rev
1.1.9
30
August
2021
10:34
AM
Snapshot
This section allows viewing and erasing the stored
snapshots. By pressing the button, a snapshot
is taken and stored in the device memory. The
snapshots can be reviewed one by one by pressing
the button. To erase a snapshot, select it and
press the button. To erase all snapshots at once,
select "Erase All" and confirm.
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
The document provides an overview and instructions for the CHAMELEON clip-on thermal imaging device. It describes the key features and controls of the device, how to install and operate it, and tips for care and maintenance. The device can be mounted in front of daytime rifle scopes or used as a standalone unit. It has a 640x480 pixel microbolometer sensor, digital zoom, brightness/polarity controls, and menu options for settings like non-uniformity correction, standby mode, and image filters. Proper use and storage of the device helps optimize performance and battery life.
The document is a user manual for Burris Thermal Clip-On sights, models BTC 35 and BTC 50. It provides instructions on operating the device, including powering on/off, adjusting focus and settings, changing display modes, and maintaining the device. Accessories that can be used with the sights are also listed. The manual contains technical specifications for the models and explains icons, battery indicators, storage guidelines, and warranty information.
This user manual provides instructions for operating a thermal monocular device. It describes preparing the device by installing batteries, connecting cables for power or data transfer, and powering on/off. It also covers adjusting image settings like brightness, contrast and palettes. Additionally, it explains general settings, system settings, and troubleshooting frequently asked questions.
InfiRay Thermal E3 Max V2 Instruction Manual - Optics TradeOptics-Trade
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, enter standby mode, switch image modes, use digital and optical zoom, take photos and videos, track hot spots, use the laser pointer and rangefinder, access device settings and calibration modes, connect to WiFi, and charge the battery. The document also provides technical specifications for the device such as resolution, field of view, detection range, and battery life. Safety and operation notes are also included.
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, adjust settings like image mode and zoom, take photos and videos, and access additional functions through the device menu like calibration, WiFi connection, and factory resets. The document also provides technical specifications for the device such as resolution, frame rate, battery life, and detection range. Safety and operation notes are provided at the end.
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, enter standby mode, switch image modes, use digital and optical zoom, take photos and videos, track hot spots, use the laser pointer and rangefinder, access device settings and calibration modes, connect to WiFi, and charge the battery. The document also provides technical specifications for the device such as resolution, field of view, detection range, and battery life. Safety and operation notes are also included.
This document provides instructions for using a thermal imaging camera. It includes 3 parts:
1. An overview of the camera components including the lens, display interface, buttons, and battery compartment.
2. Instructions for basic operation of the camera including turning it on/off, adjusting brightness and focus, changing color palettes.
3. Additional settings that can be adjusted through the camera menu including video output, WiFi, laser, and auto power off settings.
This document is the operator's manual for the BinoX HD smart HD binocular. It provides instructions on preparing the device including unpacking, installing batteries, updating firmware, powering on/off, using the keypad, focusing lenses, mounting on a tripod, and calibrating the compass. The manual also covers using the device's interface and main functions such as night vision, photo/video modes, and the system menu.
The document provides an overview and instructions for the CHAMELEON clip-on thermal imaging device. It describes the key features and controls of the device, how to install and operate it, and tips for care and maintenance. The device can be mounted in front of daytime rifle scopes or used as a standalone unit. It has a 640x480 pixel microbolometer sensor, digital zoom, brightness/polarity controls, and menu options for settings like non-uniformity correction, standby mode, and image filters. Proper use and storage of the device helps optimize performance and battery life.
The document is a user manual for Burris Thermal Clip-On sights, models BTC 35 and BTC 50. It provides instructions on operating the device, including powering on/off, adjusting focus and settings, changing display modes, and maintaining the device. Accessories that can be used with the sights are also listed. The manual contains technical specifications for the models and explains icons, battery indicators, storage guidelines, and warranty information.
This user manual provides instructions for operating a thermal monocular device. It describes preparing the device by installing batteries, connecting cables for power or data transfer, and powering on/off. It also covers adjusting image settings like brightness, contrast and palettes. Additionally, it explains general settings, system settings, and troubleshooting frequently asked questions.
InfiRay Thermal E3 Max V2 Instruction Manual - Optics TradeOptics-Trade
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, enter standby mode, switch image modes, use digital and optical zoom, take photos and videos, track hot spots, use the laser pointer and rangefinder, access device settings and calibration modes, connect to WiFi, and charge the battery. The document also provides technical specifications for the device such as resolution, field of view, detection range, and battery life. Safety and operation notes are also included.
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, adjust settings like image mode and zoom, take photos and videos, and access additional functions through the device menu like calibration, WiFi connection, and factory resets. The document also provides technical specifications for the device such as resolution, frame rate, battery life, and detection range. Safety and operation notes are provided at the end.
This document provides instructions for operating an infrared thermal monocular device. It describes how to power on and off the device, enter standby mode, switch image modes, use digital and optical zoom, take photos and videos, track hot spots, use the laser pointer and rangefinder, access device settings and calibration modes, connect to WiFi, and charge the battery. The document also provides technical specifications for the device such as resolution, field of view, detection range, and battery life. Safety and operation notes are also included.
This document provides instructions for using a thermal imaging camera. It includes 3 parts:
1. An overview of the camera components including the lens, display interface, buttons, and battery compartment.
2. Instructions for basic operation of the camera including turning it on/off, adjusting brightness and focus, changing color palettes.
3. Additional settings that can be adjusted through the camera menu including video output, WiFi, laser, and auto power off settings.
This document is the operator's manual for the BinoX HD smart HD binocular. It provides instructions on preparing the device including unpacking, installing batteries, updating firmware, powering on/off, using the keypad, focusing lenses, mounting on a tripod, and calibrating the compass. The manual also covers using the device's interface and main functions such as night vision, photo/video modes, and the system menu.
Thermal monocular devices can correct defective pixels, adjust image settings like brightness and contrast, and select different palette modes to display thermal images. Users can zoom digitally, perform flat field correction to reduce image non-uniformity, and connect to apps for remote control and firmware upgrades. The manual provides instructions for basic device operation and maintenance.
This document is a user manual that provides instructions for installing, using, and troubleshooting various SyncMaster monitor models. It covers major safety precautions regarding proper installation and maintenance of the monitors. The manual instructs users to keep adequate distance between the monitor and other objects for ventilation, avoid persistent images by using screen savers, and clean the monitor with a soft dry cloth by following specified steps.
This document provides instructions for operating a digital satellite receiver. It describes general safety instructions, features of the receiver including the remote control, front and rear panels. It also explains how to install and set up the receiver, search for channels, manage channels, configure system settings and use general viewing functions. Setup and operation is performed through on-screen menus with guidance provided in the manual.
Instruction Manual | Guide TA Series | Optics TradeOptics-Trade
This document provides instructions for operating a TA Series thermal imager. It begins with safety cautions and lists standard accessories. Sections describe the device parts and functions, including buttons to power on/off, adjust settings, and enter menus. The menus allow settings calibration models, video output, brightness, and more. Battery level is displayed in the upper right corner. The document is intended to help users understand and operate the thermal imager.
