Cooper Kyle Form 4C - Page 32

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Kyle Form 4C Microprocessor-Based Recloser Control Programming Guide
Security Limits
Access Factory
Code Write Read Scroll High Low Incr Parameter Settings
82 0 0 NO 200 0 1 Control Communications Address 1
Protocol (2200)
82 0 0 NO 2046 0 1 Control Communications Address 1
Protocol (2179)
• Protocol 2200 permits up to 200 unique addresses
on each party line, and provisions are also made for
broadcasting messages to all controls simultaneous-
ly. Refer to Reference Information R280-90-9 and
R280-90-10 for more information on Protocol 2200.
• Protocol 2179 permits unique address on each party
line, and provisions are also made for broadcasting
messages to all controls simultaneously. Refer to
Reference Information R280-90-11 and R280-90-12
for more information on Protocol 2179.
Security Limits
Access Factory
Code Write Read Scroll High Low Incr Parameter Settings
81 0 0 NO 6 1 1 Real-Time Digital Communications Port 2
Baud Rate
1 = 300
2 = 1200
3 = 2400
4 = 4800
5 = 9600
6 = 19200
• Shows the baud rate of the real-time digital commu-
nications port.
• The baud rate code (1-6) must correspond to the
baud rate of the system.
• Baud rates are selectable through the keyboard.
• Transmit speed always equals receive speed.
• Changes to the baud rate require re-energizing the
control by first disconnecting the battery and ac
power, followed by energizing the ac power and bat-
tery.
Digital Communications
Security Limits
Access Factory
Code Write Read Scroll High Low Incr Parameter Settings
80 0 0 NO 4 1 1 Data Reader Port Baud Rate 4
1 = 300
2 = 1200
3 = 2400
4 = 4800*
• Baud rate is the number of bits per second of data
that can be transferred.
• Shows the baud rate of the Data Reader Port.
• Baud rates are selectable through the keyboard.
* Baud rate must be at 4 to communicate with the
hand-held Data Reader.
Codes 81 through 86 establish control communication
parameters for digital communications. The values vary
based on the system application.