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DF6-340-132K
Moeller DF6-340-132K Frequency Inverter Manuals
Manuals and User Guides for Moeller DF6-340-132K Frequency Inverter. We have
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Moeller DF6-340-132K Frequency Inverter manual available for free PDF download: Hardware And Engineering
Moeller DF6-340-132K Hardware And Engineering (184 pages)
Frequency Inverters
Brand:
Moeller
| Category:
Inverter
| Size: 3 MB
Table of Contents
Table of Contents
4
Abbreviations and Symbols
8
System Overview
10
Type Code
11
Inspecting the Package Content
12
Layout of the DF6
13
Features of the Frequency Inverters
14
Selection Criteria
14
Intended Use
15
Service and Guarantee
15
Performance Features of the DF6
16
Connection to the Power Supply
18
Mains Configurations
18
Mains Voltage, Mains Frequency
18
Interaction with P.f. Correction Equipment
18
Fuses and Cable Cross-Sections
18
Protection of Persons and Domestic Animals with Residual-Current Protective Devices
19
Mains Contactor
19
Current Peaks
19
Mains Choke
20
Mains Filters and Radio Interference Filters
20
EMC Requirements
21
EMC Interference Class
21
Installing the DF6
22
Mounting Position
22
Installation Dimensions
22
Mounting the DF6
23
EMC Compliance
24
EMC-Compliant Installation
24
Using the Radio Interference Filter
24
EMC Measures in the Control Panel
26
Earthing
27
Screening
27
Electrical Connection
29
Connecting the Power Section
31
Motor Cable
40
Connecting the Control Signal Terminals
41
Operating the DF6
48
Initial Startup
48
Keypad
49
Operation with LCD Keypad
49
Menu Overview
50
Changing Display and Basic Parameters
51
Changing the Parameters of the Extended Parameter Groups
51
Display after the Supply Voltage Is Applied
52
Connection Examples
53
Operation Using an External Potentiometer
53
Operation through an Analog Setpoint Value
53
Operation with Fixed Frequencies
54
Operational Warnings
55
Programming the Control Signal Terminals
56
Overview
56
Analog Outputs - AM, AMI and FM
60
Voltage Output (AM)
60
Current Output (AMI)
61
Frequency Output (FM)
61
Analog Inputs Terminals O, O2 and OI
63
Frequency Setpoint Definition
63
Matching of Terminals O, O2 and OI
64
Analog Setpoint Value Matching
65
Programmable Digital Inputs 1 to
68
Start/Stop
70
Fixed Frequency Selection (FF1 to FF4)
71
Bitwise Fixed Frequency Selection (SF1 to SF7)
73
Analog Input Changeover (AT)
75
Second Time Ramp (2CH)
76
Controller Inhibit and Coasting (Free Run Stop - FRS)
77
External Fault Message (EXT)
78
Unattended Start Protection (USP)
79
Reset (RST)
80
Jog Mode (JOG )
81
PTC/NTC Thermistor Input, Terminal TH
83
Software Protection (SFT)
84
Motor Potentiometer Functions: Accelerate (UP) - Decelerate (DWN) - Reset Frequency (UDC)
85
Use Second Parameter Set (SET)
87
Activate DC Braking (DB)
88
Change over Current Limit (OLR)
90
Heavy Mains Starting (CS)
91
Setpoint Value through Keypad (OPE)
93
Three-Wire Control (STA - STP - F/R)
94
Activate/Deactivate PID Control Reset PID and Integral Component (PIDC)
95
Programmable Relay Outputs K11 to K34
96
Signalling Relay Terminals K11, K12, K14
96
Relay Outputs K23-K24 and K33-K34
97
Frequency Arrival Signal (FA1/FA2/FA3)
97
Run Signal (RUN)
99
Overload Signal (OL)
100
PID Control Deviation Signal (OD)
101
Fault Signal (AL)
102
Instant Stop (IP) and Undervoltage (UV)
102
Running Time (RNT) and Mains on Time (ONT)
103
Motor Thermal Overload (THM)
104
Setting Parameters
106
Setting the Display Parameters
107
Basic Functions
108
Input/Display Frequency Value
108
Acceleration Time 1
108
Deceleration Time
109
Direction of Rotation
109
PNU Name Adjustable in RUN Mode Value
109
Normal Extended
109
Adjustable in RUN Mode
109
Setting the Frequency and Start Signal Parameters
110
Defined Frequency Setpoint
110
Function WE
110
Start Signal
111
Base Frequency
111
End Frequency
111
Voltage/Frequency Characteristic and Voltage Boost
112
Boost
112
Voltage/Frequency Characteristics
112
Function WE
112
DC Braking (DCB)
115
Operating Frequency Range
117
Acceleration Pause
118
PID Control
119
Structure and Parameters of the PID Controller
122
Example for Setting K P
128
Application Examples
129
Automatic Voltage Regulation (AVR)
131
Energy-Saving Mode
131
Time Ramps
132
Acceleration and Deceleration Characteristics
133
Automatic Restart after a Fault
135
Electronic Motor Protection
138
Tripping Characteristics with Increased Overload Protection
138
Tripping Characteristic with Normal Overload Protection
139
Tripping Characteristic at Adjustable Overload Protection
139
Current Limit
141
Parameter Protection
142
Controlled Deceleration
143
Other Functions
145
Inhibit Direction
145
Starting Behaviour
145
Display Mode
146
Pulse Frequency
147
Initialization
150
Country Version
150
Frequency Factor for Display through PNU D007
150
OFF Key Disabled
150
Motor Restart after Removal of the FRS Signal
151
Controlling the Internal Braking Transistor (11 and 15 Kw Only)
151
Type of Motor Stop
152
Fan Control
152
Debug Mode
152
Motor Data
152
User-Defined Parameters - Parameter Group U
153
Fault Messages
154
State of Frequency Inverter on Fault Message
154
Fault Message Indication
154
Fault History Register
155
Other Messages
157
Warnings
158
Appendix
162
Technical Data
162
Weights and Dimensions
166
Cables and Fuses
167
Mains Contactors
168
Mains Choke
168
RFI Filter
169
Standard Form for User Defined Parameter Settings
170
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