User Manual_KM5S-R LCD Display King-Meter Technology Co.,LtdCory KingMeter
KM5S-R LCD Display King-Meter Technology Co.,Ltd
Model: KM5S-R LCD Display
Size: 88.75mm*50.3mm*47.9mm
Communication: UART Default/CAN
Holder: 22.2mm;25.4mm;31.8mm
Voltage: 24V/36V/31.8V
Certificate: CE/ROHS/IP65
Function:
RFID radiofrequencies
Battery Indicator
Motor Power Ratio
Speed Display (including running speed, max speed and average speed)
Trip distance and total distance
Trip time display of single
Cruise control
Headlight On/Off
Error Code Indicator
Various Parameters Setting (like wheel size, speed -limited, battery level bar, PAS level, controller limited current, max speed, password enable, and so on.)
Recover Default Setting
Visit us by:
Website: https://www.king-meter.com
LinkedIn: https://www.linkedin.com/company/kingmeter
Facebook: https://www.facebook.com/KingMeterTech
Datavideo RMC-190 PTZ camara control unitAV ProfShop
This document provides instructions for using a mini keyboard controller. It has a 4D joystick for camera control, an OLED display, and keys for calling presets, switching cameras, setting/clearing presets, and controlling camera functions. The controller connects via RS-232/RS-422 and can control up to 7 cameras connected in a daisy chain. It also has menus for settings like camera address and baud rate.
Hướng dẫn sử dụng máy đo tốc độ vòng quay Tenmars TM-4100Tenmars Việt Nam
Hướng dẫn sử dụng máy đo tốc độ vòng quay Tenmars TM-4100
https://tenmars.vn/danh-muc/do-toc-do-vong-quay-tenmars/
https://tenmars.vn/san-pham/may-do-toc-do-vong-quay-tenmars-tm-4100/
This document is the user manual for the Xmini multifunction thermal imager. It provides an overview of the product, descriptions of its features and functions. The manual also covers operation instructions, maintenance procedures, troubleshooting tips, and safety regulations for the Xmini thermal imaging device.
InfiRay Mini MH25 Instruction Manual - Optics TradeOptics-Trade
This document is the user manual for the Xmini multifunction thermal imager. It provides an overview of the product, detailing its features such as resolution, response spectrum, and frame rate. The manual describes the product components, operation functions including power on/off and electronic magnification. It also covers preventative maintenance like battery replacement, product cleaning, and general troubleshooting.
The document provides instructions for operating a digital tachometer, including taking measurements, using different functions like max/min/average, troubleshooting issues like low batteries, and connecting the tachometer to a computer with Windows software to record and view measurement data.
This document provides an overview of basic field production using the Sony Z150 video camera. It covers topics such as camera controls and settings, capturing quality images and audio, composition techniques, lighting, and essential production elements. The camera manual is organized into 6 chapters that explain how to operate the camera's lens, viewfinders, battery, memory cards, recording functions, and tripod mounting. It also provides guidance on focus and zoom controls, exposure settings, white balance, shot types, interviewing, audio equipment, microphone setup, and storytelling fundamentals.
The document is a user manual for the ATN OTS-XLT handheld thermal monocular. It provides specifications for the device, an overview of its functions and features which include distance measurement, highest temperature tracking, and image and video capture. It also provides instructions on how to operate the device, including powering on/off, menu navigation, adjusting image settings like brightness and focus, and using functions like palettes and digital zoom. Safety guidelines and maintenance instructions are also included.
1. The document provides instructions and specifications for the AEMS Reflex Sight from Holosun. It features a motion sensor, solar and battery power sources, and different reticle options.
2. The sight has multiple brightness settings and reticle options that can be cycled through. It also has motion sensor functionality and automatic shut-off after 10 minutes without motion.
3. Specifications include the size, battery life, adjustment range, and mounting instructions for installing the sight onto a firearm. Maintenance tips are also provided.
This document provides instructions for installing and using the Cateye Strada Wireless Cyclocomputer. It includes:
1) How to install the wireless speed sensor and magnet on the front fork of the bicycle frame and properly position them within 70cm of the computer.
2) An overview of the computer display screens for measuring speed, time, distance and other riding data, and how to switch between functions and reset data.
3) Details on setting up the computer such as selecting units of measurement and tire circumference.
4) Troubleshooting tips if the sensor signal is not being received or other issues occur.
5) Specifications for battery life, operating temperature range, and dimensions of the
This document provides instructions for operating a biochemistry analyzer. It describes the instrument's structure, components, and functions. The main sections include installing the instrument, setting up programs to perform tests, running tests, processing results, performing maintenance, and storage procedures. The instrument can measure biochemistry items using optical methods like absorbance measurements.
This document provides instructions for operating a thermal imaging scope that can be used as either a monocular or front attachment. It includes:
1) An overview of the device's features such as its detection range above 1 km, green monochrome display, and ability to operate from -25°C to +50°C.
2) Instructions on using the device as a monocular or front attachment, including how to mount the attachment eyepiece and mount the device to a day scope.
3) Details on the device's controls, menu system, calibration modes, and power options including using batteries or an external power supply.
The document provides a user manual for the MEPRO FORESIGHT augmented weapon sight. It summarizes the key features and components of the sight, including an internal compass, battery level indicator, five pre-set tactical reticles that can be selected, and Bluetooth connectivity to a mobile app. It describes how to power up and adjust the brightness and reticle settings, navigate the menu to access settings like low power mode, zeroing, and Bluetooth. It also provides troubleshooting tips and maintenance instructions like charging. Technical specifications are listed at the end.
The user manual provides instructions for setting up and using the Conbrov T16 mini spy camera. It details how to charge the camera, insert a microSD card, turn the camera on/off, record videos and photos, and set the date and time. The manual also explains how to mount the camera, switch to night vision mode, and play or view recorded files. Technical specifications for the camera such as dimensions, battery life, and recording times are also included.
This document is a user guide for a dental camera system. It includes sections on introduction and standard configuration of the camera and accessories. It provides instructions on operating the camera, setting up drivers and software, troubleshooting, and safety notices. The key components are an intraoral camera, docking station, transmitter and receiver. It can capture and store photos through VGA or USB output to improve dental work efficiency.
Thermal monocular devices can correct defective pixels, adjust image settings like brightness and contrast, and select different palette modes to display thermal images. Users can zoom digitally, perform flat field correction to reduce image non-uniformity, and connect to apps for remote control and firmware upgrades. The manual provides instructions for basic device operation and maintenance.
This document is a user manual that provides instructions for installing, using, and troubleshooting various SyncMaster monitor models. It covers major safety precautions regarding proper installation and maintenance of the monitors. The manual instructs users to keep adequate distance between the monitor and other objects for ventilation, avoid persistent images by using screen savers, and clean the monitor with a soft dry cloth by following specified steps.
