BSIDE HX1/HX3

BSIDE HX1/HX3 Thermal Imager Camera User Manual

Models: HX1, HX3

1. Introduction

The BSIDE HX1 and HX3 are advanced handheld thermal imaging cameras designed for precise temperature measurement and imaging across a wide range of applications. These devices are ideal for professionals in fields such as electrical inspection, plumbing, automotive diagnostics, and general industrial maintenance. With high resolution, a broad temperature range, and multiple imaging modes, the HX1/HX3 helps users quickly identify thermal anomalies and potential issues.

BSIDE HX1 and HX3 Thermal Imager Cameras side-by-side, highlighting 96x96 pixels, 240x240 resolution, and -20 to 550°C temperature range.
Figure 1: BSIDE HX1 and HX3 Thermal Imager Cameras. Both models feature 96x96 infrared pixels, 240x240 display resolution, and a temperature range of -20°C to 550°C.

2. Key Features

  • High Resolution Imaging: 240x240 pixel thermal image resolution on a 2.4-inch LCD screen, with 96x96 infrared thermal imager pixels and a 25Hz frame rate for clear and smooth thermal visuals.
  • Wide Temperature Range: Measures temperatures from -20°C to 550°C (-4°F to 1011°F).
  • Adjustable Emissivity: Emissivity can be adjusted from 0.01 to 1.00 for accurate readings on various materials.
  • Multiple Color Modes: 15 pseudo color modes (e.g., White-hot, Black-hot, Rainbow, Iron Red) to visualize temperature differences effectively.
  • Smart Temperature Alarms: Configurable high/low temperature alarms with visual (screen, LED flashing) and audible (buzz) alerts.
  • Laser Pointer: One-press quick positioning with a laser indicator for precise targeting of measurement areas.
  • Data Storage & Export: Built-in 4GB TF card capable of storing up to 30,000 BMP image files. Images can be exported via USB for further analysis.
  • Durable Design: IP54 protection rating and 1.5-meter anti-drop capability (HX1 features double injection molding for enhanced durability, HX3 uses single injection molding for better value).
  • Rechargeable Battery: Built-in 3.7V 2500mAh lithium battery, rechargeable via Type-C USB. Operating time >7 hours, charging time <3 hours.
  • Automatic Hot/Cold Spot Tracking: Automatically identifies and captures the central point, highest temperature point, and lowest temperature point.
Infographic showing 15 core advantages of the HX1 thermal imager.
Figure 2: Summary of HX1 core advantages, including battery life, display, emissivity, frame rate, color modes, protection, and storage.

3. Package Contents

Please check the package for the following items:

  • 1 x HX1/HX3 Thermal Imaging Camera
  • 1 x Charging Cable (USB Type-C)
  • 1 x Instruction Manual
  • 1 x User Manual
  • 1 x Color Box
BSIDE HX3 Thermal Imager Camera with its accessories: USB-C cable, manual, and carrying pouch.
Figure 3: Contents of the BSIDE HX3 package.

4. Product Overview

Familiarize yourself with the components and controls of your thermal imager:

Diagram of HX1 thermal imager with numbered parts: 1. Display screen, 2. Charging light, 3. USB Type-C port, 4. Power/Menu/Confirm button, 5. Up and down buttons, 6. Backspace key, 7. Laser point emission window, 8. Thermal image sensor head, 9. Bracket fixed screw hole, 10. Photo/Trigger button.
Figure 4: Product Appearance Description (HX1 Model)
Table 1: HX1/HX3 Part Descriptions
No.Description
1Display screen
2Charging light
3USB Type-C port
4Power button/Menu button/Confirm button
5Up and down buttons
6Backspace key
7Laser point emission window
8Thermal image sensor head
9Bracket fixed screw hole (for tripod mounting)
10Photo/Trigger button

5. Setup

5.1 Charging the Battery

Before first use, fully charge the device. The HX1/HX3 features a built-in 3.7V 2500mAh lithium battery.

  1. Connect the provided USB Type-C charging cable to the USB Type-C port (3) on the device.
  2. Connect the other end of the cable to a compatible USB power adapter (not included) or a computer USB port.
  3. The charging light (2) will indicate the charging status. A full charge typically takes less than 3 hours at 25°C.
Thermal imager connected to a laptop via USB-C for charging, showing a charging icon on its screen.
Figure 5: Charging the device via USB Type-C.

