Please see the Following table for StarServe Enclosures: Part Number Description Dimensions 3105ABEN Slimline Plastic Enclosure 269mm(W) X 383mm(H) X 84mm(D) 3105PEN7440 ABS Plastic Enclosure - Suited for NBN 405mm(W) X 750mm(H) X 150mm(D) 8000LEN Lite-Size Metal Enclosure 200mm(W) X 300mm(H) X 145(D) 8000LFK 8000LEN Enclosure Flush Kit 3105PENF Professional Metal Enclosure, Flush Mount 465mm(W) X 895mm(H) X 113mm(D) 8000MEN Mid-Size Metal Enclosure 415mm(W) 450mm(H) X 145mm(D) 8000MENFK 8000MEN Enclosure Flush Kit 3105PENS Professional Metal Enclosure, Surface Mount 465mm(W) X 895mm(H) X 113mm(D) For Further information please visit www.clipsal.com/Trade/search-results?q=starserve 8000MEN 3105PENS 8000LEN 3105PENF 3105PEN7440 3105ABEN

Yes. Flush Version - 3105PENF Surface Version - 3105PENS

For a flush StarServe lite enclosure, surface mount enclosure 8000LEN and the flush mounting kit 8000LENFK to suit 8000LEN are needed. For further information please visit: https://www.clipsal.com/Trade/Products/ProductDetail?catno=8000LENFK https://www.clipsal.com/Trade/Products/ProductDetail?catno=8000LEN 8000LEN

No. Unfortunately, part is no longer available. Replaced with 3105ABEN (Enclosure),3105SPF2(TV Splitter),3105APP8H6(Data Panel) 3105APP8/6(Phone Panel),3105VDU38IR(Video Distribution Hub) & RJ5/05PL-BU(Patch Leads)

Goals and Symptoms The attached code shows an example of how to set the controllers TOD with IEC FBD logic. Causes and Fixes Step Action Description 1 Write a value of 0000H to the TOD control register This stops the clock. 2 Write the new TOD data to the clock registers These are the values the clock will start from when the final command is processed. 3 Write a value of 8000H to the TOD control register This commands the TOD to read in the new values. Once the PLC is finished reading in the new data, the register will return a value of 2000H. 4 Write a value of 4000H to the TOD command register This starts the clock. Once running, the TOD registers will be updating and the TOD command register will return a value of 6000H. The steps above must be done one per scan so the solve order in the example code is important for this function. The controllers TOD clock is set to start at register 400001. Step #1: The operation is initiate by setting Boolean Stop_Clock to rising edge 1. The variable Stop_Code (0000Hex) is sent to the TOD control register thus stopping the clock. Setting rising edge Boolean Set_Time to 1. Step#2 From the previous step Set_Time is a logical one, thus enabling all of the MOVE blocks which contain the desired replacement time values. The last MOVE block triggers a rising edge READ_CLOCK sending READ_CODE 8000Hex to the TOD control register. Step#3 The next scan Start_Code 4000Hex is sent to the TOD control register starting the clock with the previously loaded replacement time values. Legacy KB System (APS) Data: RESL169004 V1.0, Originally authored by on , Last Edited by on Related ranges: Concept

Weather shield enclosure will line up with the 2000MF range, screw mountings will go on an angle to the pole, opposing the enclosure and may be tricky. Available standard as white. If diameter surface is less than 300mm you may be able to use a 56PMK. 2000MFV range has a large amount of variable for different sized diameter surfaces. Please see following link for complete range of sizes https://www.clipsal.com/Trade/search-results?q=2000mf