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20.6 Generating and uploading FORTE logic file

Manual 1.8.1 20 Programmable logic controller

After the PLC design is finished and debugged, such design can be compiled into FBOOT file and uploaded to one or multiple devices to be used in production. As application being debugged is not automatically considered as a default application, one should be u...

16.1 At command

Manual 1.8.1 16 Specific protocols

Overview At command protocol is used for communications with AT Commands. Configuration At command parameters for Device tab Parameter Type Description Required Default value (when not specified) Range Min Max name s...

16.4 Delta

Manual 1.8.1 16 Specific protocols

Overview Delta protocol is used to communicate with Delta inverters over serial communication. Configuration Delta parameters for Device tab Parameter Type Description Required Default value (when not specified) Range Min Ma...

16.3 COMLYNX

Manual 1.8.1 16 Specific protocols

Overview Comlynx protocol is used to communicate with Comlynx inverters over serial communication. Comlynx parameters for Device tab: Parameter Type Description Required Default value (when not specified) Range Min Max ...

16.2 Aurora

Manual 1.8.1 16 Specific protocols

Overview The Aurora Protocol is a link layer communications protocol for use on point­-to-­point serial links. Itis intended for use in high­speed (gigabits/second and more) connections internally in a computeror in an embedded system. It uses either 8b/10b...

16.13 M-Bus

Manual 1.8.1 16 Specific protocols

Overview M-Bus or Meter-Bus is a protocol for the remote reading of water, gas, or electricity meters. M-Bus is also usable for other types of consumption meters, such as heating systems or water meters. The M-Bus interface is made for communication on two wi...

16.12 Windlog

Manual 1.8.1 16 Specific protocols

Overview Windlog protocol is used for communications with the Windlog data logger. Configuration Windlog parameters for Device tab Parameter Type Description Required Default value (when not specified) Range Min Max n...

16.11 VESTAS

Manual 1.8.1 16 Specific protocols

Overview Vestas is a protocol used for communication with solar station automation via serial link. Configuration Vestas parameters for Device tab Parameter Type Description Required Default value (when not specified) Range Min ...

16.10 VBUS

Manual 1.8.1 16 Specific protocols

Overview Vbus is a protocol used for communication with solar station automation via serial link. Configuration VBUS parameters for Device tab Parameter Type Description Required Default value (when not specified) Range Min ...

17.3 Elgama

Manual 1.8.1 17 Metering protocols

Overview Elgama protocol is used for communications with Elgama elektronika electricity meters. Configuration Available meter types (use number only): 0 ­ EPQM/LZQM 1 ­ EPQS 2 ­ GAMA300 3 ­ GAMA100 4 ­ ITS cl Elgama parameters for Device tab ...

20.7 Distributed control application

Manual 1.8.1 20 Programmable logic controller

IEC 64199 standard introduced requirements for a distributed control. This means that multiple devices can change information between them and make their own decisions based on the data they receive from other sources. This enables distributed applications bet...

17.2 IEC 62056-21

Manual 1.8.1 17 Metering protocols

Introduction IEC 61107 or currently IEC 62056-21, was an international standard for a computer protocol to read utility meters. It is designed to operate over any media, including the Internet. A meter sends ASCII (in modes A..D) or HDLC (mode E) data to a ne...

17.1 DLMS/COSEM

Manual 1.8.1 17 Metering protocols

Introduction IEC 62056 is a set of standards for electricity metering data exchange by International Electrotechnical Commission. The IEC 62056 standards are the international standard versions of the DLMS/COSEM specification. DLMS or Device Language Messag...

18.5 Virtual device

Manual 1.8.1 18 Excel Configuration

General The virtual device is a device that you can use to calculate additional math or keep a counter. It doesn't bind to any protocol and only works when its math expression is used.  Virtual device functionality is only available since firmware version v1...

18.4 Uploading configuration

Manual 1.8.1 18 Excel Configuration

As of WCC Lite version v1.4.0, there are three separate ways to import the configuration: import an Excel file via the web interface, generate compressed configuration files and later upload them via the web interface; or generate compressed configuration file...

18.3 Mathematical functions

Manual 1.8.1 18 Excel Configuration

Signal value might require some recalculation or signal update prior to being sent. Understandably, existing columns in Excel configuration like multiply, add, bit_select might not be flexible enough. To overcome these limitations, symbolic mathematical expres...

18.2 Optional parameters for signals

Manual 1.8.1 18 Excel Configuration

The signals sheet contains all signals linked to devices. Each signal is defined in a single row. The Signal list can be split into multiple sheets. Each sheet name may start as Signals. Required attributes These attributes are mandatory for every configured...

18.1 Devices sheet

Manual 1.8.1 18 Excel Configuration

Devices sheet contains all devices to be configured on the gateway. Each row represents one device and its settings. Following options are required for each device: name - Name of the device. Used for representation only. description - A short description ...

19 WCC Lite internal signals

Manual 1.8.1

Overview The WCC Lite contains several internal data points for readout and control which can be accessed via the Pooler service. Configuration Devices section In the devices section, only the protocol, scan_rate_ms and poll_delay_ms are to be configured f...

16.5 GINLONG

Manual 1.8.1 16 Specific protocols

Overview Ginlong protocol is used to communicate with Ginlong inverters over serial communication. GINLONG parameters for Device tab: Parameter Type Description Required Default value (when not specified) Range Min Max ...