Name: UNI-T UTi260K EST Thermal Camera
SKU: UTI260K
Availability: InStock

UNI-T UTi260K EST Thermal Camera

28,000 EGP

The UNI-T UTi260K is a professional handheld thermal imaging camera built for accurate temperature measurement and advanced thermal inspection. It delivers clear, high-detail infrared images to quickly identify overheating components, electrical faults, mechanical issues, and energy loss. Fast, reliable, and easy to operate, the UTi260K thermal camera is ideal for industrial maintenance, electrical inspection, building diagnostics, and preventive troubleshooting.

Description

The UNI-T UTi260K EST Thermal Camera is a versatile and reliable tool designed for a variety of applications, including building inspection, electrical maintenance, and HVAC diagnostics. Featuring a user-friendly interface, this thermal camera provides clear thermal images that help identify temperature variations and potential issues with precision. Its compact design ensures portability, making it suitable for both professional and DIY use. With adjustable settings and a durable build, the UTi260K is equipped to handle demanding environments while delivering consistent performance, making it an essential addition to any toolkit.

UNI-T UTi260K EST Thermal Camera

The UNI-T UTi260K EST is a handheld thermal imaging device designed for reliable temperature monitoring. With a compact and ergonomic design, it allows users to quickly capture thermal variations without hassle. Built with a focus on comfort and durability, it offers both practicality and a professional appearance, making it suitable for regular use in different settings.

When in use, the camera provides clear thermal contrast directly on its display. This makes it easy to identify areas of higher or lower temperature with speed and accuracy. The interface is intuitive, allowing operators to focus on detection rather than technical adjustments. Its balanced design ensures users can rely on consistent performance, even during prolonged operation.

The UTi260K EST delivers the feeling of a dependable thermal partner. It responds quickly, presents sharp images, and maintains accuracy, all while being easy to handle. The combination of portability, precision, and smooth operation makes it a practical tool for anyone needing efficient thermal detection in their daily work.

Features:

Region of Interest (ROI) mode to focus on a specific area and reduce interference.
Photo capture function with micro-SD storage.
PC analysis software for reviewing captured thermal images.
Real-time image transmission to computer.
Instant audio alarm for high fever detection.

Specifications:

Technical Data
IR resolution (Pixels):	256×192
Display:	2.8”TFT LCD (320×240)
Field of view(FOV):	56°×42°
Thermal sensitivity(NETD):	≤60mk
Spatial resolution(IFOV):	3.8mrad
Frame rate:	≤25Hz
Spectral range:	8~14µm
Focus:	Focus Free
Temperature measurement range:	30℃~45℃ (86℉-113℉)
Accuracy:	±0.5° (@25˚C ambient temperature)
Emissivity:	0.01~1.00 adjustable (0.95 default)
Functions
Color palettes:	7 (Ironbow, Rainbow, White hot, Black hot, Red hot, Lava, Rainbow HC)
Image modes:	Thermal,Visual Image,Fusion,PIP
On screen analyzer:	3 Points
Digital camera resolution:	640×480
Hi/Lo temperature alarm:	Icon,LED flashlight
Software analysis:	PC
General Characteristics
Battery:	Fixed Li-ion battery (3.6V 5000mAh)
Battery operating Time:	≥ 6 hours
USB:	Type-C
Storage:	32G Micro SD card
Image/Video storage format:	BMP
Certificates:	CE,FCC,RoHS
Product net weight:	910g
Product size:	236mm×75.5mm×86mm
Packing Details
Standard accessories:	Type-C USB cable, Micro SD card, English manual

Applications:

Human fever detection.
Public temperature screening.
School and campus monitoring.
Quick building entry inspection.

Package Contents:

1x User manual
1x USB-C cable
1x TF card (16 GB)
1x Tripod
1x 5 m USB extension cable
1x Calibration certificate

Documents:

UTi260K-User-Manual

Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “UNI-T UTi260K EST Thermal Camera”

UNI-T UTi260K EST Thermal Camera

Description