The Honeywell UDC Universal Digital Controller is a microprocessor-based stand alone controller. It combines the highest degree of functionality and. Find great deals for Honeywell UDC Universal Digital Controller. Shop with confidence on eBay!. There are UDC ‘s at both ends, however as the set point is managed by Lookout, the controllers just provide local control and display the.
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To search the site, enter your search terms in the box labeled “search the site” and hit Enter. By Bill Clemons on 15 July, – 5: By Patti on 4 November, – 2: Use double quotes around phrases, as follows: By Anonymous on 23 July, – The lake receives water from a river and releases it to the same down stream. You have clicked on the “? Thanks for the reply.
By Chris Jenerick on 14 November, – First mention your complete model no. NandaKumar on 16 July, – 8: Select the categories for which you would like to see messages displayed Welcome to the Modbus Community, about the world’s leading automation protocol.
Honeywell UDC – In Stock, We Buy Sell Repair, Price Quote
The UDC configuration described is a level control wherein the object of the control loop appears to be:. You must be a Control.
I would like a little more clarification on what your measuring and what your controlling – ‘gate position’ is pretty hard to measure unless you usc some sort of valve positioner arrangement.
The outlet control is likely configured for direct operation increased level increase output, open gate. This control occurs at two places on the reservoir: The UDC configuration described is a level control wherein the object of the control loop appears to be: The ‘Rng1’ error your getting refers to the analogue input UDC’s are twin-loop controllers though in your application loop 2 is disabled It shows that error when the input range goes above 20ma or below 4ma.
So that i can help you to resolve the problem.
Could this be a span problem? Put the controller in manual and wind the output up and down while watching the measured value. Username Password Remember me on this computer. Adjust the head gate position to maintain reservoir level. SPHiLim is the parameter that determines how high the setpoint on the controller can be wound up to. Note that common words and, that, etc. Open the gate x amount for x period. The inlet control is likely configured for reverse operation increaed level decrease output, close gate.
Remember me on this computer. I’ve fiddled around with a few UDCs and being typical Honeywell the book is about as clear and thick as mud.
Honeywell UDC 3000 Universal Digital Controller
By Biscuithead on 12 July, – 7: By Steve Smoker on 4 October, – 7: The bound manual you are looking for is Product E. Please log in and try again. If you’re not already a member, consider joining. Since the two can be connected through Lookout, you may consider implementing a staged control wherein the downstream UDC handles a majority of level changes in the reservoir small deviations in level.
The set point should be the desired level of the reservoir.
Honeywell UDC3000 Specification
Hi Patti The bound manual you are looking for is Honeywwll E. To exclude a word, precede it with a “-“, as follows: Try those and reply if its still not working. By Darren on 15 November, – 4: Here are is the model number and settings. Since both UDC work to maintain level, there may be conditions where the two work together or against each other to maintain the reservoir level.
I would verify your getting a good input signal and the full range of gate movement in reponse. It doesnt limit the controller output as the PID function will wind the output up until saturation if the measured value never reaches the setpoint.
Once 30000 verify everything going in and out of the controller as it should I would then start to look at parameters INSIDE the controller.