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Summary of Contents for Wenglor OSEI Z0103 Series
- Page 1 OSEIxxxZ0103 OEEIxxxU0135 Light Curtain for Measuring Tasks Operating Instructions Translation of the Original Operating Instruction Subject to change without notice Available as PDF version only Status: 11.07.2017 www.wenglor.com...
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Page 2: Table Of Contents
Table of contents 1. Proper Use 2. Safety Precautions 3. EU Declaration of Conformity 4. Technical Data 4.1. Datasheet 4.2. Connection Diagrams 4.3. Housing Dimensions 4.4. Control Panel 4.5. Complementary Products 5. Mounting instructions 5.1. Mounting 5.1.1 Mounting with the BEF-SET-33 5.2. - Page 3 7.5. Analog 7.5.1 Position 7.5.2 Web Edge 7.6. Blanking 7.7. Threshold 7.8. E/A Test 7.9. Expert Menu 7.10. Display Definition 7.11. Language 7.12. Information 7.13. Reset 7.14. Password 7.15. Start Setup 8. IO-Link Parameter and Process data 9. Maintenance Instructions 10.
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Page 4: Proper Use
• Protect the product from contamination during initial start-up. • Not a safety component in accordance with the EU Machinery Directive. 3. EU Declaration of Conformity The EU declaration of conformity can be found on our website at www.wenglor.com in download area. RoHS Proper Use... -
Page 5: Technical Data
4. Technical Data 4.1. Datasheet 2000 mm Range 10° Opening Angle 2 mm Beam Distance 10…30 V DC Supply Voltage < 60 mA Current Consumption (Ub = 24 V) < 10 % Temperature Drift –25…60 °C Temperature Range Aluminium Housing Reverse Polarity Protection Full Encapsulation IP65... -
Page 6: Connection Diagrams
4.2. Connection Diagrams Emitter Receiver 1018 Supply Voltage “+” – Supply Voltage “0 V” Test Input Switching Output 1/IO-Link E/A2 Input/Output programable Analog Output not connected Technical Data... -
Page 7: Housing Dimensions
4.3. Housing Dimensions Emitter OSEI501Z0103 OSEI102Z0103 OSEI152Z0103 OSEI202Z0103 Light Curtain for Measuring Tasks... - Page 8 Receiver OEEI501U0135 OEEI102U0135 OEEI152U0135 OEEI202U0135 Technical Data...
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Page 9: Control Panel
22 = Up Button 60 = Display 23 = Down Button 20 = Enter Button 4.5. Complementary Products wenglor offers Connection Technology for field wiring. Suitable Connection Technology No. Suitable Mounting Technology No. IO-Link Master Light Curtain for Measuring Tasks... -
Page 10: Mounting Instructions
5. Mounting instructions During operation of the Sensors, the corresponding electrical and mechanical regulations, as well as safety regulations must be observed. The Sensor must be protected from mechanical impact. Install the device such that its installation position cannot be inadvertently changed. Use of the Z0033 accessory is recommended in order to improve EMC immunity. -
Page 11: Alignment
5.2. Alignment In order to assure flawless functioning of the Light Barrier, the two matched components (emitter and receiver) must be aligned to one another, and mounted parallel at the same height. The electrical plug connectors of both components point in the same direction. It is advisable to mount the Light Barrier for initial start-up such that alignment can still be adjusted to an adequate extent. -
Page 12: Initial Start-Up
6. Initial Start-Up • Electrically connect the emitter and the receiver in accordance with the wiring diagrams. • The desired menu language must be selected at initial start-up, and after each reset (see section 7.11). Switch to the configuration menu by pressing any key. Note: If no settings are adjusted in the configuration menu for a period of 30 seconds, the Sensor is automati- cally returned to the display mode. -
Page 13: Overview Of Functions
6.2. Overview of functions Description Function Page Switch to display mode Pin Function Configure function for A1 A1 Switch Configure the output functions of A1 E/A2 Configure the input-/output functions of E/A2 Analog Configure function of the analog output Blanking Blanking Beams E/A-Test Testing input-/output... -
Page 14: Menu Structure
6.3. Menu Structure The Sensor’s menu is laid out as follows: • Error Output • Switching Output Pin Function E/A2 • Calibration Input • Teach-In Numb. Beams … • T Beam • T Pattern Event A1 Switch • T Two-Step •... -
Page 15: Beam Arrangement
6.4. Beam Arrangement The Light Barrier’s beams are numbered consecutively (beam 1 is the beam which is closest to the display). The beam numbers included in the following descriptions are consecutive numbers. 6.5. Synchronizing Beam The emitter and the receiver are synchronized by means of optical beams. The synchronizing beams are the top and bottom beams. -
Page 16: Error Output Function
6.7. Error Output Function Light Curtain for measuring tasks in EI variant: The error output is activated as soon as synchronization between the emitter and the receiver is interrupted. This occurs in the event that both synchronizing beams (upper and lowermost beams) are interrupted at the same time. - Page 17 Image 1 Image 2 Three different tolerance types can be selected: –1: The object may be one beam smaller than the taught in object and is still recognized. The object may be one beam larger than the taught in object and is still recognized. ±1: The object may be one beam larger or smaller than the taught in object and is still recognized.
