Related Manuals for Maxcess FIFE DSE-15
Summary of Contents for Maxcess FIFE DSE-15
- Page 1 FIFE GUIDING SOLUTIONS FIFE DSE-15 Operating Instructions Reflected light sensor MI 1094 1...
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Page 2: Table Of Contents
General information ........... 9-1 MI 1094 1 DSE-15 www.maxcess.eu... - Page 3 Adresses ............10-1 www.maxcess.eu...
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Page 4: Introduction
The sensor can be used to control opaque , transparent or reflective materials. The sensor must only be used in accordance with its intended purpose and in a technically flawless conditions. The sensor must not be changed or opened. MI 1094 1 DSE-15 www.maxcess.eu... -
Page 5: Improper Usage
2 Capacitive key 3 LEDs 4 Connection cable Figure 1.1: DSE-15 sensor 1 DSE-15 sensor 4 - Material web 2 Red light beam 5 - Web guide direction 3 Reflector Figure 1.2: Operating principle www.maxcess.eu DSE-15 MI 1094 1... - Page 6 A digital production data acquisition to Fife D-MAXE controller extends the range of applications for the sensor inside the digital network environment. Additional sensor data can be provided to other hardware equipment if the Fife D-MAXE is linked appropriately to the network. MI 1094 1 DSE-15 www.maxcess.eu...
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Page 7: Safety Instructions
The signal word CAUTION refers to a possible danger which could lead to slight to moderate injury. The signal word ATTENTION refers to a possible danger which could lead to material damage. www.maxcess.eu DSE-15 MI 1094 1... -
Page 8: Symbols
Keep for future use. Additional markings – Bulleted list ∙ Instructions 1. Instructions which must be processed in the specified order 2. End of the instructions Reference or cross-reference Note: Reference to important information. MI 1094 1 DSE-15 www.maxcess.eu... -
Page 9: Personnel Requirements
The electrician is specially trained for the field in which he or she works and is familiar with the relevant standards and regulations. www.maxcess.eu DSE-15 MI 1094 1... -
Page 10: Preventing Hazards
Despite a safe design and supplementary protective measures, residual risks may remain for the machine/system in which the product is installed. These risks must be recorded in a risk assessment by the machine/system builder and taken into consideration in the operating instructions. MI 1094 1 DSE-15 www.maxcess.eu... -
Page 11: Installation
All assembly tasks on the sensor must only be performed when there is no electrical power in the system. Assembly tasks and mechanical settings must only be performed when the machine has been stopped and secured from being turned on again. www.maxcess.eu DSE-15 MI 1094 1... -
Page 12: Mounting Location
A large variety of assembly options are possible in con- nection with the various sensor mountings. Note: Faults such as tilting or a loosely attached sensor can lead to imprecise guiding of the material web. MI 1094 1 DSE-15 www.maxcess.eu... - Page 13 4. Set up distance between reflector and sensor page 5. Set up arrangement of reflector and sensor page 6. Electrical connection page 1 Tightening torque M = 1.3Nm 2 Area free of metal Figure 3.2: DSE-15 with mounting bracket www.maxcess.eu DSE-15 MI 1094 1...
- Page 14 3 - 4 INSTALLATION Type MO-20/8 69 MO-25/8 71 Figure 3.3: DSE-15 on sensor bracket type MO Type MB-20 15,5 17,5 MB-25 18,5 21,5 Figure 3.4: DSE-15 on sensor bracket type MB MI 1094 1 DSE-15 www.maxcess.eu...
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Page 15: Distance Between Reflector And Sensor
Make certain there is sufficient distance between the web and sensor. 1 Sensor 4 Material web 2 Red light beam 5 Web guide direction 3 Reflector Figure 3.5: Application of reflected light sensor DSE-15 www.maxcess.eu DSE-15 MI 1094 1... -
Page 16: Alignment Of Reflector And Sensor
90° to the web surface. figure 3.6 Note: If a positioner is used to move the sensor, the red light beam must strike the reflector along the entire path the sensor moves without faults. MI 1094 1 DSE-15 www.maxcess.eu... - Page 17 2 Material web RPV Guide point change with a tilted sensor due to a 3 Web edge plane change of the web Figure 3.6: Undesirable guide point change with plane change due to faulty assembly www.maxcess.eu DSE-15 MI 1094 1...
