6 Function & parameter description
Group 7 – Auxiliary Functions
92 Lenze · Inverter i510 / i550 - Cabinet · Operation Manual · 0.4 EN · 02/2016
0: Brake resistor (*)
1: Deceleration override
2: Resistor and decel. override (*)
3: Comp. and decel.override
4: Resistor/comp/override (*)
Selection of braking mode
-- ... [Actual value] ... -- V
DC link voltage threshold at which the braking is activated.
The threshold depends on the selected "Rated mains voltage" and pa-
rameter "Reduced threshold" (P706:3)
The activation of the braking method is reduced by this parameter.
0.0 ... [0.0] ... 10.0 Hz
Additional Frequency for deceleration compound braking mode.
Deceleration override time
Maximum time in deceleration override braking mode. If the DC-Voltage
doesn't fall below in the defined time the inverter goes to fault state.
0: Off: Inverter disable / Error
1: On: Disable/Off: Error
2: Off: Disable / On: Error
3: On: Disable / Error
Defines the behavior of the braking chopper in case of state Inhibit and
Error. (Used for inverters connected over DC-Link)
0.0 ... [Type Code dependent] ...
500.0 Ohm
Setup brake resistor
Set the nominal resistance of the brake resistor
0 ... [Type Code dependent] ...
800000 W
Setup brake resistor
Set the rated power of the brake resistor
0.0 ... [Type Code dependent] ...
100000.0 kWs
Setup brake resistor
Set the maximal thermal load of the brake resistor
-- ... [Actual value] ... -- %
Actual thermal load of the braking resistor
50.0 ... [90.0] ... 150.0 %
If the actual thermal load of the braking resistor exceeds the defined
level, the reaction in P707:10 is executed
50.0 ... [100.0] ... 150.0 %
If the actual thermal load of the braking resistor exceeds the defined
level, the reaction in P707:11 is executed
1:Warning
(Reference see P310:1)
Configuration of the brake resistor warning reaction
3:Fault
(Reference see P310:1)
Configuration of the brake resistor error reaction