This document provides instructions for operating a digital satellite receiver. It describes general safety instructions, features of the receiver including the remote control, front and rear panels. It also explains how to install and set up the receiver, search for channels, manage channels, configure system settings and use general viewing functions. Setup and operation is performed through on-screen menus with guidance provided in the manual.
Instruction Manual | Guide TA Series | Optics TradeOptics-Trade
This document provides instructions for operating a TA Series thermal imager. It begins with safety cautions and lists standard accessories. Sections describe the device parts and functions, including buttons to power on/off, adjust settings, and enter menus. The menus allow settings calibration models, video output, brightness, and more. Battery level is displayed in the upper right corner. The document is intended to help users understand and operate the thermal imager.
User Manual_KM5S-R LCD Display King-Meter Technology Co.,LtdCory KingMeter
KM5S-R LCD Display King-Meter Technology Co.,Ltd
Model: KM5S-R LCD Display
Size: 88.75mm*50.3mm*47.9mm
Communication: UART Default/CAN
Holder: 22.2mm;25.4mm;31.8mm
Voltage: 24V/36V/31.8V
Certificate: CE/ROHS/IP65
Function:
RFID radiofrequencies
Battery Indicator
Motor Power Ratio
Speed Display (including running speed, max speed and average speed)
Trip distance and total distance
Trip time display of single
Cruise control
Headlight On/Off
Error Code Indicator
Various Parameters Setting (like wheel size, speed -limited, battery level bar, PAS level, controller limited current, max speed, password enable, and so on.)
Recover Default Setting
Visit us by:
Website: https://www.king-meter.com
LinkedIn: https://www.linkedin.com/company/kingmeter
Facebook: https://www.facebook.com/KingMeterTech
Datavideo RMC-190 PTZ camara control unitAV ProfShop
This document provides instructions for using a mini keyboard controller. It has a 4D joystick for camera control, an OLED display, and keys for calling presets, switching cameras, setting/clearing presets, and controlling camera functions. The controller connects via RS-232/RS-422 and can control up to 7 cameras connected in a daisy chain. It also has menus for settings like camera address and baud rate.
Hướng dẫn sử dụng máy đo tốc độ vòng quay Tenmars TM-4100Tenmars Việt Nam
Hướng dẫn sử dụng máy đo tốc độ vòng quay Tenmars TM-4100
https://tenmars.vn/danh-muc/do-toc-do-vong-quay-tenmars/
https://tenmars.vn/san-pham/may-do-toc-do-vong-quay-tenmars-tm-4100/
This document is the user manual for the Xmini multifunction thermal imager. It provides an overview of the product, descriptions of its features and functions. The manual also covers operation instructions, maintenance procedures, troubleshooting tips, and safety regulations for the Xmini thermal imaging device.
InfiRay Mini MH25 Instruction Manual - Optics TradeOptics-Trade
This document is the user manual for the Xmini multifunction thermal imager. It provides an overview of the product, detailing its features such as resolution, response spectrum, and frame rate. The manual describes the product components, operation functions including power on/off and electronic magnification. It also covers preventative maintenance like battery replacement, product cleaning, and general troubleshooting.
The document provides instructions for operating a digital tachometer, including taking measurements, using different functions like max/min/average, troubleshooting issues like low batteries, and connecting the tachometer to a computer with Windows software to record and view measurement data.
This document provides an overview of basic field production using the Sony Z150 video camera. It covers topics such as camera controls and settings, capturing quality images and audio, composition techniques, lighting, and essential production elements. The camera manual is organized into 6 chapters that explain how to operate the camera's lens, viewfinders, battery, memory cards, recording functions, and tripod mounting. It also provides guidance on focus and zoom controls, exposure settings, white balance, shot types, interviewing, audio equipment, microphone setup, and storytelling fundamentals.
The document is a user manual for the ATN OTS-XLT handheld thermal monocular. It provides specifications for the device, an overview of its functions and features which include distance measurement, highest temperature tracking, and image and video capture. It also provides instructions on how to operate the device, including powering on/off, menu navigation, adjusting image settings like brightness and focus, and using functions like palettes and digital zoom. Safety guidelines and maintenance instructions are also included.
1. The document provides instructions and specifications for the AEMS Reflex Sight from Holosun. It features a motion sensor, solar and battery power sources, and different reticle options.
2. The sight has multiple brightness settings and reticle options that can be cycled through. It also has motion sensor functionality and automatic shut-off after 10 minutes without motion.
3. Specifications include the size, battery life, adjustment range, and mounting instructions for installing the sight onto a firearm. Maintenance tips are also provided.
This document provides instructions for installing and using the Cateye Strada Wireless Cyclocomputer. It includes:
1) How to install the wireless speed sensor and magnet on the front fork of the bicycle frame and properly position them within 70cm of the computer.
2) An overview of the computer display screens for measuring speed, time, distance and other riding data, and how to switch between functions and reset data.
3) Details on setting up the computer such as selecting units of measurement and tire circumference.
4) Troubleshooting tips if the sensor signal is not being received or other issues occur.
5) Specifications for battery life, operating temperature range, and dimensions of the
This document provides instructions for operating a biochemistry analyzer. It describes the instrument's structure, components, and functions. The main sections include installing the instrument, setting up programs to perform tests, running tests, processing results, performing maintenance, and storage procedures. The instrument can measure biochemistry items using optical methods like absorbance measurements.
This document provides instructions for operating a thermal imaging scope that can be used as either a monocular or front attachment. It includes:
1) An overview of the device's features such as its detection range above 1 km, green monochrome display, and ability to operate from -25°C to +50°C.
2) Instructions on using the device as a monocular or front attachment, including how to mount the attachment eyepiece and mount the device to a day scope.
3) Details on the device's controls, menu system, calibration modes, and power options including using batteries or an external power supply.
The document provides a user manual for the MEPRO FORESIGHT augmented weapon sight. It summarizes the key features and components of the sight, including an internal compass, battery level indicator, five pre-set tactical reticles that can be selected, and Bluetooth connectivity to a mobile app. It describes how to power up and adjust the brightness and reticle settings, navigate the menu to access settings like low power mode, zeroing, and Bluetooth. It also provides troubleshooting tips and maintenance instructions like charging. Technical specifications are listed at the end.
The user manual provides instructions for setting up and using the Conbrov T16 mini spy camera. It details how to charge the camera, insert a microSD card, turn the camera on/off, record videos and photos, and set the date and time. The manual also explains how to mount the camera, switch to night vision mode, and play or view recorded files. Technical specifications for the camera such as dimensions, battery life, and recording times are also included.
This document is a user guide for a dental camera system. It includes sections on introduction and standard configuration of the camera and accessories. It provides instructions on operating the camera, setting up drivers and software, troubleshooting, and safety notices. The key components are an intraoral camera, docking station, transmitter and receiver. It can capture and store photos through VGA or USB output to improve dental work efficiency.
