Miniature photoelectric slot sensor for the detection of small parts, U design, fork width 5 mm, infrared light, NPN outputs, fixed cable, Miniature design, Optimized for the detection of small parts, High switching frequency, Simple and fast mounting, Clearly visible LED functional displayfa
From reliable wafer detection to exact PCB positioning—discover our comprehensive portfolio for the electronics industry ... Positioning at High Speed Inside a pick and place machine, components are handled at very high speed. The GL5 photoelectric slot sensor precisely detects the end position of a linear rail. It is available in seven mounting designs and features both a high ...
See Overview: Pepperl+Fuchs offers field units and redundant field units for our FB Zone 1 remote I/O systems ... stainless steel and features slots for 24 double-width or 48 single-width I/O modules in an 800 x 1000 x 300 mm enclosure. It is suitable for use in a -20 °C … +40 °C temperature range (depending on power supply) and a rated voltage of 24 V DC/115 V AC/230 V ...
An inductive sensor switches at a certain distance from the metallic object This distance is referred to as the "operating distance" Learn more about this key characteristic ... conditions: Ambient temperature range between -25 °C … +70 C Supply voltage between 85 % … 110 % of the rated operating voltage 0.9 · s r ≤ s u ≤ 1.1 · s r Assured Operating Distance s a The assured operating distance s a is the distance from the sensing face ...
See Overview: The WCS position encoding system provides fraction-of-a-millimeter position feedback to a wide range of applications Learn more about the WCS variants including a system for safety appl ... The U-shaped WCS read heads are particularly robust. They provide noncontact photoelectric scanning of the code rail. Even in difficult environmental conditions, the WCS read heads reliably determine position values. There are various options available ...
Explore the Pepperl+Fuchs knowledge base to learn more about the power source of three-wire sensors ... (I) Voltage output, e.g., 0 V ... 10 V (U) Current/voltage output, with two analog outputs or with independent load detection and changeover of the output function (IU) ...
In companies of the hospitality industry, textiles such as bed linen, or towels have to be folded neatly and accurately after washing The ML100-54-F retroreflective sensor with polarization filter is ... where the material to be detected differs in color and reflectivity . Sometimes even fabrics with very low reflectivity are processed. The Solution ML100-54-F/102/115 retroreflective sensor with polarization filter The ML100-54-F retroreflective sensor ...
Explore the Pepperl+Fuchs knowledge base to learn more about the housing designs of inductive sensors ... in proven PVC quality for standard requirements. Features: Approvals: CE, UL/CSA Flame-retardant Typical application: transport and packaging industry PUR-U (UL Recognized Component) A cable in flexible PUR quality for high cyclical bending stresses ...
See Overview: The WCS absolute linear positioning system provides precise position feedback for a wide range of applications Pepperl+Fuchs provides different WCS read head versions Learn more and fi ... The U-shaped WCS read heads scan the stainless steel or laminate code rail photoelectrically and without contact. Different versions are available to users depending on the application. The outdoor version , for example, is particularly robust ...
The detection of PCBs is by no means a straightforward task Some challenges are different colors, textures, and reflectivity (from dull matt to shiny) of the PCB surface The ML100 convergent beam se ... no adjustment is needed. The Solution ML100-8-HGU-100-RT/102/115/162 convergent beam sensor The ML100 convergent beam sensor is the best solution for the application due to a few properties. First, the sensor offers an elongated light spot , which ensures ...
... principle All Pepperl+Fuchs sensors are listed under the category " functional principle, " where the first letter of the type code symbolizes a defined sensor type. For example, the letter “U” stands for “ultrasonic sensor” and the letter “N” for “inductive ...
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