CCS WattNode-Advanced
Manufacturer: CCS Continental Control System
Product: WattNode
Model: Advanced
Class: MODBUS
Updated: 2024-06-27
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WattNode Advanced driver
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) - Drop-down menus are provided for selecting CT ratings for each of the three phases metered.
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 | ||
| 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. 120-600VAC L-N. External CTs. Modbus 'A-' = D0.