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Technical Data | ThermTec Wild 325 | Optics TradeOptics-Trade
The Wild 325 is a thermal imaging monocular with 384*288 thermal resolution and an NETD of less than 18mk. It features automatic object detection, AI distance measurement, 1x-4x digital zoom, various pseudo colors, joystick control, a large aperture, 1024*768 OLED display, 10 hour battery life, and forest/target outline modes. Weighing 470g and measuring 190.2x69.3x58.7mm, it is used for night hunting, observation, rescue operations, and hiking while coming with accessories like a monocular, lanyard, lens cloth, manual, bag, USB cable, hand strap, charger, and two lithium batteries.
Wild Series Thermal Imaging Monocular User Manual outlines key features and functions of the device. It has an uncooled infrared detector with less than 18mk NETD, 1x-4x digital zoom, various detection modes including AI and laser rangefinder combination. The manual covers device operation including charging, power on/off, button functions, menu settings, capture and recording functions. Technical specifications and regulatory information are also provided.
Technical Data | ThermTec Hunt 335 | Optics TradeOptics-Trade
The Thermal Clip-On Hunt335 is a 384*288 thermal resolution clip-on device with 0.39-inch OLED display, magnesium alloy housing, and lightweight compact design. It has features like self-learning image correction, ultra-long image stability, automatic object detection and distance measurement, various display modes, up to 7 hours battery life, and wireless remote control and app connectivity. It is intended for night hunting and observation applications.
The document is a user manual for ThermTec's Hunt Series thermal clip-on device. It provides instructions on safely using the device, including not pointing it at intense heat sources. It also details features like the 12μm thermal imaging detector, 1024x768 resolution OLED display, and IP67 protection rating. The manual covers device components, menu operation, recording and sharing capabilities, and maintenance guidelines.
Flyer | Guide DN Series Handheld Digital Binoculars | Optics TradeOptics-Trade
The DN30 is a handheld digital binocular featuring 4K resolution imaging, day and night usage capabilities, and WIFI connectivity. It uses a 3840x2160 CMOS sensor and 1920x1080 AMOLED displays to provide high-quality color images in daylight and infrared images at night. Additional features include laser rangefinding up to 600 meters, IP67 waterproofing, and over 6 hours of battery life. The DN30 is suitable for outdoor observation, law enforcement, night hunting, and search and rescue applications.
Instruction Manual | Pard FD1 Digital NV Front Attachment | Optics TradeOptics-Trade
This document provides installation and operation instructions for a digital night vision front clip-on device. It includes steps for unboxing the device, installing the battery, powering on the device, and installing the adapter to attach the device to a rifle scope. The document provides details on the device's components and specifications, as well as precautions for use and storage.
Instruction Manual | EOTech Vudu X 2-12x40 | Optics TradeOptics-Trade
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Instruction Manual | EOTech Vudu X 1-6x24 | Optics TradeOptics-Trade
The document provides instructions for use and maintenance of EOTECH's 1-6x24 SFP Vudu X riflescope. It describes the riflescope's features such as its magnification range of 1-6x, adjustable reticles, and illumination settings. It then provides directions for adjusting the magnification, reticle focus, illumination, and windage/elevation turrets. The document also includes guidelines for re-indexing the turret dials, replacing batteries, mounting the riflescope, achieving proper eye relief, and installing the quick throw lever.
Instruction Manual | Nightforce CFS 6-36x50 F1 | Optics TradeOptics-Trade
The document is an owner's manual for a Nightforce Configurable Field Spotting Scope (CFS) 6-36x50mm F1. It contains 3 sentences:
The manual provides instructions for use, maintenance, and warranty information for the Nightforce CFS 6-36x50mm spotting scope, including focusing the image, adjusting magnification and diopter settings, mounting on a tripod, and installing optional accessory cages and rails. Key features of the spotting scope such as the rapid focus ring, magnification ring, and integrated dovetail base are described along with what is included in the product box and proper lens cap usage. Safety warnings and export restrictions are also noted at the beginning.
The document provides instructions for use and care of an Athlon spotting scope. It details how to mount the scope to a tripod, adjust the eyecup and magnification, focus the reticle and scope, use the sunshade, and care for the lenses. It also provides information on the reticle including how to use it for ranging targets at different distances.
Let's Integrate MuleSoft RPA, COMPOSER, APM with AWS IDP along with Slackshyamraj55
Discover the seamless integration of RPA (Robotic Process Automation), COMPOSER, and APM with AWS IDP enhanced with Slack notifications. Explore how these technologies converge to streamline workflows, optimize performance, and ensure secure access, all while leveraging the power of AWS IDP and real-time communication via Slack notifications.
HCL Notes und Domino Lizenzkostenreduzierung in der Welt von DLAUpanagenda
Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-und-domino-lizenzkostenreduzierung-in-der-welt-von-dlau/
DLAU und die Lizenzen nach dem CCB- und CCX-Modell sind für viele in der HCL-Community seit letztem Jahr ein heißes Thema. Als Notes- oder Domino-Kunde haben Sie vielleicht mit unerwartet hohen Benutzerzahlen und Lizenzgebühren zu kämpfen. Sie fragen sich vielleicht, wie diese neue Art der Lizenzierung funktioniert und welchen Nutzen sie Ihnen bringt. Vor allem wollen Sie sicherlich Ihr Budget einhalten und Kosten sparen, wo immer möglich. Das verstehen wir und wir möchten Ihnen dabei helfen!
Wir erklären Ihnen, wie Sie häufige Konfigurationsprobleme lösen können, die dazu führen können, dass mehr Benutzer gezählt werden als nötig, und wie Sie überflüssige oder ungenutzte Konten identifizieren und entfernen können, um Geld zu sparen. Es gibt auch einige Ansätze, die zu unnötigen Ausgaben führen können, z. B. wenn ein Personendokument anstelle eines Mail-Ins für geteilte Mailboxen verwendet wird. Wir zeigen Ihnen solche Fälle und deren Lösungen. Und natürlich erklären wir Ihnen das neue Lizenzmodell.
Nehmen Sie an diesem Webinar teil, bei dem HCL-Ambassador Marc Thomas und Gastredner Franz Walder Ihnen diese neue Welt näherbringen. Es vermittelt Ihnen die Tools und das Know-how, um den Überblick zu bewahren. Sie werden in der Lage sein, Ihre Kosten durch eine optimierte Domino-Konfiguration zu reduzieren und auch in Zukunft gering zu halten.
Diese Themen werden behandelt
- Reduzierung der Lizenzkosten durch Auffinden und Beheben von Fehlkonfigurationen und überflüssigen Konten
- Wie funktionieren CCB- und CCX-Lizenzen wirklich?
- Verstehen des DLAU-Tools und wie man es am besten nutzt
- Tipps für häufige Problembereiche, wie z. B. Team-Postfächer, Funktions-/Testbenutzer usw.
- Praxisbeispiele und Best Practices zum sofortigen Umsetzen
GraphRAG for Life Science to increase LLM accuracyTomaz Bratanic
GraphRAG for life science domain, where you retriever information from biomedical knowledge graphs using LLMs to increase the accuracy and performance of generated answers
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During Identiverse 2024 and EIC 2024, members of the OpenID AuthZEN WG got together and demoed their authorization endpoints conforming to the AuthZEN API
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Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
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5. Introduction to Apache Kafka and S3
- Explore Apache Kafka for real-time data streaming and Amazon S3 for scalable storage solutions.