5.2 Powering On/Off

  1. To power on, press and hold the Power/Menu/Confirm button (4) until the screen illuminates. The device boots in approximately 3 seconds.
  2. To power off, press and hold the Power/Menu/Confirm button (4) until the device shuts down.

6. Operating Instructions

6.1 Basic Temperature Measurement

  1. Point the thermal imager at the object you wish to measure.
  2. The screen will display a real-time thermal image with temperature readings. The center point, highest, and lowest temperatures are automatically tracked.
  3. The laser pointer (7) can be activated for precise targeting.
Thermal imager screen showing automatic tracking of hot and cold spots with center, high, and low temperature points indicated.
Figure 6: Automatic hot and cold spot capture on the display.

6.2 Adjusting Emissivity

Emissivity is a crucial setting for accurate temperature measurement. Different materials have different emissivity values. Refer to the common emissivity table below or in the device's menu to adjust the setting.

  1. Press the Menu button (4) to access the settings.
  2. Navigate using the Up and Down buttons (5) to find the 'Emissivity' option.
  3. Adjust the value between 0.01 and 1.00 to match the material being measured.
  4. Press the Confirm button (4) to save changes.
Thermal imager screen showing emissivity adjustment and a table of common emissivity values for various materials like wood, water, brick, human skin, etc.
Figure 7: Emissivity adjustment interface and common emissivity values table.

6.3 Changing Temperature Units

The device supports Celsius (°C), Fahrenheit (°F), and Kelvin (K).

  1. Access the Menu settings.
  2. Navigate to 'Temperature Unit'.
  3. Select your desired unit using the Up and Down buttons (5) and confirm with button (4).
Thermal imager displaying temperature in Celsius, Fahrenheit, and Kelvin, with a visual representation of its wide temperature range.
Figure 8: Multiple temperature measurement units supported.

6.4 Using Color Palettes

The HX1/HX3 offers 15 pseudo color modes to enhance visualization of temperature differences.

  1. Access the Menu settings.
  2. Navigate to 'Color Palette' or 'Swatches'.
  3. Select a palette that best highlights the thermal patterns for your application.
Detailed display of 15 false color modes available on the thermal imager, including White-hot, Black-hot, Fusion, Rainbow, Iron Red, Green Hot, Dark Blue, and Ice and Fire modes.
Figure 9: The 15 false color modes for diverse thermal imaging applications.

6.5 Capturing and Storing Images

  1. To capture a thermal image, press the Photo/Trigger button (10).
  2. The image will be saved to the built-in 4GB TF card in BMP format.

6.6 Data Export

To analyze stored images on a computer:

  1. Connect the thermal imager to your computer using the USB Type-C cable.
  2. The device will appear as a removable storage device.
  3. You can then access and transfer the BMP image files for further analysis or reporting.
Thermal imager connected to a laptop, showing image files being accessed from the device's 4GB built-in TF card.
Figure 10: Data storage and export via USB connection.

6.7 Over-Temperature Alarm

The device features an over-temperature alarm that triggers when a set temperature threshold is exceeded or falls below a minimum. This alarm provides visual (red screen, LED flashing) and audible (buzz) alerts.

  1. Access the Menu settings.
  2. Navigate to 'Temperature Alarm'.
  3. Set the desired high and low temperature thresholds.
  4. Enable or disable the alarm as needed.
Thermal imager displaying an over-temperature red screen alarm, with configurable alert thresholds for both high and low temperatures.
Figure 11: Over-temperature red screen alarm in action.

6.8 Applications

The BSIDE HX1/HX3 is suitable for a wide range of professional and DIY applications:

  • Electrical Inspection: Identifying overloaded circuits, loose connections, and faulty components in distribution boxes.
  • Plumbing & HVAC: Detecting water pipe leaks, blockages, and assessing underfloor heating systems.
  • Automotive Diagnostics: Inspecting engine components for overheating or abnormal temperature patterns.
  • Industrial Maintenance: Monitoring machinery, identifying friction points, and preventing equipment failure.
  • Building Diagnostics: Locating insulation deficiencies, drafts, and moisture issues.
  • Outdoor Night Detection: Observing wildlife or other heat sources in low light conditions.
Collage of images showing the thermal imager being used for various applications: distribution box inspection, pipeline inspection, automobile engine inspection, and outdoor night detection.
Figure 12: Diverse application scenarios for the thermal imager.
Diagram illustrating a 5-step HVAC test method for detecting floor heating leaks: 1. Suppress floor heating branch, 2. Fill leak branch with hot water, 3. Check disk status after 15 minutes, 4. Find outliers/leaks by line, 5. Find and repair the leak.
Figure 13: HVAC Test Method for Floor Heating Leak Detection.

