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WB-MSx Consumer IR Manual/en: различия между версиями
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'''Warning!''' Numbers used Modbus registers have changed since firmware version '''3.2.0'''. The instructions stated the new numbers of registers. If you are using a device with older firmware, the general principle remains the same, but the numbers of the registers are shifted; as it is — see the [[#Map registers, flags, and inputs (Inputs and Coils)|Map registers, flags, and inputs (Coils and Inputs)]]. A full description of IR device registers can be found in this article under [[#Register map|Register map]]. | '''Warning!''' Numbers used Modbus registers have changed since firmware version '''3.2.0'''. The instructions stated the new numbers of registers. If you are using a device with older firmware, the general principle remains the same, but the numbers of the registers are shifted; as it is — see the [[#Map registers, flags, and inputs (Inputs and Coils)|Map registers, flags, and inputs (Coils and Inputs)]]. A full description of IR device registers can be found in this article under [[#Register map|Register map]]. | ||
At the physical level, the module is connected via [[RS-485/en| RS-485]] interface. Modbus RTU Protocol is used to control the devices. In Wiren Board devices, Modbus data is transmitted over RS-485 communication lines. See the [[Протокол Modbus/en|Modbus Protocol]] page for details. Modbus-address of the device is set at the factory and marked on the label. The address can be changed programmatically | At the physical level, the module is connected via [[RS-485/en| RS-485]] interface. Modbus RTU Protocol is used to control the devices. In Wiren Board devices, Modbus data is transmitted over RS-485 communication lines. See the [[Протокол Modbus/en|Modbus Protocol]] page for details. Modbus-address of the device is set at the factory and marked on the label. The address can be changed programmatically. | ||
In devices with firmware version "'3.1.0"' and later it is also possible to change the settings of data exchange parameters — see [[#Register map|Modbus register map]]. | In devices with firmware version "'3.1.0"' and later it is also possible to change the settings of data exchange parameters — see [[#Register map|Modbus register map]]. | ||
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To play the signal from memory, write 1 to the flag register at <code>5002</code>. The signal recorded in the storage registers starting with <code>2000</code>will be played. In the absence of the marker of the end of the command will return an error. While the signal is playing, the flag register at <code>5002</code> will be set to 1 and then set to 0. While the signal is being played, no other operations with the IR transceiver via Modbus will be available. | To play the signal from memory, write 1 to the flag register at <code>5002</code>. The signal recorded in the storage registers starting with <code>2000</code>will be played. In the absence of the marker of the end of the command will return an error. While the signal is playing, the flag register at <code>5002</code> will be set to 1 and then set to 0. While the signal is being played, no other operations with the IR transceiver via Modbus will be available. | ||
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The control of the IR receiver is made through the Modbus registers flags (a full list can be found in [[#Map registers, flags, and inputs (Inputs and Coils)|Inputs and Coils]]). There are 3 types of operations with signals: | The control of the IR receiver is made through the Modbus registers flags (a full list can be found in [[#Map registers, flags, and inputs (Inputs and Coils)|Inputs and Coils]]). There are 3 types of operations with signals: | ||
* entry signal in the memory with the remote control, | * entry signal in the memory with the remote control, | ||
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* edit signal in memory. | * edit signal in memory. | ||
* in future versions it is expected to implement direct write from the operational buffer to ROM. | * in future versions it is expected to implement direct write from the operational buffer to ROM. | ||
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As in the case of registers of the permanent storage every time you can only perform one operation only one signal. Since during the execution of any operation one of the registers of flags is set to 1, and after the operation is completed there is set to 0, at any time among all the registers of flags related to the IR transceiver, only one register can be set to one. Attempting to write 1 to IR-related flag registers with an existing unit will result in a <code>BUSY</code> error | As in the case of registers of the permanent storage every time you can only perform one operation only one signal. Since during the execution of any operation one of the registers of flags is set to 1, and after the operation is completed there is set to 0, at any time among all the registers of flags related to the IR transceiver, only one register can be set to one. Attempting to write 1 to IR-related flag registers with an existing unit will result in a <code>BUSY</code> error | ||