6. Viewing Kafka Messages in the Data Lake
- Learn how to view and analyze Kafka messages stored in a data lake for better insights.
7. What is Prometheus?
- Get to know Prometheus, an open-source monitoring and alerting toolkit, and its application in monitoring edge devices.
8. Monitoring Application Metrics with Prometheus
- Detailed instructions on setting up Prometheus to monitor the performance and health of your anomaly detection system.
9. What is Camel K?
- Introduction to Camel K, a lightweight integration framework built on Apache Camel, designed for Kubernetes.
10. Configuring Camel K Integrations for Data Pipelines
- Learn how to configure Camel K for seamless data pipeline integrations in your anomaly detection workflow.
11. What is a Jupyter Notebook?
- Overview of Jupyter Notebooks, an open-source web application for creating and sharing documents with live code, equations, visualizations, and narrative text.
12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
Main news related to the CCS TSI 2023 (2023/1695)Jakub Marek
An English 🇬🇧 translation of a presentation to the speech I gave about the main changes brought by CCS TSI 2023 at the biggest Czech conference on Communications and signalling systems on Railways, which was held in Clarion Hotel Olomouc from 7th to 9th November 2023 (konferenceszt.cz). Attended by around 500 participants and 200 on-line followers.
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Skybuffer SAM4U tool for SAP license adoptionTatiana Kojar
Manage and optimize your license adoption and consumption with SAM4U, an SAP free customer software asset management tool.
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Read Taking AI to the Next Level in Manufacturing to gain insights on AI adoption in the manufacturing industry, such as:
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4. Organizational processes and structures that may inhibit effective AI adoption.
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Unlock the Future of Search with MongoDB Atlas_ Vector Search Unleashed.pdfMalak Abu Hammad
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HCL Notes and Domino License Cost Reduction in the World of DLAUpanagenda
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The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
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UiPath Test Automation using UiPath Test Suite series, part 6DianaGray10
Welcome to UiPath Test Automation using UiPath Test Suite series part 6. In this session, we will cover Test Automation with generative AI and Open AI.
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Programming Foundation Models with DSPy - Meetup SlidesZilliz
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5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
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Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
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6. ATTENTION!
Make sure to carefully read the present manual before using the
device to ensure its safe exploitation.
Thoroughly test the device before use after it has been left in
storage for a long period of time.
Disassembling the device is prohibited, except in authorized re-
pair centers.
The external optical surfaces should be clean at all times. Touch-
ing the optical surfaces with bare hands is not recommended.
Sand and sea water can damage the optical coatings!
Do not point the device directly at the sun!
Image performance (quality) depends on the scenery and the
atmosphere conditions. The contrast of the image may vary as
a function of the time of day due to the effect of the sun. For
example, at sunset objects will have absorbed different levels
of heat resulting in greater temperature differences and better
contrast.
When storing the device for a longer period of time, the bat-
teries have to be removed and stored in polyethylene bags to
prevent contact with metal. It is recommended to recharge the
batteries every two to three months.
6
7. CAIMAN
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Condensation can cause fogging of the external optical surfac-
es! Condensation occurs when:
• When moving the device from cold to warm place or vice
versa;
• The device’s temperature differs significantly from the ambi-
ent one;
• Using the device in places with high humidity.
When the temperature of the device is equalized with the ambi-
ent one, the condensation disappears. Use the towel to remove
moisture. Condensation also can be prevented with anti-fogging
sprays or with sacrificial lenses on the oculars or with the pro-
vided rubber pieces.
Condensation on the objective does not affect the performance
of the device!
Clean the lens surfaces with the Lens Pen®.
7
8. DEVICE OVERVIEW
ATTACHMENT PLACE
NOTE
All images used in this instruction manual are for illustrative purposes only. Actual
product may vary due to product enhancement.
8
10. DELIVERY SET
10
N DESCRIPTION QTY.
1 CAIMAN clip-on thermal device 1
2 Carrying pouch
3 Hard case
4 Neckstrap set
5 Cleaning napkin
6 LensPen®
7 Battery extender
8 Adapter 220 V AC
9 Objective cap
10 Additional polymeric focus ring
11 Quality Certificate
12 User Manual
13 Wi Fi Transmitter (optional)
14
15
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APPLICATION
11
CAIMAN clip-on thermal device is a specially designed for installation in front of day-
time rifle scopes or other observation devices as well as a stand-alone hand-held de-
vice, ensuring clear view in variety of environmental conditions, including fog, rain,
snow, smoke, total darkness.
The sophisticated design of the CAIMAN Clip-On Thermal Device eliminates the need
to remove the day sighting equipment since the CAIMAN mounts directly in line with a
standard daytime rifle scopes.
Such a combination allows the user to avoid re-zeroing the rifle every time the sight
set-up is changed since the primary sight remains undisturbed. The point of impact
remains the same no matter how often or how many times the clip-on is mounted.
CAIMAN is based on proven 640x480 pixels 17 μm Microbolometer technology, with
high thermal sensitivity and excellent dynamic range. The housing is made of durable
and extremely resistant magnesium alloy and is coated with matt anti-reflective coat-
ing.
12. CONTROLS
NOTE
The integrated functions of the device exceed the number of controls. Some features
are triggered by a combination of buttons or temporary pressing and holding the
buttons.
ATTENTION!
Turn off the device after usage, otherwise, you can permanently damage the bat-
teries!
12
ATTENTION!
The main operations are performed through the buttons , and .
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NUC(NON-UNIFORMITYCORRECTION)
DIGITAL ZOOM
LUMINANCE / POLARITY
Press the button to activate the digital zoom x2, press twice - x4.
The current digital zoom is shown at the top-right corner of the screen.
NOTE
The digital zoom reduces the quality of the image! Digital zoom is inactive in clip-on
mode.
By pressing and holding the button (more than 2 sec) a snapshot of the image is
taken and stored in the memory of the device. An indication (saved) is displayed.
The picture quality highly depends on the sensor temperature. Minimal change in tempera-
ture is reflected in visible imperfections of the picture - vertical lines, the appearance of
light and dark pixels, etc. This effect is strongly expressed during a cold start of the product,
when the matrix / sensor begins to change temperature sharply. In order to improve the
picture quality, a Calibration procedure is activated, which can be Auto, Manual, External
or Internal. We recommend the use of Auto mode, in which the calibration frequency de-
pends on the temperature characteristics of the sensor. The NUC algorithm can be acti-
vated manually by pressing the button. Pressing and holding the NUC button (for more
than 2 seconds) activates/deactivates the Auto NUC function. When Auto NUC function is
activated, the following symbol will be displayed on the screen. The symbol will
be highlighted in red as a warning 2 seconds before the NUC is performed automatically.
When the Auto NUC function is deactivated the symbol will disappear and the NUC
procedure will be carried out manually only when pressing the button.
