Description
Overview of Pulsar Merger LRF XT50 Thermal Imaging Binoculars
The Pulsar Merger LRF XT50 stands out as a premium model in Pulsar’s range of thermal imaging binoculars. Designed for exceptional performance, it combines cutting-edge technology with user-focused features, making it an ideal choice for professionals and enthusiasts in fields such as hunting, wildlife observation, and security.
Key Features and Specifications
High-Resolution Thermal Sensor
- Sensor Quality: 1280×1024 pixel thermal sensor ensures extraordinary image detail, capturing even the smallest heat signatures.
- Origin: Utilizes European-made thermal imaging sensors for professional-grade performance and reliability.
Advanced AMOLED Display
- Display Resolution: 1280×960 microdisplay for vivid visuals and exceptional contrast.
- Technology: New AMOLED technology enhances brightness and color depth, ensuring clarity across diverse lighting conditions.
Wide Field of View
- Field of View: 17.5° wide, allowing users to scan broad areas efficiently.
- Zoom Range: Offers 2x to 16x magnification, combining optical and digital zoom for detailed observation.
Exceptional Image Quality
- Image Processing Algorithms: Advanced software enhances image sharpness and detail, even at maximum zoom levels.
- Performance: Maintains high resolution and clarity, essential for identifying subtle details in challenging environments.
Durability and Build
- Robust construction ensures reliability in various weather and environmental conditions.
Benefits of the Merger LRF XT50
- Unmatched Detail: High-resolution thermal imaging captures fine details for accurate identification.
- Professional-Grade Performance: European-made sensors deliver reliable and consistent image quality.
- Versatility: A wide field of view and dynamic magnification make it suitable for multiple use cases.
- Ease of Use: Intuitive design and advanced display technology ensure user comfort and efficiency.
The Pulsar Merger LRF XT50 exemplifies top-tier thermal imaging innovation, making it a valuable tool for demanding users seeking exceptional image quality and functionality.
Enhanced Features of the Pulsar Merger LRF XT50 Thermal Imaging Binoculars
Wide Field of View for Effective Scanning
- Efficient Object Detection: The 17.5° wide field of view allows for faster spotting of heat-emitting objects over large areas.
- Stability in Observation: Reduces the impact of image shaking, enhancing viewing comfort.
- Situational Awareness: Broad coverage improves scene perception, making it easier to track movement or identify objects in dynamic environments.
Extra-Long Detection Range
- Extended Reach: Equipped with high-quality germanium optics and professional-grade thermal sensors, the XT50 can detect heat sources at distances exceeding 2 kilometers.
- Precision Observation: Long-distance detection ensures users can spot and identify objects far beyond the capability of conventional thermal imaging devices.
Customizable User Modes
- Optimized Settings: Adjust brightness and contrast to enhance image details for specific conditions.
- Memory Functionality: The User Mode saves preferred settings for brightness and contrast, enabling quick and optimal image adjustments on subsequent uses without manual recalibration.
Ergonomic and Classic Binocular Design
- Compact and Comfortable: Modeled after traditional daytime binoculars, the Merger LRF XT50 is designed to fit naturally in the user’s hands.
- Intuitive Controls: Six strategically placed buttons ensure easy access to essential functions, with single-touch operation for commonly used features.
- Aesthetic Appeal: The binoculars combine functionality with an attractive, user-friendly design, ensuring ease of use and portability.
Why Choose the Merger LRF XT50?
- Versatility: Ideal for scanning, tracking, and identifying objects in diverse scenarios.
- Exceptional Detection: Unparalleled range and clarity for long-distance observations.
- User-Centric Design: Combines comfort, aesthetics, and ease of operation for an enhanced user experience.
- Performance Consistency: The customizable User Mode and durable construction ensure reliable operation across various conditions.
The Pulsar Merger LRF XT50 stands as a premium choice for professionals seeking a powerful, efficient, and ergonomic thermal imaging solution.
Additional Features Enhancing the Pulsar Merger LRF XT50 Experience
Comfortable Binocular Viewing for Both Eyes
- Optimized for Human Vision: The binocular design leverages the natural tendency of humans to process visual information through both eyes, reducing strain during prolonged use.