6.9 Product Demonstration Video

Video 1: A short demonstration of the thermal imager's features, including high resolution, three-point temperature measurement, wide temperature range, and various color modes.

7. Maintenance

  • Cleaning: Use a soft, damp cloth to clean the device's exterior. Do not use abrasive cleaners or solvents. For the lens, use a specialized lens cleaning cloth and solution.
  • Storage: Store the device in a cool, dry place away from direct sunlight and extreme temperatures.
  • Battery Care: For prolonged storage, ensure the battery is charged to about 50-70% to maintain its health. Recharge periodically if not used for a long time.
  • Firmware Updates: Check the manufacturer's website for any available firmware updates to ensure optimal performance.

8. Troubleshooting

  • Device not powering on: Ensure the battery is sufficiently charged. Connect to a power source and try again.
  • Inaccurate temperature readings: Check the emissivity setting for the material being measured. Ensure the lens is clean and free from obstructions.
  • Screen frozen or unresponsive: Try restarting the device by holding the power button. If the issue persists, contact support.
  • Over-temperature alarm constantly triggering: Verify the alarm thresholds are set appropriately for your application.
  • Cannot transfer images to computer: Ensure the USB cable is securely connected and the device is recognized by your computer. Try a different USB port or cable.

9. Specifications

Table 2: Technical Specifications
FeatureSpecification
Sensor typeVanadium oxide (VOx) microbolometer
Response bands8-14μm
Thermal image resolution240x240 Pixels
Noise equivalent temperature difference≤60 mK (@25°C, F#1.0)
Field of View (FoV)50.0°(H)x50°(V) / 72.1°(D)
Spatial resolution8.89 mrad
Frame rate25Hz
Focal length of the imaging lens1.35 mm
Focal length of temperature measurement0.3m~3m Adjustable
Temperature measurement range-20°C~550°C
Temperature measurement accuracy±2°C or ±1% of the reading (take the larger value of the reading)
Temperature measurement unitCelsius, Fahrenheit, Kelvin
Temperature measurement resolution0.1°C
Emissivity0.01~1.00 Adjustable
Temperature measurement displayCenter point temperature measurement
Display screen2.4 inches TFT LCD
Swatches (Color Palettes)White Hot, Black hot, Fusion 1, Rainbow, Fusion 2, Iron Red 1, Iron Red 2, Bark brown, Color 1, Color 2, Ice fire, Rain, Green hot, Red hot, Dark blue. (15 modes)
Laser pointingYes
Temperature alarmScreen font color alarm
Image storageBuilt-in memory card (4GB TF card)
Number of image files30000
Image formatBMP
Shock/vibrationGB/T 2423.5-2019, GB/T2423.10-2008
Electromagnetic compatibility (EMC)GB/T17799.2, GB17799.3-2012
Protection levelIP54
Installation modeTripod mount UNC-20
Focus modeAuto focusing
Hardware interfaceType-C USB
Battery typeRechargeable lithium battery (3.7V/2500mAh)
The working hours of the battery>7h@25°C
Charging time<3h@25°C
Charging voltage/current5V/2A
Boot speed~3 seconds
Automatic shutdownDiable (default)
Detailed table of performance indicators for the thermal imager, covering sensor type, resolution, temperature range, battery, and other features.
Figure 14: Performance Indicators Table.

10. User Tips

  • For the most accurate temperature readings, always ensure the emissivity setting matches the material you are inspecting.
  • Utilize the laser pointer for precise targeting, especially in complex environments or when measuring small components.
  • Experiment with different color palettes to find the one that best highlights the thermal patterns relevant to your specific task.
  • Regularly transfer images to your computer for detailed analysis and reporting, especially for diagnostic purposes.
  • Keep the device charged, especially before extended use, to avoid interruptions during critical inspections.

11. Warranty and Support

For warranty information, technical support, or service inquiries, please refer to the contact information provided with your purchase or visit the official BSIDE website. Keep your proof of purchase for warranty claims.


BSIDE HX1 Thermal Imager Camera: High-Resolution Infrared Temperature Measurement Tool

BSIDE HX1 Thermal Imager Camera: High-Resolution Infrared Temperature Measurement Tool

0:33 • 720×1280 • feature_demo

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