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DTL Thermal 2.0

Name: DTL Thermal 2.0
Brand: RCHOBBYTECH SOLUTIONS PRIVATE LIMITED
Price: 2200000 INR
Availability: InStock

Price 2200000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

DTL Thermal 2.0 Specification

Connectivity Type
USB, Wi-Fi

Camera Range
Up to 500 meters

Camera Type
Thermal Imaging Camera

Sensor Type
Infrared Thermal Sensor

Camera Style
Handheld, Portable

Technology
Digital Thermal Imaging

Special Features
Thermal Imaging, Live Transmission, Compact Design, High Temperature Detection

Remote Control
Yes

Application
Other

Camera Size
Compact

Camera Pixels
256 x 192 pixels Pixel (P)

Screen Resolution
3.5 inch LCD Display, 640x480 pixels

Image/Video Quality
High-Resolution Thermal Images, Real-Time Thermal Video

Power Supply
Rechargeable Li-ion Battery

Output Formats
JPEG (Image), AVI (Video)

File Compatibility
JPEG, BMP formats

Safety Certifications
CE, RoHS

Temperature Measurement Range
-20°C to 550°C

Working Time
Up to 8 hours continuous

Operating Humidity
<90% RH

Storage Capacity
16 GB Built-In Memory

Operating Temperature
-10°C to 50°C

Dimensions
230 mm x 90 mm x 60 mm

Field of View (FOV)
56° x 42°

Frame Rate
25 Hz

Charging Time
Approx. 3 hours

Focus Mode
Manual

Temperature Accuracy
±2°C or ±2%

Weight
Approx. 0.48 kg

DTL Thermal 2.0 Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About DTL Thermal 2.0

Technical Highlights & Key Features

Multi-Sensor Payload Integration

Telephoto and wide-angle cameras for detailed and wide-area imaging

Thermal and infrared modules for heat mapping, detection, and monitoring

Integrated laser rangefinder for precise distance measurement and target acquisition

Extended Flight Endurance

Up to 42 minutes of continuous operation
Hot-swappable battery system enabling rapid turnaround and uninterrupted missions

Autonomous Obstacle Avoidance

All-weather radar and visual sensing systems for reliable detection and navigation

Enhanced safety features for operation in dense or high-risk environments

Long-Range and Secure Connectivity

Image and data transmission up to 20 km (FCC standard)

Multi-band redundancy ensures stable, interference-resistant communication

Ruggedized Enterprise Durability

IP43-rated protection against dust and water ingress

Wide operating temperature tolerance for extreme field conditions

Robust, lightweight frame optimized for demanding field deployment

The Thermal 2.0 combines next-generation autonomy, advanced payload integration, and rugged construction, making it an indispensable asset for industries where accuracy, reliability, and rapid deployment are essential.

Advanced Thermal Detection

The DTL Thermal 2.0 employs advanced digital thermal imaging technology, ensuring accurate and rapid heat detection for industrial, electrical, and safety monitoring applications. Thanks to its 256 x 192 infrared sensor and wide 56 x 42 field of view, users can capture high-resolution thermal images and real-time video, even in challenging environments.

Portable and User-Friendly Design

Weighing approximately 0.48 kg and measuring 230 mm x 90 mm x 60 mm, the DTL Thermal 2.0 is crafted for effortless portability. Its ergonomic, compact design allows one-handed operation, enhanced by manual focus and a clear 3.5-inch LCD display. The device operates continuously for up to 8 hours and recharges fully in about 3 hours, ideal for extended field work.

Comprehensive Connectivity and Storage

Equipped with 16 GB built-in memory, USB, and Wi-Fi connectivity, the DTL Thermal 2.0 supports easy storage and seamless data transmission. Photos and videos are saved in JPEG, BMP, or AVI formats, simplifying data management and analysis after inspections. Live transmission and remote control functionalities enhance convenience and productivity on site.

FAQs of DTL Thermal 2.0:

Q: How do I operate the DTL Thermal 2.0 for industrial heat inspection?

A: To operate the DTL Thermal 2.0, simply power on the device, manually adjust focus for clarity, and point it towards the area you wish to inspect. The camera displays high-resolution thermal images and real-time video on its 3.5-inch LCD screen. With up to 500 meters of camera range, it enables safe and comprehensive thermal inspections from a distance.

Q: What environments and applications is the DTL Thermal 2.0 best suited for?

A: This camera is ideal for industrial heat inspection, electrical maintenance, building diagnostics, factory safety monitoring, and other settings where monitoring temperature changes or identifying heat-related issues is crucial. Its wide temperature range and certified safety standards allow reliable operation in varied conditions, both indoors and outdoors.

Q: When should I use the DTL Thermal 2.0s live transmission and remote control features?

A: Live transmission and remote control are most beneficial when real-time monitoring or team collaboration is needed. For hazardous or hard-to-reach locations, these features allow operators to control the camera remotely and instantly share findings with team members or supervisors, increasing safety and efficiency.

Q: Where can captured thermal images and videos be stored and accessed?

A: All images and videos are stored on the DTL Thermal 2.0s built-in 16 GB memory. Files can be accessed directly on the device or transferred to a computer using USB or Wi-Fi, supporting JPEG, BMP, and AVI formats for versatile documentation and reporting.

Q: What is the process for charging and maintaining the DTL Thermal 2.0?

A: To charge the device, connect it to a power source using the supplied charger; a full charge takes approximately 3 hours and supports up to 8 hours of continuous use. Maintenance involves keeping the lens clean, regularly updating firmware if available, and storing the camera in a dry place below 90% relative humidity when not in use.

Q: How does using the DTL Thermal 2.0 benefit industrial safety and maintenance?

A: The DTL Thermal 2.0 enhances safety by enabling non-contact temperature measurement and early detection of overheating or electrical faults. This reduces downtime, prevents equipment damage, and improves workplace safety by allowing timely preventive actions in hazardous areas.

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