The device has three fixed and one user adjustable values of the display luminance, marked
with the following icons:
When using the device in low lighting conditions and for an extended period of time, con-
sider lowering the brightness levels to extend the battery life and to avoid eye fatigue.
Single short press of the button shows the current Luminance value. Pressing the but-
ton again in close succession will cycle through the available luminance values. The value
of the manual luminance option can be configured through the user menu. Press and hold
the button for more than 2 seconds to invert the image, i.e. warm object appear in
black hot or in white hot and vice-versa. The change of polarity is denoted by the BH or WH
symbols that appear on the screen for 2 seconds.
14. MENU
Besides the main and secondary functions, they serve also for entering and navigation
through the menu. To activate the menu, press the and buttons simultane-
ously. Then use the and button to move the cursor, and button to select
the function.
Appearance
Navigation
Range Finder
Settings Language
English/Deutsch/
Magyar
Image Brightness NUC Type
Internal/External
Mode Monocular Contrast
Standby
On/Off
Exit Clip-On Weather Type
Hot/Normal/Wet Alignment
Filters
Filter 1/Filter 2/
Filter 3
Back
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
14
ATTENTION!
The buttons , and are dual purpose buttons!
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RF (Range Finder)
Settings
Select the preferred language, using this section. The
default language is English.
Language
Language
English/Deutsch/
Magyar
NUC Type
Internal/External
Standby
On/Off
Alignment
Back
Stadiametric RF function allows measuring of approx. distance to a known object.
In order to do that select the object type you are observing. Align the marker so that
the base of the observed object fits the bottom line and and the upper line fits the top
of the object (see the picture below). Once the object is fitted in the marker borders
(up-down arrows), on the left side of the screen the approx. distance to the object is
displayed.
To exit the RF mode press the OK button.
50m 50m
50m 50m
15
16. In that case, the mechanism will be performed by the user, who must cover the objec-
tive lens, before pressing . In order to cover the objective lens use the hand or the
protective cap, otherwise, the image of the display will resemble the negative effect
of the observed scene.
Upon power on, the device automatically performs two consecutive NUC-cycles. Dur-
ing this period of time, it is desirable to cover the objective lens with the protective cap
or with the hand. These actions are necessary only when the External shutter mode
is activated.
The non-uniformity correction (NUC) of the signal is a complex electronic process,
which requires a uniform temperature body in front of the detector or the objective
lens.
For the convenience of the user, the device has a built-in motorized mechanism for
performing NUC procedure by automatically dropping a miniature shutter plate in
front of the detector. This process takes less than a second and is accompanied by an
acoustic noise resembling a click.
In situations requiring maximum suppression of the
external noise, the device can operate in External
shutter mode, which isolates the operation of the
motorized mechanism.
When the External shutter mode is activated, the
motorized mechanism of the shutter is blocked, Auto
NUC function is deactivated.
Selecting the NUC type changes the NUC mode be-
tween Internal and External.
NUC Type
Language
English/Deutsch/
Magyar
NUC Type
Internal/External
Standby
On/Off
Alignment
Back
16
ATTENTION!
In extreme low or high temperatures, always use external (NUC) shutter mode.
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When Standby function is on, the device will be pow-
ered on every time, when the tilt angle is less than 45°
to both sides (fig. 1) and 60° upwards and downwards
(fig. 2). As soon as these conditions are not fulfilled,
the device will automatically switch to standby mode.
OFF
ON
60°
OFF
ON
60°
45°
45°
OFF
OFF
ON
f.1 f.2
Standby
Language
English/Deutsch/
Magyar
NUC Type
Internal/External
Standby
On/Off
Alignment
Back
With Alignment function, you can precisely align the
optical axises of the day sight and the clip-on attach-
ment. The manufacturing process of the device en-
sures the shooting precision tolerance within 5 to 7 cm
at 100 m. By this alignment function, you can achieve
much better results in the accuracy.
In position X: 0, Y: 0 the image is in center of the screen of the device. By using the
alignment function user moves the image in all directions.
If the impact point is on the left of the target, the image should be moved to the right,
increasing the value of X, and vice versa.
The adjustment is limited to 3 steps in each direction. Each step corresponds to approx.
3 cm at 100 m. If the need for alignment exceeds the limit of 10 steps, please contact
your vendor.
Alignment
Language
English/Deutsch/
Magyar
NUC Type
Internal/External
Standby
On/Off
Alignment
Back
Alignment is made electronically by pressing the
and butons, while being in the menu Settings
> Alignment > Left/Right, Up/Down (in clip-on
mode only).
17
18. Selecting Brightness gives the opportunity to set
your own user-defined level of image brightness.
Brightness is not related to the Luminance adjust-
ment performed by the button !
Image
Brightness
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
Contrast
Selecting Contrast gives the opportunity to set
your own user-defined level of image contrast
(Gain).
Increasing the contrast value will ensure better ob-
ject contrasting and easier detection. However this
will decrease the details on the observed object.
Decreasing the contrast value will make the details
visible.
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Image quality is strongly depending on weather
conditions. When the weather is wet (fog, rain,etc.)
the dynamic range of the scene is reduced, causing
low contrast performance of the device. We devel-
oped a special filter, that enhances the details in the
low contrast image by wet weather conditions (incl.
fog and haze). You may choose between 3 filters -
Hot, Normal, and Wet.
Weather Type
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
19
20. Filters
These filters affect the object edges by eliminating
the speckle noise, but reduces the sharpness of the
image. Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
20
NOTE
By good weather conditions please select Normal. Otherwise, the image will be
noisy.
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Filter 1 - Standard image filter mode for
observation.
Filter 2 - Image sharpening filter. Objects
have sharper contours for maximum de-
tail performance at long distances.
Filter 3 - Image filter suitable for observ-
ing objects within high ambient temper-
ature and small temperature difference
in between.
NOTE
Filter 3 is not recommended for low contrast conditions such as foggy or rainy weather.
21
22. Palette
Increasing the threshold value ignores the colorization of the colder objects.
This option is highly dependent from the distance to the object. It is highly recom-
mended to try different values of the threshold in the daily usage to find the right
value for your personal preference.
A variety of color palettes can be used. In different
palette modes, the object’s temperature is reflected
in the coloring.bow/Rain/Isotherm
Rainbow/Rain/Isotherm/Black Hot/White Hot/
Red Hot
Rainbow, Rain - Color modes suitable to observe
on an area with similar heat energy allowing to
detect objects and slight temperature changes be-
tween them.
Isotherm - the objects above the threshold tem-
perature are colored in different shades of red.
The temperature threshold can be set (increase/
decrease) by the temperature scale shown.
°C
INCREASE
White Hot and Black Hot - Choosing Black Hot (warmer objects appear in black)
and White Hot (warmer objects appear in white) is up to user’s personal preference.
Red Hot - recommended mode for prolonged observation. The image is red black to
minimize the blue light emitting from the displays and allows more comfort for the
eyes.