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Page 18: Settings
7. Settings 7.1. Run The Sensor is switched to the display mode when the enter key is pressed. Switching Status A1 Status selected pin Function E/A2 Analog value analog output Beams (Default: total interrupted beams) Bar graph interrupted beams The function selected for this pin appears as a symbol in the display mode: Teach-In for A1 Switching Output Setup input... -
Page 19: A1 Switch
7.3. A1 Switch Switching output 1 is set up here. Four different modes are available, making it possible to adapt the Light Barrier’s switching output to the re- spective application by means of predefined functions. 7.3.1 Teach Beams The number of interrupted or uninterrupted beams which cause the output to switch, as well as the condition under which it switches, are selected via the menu. -
Page 20: Teach-In Pattern
7.3.2 Teach-In Pattern An object with a given beam pattern is taught in. The switching output is switched as soon as the taught in pattern is recognized. Differentiation is made between patterns which are position dependent and independent of position. Teach-In pattern, position dependent: In order to be recognized and cause the output to be switched, the pat- tern to be detected must be at exactly the same position within the measuring fields as it was during Teach-In. -
Page 21: Two-Step Teach-In
7.3.3 Two-Step Teach-In Two objects are taught in, one after the other. The switching output is switched as soon as objects are detected within the measuring field whose size is between the sizes of the two taught in objects Two-step Teach-In, position dependent: The objects to be detected are always at the same position within the measuring field. -
Page 22: Teach-In Range
7.3.4 Teach-In Range A range is taught in. The switching output is switched as soon as an object is detected within the taught in range, regardless of its size. Example: Teach Function Description T Beams Number of beams: The number of unobstructed or interrupted beams is set with the + or –... - Page 23 First of all, the 6 and 5 keys are used to select whether detection should be position dependent or independent of position. This entry is acknowledged with the enter key. The first object to be taught in is positioned within the measuring field.
- Page 24 Off-delay can be adjusted within a range of 0 to 10000 ms by pressing the + or – key.* Off-delay is disabled if a impulse duration has already been selected. Function Description Impulse Adjusting Impulse Duration Pulse duration defines how long the output Object signal remains in the activated state.
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Page 25: E/A2
7.4. E/A2 After selecting the pin function, one of the following menus appears. 7.4.1 E Teach If the input is activated, external Teach-In is executed for A1 Switch. Which Teach-In mode will be used for external Teach-In must be selected under “A1 Switch” – “T External”. Function Description With Ub... -
Page 26: A2 Error
7.4.4 A2 Error The error output is switched as soon as an error is detected (see section 6.8). Function Description PNP/Push-Pull Selecting the Output Type The PNP, NPN or push-pull output type can be selected with the help of the 6 and 5 keys, and selection is acknowledged by pressing the enter key. - Page 27 Bottom Position: The position of the bottommost interrupted beam within the measuring field is read out from the analog output as an appropriate voltage or current signal. The respective positions are taught in for 0 V/4 mA and 10 V / 20 mA. Example: Teach 10 V/ Teach 0 V/...
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Page 28: Web Edge
7.5.2 Web Edge Web Edge, Independent of Position: An object is taught in at any position within the measuring field. This position then corresponds to 5 V/12 mA at the analog output. If the top position is changed, voltage or current is reduced/increased accordingly, and if the bottom position is changed, voltage or current is increased/reduced accordingly. - Page 29 Function Description Mode U/I Analog Output as Current or Voltage Output Voltage (0 to 10 V) or current (4 to 20 mA) is selected by pressing the U and I keys. The respective circuit diagram is displayed. Mode, position/size/path Select Teach Mode The position, size or web edge teach mode is selected by pressing the 5 and 6 keys, and acknowledged by pressing the enter key.
