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Enables or disables the camera's LED supplement light feature.
Configures brightness levels for the LED supplement light.
Sets LED brightness manually, with a range from 1 to 100.
Automatically adjusts brightness based on ambient light conditions.
Schedules the LED supplement light to turn on/off based on start and end times.
Automatically controls the LED light based on ambient brightness and sensitivity settings.
This document outlines the configuration of the LED supplement light for a ColorVu camera, detailing how to manage its brightness and operational modes. The ColorVu camera is designed to provide enhanced visibility, particularly in low-light conditions, by utilizing its integrated LED supplement light. This guide helps users optimize the camera's performance for various environments and application requirements.
The primary function of the LED supplement light is to illuminate the scene, enabling the ColorVu camera to capture clear, full-color images even in complete darkness. This is crucial for surveillance applications where ambient light is insufficient or absent. The supplement light can operate in both manual and automatic modes, offering flexibility in how it responds to environmental lighting conditions.
In manual mode, users have direct control over the brightness level of the LED light. This allows for precise adjustment to suit specific lighting needs or to comply with local regulations regarding light emission. For instance, in areas where minimal light pollution is desired, the brightness can be set to a lower level, while in critical surveillance zones, it can be maximized for optimal visibility. The brightness can be adjusted on a scale from 1 to 100, where 0 signifies no brightness. The default startup brightness is typically set to level 15, though some models may default to 50.
The automatic mode, on the other hand, allows the camera to intelligently detect ambient brightness and adjust the LED supplement light's intensity accordingly. This feature is particularly useful for dynamic environments where lighting conditions change throughout the day or night. The camera's ability to automatically adapt ensures consistent image quality without constant manual intervention. In auto mode, the user can still set a maximum brightness level, which acts as an upper limit for the automatic adjustment, preventing the light from becoming excessively bright.
Beyond brightness control, the LED supplement light's operational timing can also be configured. It supports two main operational modes: Timing mode and Auto mode for turning the light on and off.
In Timing mode, users can define specific start and end times for the LED light to be active. This is ideal for scheduled surveillance, such as turning the light on only during nighttime hours or specific operational periods. The start time can even be set to occur on the previous day relative to the end time, accommodating scenarios where the light needs to be active across midnight. This precise scheduling capability helps conserve energy and reduces unnecessary light emission during periods when it's not required.
The Auto mode for turning the LED light on and off relies on the camera's ambient brightness detection. Similar to infrared supplement lights, the camera automatically activates the LED light when the ambient brightness falls below a certain threshold and deactivates it when sufficient light is detected. This intelligent automation ensures that the supplement light is only used when necessary, optimizing its lifespan and energy consumption.
The ColorVu camera's LED supplement light offers several user-friendly features designed to enhance its utility and adaptability.
One key feature is the "Enable Supplement Light" option, which serves as a master switch to activate or deactivate the LED light functionality entirely. This allows users to disable the light when it's not needed, for example, in brightly lit indoor environments or during daytime outdoor use.
The brightness adjustment, as mentioned, is a core usage feature. In manual mode, the slider control provides granular adjustment, allowing users to fine-tune the light output. This is particularly useful for achieving optimal illumination without overexposing the scene or causing glare. The ability to set a maximum brightness in auto mode also provides a safeguard, ensuring that the light never exceeds a desired intensity, even when the camera automatically adjusts it.
The "LED Light On" configuration offers flexibility in how the light is triggered. The Timing mode is highly beneficial for predictable environments, such as a business operating on a fixed schedule, where the light needs to be on from dusk till dawn. Users can simply input the desired start and end times, and the camera will manage the light accordingly.
The Auto mode for "LED Light On" is designed for dynamic environments. It incorporates "Filtering Time" and "Sensitivity" settings, which are crucial for stable operation. The filtering time (adjustable from 0 to 120 seconds) prevents the light from rapidly turning on and off due to momentary fluctuations in ambient brightness. For example, if a car's headlights briefly illuminate the scene, the filtering time ensures the LED light doesn't react instantaneously, thus avoiding unnecessary toggling. This contributes to a smoother and more reliable operation.
The sensitivity setting (adjustable from 0 to 7) determines how much change in ambient brightness is required to trigger the LED light. A lower sensitivity means a greater change in brightness is needed before the light turns on or off, making it suitable for environments with frequent, minor light variations. Conversely, a higher sensitivity means even small changes in brightness will trigger the light, which might be preferred in very stable lighting conditions where precise control is desired. The default mode for "LED Light On" is Auto, reflecting its versatility and ease of use in most scenarios.
While the document does not explicitly detail "maintenance features" in the traditional sense (e.g., cleaning schedules or component replacement), it does provide important operational guidelines that contribute to the longevity and optimal performance of the LED supplement light.
One crucial note is the warning about the camera's self-check at full power when electrified. During this process, the supplement light will be bright, and users are advised to avoid staring directly at it. This is a safety precaution that also implies the robust nature of the LED light, capable of operating at full intensity during startup.
Another important operational guideline relates to the "lock-on" state of the LED supplement light. If the light is continuously switched on and off five times in a short period (due to manual testing or rapid ambient brightness changes), it will lock into the light-on state for an hour. This mechanism appears to be a protective measure, possibly to prevent rapid cycling that could stress the LED components or power supply, thereby contributing to the light's overall durability. Understanding this behavior helps users avoid situations that might trigger the lock-on state, ensuring uninterrupted operation.
The ability to configure filtering time and sensitivity in Auto mode for "LED Light On" also serves as a maintenance-related feature. By preventing rapid on/off cycling, these settings reduce wear and tear on the LED components and the associated control circuitry. This proactive management of light activation based on environmental stability helps extend the operational life of the LED supplement light.
Furthermore, the option to disable the supplement light entirely when not needed (via "Enable Supplement Light" or by setting specific timing schedules) contributes to its maintenance by reducing its operational hours. Less usage directly translates to a longer lifespan for LED components, which are known for their long operational hours but can still degrade over time with continuous use.
In essence, the configuration options provided in this guide allow users to manage the LED supplement light in a way that optimizes its performance while also implicitly contributing to its longevity and reliability. By understanding and utilizing these settings, users can ensure their ColorVu camera's LED light operates efficiently and effectively for an extended period.
General| Color Night Vision | Yes |
|---|---|
| Aperture | F1.0 |
| Image Sensor | CMOS |
| Compression | H.265+/H.265/H.264+/H.264 |
| Audio | Built-in microphone |
| Weatherproof Rating | IP67 |
| Sensor Type | Progressive Scan CMOS |
| Focal Length | 2.8mm (other options available) |
| Operating Conditions | -30 °C to 60 °C (-22 °F to 140 °F), Humidity: 95% or less (non-condensing) |
| Power Supply | DC12V ± 25%, PoE (802.3af) |
| Resolution | 2 MP to 8 MP (depending on the specific model) |
| Lens | Fixed (various focal lengths available depending on the model) |
