TAIT80 High‑Precision Infrared Matrix Thermometer

Category: IOT Sensors

Product Overview

TAIT80 is a high‑precision infrared matrix thermometer that integrates accurate array‑based temperature measurement with network communication. Featuring an 80 × 62‑pixel high‑sensitivity infrared sensor, this instrument offers contactless, rapid temperature measurement, thermal imaging and over‑temperature alarms across a wide range from −20 °C to 400 °C. Compared with traditional contact thermometers, it responds faster, covers larger areas and is easier to install. The device supports nine temperature‑monitoring zones and high‑temperature warnings, transmitting real‑time data via Ethernet or RS485 to monitoring platforms. It provides remote monitoring for distribution cabinets, industrial equipment and data centre racks, enabling early detection of temperature anomalies.

Product Details

Key Features

Matrix imaging with real‑time response:The 80 × 62 infrared pixel array delivers real‑time thermal imaging with ±0.25 °C accuracy, capturing tiny temperature rises for immediate alerts.
Wide temperature range and high accuracy:Measures temperatures from −20 °C to 400 °C with an accuracy of ±0.25 °C or ±0.25% (whichever is greater); compensates for emissivity, distance and ambient temperature.
Nine‑zone warning:Supports configuration of up to nine regions of interest, displaying the maximum, minimum and average temperature of each zone to provide targeted high‑temperature warnings and thermal distribution analysis.
Long‑distance measurement:Multiple field‑of‑view options (45°/34°/56°, 90°/67°/122°, 105°/79°/134°) adapt to different installation scenarios, enabling remote temperature monitoring in cabinets or industrial equipment.
Multiple communication interfaces:Includes one 100 M Ethernet port (default MODBUS‑TCP, supports MQTT/HTTP) and one RS485 port (standard MODBUS), plus a relay switch output for linkage with control systems.
Data management and software:PC software supports data storage, image processing and nine‑zone analysis; users can apply filters, set emissivity and temperature thresholds, save history and generate reports.
Easy installation and remote monitoring:Powered by a wide DC 9–24 V supply, the compact unit includes a reset button and status indicators, making it simple to deploy for remote monitoring.

Application Scenarios

This infrared imaging thermometer is suited to industrial environments requiring contactless, real‑time temperature monitoring. Typical use cases include electrical distribution cabinets, industrial machinery enclosures, data centre racks, power transformer rooms and metallurgical processing lines. Continuous monitoring of temperature distribution enables rapid detection of overheating at contact points and connectors, helping users locate failing equipment and take preventive action.

Technical Parameters

Interface	Specification	Description
Power supply	DC 9–24 V	Wide‑range DC input; includes a 3.81‑mm plug terminal for centralised power
Indicator lights	2	One power indicator and one system status indicator
Button	1	Reset button
Temperature range	−20 °C to 400 °C	Wide measurement range
Measurement accuracy	±0.25 °C	Accuracy depends on target size and distance
Network port	One 100 M Ethernet port	Default MODBUS‑TCP; supports MQTT/HTTP; network protocol is customisable
RS485	One channel	Standard MODBUS communication
Switch output	One channel	Single relay output for alarm linkage
Infrared pixels	80 × 62	4,960 pixels
Field of view (H/V/D)	45°/34°/56° (model HYT80‑85EW‑M5S)	Horizontal 45°, vertical 34°, diagonal 56°
Field of view (H/V/D)	90°/67°/122° (model HYT80‑85EW‑M6S)	Horizontal 90°, vertical 67°, diagonal 122°
Field of view (H/V/D)	105°/79°/134° (model HYT80‑85EW‑M7G, default)	Horizontal 105°, vertical 79°, diagonal 134°
PC software	Image setup and data display	Provides image processing with filters, emissivity settings and alarm thresholds; supports thermal image display
Nine‑zone configuration	Up to nine regions of interest	Partition monitoring zones to view maximum, minimum and average temperatures per zone