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
22
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The snapshot function is performed by pressing and
holding the button. Snapshots are stored in the
internal memory of the device. You can store up
to 20 images. You can review the images from the
Snapshot menu.
Images can be downloaded only via USB cable and
the provided GUI.
Erase All subfunction deletes all images from the
internal memory of the device. The deletion pro-
cess takes 1 min.
Snapshot
Brightness
Contrast
Weather Type
Hot/Normal/Wet
Filters
Filter 1/Filter 2/
Filter 3
Palette
Rainbow/Rain/Isotherm
Black Hot/White Hot/
Red Hot
Snapshot
View/Erase All
Back
23
24. MODE Monocular/Clip-on
To use CAIMAN as a clip-on device select Mode>Clip-on from the menu.
All important On-screen elements are displayed in the central area of the image. The
reason is the reduced field of view of the daysight by higher magnifications.
The digital zoom is locked. The button calls up the Infobox, which gives the infor-
mation about the current settings of the device.
Reaching a low battery state the device gives a warning in the top left corner of the
central area. There is a possibility to ignore it by pressing the button.
Zoom inactive
Isotherm
NOTE
It is recommended to use up to 3x magnification of the primary optical unit in
order to keep the menu and all submenus visible in clip-on mode.
24
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Battery Extender Installation
BATTERY EXTENDER
Battery Extender
Caiman is powered by Li Ion Battery Extender with ergonomic design and easy instal-
lation, ensuring >4 hours of continuous operation.
Place the locking thumb of Battery Extender on top position, as shown on the
image and plug Battery Extender in device’s battery compartment until it stops.
1
26. 26
Push the thumb down until it stops.
2
Properly installed Battery Extender.
3
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Battery Charging
ATTENTION!
Always use only the original charger in the delivery set of the device.
External Battery Pack has internal battery management.
Battery Extender is supplied with External Special Charger. After plugging in the char-
ger, the charge mode of Battery Extender starts. Charging time is approximately 5
hours.
Charging mode is indicated by a red LED
light.
When the batteries are fully charged the
red LED light stops.
28. 28
1. Turn counterclockwise to unlock the locking screw on the lid of the battery compart-
ment (located on the left side of the device);
2. Put the batteries in the compartment, minding the correct polarity as shown inside
the compartment!
3. To close the battery compartment hermetically, press firmly the lid compartment
and rotate clockwise until the mechanism locks.
OPERATION WITH THE BATTERIES
2
1
1
2
The Li-Ion batteries are automatically recognized by the device.
When using lithium cells, you have to “inform” the device by following these steps:
1 Make sure, that the device is in “power off ” state;
2 Insert the two lithium batteries in the device (following the upper instructions);
3 Press and hold (do not release it);
4 Power on the device (with pressed );
5 Hold until the display lights up;
6 Release .
NOTE
When intending using only lithium cells, these steps should be performed only one time!
The operation time with CR123 Lithium and CR123A Li-Ion batteries, may be reduced to
<2 hours.
CAIMAN can be also powered by two pieces of CR123A rechargeable Li-Ion batteries
or two pieces of CR123 Lithium batteries. These options allow using your device with
commercially available batteries.
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29
Use the correct size and type of battery, specified in the technical description and
user manual.
Keep battery contact surfaces and battery compartment contacts clean. For this pur-
pose, you can use a clean pencil rubber or a rough cloth each time you replace batter-
ies.
Remove the batteries from the device when it is left in storage for a longer period
of time.
Make sure that you insert batteries into your device properly (with the + (plus) and
– (minus) in the correct position).
Store batteries in a dry place at normal room temperature.
Extreme temperatures reduce battery performance.
Do not attempt to recharge a battery, unless the battery specifically is marked “re-
chargeable.”
Do not dump-out used lithium batteries! They need to be kept in appropriate places.
Tips For Proper Battery Care And Use
battery is fully charged
battery has 75% residual charge
battery has 50% residual charge
battery has 25% residual charge
battery is fully discharged
The battery levels are as follows:
ATTENTION!
On Lithium batteries External NUC is activated and Internal NUC is disabled.
30. CAIMAN can be remotely controlled and adjusted through interface system cable. Vid-
eo cable serves for external displaying and recording of the observed scene.
Pull the cap 1 of the panel connector (located on the right side of the device). The
cables enable the connection with an external device like a PC, laptop or monitor with
analog video input.
One side of both cables end with a 7-pin Fischer connector. When connecting it with
the device through the panel connector make sure the red markings (both on cable
Fischer connector and panel connector device) match.
30
2
CABLE CONNECTION
Video cable System cable (USB)
1
1
31. Installation of front of the daytime rifle scope
CAIMAN
rev
1.1.9
30
August
2021
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ATTACHMENT
The clip-on thermal device CAIMAN comes with M52x0.75 adapter ring ( 2 on the
next page), that matches different types of fixed adapter rings ( 3 on the next page).
31
WARNING!
Use of this device may be restricted by national regulations. You should consult with
local authorities prior to use the clip-on thermal device CAIMAN.
NOTE!
During shooting with the clip-on thermal device CAIMAN attached to the daytime
rifle scope with help of the fixed adapter the adapter could move along the day-
time rifle scope. The size of this movement depends on the tightening force of the
locking thumb and recoil force of weapon and could be equal to 1 mm on each
shot. This movement is allowed and does not affect on the impact point. The posi-
tion of the adapter should be controlled after each shot in the shooting sequence.
TIP
Mark both - the clip-on and the daytime rifle scope and check markers for displace-
ment after each shot.
32. 32
Mount your clip-on thermal device CAIMAN in front of the daytime rifle scope as fol-
lows:
Turn the adapter ring 2 clockwise and screw it into the thread 1 , located on
the back side of the device until stops.
Turn the fixed adapter ring 3 clockwise and screw it on the outer thread of
the adapter ring 2 .
Position the clip-on thermal device CAIMAN to the daytime rifle scope with the
control buttons located on top.
Put the clip-on thermal device CAIMAN with the fixed adapter on the front of
the daytime rifle scope 4 and fix it by the adapter thumb 5 .
3
1
2
2
1
2
3
4
5
1
2
1
2
1
2
33. CAIMAN
rev
1.1.9
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August
2021
10:34
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OPERATING WITH THE DEVICE
33
The advantage to being mounted in front of a daytime rifle scope is that the clip-on
thermal device does not affect the riflesope zero and keeps all tactical features of a
daytime rifle scope intact.
After attaching the clip-on thermal device CAIMAN to the daytime rifle scope follow
the next steps for operation with the device:
1 Always check the adjustment of the daytime rifle scope (diopter adjustment, par-
allax, adjustment, etc.)
2 Open the objective lens cap.
3 Switch on the device.
4 Set the required magnification of a daytime rifle scope. Choose the object of ob-
servation and focus the objective lens of the device by using the lens focusing ring of
the front of the objective.
5 The fire adjustment of the system that includes both the daytime rifle scope and
CAIMAN clip-on thermal device should be performed in accordance with the instruc-
tions for adjustment of the daytime rifle scope.
6 Turn off the device after finished working and remove the batteries from the bat-
tery compartment to avoid battery leakage.
