Lenze i510 User Manual

6 Function & parameter description
Group 2 – Basic setup
Lenze · Inverter i510 / i550 - Cabinet · Operation Manual · 0.4 EN · 02/2016 51
6.4.3 Keypad setpoints
P202:1
0x2601:1
Frequency setpoint
i510
i550
R/W
0.0 ... [20.0] ... 599.0 Hz
Actual Keypad setpoint, defined by Up and Down buttons
P202:2
0x2601:2
Process controller setpoint
i510
i550
R/W
-300.00 ... [0.00] ... 300.00 PUnit
Actual Keypad PID setpoint, defined by Up and Down buttons
6.4.4 Start and Stop configuration
The motor can be started and stopped with different methods:
Frequency
Command
0 Hz
50 Hz
40 Hz
0 Hz
Input Signals /
Conditions
Output
TRUE
FALSE
Run/Stop command
40 Hz
Mains Power
P203:1=0
Normal
0 Hz
40 Hz
P203:1=1
Start with DC brake
DC
Brake
DC Brake is applied at the
time of Start / Run command.
0 Hz
40 Hz
P203:1=2
Flying Start
Some rotational speed may be present at time of
Start / Run command due to motor / load inertia
Speed
Detection
Motor speed sensing to catch a spinning
motor. Occurs on every Start / Run command.
Motor
Frequeny
Start method
Stop method
P203:3=0
Coast to Stop
P203:3=1
Standard Ramp
P203:3=2
Quick stop ramp
Motor
Frequeny
Motor
Frequeny
*
* The DC Brake can applied additionaly if required
*
Fig. 16: Start and Stop configuration

See chapter “6.9.3DC brake setup”, page 88 for DC brake setup
P203:1
0x2838:1
Start method
i510
i550
R/W
0: Normal
1: Start with DC brake
2: Flying Start
Defines starting method of the motor
0: Normal:
Inverter accelerates the motor in the selected direction when the start is
initiated
1: Start with DC brake:
Inverter apply the DC Brake when the start is initiated, before beginning
rotation of the motor. When the DC Brake delay time has elapsed the

Lenze i510 Specifications

General

Product Category	DC Drives
Series	i510
Protection Class	IP20
Communication	CANopen, Modbus RTU
Protection Features	Overvoltage, Undervoltage
Operating Temperature	-10 to +50 °C
Storage Temperature	-25 to +70 °C
Humidity	5% to 95% (non-condensing)
Control Mode	V/f control