- Enhanced Object Detection: Viewing with two eyes improves the ability to detect faint or small objects, especially in low-contrast environments, offering a performance edge over monocular devices.
- Adjustable Interpupillary Distance: With a range of 63 to 74 mm, the binoculars accommodate different users, ensuring a customized and comfortable fit for various facial structures.
Built-In Precise Laser Rangefinder
- Accurate Distance Measurement: The integrated laser rangefinder measures distances with ±1 meter precision, crucial for accurate situational assessment.
- Multiple Measurement Modes:
- Single Measurement Mode: Provides a quick distance reading to a specific target.
- Continuous Scanning Mode: Tracks distance changes dynamically, enabling real-time situational awareness.
- Decision Support: Knowing exact distances aids in making informed decisions, whether in hunting, rescue operations, or surveillance.
Why the Pulsar Merger LRF XT50 Excels
- Dual-Eye Comfort: Superior to monocular devices for extended use and enhanced detail detection in challenging scenarios.
- Precision Tools: The laser rangefinder’s high accuracy and flexible measurement modes provide essential data for tactical and observational needs.
- Custom Fit: Adjustable interpupillary distance ensures that every user experiences optimal comfort and viewing quality.
The Pulsar Merger LRF XT50 combines ergonomic innovation with technical excellence, offering a refined and versatile tool for users who demand the highest standards in thermal imaging binoculars.
Combined dual battery system
The Merger LRF Series is powered with two rechargeable batteries: one built-in with a capacity of 4 Ah, the other replaceable with a capacity of 3.2 Ah. A single charge guarantees long battery life.
Other features
Model | LRF XT50 |
SKU | 77486 |
Microbolometer | |
Type | uncooled |
Resolution, pixels | 1280х1024 |
Pixel Pitch, µm | 12 |
Sensor NETD, mK | < 40 |
System NETD, mK | < 20 |
Frame rate, Hz | 50 |
Optical Characteristics | |
Lens, mm | F50 F/1.0 |
Continuous digital zoom, x | 2-16 |
Digital zoom | 2x/4x/8x |
Minimum Focus Distance, m/y | 5 / 5.47 |
Eye relief, mm/inch | 15 / 0.59 |
Exit pupil diameter, mm | 3.5 |
Field of view (HxV), degrees / m@100m | 17.5 / 30.7 |
Diopter adjustment, D | -5/+4 |
Interpupillary distance adjustment, mm | 63-74 |
Range of detection (deer type object), m/y | 2300 / 2515 |
Display | |
Type | AMOLED |
Resolution, pixels | 1280х960 |
Operational Characteristics | |
Power supply, V | 3.7 |
Battery type / Capacity / Output voltage | Li-Ion Battery Pack APS3 / 3200 mAh / DC 3.7 V (removable)
Li-Ion Battery Pack / 4000 mAh / DC 3.7 V (built-in) |
External power supply | 5V |
Operating time on Battery Pack (at t=22°C), h* | 6 |
Degree of protection, IP code (IEC60529) | IPХ7 |
Operating temperature range, °С /° F | -25 … +50 / -13 … 122 |
Dimensions, mm / inch | 197х140х72 / 7.8×5.5×2.8 |
Weight (with battery), kg / oz | 0.95 / 34 |
Video Recorder | |
Video / photo resolution, pixel | 1280х960 |
Video / photo format | .mp4 / .jpg |
Built-in memory | 64 Gb |
Wi-Fi Channel** | |
Frequency | 2.4/5 GHz |
Standard | IEEE 802.11 b/g/n/ac |
Characteristics of the Rangefinder | |
Wavelength, nm | 905 |
Max. measuring range***, m/y | 1500 / 1640 |
Measurement accuracy, m | +/-1 |
*Actual operating time depends on the extent of using Wi-Fi, integrated video recorder and integrated laser rangefinder.
**The reception range may vary depending on various factors: obstacles, other Wi-Fi networks.
***Depends on the characteristics of the object under observation and environmental conditions.
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