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Page 30: Blanking
Function Description V/mA per Beam Readjusting V/mA per Beam The required change to voltage/current per additionally interrupted beam is read- justed by pressing the + or – key. The desired value must be selected as a negative number in order to negate the change to V/mA per beam. -
Page 31: Threshold
7.7. Threshold It is possible to adjust the threshold of the reciever. A higher threshold value enables to detect transparent objects. Function Description Threshold Threshold 50 % (default) 60 % 70 % 80 % 90 % 7.8. E/A Test Inputs and outputs can be tested with this function. The inputs and outputs are changed to this end, indepen- dent of their settings. -
Page 32: Expert Menu
7.9. Expert Menu With the help of the expert menu, the menu can be set up such that either all menu items and settings are displayed, or only those which are most important for the user. Function Description Expert Menu Activating/Deactivating the Expert Menu On or Off is selected by pressing the 5 and 6 keys, and the selection is acknowledged by pressing the enter key. -
Page 33: Language
7.11. Language The desired menu language can be selected in the “Language” menu. Function Description Language Selecting the Display Language The desired display language is selected by pressing the 5 and 6 keys, and is acknowledged by pressing the enter key. The desired language appears in the menus as soon as it has been selected. -
Page 34: Password
It must be assured that the newly selected password is noted before the password is changed. If the password is forgotten, it must be overwritten with a master password. The master password can be requested by e-mail from support@wenglor.com. Settings... -
Page 35: Start Setup
7.15. Start Setup The sensitivity of the receiver to the emitter is set automatically here. Function Description Reset Default Settings The intensity of the individual beams is automatically adjusted and the Light Curtain is set up after pressing the T key. Setup procedure progress is indicated at the display. - Page 36 Parameter Main Page → General Settings Parameter 0 Bit 0 Reset to delivery status 1 = Do reset Bit 1 Display Language 00 = German, 01 = English Bit 2 Display Language 10 = French, 11= Spanish Bit 3 Rotating the Display by 180° 1 = rotate Bit 4 Display Intensity...
- Page 37 Parameter 4 High Byte On-Delay Output 1 in ms Parameter 5 Low Byte On-Delay Output 1 in ms Parameter 6 High Byte On-Delay Output 1 in ms Parameter 7 Low Byte On-Delay Output 1 in ms Parameter 8 High Byte Impulse Duration Output 1 in ms Parameter 9 Low Byte Impulse Duration Output 1 in ms Parameter 10...
- Page 38 Configuration page (0x81) → Delay times, output 2 Parameter 1 High Byte On-Delay Output 2 in ms Parameter 2 Low Byte On-Delay Output 2 in ms Parameter 3 High Byte On-Delay Output 2 in ms Parameter 4 Low Byte On-Delay Output 2 in ms Parameter 5 High Byte Impulse Duration Output 2 in ms Parameter 6...
- Page 39 Configuration page (0x83) → Read out settings for output 2 Parameter 1 Bit 0 Event During Beam Teach output 2 0 = Interrupted Beams, 1 = Uninterrupted Beams Bit 1 Beam Teach Output 2 Condition 00 = “=” , 01 = “>=” Bit 2 Beam Teach Output 2 Condition 10 = “<=”...
- Page 40 Example: Parameter 1: Object size: 2 beams Bit 0 = 0 Bit 1 = 1 Bit 2 = 0 Bit 3 = 0 Bit 4 = 0 Bit 5 = 0 Bit 6 = 0 Bit 7 = 0 Parameter 2: Number of interrupted beams: 2 Bit 0 = 0 Bit 1 = 1 Bit 2 = 0...
- Page 41 Configuration page (0x86) only read → Read out taught in pattern from output 2 Parameter 1 Object size during pattern Teach-In, output 2 Parameter 2 Number of interrupted beams during pattern Teach-In, output 2 Parameter 3 Beam pattern for pattern Teach-In, output 2, beams 1 through 8 Parameter 4 Beam pattern for pattern Teach-In, output 2, beams 9 through 16 Parameter 5...
- Page 42 Configuration page (0x88) → Read-out analog output settings Parameter 1 Bit 0 Analog mode, voltage/current 0 = voltage, 1 = current Bit 1 Analog Teach-In mode 00 = size, 01 = position Bit 2 Analog Teach-In mode 10 = web edge Bit 5 Independent of position/ web edge position dependent/independent...
- Page 43 Configuration page (0x8A) → Read out blanking/configure display Parameter 1 Beam pattern for blanking of beams 81 through 88 Parameter 2 Beam pattern for blanking of beams 89 through 96 Parameter 3 Beam pattern for blanking of beams 97 through 101 Parameter 4 Bit 0 Display Intensity...
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Page 44: Maintenance Instructions
• Do not clean with solvents or cleansers which could damage the device. 10. Proper Disposal wenglor sensoric GmbH does not accept the return of unusable or irreparable products. Respectively valid national waste disposal regulations apply to product disposal. Maintenance Instructions...
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