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Batten Holder Edison SCR Adjust

White Electric | Batten Holder Edison SCR Adjust

Batten Holder Edison SCR Adjust

Item Number: 535ES-WE

Retail
$50.83
RRP (Inc. GST)

Datasheet

Barcode

Qty UoM EAN Colour
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Specifications

Design

Range

Clipsal

Product or component type

Edison screw lamp holder

Colour tint

white electric

Physical

Provided equipment

  • lamp holder
  • skirt
    • Device mounting

      surface

      EU RoHS Directive

      Under investigation

      Others

      Unit Type of Package 1

      PCE

      Number of Units in Package 1

      1

      Package 1 Weight

      0.116 kg

      Package 1 Height

      64 mm

      Package 1 width

      66 mm

      Package 1 Length

      84 mm
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      Frequently Asked Questions

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      What is the wattage for a Clipsal 530ES Batten Holder ?

      It is 60 watts

      What is the wattage rating for Clipsal 501ES

      It is 200w for white ones

      What is the dimensions for a PDL 535WH

       Dimensions -  158mm x 158mm x 140mm high.

      How to create Status point or an Alarm for IO not responding?

      Using E-series configurator and configuring the Scadapack 535E RTU.
      Under IO Folder>Scadapack IO; configure 6601 module address 0. Enter Status Point number 500. Write configuration to the scadapack then restart RTU.


      Add point 500 as Binary input in the Point browser: If DNP binary input point 500 value is 1; The 6601 module address 0 is responding
      If DNP binary input point 500 value is 0; The 6601 module address 0 is NOT responding.


      Also, using the Analog input point under Points folder, Read from the controller and see point quality flags indicates.


       

      Video: How do I configure IO boards and points on a SCADAPack RTU and then test them with Series E Configurator software?


      Issue: Need to use Series E Configurator software to configure the IO boards to communicate correctly with your SCADAPack RTU processor board. Need to use Series E Configurator software to configure system points, derived points and physical points on the IO boards correctly. Need to use Point Browser tool in Series E Configurator software to test reading from and writing to configured points.
      Product Lines:
      Series E Configurator
      SCADAPack RTU
      Environment:
      Microsoft Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, Windows 8, or Windows 10, on 32-bit or 64-bit Operating System
      Cause: N/A
      Solution:
      1. Factory reset your RTU
      2. Start Series E Configurator,
      3. Use USB communication setting
      4. Read the RTU Configuration
      5. Open IO-> SCADAPack IO on the left-hand side of Series E Configurator window
      6. When you read the configuration of a factory reset rtu, the modules will not be automatically created
      7. Add a 6601 composite IO module if you are using a 535e RTU.
      8. If we’re using remote IO you’re going to need to change the address so that each address is unique so that you can target each IO board correctly.
      9. Now add another module. You’re going to add the 6201 IO board these are the IO on the actual processor of the 535e on the top rack. Now you can see that your physical IO has been created and it correlates to the physical points on the SCADAPack.
      10. Map the physical points to the dnp points for all physical IO. So just type in 1, 2, 3, 4, 5, 6, 7, 8 for DIs 1, 2, 3, 4, 5, 6, 7, 8 etc. so it’s easy to keep track of their point numbers.
      11. Write the configuration to the SCADAPack. Once the configuration is written open the Points pages and you can see that your physical points have been mapped to dnp points here.
      12. Double click a point to observe the properties.
      13. Create a point from the Points page. To do this you can either create a range or a single point. You must select your point type. For this point we're going to select system and point number 50005. This point correlates to the point the which represents the 6601 IO firmware version.
      14. Open your point browser and start creating some points to test: DIs 1 and 2 and the Dos and AIs from the 6601 module; the last DO from the 6201 module; and the system point you created.
      15. Select the read button and all your values will update.
      16. Make a comment. This is just a point description and this will come straight through to the point browser.
      17. Observe that point 50005 matches your IO firmware.
      18. Test your binary values by writing a 1 to some of them and checking if the corresponding led comes on. If it doesn’t, go to controller setting as and check the led power always on the box and write the configuration. Once it's written and you’ve confirmed the binary points were written to the SCADAPack you should see the led come on.

      Video: How do I communicate between Series E Configurator software and my SCADAPack RTU?



      Issue: Need to use Series E Configurator software to configure SCADAPack RTU. But first, need to know how to set up communications between Series E Configurator software and my SCADAPack RTU
      Product Lines:
      Series E Configurator
      SCADAPack RTU
      Environment:
      Microsoft Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, Windows 8, or Windows 10, on 32-bit or 64-bit Operating System
      Cause: N/A
      Solution:
      1. Factory Reset the RTU
      2. Open Series E Configurator and create a new project. I am using a 535e SCADAPack RTU today.
      3. Communicate via USB by going to the communication drop-down menu and select USB.
      4. Read the RTU configuration.
      5. Once the RTU configuration has been read into your RTU click on the general status page. In here you can see many properties of the RTU. If you press refresh it will update your up time and you can also see your input voltage and whether it is normal or out of range.
      6. Set the RTU up for Serial communication
      7. Open the ports folder on the left-hand side.
      8. The DNP address of a factory reset RTU is zero. Change this to a unique number. This needs to be unique because if we have two RTUs at DNP address 12 on the network and you try to communicate with slave device 12, the master will get confused and not know where to send that information.
      9. Set the port 2 functions for serial communication.
      10. Write your new DNP address to your RTU. Once the write is complete go to the communication drop down box and select serial.
      11. Click on your communications setting icon.  Make sure your parameters are the same as your port 2 functions and that your communication with the correct com port.
      12. Try to refresh your page. It will fail because you haven’t updated your target DNP address. So, update this, then go into controller status and refresh your page again and see the traffic light come back to green
      13. Set the RTU up for Ethernet communication
      14. Open TCP/IP page then add your IP address to Ethernet 1. The IP address must be on the same subnet as the rest of your network and the final number must be unique. Enter a subnet mask of 255.255.255.0
      15. Change the IP Address of your computer to be on the same subnet as your RTU
      16. Write the IP address to the RTU.
      17. Now go to the communication drop down box select TCP click on the communication box and enter your IP address and the TCP port number of the RTU is 20000. Refresh your page again and you’ll see the traffic light come back to green if the communication has been set up correctly.
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