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ifm Unveils O6D Photoelectric Distance Sensor
New TOF-based sensor detects objects reliably up to 3m, unaffected by angle or colour, featuring HEG capability, IO-Link, and versatile operating modes.
www.ifm.com
The new O6D photoelectric distance sensors detect objects very robustly and reliably at a distance of up to three metres, regardless of angle and colour.
The new O6D series photoelectric distance sensors, which ifm is presenting at SPS, use time-of-flight technology to enable robust and reliable detection of objects at distances of up to three metres.
Photoelectric distance sensors are used in applications where the presence of and distance to an object must be reliably detected. The new O6Ds from ifm use PMD sensors that work with time-of-flight technology (TOF). The sensor emits a light pulse and measures the light reflected by the object. The sensor then calculates the distance from the time difference. This enables robust and reliable detection that is independent of the angle or colour of the surface.
The O6D has a maximum range of three metres. Either a reflectance value or the distance value can be output. The user can choose between three operating modes: Fine, Standard, Fast. The HEG (High Excess Gain) feature ensures highly reliable detection even on jet-black or reflective surfaces. Configuration and set-up are carried out either via the two teach buttons on the device or via IO-Link. An M8 socket is provided for the electrical connection.
The O6D is enclosed in a small rectangular housing, making it very easy to integrate into the application. Since the maximum range is three metres, the sensor can be installed at a corresponding distance from the application. The O6D is typically used in conveyor technology, assembly automation and presence verification. Due to its large operating distance, the distance sensor is also well suited for use in welding applications, as it can be installed in such a way that it is protected from soiling.
www.ifm.com
The new O6D series photoelectric distance sensors, which ifm is presenting at SPS, use time-of-flight technology to enable robust and reliable detection of objects at distances of up to three metres.
Photoelectric distance sensors are used in applications where the presence of and distance to an object must be reliably detected. The new O6Ds from ifm use PMD sensors that work with time-of-flight technology (TOF). The sensor emits a light pulse and measures the light reflected by the object. The sensor then calculates the distance from the time difference. This enables robust and reliable detection that is independent of the angle or colour of the surface.
The O6D has a maximum range of three metres. Either a reflectance value or the distance value can be output. The user can choose between three operating modes: Fine, Standard, Fast. The HEG (High Excess Gain) feature ensures highly reliable detection even on jet-black or reflective surfaces. Configuration and set-up are carried out either via the two teach buttons on the device or via IO-Link. An M8 socket is provided for the electrical connection.
The O6D is enclosed in a small rectangular housing, making it very easy to integrate into the application. Since the maximum range is three metres, the sensor can be installed at a corresponding distance from the application. The O6D is typically used in conveyor technology, assembly automation and presence verification. Due to its large operating distance, the distance sensor is also well suited for use in welding applications, as it can be installed in such a way that it is protected from soiling.
www.ifm.com