7 Close the objective cover.
NOTE!
When mounted in front of the daytime rifle scope CAIMAN can change zeroing as
not more than 3 cm. This is connected with changes in the weapon balance, light
distortions in the daytime rifle scope, technological limits of the adjustment of the
CAIMAN clip-on thermal device.
NOTE!
For maximum image quality through the daytime rifle scope, we recommend using
rifle scope magnification up to 3x.
34. Software installation
GUI
34
After starting the Startup.exe file, an installation confirmation window will appear.
Once GUI has been started, the following window will appear. Connect the device to
a personal computer using the USB-Fischer system cable, power on the device and
select Yes.
35. CAIMAN
rev
1.1.9
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August
2021
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35
A window will appear with a drop-down menu which will allow the user to select the
preferred serial communication port (i.e. the COM where the device is connected to).
Once the port has been selected, the user can proceed by selecting Connect.
The port number and baud rate will be displayed on the status bar at the bottom of the
main window alongside the type of the device.
36. 36
The current settings of the device are displayed in the main tab.
• By clicking the NUC button, the non-uniformity correction procedure will start.
• In the ZOOM panel, the digital magnification can be selected – x2, x4 or to revert
it back to the initial setting – x1.
• In the palette drop-down menu, five palette options are available to the user –
White Hot, Black Hot, Rain, Rainbow and Isotherm.
38. 38
With the SET button, the user can save the desired setting for the automatic NUC time
interval for the device.
The Snapshot Download tab allows the user to download and save pictures from the
internal memory of the device to a personal computer.
• From the drop-down menu in the Download Snapshot panel, the user can select a
snapshot by selecting its corresponding number.
• VIEW - By clicking VIEW button the snapshot will be downloaded from the device
and displayed in Snapshot View panel.
NOTE: The user must wait for the full downloading procedure before doing anything
else.
• SAVE - By clicking the SAVE button the selected image can be saved on the personal
computer the application is being used on.
• ERASE ALL – By clicking on the ERASE ALL button, all images from the flash memory
will be erased permanently.
39. CAIMAN
rev
1.1.9
30
August
2021
10:34
AM
To maximize the life of your device and to protect it from damage we recommend stor-
ing it in the individual packaging in which you received it.
Before storing it, clean obligatory the device (if on its surface there are moisture, dust
or traces of dirt)!
Make sure that there are no traces of moisture, and the battery compartment is empty!
It is also possible for a short periods of time device to be stored in a suitable soft pack,
bag or cartridge box.
The premises in which the device is kept for long term have to be dry, enclosed, un-
heated and ventilated.
During the storage should not be allowed exposure to aggressive environments, tem-
peratures below -50°C and above +60°C, a relative humidity greater than 80%, and
prolonged periods of direct sunlight.
39
STORAGE
40. The product should be transported only with its original packaging and its individual
shockproof transport suitcase.
Before each transportation, the product should be neatly packed in its original packag-
ing (transport bag) and all other items and accessories should be carefully and steadily
placed in the bag. After that, the bag should be steadily placed in the transport suit-
case.
40
TRANSPORTATION
41. The device allows detection and identification of objects that emit energy in the infra-
red spectrum. The equipment operates in rain, fog and total darkness in a completely
passive mode (without additional illumination). The active matrix is microbolometer,
working in the wavelength range from 7 to 14 μm. The unique design of the device
makes it reliable and ergonomic.
The body is made of strong, ultra-lightweight magnesium alloy and with applied matt
anti-reflective coating. The manipulation of the basic functions of the device is made
by buttons and serial interface organized as OSD (on-screen-display). There is a pos-
sibility of changing the reticles and ballistic corrections through a serial interface using
custom software.
Product description
Principle of operation
The principle of operation of a non-cooled system is illustrated schematically on the pic-
ture below. Only the main blocks are shown and their functional sequence.
A special germanium objective lens focuses the infrared energy emitted by all of the
objects in the field of view of the device. The focused radiation is scanned by an array
of infrared-detector elements. The detector elements create a detailed temperature
pattern of the observed scene called a thermogram. The signal generated by the de-
tector elements is passed true analog-to-digital converter and translated into discrete
electric impulses. The impulses are sent to an image-processing unit, a circuit board
with a dedicated chip that improves the image quality and converts the information
from the elements into data for the display. The signal-processing unit sends the in-
formation to the display, where it appears as various shades of gray depending on the
intensity of the infrared emission. The combination of the impulses from all of the
detector elements creates the final image.
CAIMAN
rev
1.1.9
30
August
2021
10:34
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41
PRODUCT DESCRIPTION AND PRINCIPLE OF OPERATION
42. 42
TECHNICAL PARAMETERS
FOCAL PLANE ARRAY (FPA)
Type Microbolometer
Pixel Count (Resolution) 640 x 480
Pitch Size 17 μm
Spectral Response 7 ÷ 14 μm
Thermal Sensitivity (NETD) < 50 mK @ F / 1.0
THERMAL IMAGING PERFORMANCE
Brightness / Contrast Automatic / Advanced Image Processing
Start-up Time < 5 sec
Image Polarity
User Selectable
(White Hot / Black Hot)
Menu Dropdown Menu / OSD
IFOV 0.3 mRad
NUC Automatic / Manual
OPTICS
Focal Length of the Objective Lens 50 mm
FOV 12.4°(H) X 9.3°(V)
F/# 1.1
Material & Coating
Germanium, Hard Carbon Coating on the
External Surface
43. CAIMAN
rev
1.1.9
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43
VIDEO
Analog Video Output Format CCIR (PAL) or RS-170 (NTSC)
Frame Rate 25 Hz (PAL) / 30 Hz (NTSC)
Digital Zoom x2, x4
Viewfinder Luminance Manual via OSD
Image Capture Up to 20 Images
(Onboard storage, Download via System Cable)
POWER
Power Source
2 x CR 123 Lithium, 2 x RCR 123 Li-Ion
2 x 16650 Li-Ion (with Extender for Batteries)
Operating Times ~ 2 Hours with Lithium Batteries @ 25°C
~ 4 Hours with 16650 with Extender
STATIC RANGE PERFORMANCE
Calculated for geometrical average ( HxV ).
NOTE: The distances defined are calculated in geometrical values only, not accounting the atmospheric conditions.
Human Detection Range ~ 1320 m
Human Recognition Range ~ 440 m
Vehicle Detection Range ~ 3380 m
Vehicle Recognition Range ~ 1120 m
ENVIRONMENTAL CHARACTERISTICS
Operating Temperature Range -30°C to +50°C
Storage Temperature Range -50°C to +60°C
Shock Resistance
Tested with .375 H&H and
.338 Lapua Magnum
Mechanical Vibration Sinusoidal, 40 m/s², 10 to 80 Hz
Index of Protection IP 66, IP 67 (optional), Nitrogen Filled
PHYSICAL CHARACTERISTICS
Dimensions H x W x L 68 x 68 x 198 mm
Weight without Batteries ~ 580 g