Lenze i510 User Manual

6 Function & parameter description
Group 4 – I/O setup
76 Lenze · Inverter i510 / i550 - Cabinet · Operation Manual · 0.4 EN · 02/2016
P411:5
0x2632:5
Digital input 5
i510
i550
R/W
0: Not inverted
1: Inverted
Inversion of Digital Input
P411:6
0x2632:6
Digital input 6 (*)
i550
R/W
0: Not inverted
1: Inverted
Inversion of Digital Input
P411:7
0x2632:7
Digital input 7 (*)
i550
R/W
0: Not inverted
1: Inverted
Inversion of Digital Input
6.6.6 Frequency threshold setup
A frequency threshold can be used to trigger a function, a digital output or the relay. The trigger is referenced to
actual inverter output frequency. This trigger is TRUE when the actual output frequency is above a programmable
frequency threshold.
P412:0
0x4005:0
Frequency threshold
i510
i550
R/W
0.0 ... [0.0] ... 599.0 Hz
Frequency threshold
6.6.7 Digital output configuration
The digital outputs (Relay, DO) can be configured:
 Functionality can be selected
 Inversion of Output (Only Relay and DO)
P420:1
0x2634:1
Relay
i510
i550
R/W
0: Not connected
1: Constant TRUE
11: Digital input 1
12: Digital input 2
13: Digital input 3
14: Digital input 4
15: Digital input 5
16: Digital input 6 (*)
17: Digital input 7 (*)
34: NETWordIN2 - bit 0
35: NETWordIN2 - bit 1
36: NETWordIN2 - bit 2
37: NETWordIN2 - bit 3
38: NETWordIN2 - bit 4
39: NETWordIN2 - bit 5
40: NETWordIN2 - bit 6
41: NETWordIN2 - bit 7
42: NETWordIN2 - bit 8
43: NETWordIN2 - bit 9
44: NETWordIN2 - bit 10
45: NETWordIN2 - bit 11
46: NETWordIN2 - bit 12
47: NETWordIN2 - bit 13
48: NETWordIN2 - bit 14
49: NETWordIN2 - bit 15
0: Not Connected / always false
1: TRUE always
11-17: TRUE when corresponding digital input is asserted
34-49: TRUE when selected bit of the NETWordIn is high.
50: TRUE when the inverter is running.
FALSE when inverter is disabled, DC-Brake active, quick stopped and
speed <0,2Hz, faulted or stopped.
51: TRUE when inverter not in Failure, Safety OK and DC link charged
(SW 02.01)
52: TRUE when the inverter is enabled.
53: TRUE when inverter is enabled, output=0V, not running and not
faulted
54: TRUE when quick stop is selected and active.
55: TRUE when Safe Torque OFF is active
56: TRUE when the inverter has a fault condition.
57: TRUE when the inverter has a fault condition that is locked and can-
not be reset.
58: TRUE when a warning is present.
59: TRUE when a trouble condition is present.
60: TRUE when the heat sink temperature exceeds the warning level
65: TRUE when a PTC fault is detected.
66: TRUE when a flying start or a restart is active
67: TRUE when the DC brake is on.
69: TRUE when output frequency is negative
70: TRUE when the output frequency is > the frequency threshold

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

Summary

Safety Information

Qualified Personnel

Basic Safety Measures

Provides fundamental safety measures for workplace hazards and electrical safety.

Installation

Mechanical Installation

Electrical Installation

Covers essential safety and connection requirements for electrical installation.

i510 Wiring Overview

i550 Wiring Overview

Control Wiring i510/i550

Default Control Setup

Commissioning

Commissioning Setup Tools

Easy Starter and USB Adapter

Commissioning Procedure

Provides a step-by-step guide for the inverter commissioning process.

Parameter Setup via Favorites

Guides through the favorites menu for common parameters used in basic applications.

Basic Parameter Setup

Motor Control Modes

Explains V/f and SLVC motor control modes and their associated parameters.

Function and Parameter Description

Parameter and Function Overview

Control Concept

Explains the inverter's operation modes and setpoint structure for control.

Diagnostics Group (Group 1)

Covers diagnostic data, status words, and parameters for monitoring inverter performance.

Basic Setup Group (Group 2)

Covers essential parameters for basic setup and configuration of the inverter.

Motor Control Group (Group 3)

Details the motor control modes, settings, and parameters for optimizing motor performance.

I/O Setup Group (Group 4)

Covers configuration of digital and analog inputs/outputs and I/O functions.

PID Setup Group (Group 6)

Explains the PID controller setup for regulating speed based on process values.

Auxiliary Functions Group (Group 7)

Covers auxiliary functions like device management, keypad setup, DC brake, and energy management.

Fieldbus Communication

CANopen Quick Start

Provides a quick start guide for CANopen communication, including EDS registration and parameter setup.

Modbus Quick Start

Offers a quick start guide for Modbus communication, covering register mapping and control parameters.

Profibus Quick Start

Provides a quick start guide for Profibus communication, including node address and process data configuration.

Drive Profiles and Fieldbus

CIA402 Drive Profile

Describes the CIA402 format, typically used for EtherCAT and CAN communication.

AC Drive Profile

NETword Configuration

Troubleshooting

Inverter LED Status Display

CAN LED Status Display

Modbus LED Status Display

Profibus LED Status Display

Error History

Error Messages List

Provides a comprehensive list of error codes, fault types, and their descriptions.