Maximum Demand and Peak Load Control |
Our Maximum Demand controller has built-in Peak load facility which is useful in countries like India where load has to be under defined limit or restriction imposed by the electricity board for specific time period every day.
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The purpose of Maximum demand (MD) is, not to exceed the contracted maximum demand limit. MD predicts the demand and automatically shed / restore loads based on load priorities. MD utilizes the load optimally, always ensuring that it does not cross the sanctioned demand and thus saves from heavy penalties imposed by electricity boards.
KEY FEATURES
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Latest technology |
Saves your electricity
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Built-in Real-time
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DESCRIPTION
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SPECIFICATION
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Latest Micro-controller based technology in the market. Peak load timing and Peak load allowed is monthly programmable for the complete year with date and time.
There is provision to set two Off days in a week as imposed by power supply authority. MDI is based on 30 minute integration time.(customization available). Peak load and Demand control can be enabled or disabled as per requirement. MDI provides four relay outputs and is user programmable in the range of 80% to 100% of set load.
There is provision to set two Off days in a week as imposed by power supply authority. MDI is based on 30 minute integration time.(customization available). Peak load and Demand control can be enabled or disabled as per requirement. MDI provides four relay outputs and is user programmable in the range of 80% to 100% of set load.

MDI_TechSpecs | |
File Size: | 412 kb |
File Type: |
Technical |
Description |
Power Supply |
200-240V AC, 3 phase 4 wire connection |
Interface |
Rs485 connector for remote logging using Sigma Studio |
Display |
20x4 LCD Display |
Dimensions |
144x144mm front bazel size and 138x138mm cut out |
RTC |
Built-in complete one year calendar. |
Output |
Four independent Relay output for fault indication and load cut-off |
Parameters |
kWh, kVAh, kVArh. Single phase & three phase kW, kVa, kVar and Power Factor. Volt, Amp, frequency and Power Factor for each single phase. |