6 Function & parameter description
Group 2 – Basic setup
Lenze · Inverter i510 / i550 - Cabinet · Operation Manual · 0.4 EN · 02/2016 53
1: On
The inverter starts automatically when mains power is applied and a val-
id start/run command is present.
6.4.6 Voltage configuration
0: 230 Veff
1: 400 Veff
2: 480 Veff
10: 230V:reduced LU level (*)
Configuration of the actual applied mains voltage (VAC).
Note: Default value is type code dependent
Warninglevel under voltage
0 ... [Type Code dependent] ... 800 V
Warning threshold for undervoltage
If the DC-bus voltage falls below the threshold value the inverter reports
a warning. Reset of the warning is done with a hysteresis of 10V.
Error level under voltage
-- ... [Actual value] ... -- V
Error threshold for undervoltage
If the DC-bus voltage falls below the threshold value the inverter chang-
es to Error state.
Clear level under voltage
-- ... [Actual value] ... -- V
Error reset threshold for undervoltage
Warning level over voltage
0 ... [Type Code dependent] ... 800 V
Warning threshold for overvoltage
If the DC-bus voltage exceeds the threshold value the inverter reports a
warning. Reset of the warning is done with a hysteresis of 10V.
-- ... [Actual value] ... -- V
Error threshold for overvoltage
If the DC-bus voltage exceeds the threshold value the inverter changes
to Error state.
-- ... [Actual value] ... -- V
Error reset threshold for overvoltage
6.4.7 Min/Max frequency
Minimum Frequency and Maximum Frequency define the overall operating frequency range (Hz) of the inverter.
All references setpoints (analog input frequency setpoints, preset frequency setpoints, network frequency set-
points, etc…) are limited this settings.
0.0 ... [0.0] ... 599.0 Hz
0.0 ... [Type Code dependent] ...
599.0 Hz