Table of contents Intended Use Safety Precautions 2.1. Safety Precautions 2.2. Laser/LED warnings EU Declaration of Conformity Technical Data 4.1. Connection diagram 4.2. Housing dimensions 4.3. Control panel 4.4. Complementary products Assembly instructions Initial Operation 6.1. Operation using a controller without EDS file use 6.2.
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Detailed description of the object models for EtherNet/IP TM devices 8.1. Identity object (0x01) 8.2. Message router object (0x02) 8.3. Assembly object (0x04) 8.4. Connection manager object (0x06) 8.5. Port object (0xF4) 8.6. TCP/IP interface object (0xF5) 8.7. Ethernet link object (0xF6) 8.8.
2.2. Laser/LED warnings Laser class 1 (EN 60825-1) LASER CLASS 1 standards and safety instructions EN60825-1 must be observed. 2007 3. EU Declaration of Conformity The EU declaration of conformity can be found on our website at www.wenglor.com in download area. RoHS...
4. Technical Data Order no. OCP801P0150E OCP162P0150E OCP352P0150E OCP662P0150E Working range 30…80mm 40…160mm 50…350mm 60…660mm Measuring Range 50mm 120mm 300mm 600mm Reproducibility 15…50µm 20…70µm 20…150µm 70…1000µm Linearity deviation 50…100µm 50…160µm 100…500µm 100…1000µm Temperature drift <5µm/K <10µm/K <20µm/K <50µm/K Output rate 330/s Light source Laser (red)
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Typical reproducibility curves in the working range OCP801P0150C OCP162P0150C 30 35 40 45 50 55 60 65 70 75 80 88 100 112 124 136 148 160 Working Range mm Working range mm OCP662P0150C OCP352P0150C 1000 60 120 180 240 300 360 420 480 540 600 660 50 80 110 140 170 200 230 260 290 320 350 Working Range mm Working Range mm...
4.1. Connection diagram Legend Encoder A Platinum measuring resistor Encoder B Supply Voltage + not connected Supply Voltage 0 V Digital output MIN Test Input Digital output MAX Supply Voltage (AC Voltage) Test Input inverted Switching Output (NO) Digital output OK Trigger Input Switching Output (NC)
No connection established Device connected, connection established Green Device connected, connection established, communication active Green flashing 4.4. Complementary products wenglor offers Connection Technology for field wiring. Suitable mounting technology no. Suitable connection technology Midspan adapter Z0029 Junction with PoE ZAC50N0x...
For a detailed description for different controllers and for installation of the files or project planning of the network refer to the help files of the relevant controller. wenglor provides a short exemplary instruction for com- device (www.wenglor.com Products Product search (order number) missioning of an EtherNet/IP ...
7. Functional description OLED display Process Text Analyse Modus Network Display Rotate Intensity Normal Power star Screensaver High Resolution Middle Filter Illumination Value in µs Normal Output Rate Fast Laser Value in µm Measured Value E/A Test Nr. of Status Bit Status Bits Warmup Warmup...
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Fig. 1: Menu set language Press button to navigate: : Navigate to top. : Navigate to bottom. : Enter button. Press the Enter button to confirm the selection. Meaning of the menu items: : one level up in the menu. 3Back : switch to display mode.
7.1. Run Sensor switches to display mode. Order number OCP662P0150E Bar display of current measured value Status LEDs compared to the measurement range 79,340 mm Current measured value in mm Explanation of symbols of status LEDs: Meaning Condition 1 Condition 2 Condition 3 Symbol Symbol 1...
7.2.2. Display intensity Intensity Adjusting the display intensity Min Min: The intensity of the display is set to a minimum value. Normal Normal: The intensity of the display is set to a medium value. Max Max.: The intensity of the display is set to a maximum value. ...
7.5. Exposure The sensor automatically adjusts it exposure time or light pulse length to the object to be detected up to a maxi- mum value. In the preset DCM (Default Capture Mode) the sensor has a fixed, maximum possible exposure time.
7.8. I/O test This function manually changes the output of the sensor. It can be used to test whether the further process functions as required. The test is terminated automatically when exiting the test menu. This also occurs auto- matically if no button has been pressed for a period of 10 minutes. I/O test Testing the sensor outputs Measured value...
