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SF-C1019USB-D6.0-SV-L25-D140
SINCEREFIRST
| This 6.0mm Side-View USB OV9734 CMOS Sensor Endoscope Camera Module for Pipe-Wall Inspection. When the inspection target is on a pipe wall, cavity side, internal groove, or lateral surface rather than directly ahead, a front-view probe may require repeated rotation and repositioning. This 6.0mm OV9734 side-view endoscope camera module is designed to capture 720P@30fps images from the side through a USB2.0 UVC connection. The 10-100mm focus range supports close-range side-wall observation, while four LEDs help illuminate enclosed surfaces where external light is limited. The side-view optical structure makes this model more suitable than a direct-view probe for pipe-wall checking, hidden lateral surfaces, internal grooves, and side-oriented maintenance tasks. Difference: Choose this model when the inspection target is on a pipe wall, cavity side, or internal side surface instead of directly in front of the probe. |  |
1. Side-View Optical Structure: Observes surfaces perpendicular to the probe axis, making it easier to inspect pipe walls and cavity sides.
2. 6.0mm Probe Diameter: Supports compact side-view tool integration while leaving more structural space than an ultra-mini probe.
3. 10-100mm Focus Range: Helps confirm whether the pipe wall or side target falls within the usable viewing distance.
4. Four LEDs: Helps illuminate the side wall or internal surface being observed in a dark cavity.
5. 720P@30fps Output: Provides practical real-time image detail for close-range side inspection and maintenance preview.
6. USB2.0 UVC: Makes it easier to test side-view imaging with a USB host without developing a proprietary video driver first.
Keywords | 4pcs LED Endoscope Camera Module |
Sensor | OV9734 |
LED | 4pcs LED |
FOV(D*H*V) | 95°*85°*43.5° |
Focusing Range | 10-100mm |
Focal Length | 1.08mm |
FOV(D) | 90° |
TV Distortion | <-10% |
Output | USB2.0 UVC |
F Number | 3.58 |
Resolution | 720P Max 30fps |
Features | Mini Endoscope Camera |
1. Pipe-wall inspection: The side-view lens direction captures the internal wall instead of the space directly ahead of the probe.
2. Cavity-side defect checking: The lateral optical path helps inspect scratches, deposits, cracks, or assembly conditions on side surfaces.
3. Automotive hidden-area maintenance: The 6.0mm probe can be integrated into tools used to observe side surfaces around engines, harness channels, and enclosed components.
4. Precision equipment side observation: USB2.0 UVC output supports real-time preview when checking hidden solder joints, grooves, or internal component edges.
1. When should I choose a side-view endoscope camera module?
Choose a side-view module when the inspection target is on a pipe wall, cavity side, hole wall, groove, or other surface perpendicular to the probe axis. A direct-view model is better when the target is straight ahead.
2. Is this model suitable for pipe-wall inspection?
Yes. The 6.0mm side-view structure and 10-100mm focus range are intended for close-range observation of pipe walls and internal side surfaces. Confirm the pipe diameter, target distance, and probe installation angle before sampling.
3. What is the difference between side-view and front-view modules?
A side-view module images perpendicular to the probe axis, while a front-view module images along the axis. The correct choice depends on where the target surface is located.
4. What mechanical space should be considered for a 6.0mm probe?
The passage and housing should provide clearance beyond the 6.0mm probe diameter, including assembly tolerance, cable bending, side-view window position, and any protective tube or shell.
5. Does USB2.0 UVC guarantee compatibility with every operating system?
No. UVC can simplify host-side testing, but the final result still depends on the host USB role, operating system, application software, power supply, and cable implementation.
Sample Evaluation Information
To evaluate this side-view module for your device, please share the required probe diameter, target position, viewing direction, working distance, pipe or cavity size, cable length, host system, LED requirement, and final device structure.
