Transcript
Click! 310/311 Serial to MM Fiber Installer Quick-Reference Guide
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Mount the device
Each device mounts over a T-bus for power and communication: 1 If the Click! 310/311 was shipped with the T-bus connector attached, remove the connector from the module. 2 Snap the connector onto the rail by positioning it over the rail with the male connector pointing right. Hook one arm over the edge of the DIN rail and press down on the other arm until it snaps into place. 3 Connect the T-bus connector to the rest of the T-bus by sliding them together until you hear them snap into place. 4 Mount the Click! 310/311 onto the DIN rail: position it properly over the T-bus connector, hook the lip over the lower edge of the DIN rail, and use a rocking motion to snap the module into place.
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Wire power and serial communication
If you are using a Click! 200 surge protector, power and communication are provided to the device through the T-bus (see the Click! 200 Quick-Reference Guide). If you don’t have a Click! 200 surge protector, use the following steps to wire power and communication into the device: 1 Plug a T-bus 5-screw terminal block into the first T-bus connector. 2 Wire DC power (10–30 V) from the power supply into the first screw terminal on the 5-screw terminal block; wire -DC into the second screw terminal. 3 Connect +485, -485 and GND to either the remaining three screw terminals on the 5-screw terminal block or to the screw terminals in the pluggable screw terminal block on the top of the device (see labels for correct wiring). The Click! 310/311 also have one other serial communication port, located on the faceplate. DB-9 connector – Connect a straight-through cable for RS-232 communication
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Wire fiber optic communication Each device has two ST fiber connectors, one for receiving data and one for transmitting. When connecting two modules, always wire from the TX to the RX and vice versa, as shown to the left. To connect fiber optic cables, push cable down then secure with a quarter turn to the right. NOTE: A Click! 310 can connect to another 310 device via fiber, and a Click! 311 can connect to another 311 device, but a Click! 310 can’t be connected to a Click! 311 because they use different wavelengths.
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Use on-device configuration features
Next, use the device configuration features to make sure the device is wired and working properly. The Click! 310/311 have four LEDs that monitor device activity and help you select operating modes, as well as a push-button, labeled Mode Switch, also used for operating modes. 1 Check LEDs to make sure the device has power. 2 Autobaud device to make sure it can talk to the sensor or other attached serial device (see table).
LED activity indicating functions: Red – Shows device has power Yellow – Shows device is transmitting data Green – Shows device is receiving data The blue LED has no activityindicating function.
Hold the push-button to cycle through modes, then release when the desired mode is reached. Selection
LED operating mode indicating functions: Operating mode Running Autobaud – Release push-button when green LED is solid to autobaud to sensor. Link Test (Server) – Release push-button when the blue LED is blinking. To perform a link test, one device must be in Server mode and a connected device in Client mode. Link Test (Client) – Release the push-button when the blue LED is solid to set the device in Link Test mode as a client. To perform a link test, one device must be in Server mode and a connected device must be in Client mode. Reset – Release push-button when red LED is blinking to reset to factory defaults.
NOTE: The link test function will be covered in part 9 of this document.
Completed failure success observe client device for link test results valid data invalid data no data
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Install Click! Supervisor
NOTE: Your device is now fully functional. If you don’t wish to make any other changes to configuration, you don’t need to follow the rest of the steps. However, the device can be further configured using Click! Supervisor, software available from Wavetronix. Click! Supervisor will enable you to view and change certain settings that mostly help in identifying your device. If you would like to install Click! Supervisor, follow these steps: 1 Download the setup file from www.wavetronix.com (under Support). 2 Double-click on the file to run the setup wizard. Follow the steps to install.
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Make a connection
1 Make sure there is a connection between the device and the computer that Click! Supervisor is on. This can be through the DB-9 connector on the modules or through another device also on the T-bus. 2 Run Click! Supervisor and select Communication. This screen lets you pick the type of connection you want to make, serial or IP. The devices will mostly likely be configured using serial communication. 3 Click Settings to make any necessary changes to the settings, such as the port or the baud rate. Click OK to return to the Communication screen, then click Connect. Keep the Click! ID set to 0. 4 In the next screen, Click! Supervisor will display all the devices it discovers. When the device appears, select it and click Select. Click! Supervisor will connect to the device.
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Select a driver 1 Select Setup Click on the main screen. You will see the following two drivers: SmartSensor – This driver is used if you plan on connecting from a TOC to your device to your sensor. You can use this driver to view and change certain basic functional and informational settings such as baud rate, device description and device location. Expert – This driver exposes all Click! 310/311 settings, and should be used only when you are instructed to by Wavetronix Technical Services. 2 Select the driver you want and click OK.
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Configure the module
As mentioned in Part 5, your device can function properly without any settings being changed in Click! Supervisor. The settings listed below can be changed if you prefer, but it is not necessary to do so. SmartSensor Driver Description – For informational/identification purposes only. This setting does not affect the operation of the device. Location – For informational/identification purposes only. This setting does not affect the operation of the device. Device ID – Changes the ID number associated with the device. By default this is the last five digits of the serial number. Baud rate – If connecting to a sensor, this must match the sensor’s baud rate.
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Verify the connection
The Click! 310/311 have a link test function, as mentioned in Part 4 of this document. This function tests the fiber optic link between two Click! 310 devices or two Click! 311 devices (the Click! 310 and 311 cannot communicate with each other). See Part 4 or follow the steps below to perform a link test between two devices. 1 Connect two Click! 310 devices or two Click! 311 devices together via fiber optic cables. 2 Set one of the devices as a server by pressing the push-button, then releasing when the blue LED begins flashing. A server in Link Test mode will have solid blue and red LEDs and the green LED will begin flashing as it sends data for the test. 3 Set the other device to be a client by pressing the push-button, then releasing the push-button once the blue LED turns on. The client device will have solid red and blue LEDs. 4 Observe the LEDs on the Link test result Red LED Blue LED Green LED Yellow LED client device to see if the link Good data from server solid solid blinking – is good. See the table to the Bad data from server solid solid – blinking right or the table in Part 4 for what the different LED No data from server solid – – solid combinations mean. 5 If the server Click! 310/311 is receiving invalid link test data, verify that both devices are really in Link Test mode. If this does not fix the problem, then make sure the cables are connected from TX to RX and vice versa. 6 Once the test is complete, the devices must be taken out of Link Test mode in order to operate. Press and release the push-button on each device to get out of Link Test mode.
Copyright © 2009 by Wavetronix LLC. All rights reserved. Wavetronix, Click! Simple Connectivity, Click!, CMD, SmartSensor and associated logos are trademarks of Wavetronix LLC. All other product or brand names as they appear are trademarks or registered trademarks of their respective holders. This document is intended for informational and instructional purposes only. The Company reserves the right to make changes in the specifications and other information contained in this document without prior notification. The Company shall not be liable for any errors contained herein or for any damages arising out of or related to this document or the information contained therein, even if the Company has been advised of the possibility of such damages.