7.9. Network Network Network parameter settings IP address IP address: Display of the IP address set. Subnet mask Subnet mask: Display of the Subnet mask set. Std gateway Std gateway: Display of the standard gateway set. 3 Back 7 Run 7.10.
7.13. Password The password protection avoids an accidental amendment of the adjusted data. Password Setting the password function Activate Activate: Switching the password protection on or off. If the password protec- Change tion is activated, the operation of the sensor will be locked after inter- Lock ruption of the power supply and not released until successful entry of 3 Back...
Detailed description of the object models for EtherNet/IP devices 8.1. Identity object (0x01) This object provides the identification of the device. Identity object (object class ID 0x01) Class attributes Name Access Revision Max instance Number of instances Maximum ID number class attributes Maximum ID number instance attributes Class services Code...
8.2. Message router object (0x02) The message router defines the connection paths to other objects and allows access to the objects via these paths. Message router object (object class ID) Class attributes Name Access Revision Max instance Number of instances Optional attribute list Optional service list Maximum ID number class attributes...
8.3. Assembly object (0x04) The assembly object links attributes of different objects to allow for their transmission as a whole via a single connection. The following assemblies are available: • Input assembly (producing) 0x65 • Config assembly 0x64 Assembly object (object class ID 0x04) Class attributes Name Access...
8.4. Connection manager object (0x06) This object manages internal resources for maintaining explicit and implicit connections. Connection manager object (object class ID 0x06) Class attributes Name Access Revision Max instance Number of instances Optional attribute list Maximum ID number class attributes Maximum ID number instance attributes Class services Code...
8.5. Port object (0xF4) This object describes the existing CIP ports of the device. Port object (object class ID 0xF4) Class attributes Name Access Revision Max instance Number of instances Maximum ID number class attributes Maximum ID number instance attributes Entry port Port instance info Class services...
8.6. TCP/IP interface object (0xF5) This object implements mechanisms for configuration of the TCP/IP layer such as, for example, IP address, subnet mask, and gateway address. TCP/IP interface object (object class ID 0xF5) Class attributes Name Access Revision Max instance Number of instances Maximum ID number class attributes Maximum ID number instance attributes...
8.7. Ethernet link object (0xF6) This object configures the connection-specific properties (MAC-ID, Transmission rate etc.) of the Ethernet interfaces. Ethernet link object (object class ID 0xF6) Class attributes Name Access Revision Max instance Number of instances Maximum ID number class attributes Maximum ID number instance attributes Class services Code...
8.8. QoS object (0x48) The QoS (Quality of Service) object can be used to configure the DSCP values of the different outgoing message priorities. QoS object (0x48) Class attributes Name Access Revision Max instance Number of instances Maximum ID number class attributes Maximum ID number instance attributes Class services Code...
8.9. Vendor-specific object (0x64) 8.9.1. Configuration assemblies Configuration assembly (assembly instance ID 0x64) for OCP Byte Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Filter Reserved Display Button Webser- Output Emitted rotate lock ver lock rate...
8.9.2. Static input assembly The input assembly (input from the point of view of the controller) contains the process data of the sensors. Static input assembly (assembly instance ID 0x65) for OCP and OY2TA Byte Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2...
9. Web-based configuration The device is equipped with a web-based set-up interface which operates independent of the operating sys- tem. Parameterizing of the device can conveniently be done using a standard web browser. In delivery condi- tion the device expects the IP address from a DHCP server. The web-based set-up interface is not required for normal operation on the controller.
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In order to now be able to open the website of the device (in the example OCP662P0150E), the IP address must be entered in the address bar of the browser as described Example: 192.168.100.10 The overview page Device general is not password protected. If the pages of the device or port settings are opened a password query appears.
9.2. Page structure The webpage is divided in the following 4 areas: 1. Language selection: The language selection is used to change the webpage from English (delivery condition) to German, French, Spanish oder Italian. 2. Display: On every page the current display is shown as on the device itself. 3.
Network settings If the device is not operated on a controller it is possible to change the network settings. By default, IP address assignment is done via a DHCP server. In delivery condition, the network setting is set to "Obtain IP address automatically".
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Exposure For a functional description of the exposure see chapter 7.5. Emitted Light For a functional description of the emitted light see chapter 7.7. Sensor settings reset A reset restores the factory settings of the display and measured value settings. Device test For a functional description of the device test see chapter 7.8.
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