11-8 ASCII
Command
Interface BE1-CDS220
SL-CKTMON:0,0,0
SL-VOA:0
SL-VO1:87RT+87UT
SL-VO2:87RT+87UT
SL-VO3:87RT+87UT
SL-VO4:51PT+51NT+51QT
SL-VO5:0
SL-VO6:ALMMAJ
SL-VO7:0
SL-VO8:0
SL-VO9:0
SL-VO10:0
SL-VO11:51PT+51NT+51QT+87RT+87UT
SL-VO12:87UT+51PPU+51NPU+51QPU+87RPU
SL-VO13:IN6
SL-VO14:IN7
SL-VO15:IN8
Configuring the Serial Port Communication Protocol
The serial communication protocol is defined with the SG-COM command shown below.
SG-COM Command
Purpose:
Read/Set serial communications protocol
Syntax:
SG-COM[#[={baud},A{addr},P{pglen},R{reply ack},X{XON ena}]]
Example:
SG-COM0=9600 or SG-COM1=9600,A0,P24,R1,X1
Comments:
Password Access Privilege G or Privilege S required to change settings
# = port number. (0 = Front, 1 = Rear 232, 2= Rear 485)
baud = baud rate (300/600/1200/2200/4800/9600/19K)
Ax = Address for polled operation where x = 0 (No polling) to 65534
Px = Page length (lines/pg) setting where x = 0 (No page mode) to 40
Rx = Reply acknowledgment level where x = 0 (disabled). 1 (enabled)
Xx = Xon/Xoff setting where X0 = handshake disabled, X1 = handshake enabled.
The following parameters pertain to relays using Modbus
communication protocol at COM2:
MFx = ModbusTM extended precision format where x = 0 for floating point or 1 for triple
precision
MPx = ModbusTM parity where x = N (None), O (Odd) and E (Even).
MRx = ModbusTM remote delay time where x = 10(msec.) to 200(msec.).
MSx = ModbusTM stop bit where x = 1 for one stop bit or 2 for two stop bits.
If a non-zero address is programmed in the 'A' parameter, then the relay will ignore all commands that are
not preceded by its specific address. If an address of 0 is programmed, then the relay will respond with an
error message for any command preceded by an address.
If polling software sends a command preceded by an address of 0, then that command will be treated as
a global command. All relays will execute the command but no relay will respond to avoid bus contention.
NOTE: Polling is disabled on COM0 (Front RS-232), so an attempt to program an address other than A0
will cause an error message. The factory default settings are 9600, A0, P24, R1, X1 for COM 0 and COM
1 and 9600, A0, P0, R1, X0 for COM 2.
SG-COM Command Example:
Example 1.
Program front port for 1200 baud
>SG-COM0=1200
Example 2.
Read the protocol setting for the rear RS-485 port.
>SG-COM2
19K, A156,P0,R1,X0
Summary of Contents for BE1-CDS220
Page 2: ......
Page 10: ...viii Introduction BE1 CDS220 This page intentionally left blank...
Page 36: ...ii Quick Start BE1 CDS220 This page intentionally left blank...
Page 48: ...ii Input And Output Functions BE1 CDS220 This page intentionally left blank...
Page 66: ...iv Protection and Control BE1 CDS220 This page intentionally left blank...
Page 112: ...ii Metering BE1 CDS220 This page intentionally left blank...
Page 116: ...5 4 Metering BE1 CDS220 This page intentionally left blank...
Page 166: ...ii BESTlogic Programmable Logic BE1 CDS220 This page intentionally left blank...
Page 176: ...7 10 BESTlogic Programmable Logic BE1 CDS220 This page intentionally left blank...
Page 234: ...8 56 Application BE1 CDS220 This page intentionally left blank...
Page 236: ...ii Security BE1 CDS220 This page intentionally left blank...
Page 240: ...9 4 Security BE1 CDS220 This page intentionally left blank...
Page 242: ...ii Human Machine Interface BE1 CDS220 This page intentionally left blank...
Page 256: ...10 14 Human Machine Interface BE1 CDS220 This page intentionally left blank...
Page 258: ...ii ASCII Command Interface BE1 CDS220 This page intentionally left blank...
Page 422: ...14 32 BESTCOMS Software BE1 CDS220 This page intentionally left blank...
Page 424: ...ii Time Current Characteristics BE1 CDS220 This page intentionally left blank...
Page 452: ...ii Terminal Communication BE1 CDS220 This page intentionally left blank...
Page 456: ...C 4 Terminal Communication BE1 CDS220 This page intentionally left blank...
Page 458: ...ii Settings Calculations BE1 CDS220 This page intentionally left blank...
Page 475: ......