibration files are saved in the ThermoInspector system

NUCcalibration

Fully controllable NUC calibration to avoid image interruption during measurement and control

Units and scaling

℃ or ℉ or RAW format, each camera can be zoomed in pixel by pixel in a specific way to achieve precise ROI settings

Color palette and isotherms

14Multiple color palettes are available, with multiple isothermal modes to choose from (above, belly, between)

Graphic environment and visualization operation

Measurement tools

Contains multiple measurement tools (points, lines, rectangles, ellipses), user-defined indicators such as maximum, minimum, mean, deviation, median, etc

Administration

Users can set an administrator password to lock the system

language

English, German, Polish, and Czech

Charts and numerical values

Continuous or discontinuous time charts, temperature profiles, and numerical indicators

Background features

Self starting system initialization, TCP/IP data sharing, Ethernet IP data protocol

History and logs

Can save standard tables, measurement results, images, and charts

Full screen mode

Users can switch between standard machine vision (images, tables, and charts) visualization interface and full screen multi image (matrix) visualization interface

Measurement and control mode

Trigger and alarm

Independent trigger - falling edge or rising edge or latch, up to 5 alarm outputs

Evaluation mode

Multiple types of evaluation modes. The most common application uses one-time trigger measurement and post evaluation. Can measure single frame images or sequences. For all 24-hour/7 applications, users can use non triggered mode. To check the temperature at the start end time, the latch mode can be used

Product online control

ThermoInspectorIntegrated with powerful features, it allows for the selection of different ROIs at specific times, providing flexibility for multiple cameras to share a system. ThermoDetector receives trigger signals from the PLC and automatically changes the ROI position based on pre-defined settings.