154
Analog Input Selection).
0: Both Terminal A1 and A2 Disabled
1: Only Analog Input Terminal A1 Enabled
2: Only Analog Input Terminal A2 Enabled
3: Both Terminal A1 and A2 Enabled
■ Multi-Function Analog Input Terminal Settings
Assign the function listed in E3-01 and E3-07 to terminal A1 and A2 according to Table 6.21.
Note: The scaling of the functions listed below can be adjusted by the gain and bias. When assigning the function to
the terminal, set an appropriate gain and bias.
Table 6.21 Multi-Function Analog Input Terminal Settings
Setting
Function
Setting
Retain
0
Main Frequency Command
14
Retain
1
Frequency Gain
15
Retain
2
Output Frequency Lower Limit
16
Retain
3
Auxiliary Frequency Command
17
Retain
4
Output Voltage Bias
18
Communication Mode 1
5
Acc./Dec. Time Gain (Decrease Only)
19
Communication Mode 2
6
DC Braking (DB) Current
7
Stall Prevention Level During Run
8
PID Feedback
9
PID Target
10
Differential PID Feedback
11
Overtorque/ Undertorque Detection
12
Retain
13
Retain
0 : Main Frequency Command
Enters the frequency command via an analog input terminal when b1-00 or b1-07=1
1 : Frequency Gain
The input value of the assigned terminal will be multiplied with the analog frequency
command value.
Example: When the frequency command from terminal A1 is 80%, and the frequency gain set
to terminal A2 is 50%, the resulting frequency command will be 40% of the maximum output
Summary of Contents for EVO 6800 Series
Page 1: ...MANUAL Compact Vector Drive EVO 6800 Series...
Page 33: ...33 34 2 36 0 2 8 93 0...
Page 35: ...35 4 2 Main Circuit...
Page 41: ...41 4 3 Control Circuit...
