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Serial Port Configuration 

To modify the data serial port, enter “0” to access the Serial Port Configuration menu. 

 

Each radio has two serial ports for communication; one is a lower speed diagnostics port 

and the second is a high speed data port.  These ports are RS-232 type, with 

input/output voltage levels of 0 volts/+3.3 volts.  A 3.3 volt to RS-232 level converter is 

required to communicate with standard RS-232 serial port devices, including computers.  

The ports are typically configured as 8 bits of data with no parity and 1 stop bit by 

default.  The diagnostics port has no provision for hardware flow control.  The data port 

is typically used with hardware flow control, although flow control can be disabled in 

the serial port configuration menu. 

The standard 

diagnostics port

 configuration is 115.2 Kbps, 8 data bits, no parity, 1 stop 

bit, and cannot be changed by the user.  The 

data port

 configuration is editable through 

                   Configuration/Utilities Menu 
        XETA4-TMFA rev 0, firmware 1.53.19108, SN E50243FC 
                   Mode: Slave (2) to Master (1) 
 
0  : Serial port configuration menu 
1  : RF and hopping menu 
2  : Bit rate and modulation type menu 
3  : Network menu 
4  : Advanced menu 
5  : Utilities menu 
Esc: Return to previous menu 
 
Enter selection: 

                Serial Port Configuration Menu 
 
0  : Data serial bit rate            115200 bps 
1  : Data serial framing             8N1 
2  : Data serial protocol            Raw 
3  : Baud clock multiplier           0 
4  : Data serial flow control        Enabled 
5  : Serial message delay            35 bits 
6  : Data serial interface           RS-232 
7  : Delay after RS485 drivers on    40 bits 
8  : Delay before RS485 drivers off  10 bits 
9  : Seamless group                  0 
a  : Modbus group                    0 
     Diagnostic serial bit rate      115200 bps 
Esc: Return to previous menu 
 
Enter selection: 

Содержание XETA4-TMFA

Страница 1: ...XETA4 TMFA User Manual Rev B...

Страница 2: ...ntenna Compliance 8 Configuration 8 Password Protection 8 Communicating with the XETA4 TMFA 8 The Diag Port 8 Operating Menu 10 Configuration Utilities Menu 10 Serial Port Configuration 11 Baud Rate 1...

Страница 3: ...policy may not apply 1 If product repair adjustments or parts replacements is required due to accident neglect or unusual physical electrical or electromagnetic stress 2 If product is used outside of...

Страница 4: ...ed in compliance with FCC regulations in the 450 470 MHz frequency bands The transmit antenna shall be kept at least 187 cm from physical space where humans may exist based on a maximum antenna gain o...

Страница 5: ...member of the public in the direction of maximum radiation Professional installers receive radios with factory preset settings in compliance with the values and limits specified in the radio certifica...

Страница 6: ...tice and maintain a safe distance as calculated below The MPED Maximum Permissible Exposure Distance is calculated using the FCC limit for a general population uncontrolled exposure in the 450 470 MHz...

Страница 7: ...ith Industry Canada s license exempt RSSs Operation is subject to the following two conditions 1 This device may not cause interference and 2 This device must accept any interference including interfe...

Страница 8: ...z 450 470 MHz IC Setting This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to IC ICES 003 This unit must be installed in a fixed location Cet qui...

Страница 9: ...n science et d veloppement conomique Canada Calcul MPE Use General Utilisation G n ralit s Antenna 11 2 dBi Antenne 11 2 dBi For 406 1 470 MHz single transmitters General use Pour metteurs simples 406...

Страница 10: ...unique mathematical calculation that is proprietary to XetaWave LLC Users have the ability to set parameters via the Diag port within the permissible limits Users do not have access to programming cap...

Страница 11: ...ting interrupt_init coresight_init coresight_start watchdog_init spi_init SPI_BUS_0 spi_init SPI_BUS_1 spi_init SPI_BUS_FLASH flash_init config_init mfg_cals_init math_init twi_init iox_init pll_init...

Страница 12: ...es of the two radios making the link In the above example the radio is a Slave unit address 8 and will link with a Master unit address 1 Options Enter 0 to display the configuration settings and utili...

Страница 13: ...rt configuration menu The standard diagnostics port configuration is 115 2 Kbps 8 data bits no parity 1 stop bit and cannot be changed by the user The data port configuration is editable through Confi...

Страница 14: ...operation Enter 3 to modify the baud clock output that is synchronous with the data serial port The output clock may be used to synchronize the user hardware to the radio clock for ease of serial por...

Страница 15: ...second character represents parity and can be set to N O or E for none odd or even The last character represents stop bits and can be set to 1 1 5 or 2 RF Configuration This menu allows for the select...

Страница 16: ...illiwatts of the radio within the limits of the radio certification This parameter sets the power as measured at the radio connector and does not compensate for any interconnecting cable loss antenna...

Страница 17: ...ve messages from the slave s If the radio is a slave then this is the frequency that it will use to transmit all messages to the master If a three digit number with or without a decimal point and addi...

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