General Monitors FL4000H, Быстрый старт

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Model FL4000H
change its query address in order to once again communicate with the FL4000H.
NOTE:
By grounding the RESET input during the power-up cycle (approximately 10 seconds),
the address of the FL4000H will default to 1.
4.10.33 COM2 Baud Rate (0x0030)
A read returns the COM2 baud rate of the FL4000H. A write changes the baud rate to the
requested level. After changing the baud rate of the FL4000H, it will be necessary for the
controlling or master device to similarly change its own baud rate in order to once again
communicate with the FL4000H.
NOTE:
By grounding the RESET input during the power-up cycle (approximately 10 seconds),
the baud rate of the FL4000H will default to 19.2K. Valid settings are shown in Table 33
4.10.34 COM2 Data Format (0x0031)
A read returns the COM2 data format of the FL4000H. A write changes the data format to the
requested format. After changing the data format of the FL4000H, it will be necessary for the
controlling or master device to similarly change its own data format in order to once again
communicate with the FL4000H.
NOTE:
By grounding the RESET input during the power-up cycle (approximately 10 seconds),
the data format of the FL4000H will default to 8-N-1. Valid settings are shown in Table
33.
4.10.35 Set/Read Real-time Clock Year, Month (0x0047)
This is used to read/write the real time clock. The high byte will be the year minus 2000. The
low byte will be a value from 1 to 12.
4.10.36 Set/Read Real-time Clock Day, Hour (0x0048)
This is used to read/write the real time clock. The high byte will be the day of the month from 1
to 31. The low byte will be the hour from 0 to 23.
4.10.37 Set/Read Real-time Clock Minute, Second (0x0049)
This is used to read/write the real time clock. The high byte will be the minute from 0 to 59 and
the low byte will be the seconds from 0 to 59.
NOTE:
The registers when read, should be read in order: first 47, then 48, then 49. When
written, they should be written in order: first 47, then 48, and finally 49.
4.10.38 Set/Reset TEST LAMP Test Mode (0x005A)
This is used to place the unit into Test Lamp test mode or return it to the normal mode. Writing
a 1 to the register places the unit into test mode. Writing a 0 to the register places it back into
normal mode. Refer to Section 3.6.6 Test Mode Terminal.
4.10.39 TEST LAMP Alarm Delay (0x005B)
Using the dipswitches, the alarm delay may be set to one of four pre-programmed settings (0,
8, 10, or 14 seconds). Register 0x5B is used to set the alarm delay to any desired value from 0
to 30 seconds. The dipswitch override flag must be set to 1.