Ixon-24 Digital Phototrap Camera

The Ixon-24 Digital Camera Phototrap is a automatic digital surveillance camerathat is triggered by motion detection. Controllable via your smartphone with a dedicated APP, it takes high quality photos with 24mpx resolution and high definition videos (1080p) with audio and from 5 to 120 seconds long.

Features

• Built-in 4G function, for immediate sending of recorded images to your email or mobile.
• Daytime color / nighttime black and white photos and videos.
• 34 Invisible 940nm IR LEDs. They do not emit any visible flash or light.
• Integrated 1.44 color TFT LCD screen: allows you to view recorded photos and configure the camera easily.
• High shutter speed (1.2 seconds).
• PIR sensor range: 27 meters.
• Lens viewing angle: 60º / PIR sensor angle: 50º.
• Adjustable PIR sensitivity.
• Integrated laser pointer for correct camera orientation.
• Burst mode shooting (1 to 3).
• Interval of PIR sensor inactivity after each shot: 0s-60min.
• Time Lapse function: the camera will take pictures and/or videos every certain time (set by user).
• Activity Interval function: the camera is only active during a specific interval of the day (set by the user).
• Very compact: 140 x 87 x 55 mm.
• Compatible with SD/SDHC cards up to 32GB (not included).
• Powered by 4 or 8 AA 1.5v batteries (not included) or DC 6V/2A transformer (not included).
• Autonomy: 1 year taking 30 photos/day.
• Battery compartment with safety lock and padlock slot.
• 1x USB connector.
• Water and snow resistant.

What is infrared light?

The light visible to the naked eye is called visible light. The fact that it is observable and has different colors is due to the wavelength of the light itself. There are no exact limits to the visible spectrum: the typical human eye will observe wavelengths from 380 to 750 nm, corresponding to the following colors (in order from shortest to longest wavelength): violet, blue, cyan, green, yellow, orange and red.

Light with a wavelength longer than red light is called infrared light. Infrared rays cannot be seen with the naked eye.

What is 850nm LED infrared light?

The intensity of 850nm LED infrared light in the visible part (less than 760nm) does not reach 0, in other words, it still emits weak visible light, and the human eye can still feel the weak light.

What is 940nm LED infrared light?

940nm LED infrared night vision light has a maximum intensity of 940nm, which is far from the wavelength range of visible light. When the light intensity reaches 0 in the visible wavelength range it means that the minimum wavelength is greater than the visible long wavelength of 760nm. Therefore, 940nm infrared light is invisible to the naked eye.

Differences between 850nm and 950nm LED infrared light

1. Generally speaking, the higher the wavelength value, the lower the VF value under the same voltage. Under the 20MA voltage condition, the VF value of 850nm is about 1.35-1.55V; and the VF value of 940nm is about 1.10-1.25V. Among them, of course, the VF value will be different for different voltages.
2. The radiation intensity of 850 is about 2-3 times higher than that of 940. If the radiation intensity is high, the brightness will be higher.
3. The 850nm infrared light chip has a visible red dot, while the main advantage of the 940nm wavelength is that the IR LED does not produce any visible light. In other words, they are completely invisible and can be used in applications that require more privacy. In fact, many people refer to it as "covert IR". This type of IR is also useful when red light can be mistaken for a signal and cannot be used. The disadvantage of 940nm is that its efficiency is reduced by about 30-40%, and the illumination distance is getting smaller and smaller.