YASKAWA GA800

Parameter Details
2
2.7 F: Options
YASKAWA TOEPYAIGA8002B GA800 Drive Programming 337
Table 2.50 Sample Settings for Using Gateway Mode
F6-16
[Gateway Mode]
H5-01
[Drive Node
Address]
*1
H5-02
[Communication
Speed Selection]
H5-03
[Communication
Parity Selection]
H5-06
[Drive Transmit
Wait Time]
H5-09
[CE Detection
Time]
b1-01
[Frequency
Reference
Selection 1]
b1-02
[Run Command
Selection 1]
Drive 0
(Master Drive)
1 - 4
*2
1F (Default)
*5
5 ms (factory
default)
*6
≥ 2.0 s
*7
3 [Option PCB] 3 [Option PCB]
Drive 1
(Slave drive)
0 01
*3 *4 *5
5 ms (factory
default)
*6
≥ 0.9 s
*7
2 [Memobus/Modbus
Communications]
*8
2 [Memobus/Modbus
Communications]
*8
Drive 2
(Slave drive)
0 02
*3 *4 *5
5 ms (factory
default)
*6
≥ 0.9 s
*7
2 [Memobus/Modbus
Communications]
*8
2 [Memobus/Modbus
Communications]
*8
Drive 3
(Slave drive)
0 03
*3 *4 *5
5 ms (factory
default)
*6
≥ 0.9 s
*7
2 [Memobus/Modbus
Communications]
*8
2 [Memobus/Modbus
Communications]
*8
Drive 4
(Slave drive)
0 04
*3 *4 *5
5 ms (factory
default)
*6
≥ 0.9 s
*7
2 [Memobus/Modbus
Communications]
*8
2 [Memobus/Modbus
Communications]
*8
*1 Restart the drive to apply the new settings.
*2 Specify the number of slave drives you will connect.
*3 Setting 0 will not let the drive respond to MEMOBUS/Modbus communications.
*4 Set a slave address that is different from other slave devices.
*5 Enter the same value that you use for the master drive.
*6 To correctly detect the response timeout, do not change the value of H5-06 from the default value.
*7 Set H5-09 ≥ 0.9. When H5-09 < 0.9, the drive will detect CE [Modbus Communication Error] before it detects a response timeout.
*8 On each slave drive, set b1-01 [Frequency Reference Selection 1] and b1-02 [Run Command Selection 1] to 2 [Memobus/Modbus
Communications].
An Overview of Gateway Mode
When in gateway mode, the drive operates as shown in Table 2.51.
A - Controller
B - Communication Option
C - Master Drive (Drive 0)
D - Slave Drives (Drives 1 to 4)
Table 2.51 Operation in Gateway Mode
Controller to Communication Option Card
Communication Option Card to Master Drive (Drive
0)
Master Drive (Drive 0) to Slave Drives (Drives 1 to
4)
• The controller and card communicate in the format of
each field bus communications protocol.
• Drive 0 sends commands and monitors through normal
field bus communications.
• The special registers of Drive 0 use read and write to
send commands to and monitor Drives 1 to 4.
Field bus communication data is written to and read from
the special registers of Drive 0.
• Uses MEMOBUS communications .
• Drive 0 sends data from its special registers to Drives 1
to 4.