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Through-beam photoelectric sensors
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Through-beam sensor photoelectric sensor - ULISSE
ULISSE is a TYPE 2 PHOTOELECTRIC SAFETY BARRIER and comes with a metal body and a connector with 3-pole M8 specifications. The safety system of this photocell is created by connecting a maximum...
Through-beam sensor photoelectric sensor - ULISSE
ULISSE is a TYPE 2 PHOTOELECTRIC SAFETY BARRIER and comes with a metal body and a connector with 3-pole M8 specifications. The safety system of this photocell is created by connecting a maximum of 4 single beam cells with AU SXM or AU SX control unit with Muting. The case is made of anodized aluminum. Both the case and the glass lenses are safe from any electrostatic dust accumulation because of the tiny size of the photocell. ULISSE is best suited for protecting weaving machines and similar devices which undergo severe mechanical pressure and work within small spaces. ULISSE conforms to Machinery Directive 2006/42/EC, Low Voltage Directive 2006/95/EC, Electromagnetic Compatibility 2004/108/EC, Safety of machinery IEC/EN 61496-1 Ed. 2.1 and IEC/TS 61496-2 Ed. 2.
Through-beam sensor photoelectric sensor / miniature - max. 4 m | FR 20
This retro-reflective light barrier has in its housing both the transmitter and a receiver. There is a reflector, which will help reflect the light emitted by transistor....
Through-beam sensor photoelectric sensor / miniature - max. 4 m | FR 20
This retro-reflective light barrier has in its housing both the transmitter and a receiver. There is a reflector, which will help reflect the light emitted by transistor. The function of the reflector is to evaluate the reflected light. The compact sizing of the reflector only adds to its usability feature. As there is no need to do additional connections, it is easy to install the device. However, the transmitter and receiver is set separately in the through-beam sensor. The light emitted from the transmitter to the receiver will travel just once. This is why they are called through-beam sensors and they are extremely capable of reaching very large scanning ranges.
Through-beam sensor photoelectric sensor - max. 20 m | F 50 series
SensoPart presents F 50 series through-beam photoelectric sensors. The retro-reflective light barrier brings together a transmitter and receiver in a single housing. A reflector reflects...
Through-beam sensor photoelectric sensor - max. 20 m | F 50 series
SensoPart presents F 50 series through-beam photoelectric sensors. The retro-reflective light barrier brings together a transmitter and receiver in a single housing. A reflector reflects the light given out by the transmitter. The reflected light is evaluated by the receiver. The compact size of the reflector is beneficial. Additionally, since it is a passive element, it can be installed easily without needing any connection.
The through-beam sensors have separate transmitter and receiver. As a result, the emitted light should cover the distance between transmitter and receiver not more than once. This is why they are known as through-beam sensors. Sensors of these types are capable of covering very big scanning ranges.
The through-beam sensors have separate transmitter and receiver. As a result, the emitted light should cover the distance between transmitter and receiver not more than once. This is why they are known as through-beam sensors. Sensors of these types are capable of covering very big scanning ranges.
Through-beam sensor photoelectric sensor / miniature - F 10
The F10 is a miniature diffuse reflection photoelectric sensor that integrates both transmitter and receiver in a single enclosure....
Through-beam sensor photoelectric sensor / miniature - F 10
The F10 is a miniature diffuse reflection photoelectric sensor that integrates both transmitter and receiver in a single enclosure. The light emanating from the transmitter is reflected by a reflector while the receiver assesses the reflected light. Easily installed due to its passive element feature, the F10 does not need any connection and is designed with both the transmitter and receiver in a separate structure. This allows the light to pass once therefor being named through-beam sensors.
Through-beam sensor photoelectric sensor
Through beam sensors are Di-soric laser beam sensors which are commonly used in automation industries, where there is a need for the detection of minuscule objects....
Through-beam sensor photoelectric sensor
Through beam sensors are Di-soric laser beam sensors which are commonly used in automation industries, where there is a need for the detection of minuscule objects. It has a sturdy housing and a compact design. Its protection class IP 69 K allows the product to work in demanding environments and outdoors. Its transmitter and receiver are positioned in two separate housings.
When the light beam is interrupted, a change in the output status of the receiver will occur. The beam sensors feature a large range of sizes that can go up to 50m, an adjustable sensitivity, a collimated laser beam, and an alignment aid.
When the light beam is interrupted, a change in the output status of the receiver will occur. The beam sensors feature a large range of sizes that can go up to 50m, an adjustable sensitivity, a collimated laser beam, and an alignment aid.