Non-compliance can lead to death or serious injuries! The device may only be used for the intended purpose! 3 INTENDED USE The KGUTI capacitive label sensor is a sensor for contactlessly detecting labels on a carrier tape. Label Carrier tape...
KGUTI CAPACITIVE LABEL SENSORS 4 PRODUCT DESCRIPTION 4.1 PROPERTIES KGUTI capacitive label sensors are devices for the detection of thin, transparent, film, and paper labels on carrier tapes. Capacitive label sensors detect labels even at high tape speeds. NOTE: Capacitive label sensors are suitable for thin labels. The permitted label tape thickness is 0.1 mm less than the fork width.
KGUTI CAPACITIVE LABEL SENSORS 5 INSTALLATION 5.1 INSTALLATION CONDITIONS IMPORTANT! The permitted ambient conditions for operation of the device must be maintained. The sensor must be protected from mechanical loads such as shocks and impacts. The sensor may be mounted in any position, as long as mounting is performed free of vibration.
KGUTI CAPACITIVE LABEL SENSORS 6 ELECTRICAL CONNECTION 6.1 GENERAL NOTES IMPORTANT! The device may only be installed by a qualified electrician. National and international regulation for setting up electrotechnical systems are to be adhered to. 6.2 PIN ASSIGNMENT Depending on the product variant, the device has a plug with 3 or 4 pins with remote teaching function (see 4.2 Variants, page 5).
KGUTI CAPACITIVE LABEL SENSORS 6.4 CONNECT SUPPLY VOLTAGE IMPORTANT! Ensure a voltage supply to SELV, PELV. Only operate power supplies with supply class 2 in the case of UL applica- tions. Disconnect the device from the power. Connect supply voltage to device in accordance with the technical data 7 OPERATING AND DISPLAY ELEMENTS –-button...
KGUTI CAPACITIVE LABEL SENSORS 24.5 8.2.1 AUTOTEACH TO MOVING LABEL TAPE 24.5 24.5 2 - 4 s Insert the tensioned label tape into the fork opening while lightly touching the lower leg. Position the label tape in the detection 2 - 4 s 2 - 4 s area of the sensor and move without lifting movement during autoteach.
KGUTI CAPACITIVE LABEL SENSORS Perform teaching LED display Position label gap statically in the detection area of the sensor Actuate button 4-6 seconds and remove fingers from sensor LED2 (yellow) off (sequence 2) Display teach result LED display ...
KGUTI CAPACITIVE LABEL SENSORS 8.2.6 CALIBRATION OF SENSOR TO REFERENCE VALUE > 6 s After cleaning and mounting of lower part have been completed according to chapter 11.1, perform the calibration of the sensor without label tape to the reference value.
KGUTI CAPACITIVE LABEL SENSORS Teach PIN 2 > 60 s Timeout >100 ms ... 2 s 8.3.2 STATIC INDIVIDUAL VALUE TEACHING AND LABEL GAP Position the label gap and label tape statically while lightly touching the lower leg in the detection area of the sensor and do not >100 ms ...
In addition to an IO-Link Master with software, you also need the IODD (IO Device Description) for the device. The IODD can be found via the QR code on the packaging or via the article number at www.di-soric.com under “Downloads”.
KGUTI CAPACITIVE LABEL SENSORS 9.3 IDENTIFICATION IO-Link enables the identification of IO-Link device with a connected IO-Link Master. The following identification data is located in the Identification menu: NOTE: The Locator function offers the option to quickly find the device in the system with a command. With the values 126 for Locator and 127 for Locator stop, the device can be easily visually identified.
KGUTI CAPACITIVE LABEL SENSORS The measured value (subindex 1) signals the damping through the label tape in the detection area of the sensor. Typically, the following measured value situation results: Small measured value: no label tape in the detection area...
KGUTI CAPACITIVE LABEL SENSORS 9.6 PARAMETERS AND COMMANDS IO-Link parameters enable the configuration of IO-Link devices. The sensor has the following elementary parameters. 9.6.1 PARAMETERS FOR THE SENSOR FUNCTION With the sensor mode (index 73), the device can be optimized for specific application cases.
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KGUTI CAPACITIVE LABEL SENSORS In the factory setting Single Point, the following switching behavior results. The function is based on the Smart Sensor profile. In the Single Point mode, the switching information changes when the measured value exceeds the threshold defined in setpoint SP1 in the case of a rising or falling measured value (taking into account the hysteresis).
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KGUTI CAPACITIVE LABEL SENSORS The switch-on delay for the switching output is defined with index 66. Value range: 0 to 60.000 ms The switch-off delay for the switching output is defined with index 67. Value range: 0 to 60.000 ms...
KGUTI CAPACITIVE LABEL SENSORS 9.6.3 TEACHING COMMANDS FOR THE SWITCHING OUTPUT The device supports several teaching commands for automatic detection of the switching point. Dynamic Teach with moving label tape for the detection of labels with SSC1.1. System command 72 Teach SP1 Start ...
KGUTI CAPACITIVE LABEL SENSORS 9.6.4 PARAMETERS FOR MULTIFUNCTION INPUT AND OUTPUT TO PIN 2 In addition to the function described in chapter 8.3 as an input, pin 2 with index 71 can alternately be configured as a switching output or be completely deactivated. The following functions can be parameterized in this way: ...
KGUTI CAPACITIVE LABEL SENSORS 9.6.6 PARAMETERS OF ERROR TYPES 9.7 DIAGNOSTICS IO-Link diagnosis enables the efficient maintenance of the device. The Diagnosis menu can be found below: 9.7.1 STANDARD The value status with index 36 displays the current device status.
In case of faulty device behavior: Disconnect power from device and re-establish factory settings Perform IO-Link diagnosis If the problems persist, contact di-soric Service. Have the following information ready when contacting Service: Customer number Article designation or article number ...
KGUTI CAPACITIVE LABEL SENSORS 11 MAINTENANCE, REPAIRS, DISPOSAL 11.1 MAINTENANCE The device works in ongoing operation without maintenance. Due to the small gap between the upper and lower parts, adhesive residue of label tapes can adhere in the area of the fork opening.
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