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Page 18: Electrical Connection
(PELV). – The negative potential must be connected to ground. – The sensor housing must be grounded via the cable screen. see also the drawing for the sensor cable in the system documentation MI 1094 1 DSE-15 www.maxcess.eu... -
Page 19: Control Elements
Troubleshooting, page 8-1 S1 key – Start the sensor setup The S1 key is a capacitive touchpad. Make certain there are no metallic objects on or in the immediate vicinity of the key. figure 3.2 www.maxcess.eu DSE-15 MI 1094 1... -
Page 20: Commissioning
4. Do not remove your finger from the S1 key until the LED display matches the adjacent bit pattern, alternating with it Check: The green LED H2 goes out The sensor performs the setup for the reflector automatically. 5. The sensor is now ready for operation. MI 1094 1 DSE-15 www.maxcess.eu... -
Page 21: Calibrating The Sensor Inputs Of The Web Guide Controller
Information on this topic is available in the Operating Instructions for the web guide controller. Before the sensor is used for working with transparent material, the sensor must always be calibrated to the contrast with the web guide controller. www.maxcess.eu DSE-15 MI 1094 1... -
Page 22: Operation
For transparent material, the sensor inputs on the web guide controller must be calibrated to the contrast. LEDs in normal operation LEDs H1 and H2 In normal operation the two LEDs H1 and H2 are turned off. MI 1094 1 DSE-15 www.maxcess.eu... - Page 23 – Field of view completely covered by the material: The two left LEDs are lit while the right LED flickers. Example C Example A Example B Example C flickers flickers flickers Figure 6.1: DSE-15 sensor www.maxcess.eu DSE-15 MI 1094 1...
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Page 24: Maintenance
Setting up the sensor and reflector, page 5-1 Maintenance No additional maintenance tasks are required for the sensor. MI 1094 1 DSE-15 www.maxcess.eu... -
Page 25: Decommissioning
The sensor may only be disconnected electrically by a qual- ified electrician. 3. Unscrew the sensor from its bracket. 4. Store the sensor in a cool, clean and dry place. Ambient conditions, page 9-1 Dispose of the sensor according to your national requirements. www.maxcess.eu DSE-15 MI 1094 1... -
Page 26: Troubleshooting
Adjustment error – measurement Set up the sensor (again), signal too low Check the mechanical arrangement of the sen- sor and reflector. Is there not enough reflected light present? Setting up the sensor and reflector, page-5-1 MI 1094 1 DSE-15 www.maxcess.eu... - Page 27 Setting up the sensor and reflector, page-5-1 Internal setup error The error cannot be corrected by the customer. Service required or the sensor must be sent to General hardware error Fife-Tidland GmbH. www.maxcess.eu DSE-15 MI 1094 1...
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Page 28: Technical Data
λ = 632nm ± 6nm Δλ = 20nm Sensor field of view 10mm Linearity 5% max. error in the proportional band of 6mm Web plane change 1% max. error Temperature error 2% (at 10°C .. 50°C) MI 1094 1 DSE-15 www.maxcess.eu... -
Page 29: Electrical Connection
3 P-GND 4 Output signal (analogue or RS-485) Figure 9.1: M12 connector Standards The DSE-15 sensor was constructed in accordance with the standards and regulations of the European Union. A Declaration of Conformity is available. www.maxcess.eu DSE-15 MI 1094 1... -
Page 30: Service
E-Mail: service@maxcessintl.com Web: www.maxcessintl.com EUROPE, MIDDLE EAST NORTH, CENTRAL CHINA JAPAN INDIA AND AFRICA AND SOUTH AMERICA Tel +49.6195.7002.0 Tel +1.405.755.1600 Tel +86.756.881.9398 Tel +81.43.421.1622 Tel +91.22.27602633 sales@maxcess.eu sales@maxcessintl.com info@maxcessintl.com.cn japan@maxcessintl.com india@maxcessintl.com www.maxcess.eu www.maxcessintl.com www.maxcessintl.com.cn www.maxcess.jp www.maxcess.in © 2020 Maxcess...
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