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Summary of Contents for autosen AI006
- Page 1 Operating principle of an inductive proximity sensor AI001- AI065 autosen AI401- AI408 autosen AI801- AI816 autosen AI901- AI908 autosen Made in EU...
- Page 2 1. Operating principle of an inductive proximity sensor 1: Connection 2: Housing 3: Downstream electronics 4: Capacitor 5: Pot core 6: Coil 7: Alternating electromagnetic field = active face 8: Target = electrically conductive material The coil and capacitor form an LC circuit, also known as a basic sensor. Eddy current losses in electrically conductive materials are used for a switching signal.
- Page 3 Hysteresis Difference between the switch-on and the switch-off point. Short-circuit pro- If autosen sensors are protected against excessive current by means of tection a pulsed short-circuit protection, the short-circuit protection may cut in with incandescent lamps, electronic relays and low resistance loads.
- Page 4 3. Sensing range (referred to the standard target) Nominal sensing range S n = characteristic value of the unit Real sensing range S r = individual deviation at room temperature between 90% and 110% of S n Useful sensing range S u = switch point drift between 90% (Su min = S a ) and 110% (Su max ) of S r Safe sensing range =...
- Page 5 6. Lateral approach and distances 1. Typical switch-on curve (for slow approach) 2. Typical switch-off curve (for slow approach) 3. Poor repeatability 4. Good repeatability 1. Distance to the background The following applies for good repeatability of the 2. Recommended target distance switch point: The closer the damping element is to 3.
- Page 6 Flush and non-flush mountable In principle, “flush” and “non-flush” mounting are only of relevance in metal environments. All non-met- als such as plastics, wood and glass have no influence on the mounting. With flush mountable sensors, the sensing face of the sensor may be aligned level with the metal installation environment.
- Page 7 With series connec- tion, the spacing between the units must be observed. ≥8 x S 8. Installation instructions for rectangular designs AI006-AI009, AI407, AI408 flush: AI006, AI008, AI407 non-flush: AI007, AI009, AI408...
- Page 8 Align the sensing face flush non-flush = Nominal sensing range...
- Page 9 9. Classification of inductive sensors autosen inductive sensors - standard class for standard applications & factory automation in the standard designs M8, M12, M18, M30 & cubic Find a wealth of technical information, incl. engineering data and suitable genuine accessories, at: autosen.com/standard-class...
- Page 10 Normally closed M12 thread 5 m cable autosen inductive sensors - high resistance class Can be used in machine tool manufacture, resistant to oils & coolants. Find a wealth of technical information, incl. engineering data and suitable genuine accessories, at: autosen.com/high-resistance...
- Page 11 22 mm / 100 Hz Normally closed M30 thread autosen inductive sensors - full-metal housing Have protection rating IP 67, IP 68, IP 69 K and are up to 100 °C and 100 bar temperature & pressure resistant. Find a wealth of technical information, incl. engineering data and suitable genuine accessories, at: autosen.com/ganzmetall-sensoren...
- Page 12 - miniature sensors Inductive sensors with a short overall length and small diameters up to 3 mm are also used in very confined conditions. This makes them the ideal solution for robotics, mounting and handling technolo- gy. These sensors achieve switching frequencies of up to 7000 Hz across a high temperature range.
- Page 13 - Factor 1 Have protection rating IP 67, IP 68, IP 69 K, are magnetic-field immune and detect all metals with the same sensing range (correction factor = 1). A transmitter and receiver coil system on a circuit board forms a transformer.
- Page 14 IO-Link Enable a reliable transmission of the distance as a linearised process value using IO-Link. The normal- ly closed / normally open functions and PNP/NPN can be adjusted via IO-Link. Representation of the process value with measuring range and adjustment range for...
- Page 15 Switch point definition IO-Link Single point mode (presence detection) to smart sensor profile 2 Normally open (switch point logic = 0) SP1+H 4095 teach Normally closed (switch point logic = 1) SP1+H 4095 teach Switch-on point Switch-off point SP1 + H Switch-off point Switch-on point SP1 + H...
- Page 16 Window mode (presence detection) to smart sensor profile 2 Normally open (switch point logic = 0) SP1+H SP2-H 4095 teach teach Switch-on point Switch-on point SP2 - H Switch-off point SP1 + H Switch-off point Normally closed (switch point logic = 1) SP2-H SP1+H 4095...
- Page 17 Two point mode (presence detection) to smart sensor profile 2 Normally open (switch point logic = 0) 4095 teach Switch-off point Switch-on point Normally closed (switch point logic = 1) 4095 teach Switch-on point Switch-off point Condition: SP1 > SP2 + 3% and SP1 between 400 and 3800 and SP2 between 388 and 3686 Switch point Hysteresis Switching signal channel...
- Page 18 IO-Link Inductive sensors with IO-Link interface and protection rating IP 65; IP 66; IP 67; IP 68; IP 69K. Find a wealth of technical information, incl. engineering data and suitable genuine accessories, at: autosen.com/induktive-IO-Link Art. no.
- Page 19 10. General information on connection systems 4-wire technology 3-wire technology (positive switching, normally closed (negative or positive and normally open) switching) Series connection (AND) Parallel connection (OR) 3-wire series connection 3-wire parallel connection Max. 4 units Power-on delay times, voltage The current consumption of all non-switched drops and current consumption add up.
- Page 20 Technical data and further information at: www.autosen.com...
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