YASKAWA GA800

2.8 H: Terminal Functions
382 YASKAWA TOEPYAIGA8002B GA800 Drive Programming
Setting Value Function Reference
3F PID Feedback High 402
4A During KEB Ride-Thru 402
4B During Short Circuit Braking 402
4C During Fast Stop 402
4D oH Pre-Alarm Reduction Limit 403
4E
*2
Braking Transistor Fault (rr) 403
4F
*2
Braking Resistor Overheat (rH) 403
60 Internal Cooling Fan Failure 403
61 Pole Position Detection Complete 403
62 Modbus Reg 1 Status Satisfied 403
63 Modbus Reg 2 Status Satisfied 403
Setting Value Function Reference
65 Standby Output 403
66 Comparator1 404
67 Comparator2 404
69 External Power 24V Supply 405
6A Data Logger Error 405
90 - 93 DWEZ Digital Outputs 1 to 4 405
A0 to A7 DWEZ Extended Digital Outputs 1 to 8 405
100 to 1A7
Inverse Outputs of 0 to A7
Sets an inverse output of the function for the MFDO.
Put a 1 at the front of the function setting to set inverse
output. For example, set 138 for inverse output of 38
[Drive Enabled].
405
*1 Inverse output is not available.
*2 You cannot set this parameter on models 2169 to 2415 and 4089 to 4720.
■ Extend MFDO1 to MFDO3 Function Selection
You can set MFDO functions to bit 0 to bit 2 [MEMOBUS MFDO1 to 3] of MEMOBUS register 15E0 (Hex.). Use
H2-40 to H2-42 [Mbus Reg 15E0h bit0 to bit2 Output Func] to select the function.
Figure 2.86 Functional Block Diagram of MEMOBUS Multi-function Output
Table 2.62 MEMOBUS MFDO Registers
Register No.
(Hex.)
Name
15E0
bit0 MEMOBUS MFDO 1
bit1 MEMOBUS MFDO 2
bit2 MEMOBUS MFDO 3
Note:
• Refer to H2-xx “MFDO Setting Values” for more information about MFDO setting values.
• When you do not set functions to H2-40 to H2-42, set them to F.
■ Output of Logical Operation Results of MFDO
This enables the logical operation results of two MFDOs to be output to one MFDO terminal.
Use H2-60, H2-63, and H2-66 [Term M1-M2 Secondary Function to Term M5-M6 Secondary Function] to set the
function of the output signal for which logical operations are performed.
Use H2-61, H2-64, H2-67 [Term M1-M2 Logical Operation to Term M5-M6 Logical Operation] to set the logical
operation.
Figure 2.87 Functional Block Diagram of Logical Operation Output for MFDO 1