CCS WattNode-Advanced with Demand
Manufacturer: CCS Continental Control System
Product: WattNode
Model: Advanced with Demand
Class: MODBUS
Updated: 2024-06-27
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WattNode Advanced w/Demand
Description
This driver is designed for use with WattNode Modbus Module (WND) WattNode Modbus (WNC) and Multi-Circuit meter (MCM).
Settings
Name - The name is up to the user. Our suggestion is to choose a naming convention that makes the viewing the device list intuitive. Such as referring to the sensor and/or application. Keep the name short as it will be combined with the register name to create the default “Field” name (if added to “Fields”)
Active Check box - Check this box and “Save changes” to run the driver. The driver program can be suspended by unchecking the box and clicking on “Save changes”.
Notes - This space can be used to store information specific to the device, such as: location, wiring, scaling, etc.
Meter settings
Address - Enter the RTU device number (must be unique on the bus) or the last octet of the IP address, if connected via Ethernet/TCP
Module - Default setting is RTU for WattNode WND & WNC models. For Multi-Circuit Meter (MCM) select the corresponding Unit (circuit) number.
CT (A, B, & C) - Enter the CT ratings for each of the three phases metered.
Serial number (optional) - The serial number of a WattNode can be used to validate the meter data. Since the Modbus ID is how the meter (devices) are identified on the bus, changing the Modbus ID changes the data mapped to the ezeio Fields. If a serial number is entered into this field, the driver will check the serial number before accessing the data on the meter.
Registers
| # | Name | Unit | Description |
|---|---|---|---|
| 1 | Total Energy | kW h | |
| 2 | Total Power | kW | |
| 3 | Power phase A | kW | |
| 4 | Power phase B | kW | |
| 5 | Power phase C | kW | |
| 6 | Volt average ph-N | V | |
| 7 | Volt phase A-N | V | |
| 8 | Volt phase B-N | V | |
| 9 | Volt phase C-N | V | |
| 10 | Current phase A | A | |
| 11 | Current phase B | A | |
| 12 | Current phase C | A | |
| 13 | Power factor average | ||
| 14 | Power factor phase A | ||
| 15 | Power factor phase B | ||
| 16 | Power factor phase C | ||
| 17 | Rolling demand | kW | |
| 18 | Window Demand | kW | |
| 19 | Volt average L-L | V | |
| 20 | Volt phase A-B | V | |
| 21 | Volt phase B-C | V | |
| 22 | Volt phase C-A | V | |
| 23 | Total Energy NR | kW h | |
| 24 | Positive Energy NR | kW h | |
| 25 | Negative Energy NR | kW h | |
| 26 | Energy phase A | kW h | |
| 27 | Energy phase B | kW h | |
| 28 | Energy phase C | kW h | |
| 29 | Total Reactive Energy | kVAR h | |
| 30 | Reactive Energy phase A | kVAR h | |
| 31 | Reactive Energy phase B | kVAR h | |
| 32 | Reactive Energy phase C | kVAR h | |
| 33 | Reactive Power total | kVAR | |
| 34 | Reactive Power phase A | kVAR | |
| 35 | Reactive Power phase B | kVAR | |
| 36 | Reactive Power phase C | kVAR | |
| 37 | Total Apparent Energy | kVA h | |
| 38 | Apparent Energy phase A | kVA h | |
| 39 | Apparent Energy phase B | kVA h | |
| 40 | Apparent Energy phase C | kVA h | |
| 41 | Total Apparent Power | kVA | |
| 42 | Apparent Power phase A | kVA | |
| 43 | Apparent Power phase B | kVA | |
| 44 | Apparent Power phase C | kVA | |
| 45 | Reset energy | ||
| 46 | Frequency | Hz |
Notes
Three phase electric energy meter. Supports demand calculation. 120-600VAC L-N. External CTs. Modbus 'A-' = D0.