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Omron 3G3M1-A4110-ECT - Page 429

Omron 3G3M1-A4110-ECT
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Parameter No. Function name Data
Default da-
ta
Unit
3008Hex-46Hex
Anti-regenerative Control Func-
tion Selection
0: Disable
2: Torque limit control with
forced stop after three
times deceleration time has
passed
3: Main Circuit DC V
oltage
control with forced stop af-
ter three times deceleration
time has passed
4: Torque limit control with-
out forced stop
5: Main Circuit DC Voltage
control without force-to-
stop
0 -
3020Hex-0FHex Anti-regenerative Control Level
0.0 to 50.0
999: Auto
999 %
3008Hex-4DHex
Frequency Rising Limit for Tor-
que Limit
0.0 to 590.0 5.0 Hz
Related function
Input Terminal [DI1] to [DI7] Function Selection
(3005Hex-02Hex to 3005-06Hex, 3005Hex-63Hex,
3005Hex-64Hex) = "82 (AR-CCL: Cancel anti-re-
generative control)"
Anti-regenerative control sometimes increases the deceleration time.
When the braking unit is connected, do not use anti-regenerative control. Anti-regenerative control
sometimes acts simultaneously with operation of the braking unit and the deceleration time is not as
set.
When the deceleration time is too short, the Main Circuit DC Voltage of the inverter sometimes rises
quickly and anti-regenerative control cannot keep up. In instances like this, set a longer deceleration
time.
Torque Limit (3008Hex-46Hex = 2, 4)
A feature is that response is high and an overvoltage trip is less likely to occur even by an impact
load. The frequency control value can be adjusted by Anti-regenerative Control Level
(3020Hex-0FHex), and, when the Anti-regenerative Control Level (3020Hex-0FHex) is increased,
frequency control increases.
This is enabled during acceleration, constant speed and deceleration.
The output frequency is controlled until braking torque reaches almost 0 (zero).
Although Anti-regenerative Control Level (3020Hex-0FHex) can be adjusted, normally adjustment is
not required.
When the output frequency is limited, an overvoltage trip sometimes is generated as anti-regenera-
tive control is limited. Anti-regenerative capability can be improved by setting a larger Frequency
Rising Limit for Torque Limit (3008Hex-4DHex).
Main Circuit DC Voltage Control (3008Hex-46Hex = 3, 5)
This is enabled only at deceleration.
8 Other Functions
8-75
M1 Series EtherCAT Type User’s Manual (I670)
8-8 Functions Related to Protection, Warning and Various Output Signals
8
8-8-2 Anti-regenerative Control Function

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