User Manuals: Danfoss VLT Motion Controller

Manuals and User Guides for Danfoss VLT Motion Controller. We have 9 Danfoss VLT Motion Controller manuals available for free PDF download: Programming Manual, Service Manual, Instruction Manual, Design Manual, Pocket Manual, Training Manual, Operating Instructions Manual, Manual

Danfoss VLT Programming Manual

Danfoss VLT Programming Manual (316 pages)

HVAC Drive

Brand: Danfoss | Category: DC Drives | Size: 6 MB

Table of Contents

Table of Contents
1
Introduction

3
- Copyright, Limitation of Liability and Revision Rights
  3
- Approvals
  4
- Symbols
  4
- Abbreviations
  5
- Definitions
  7
  - Frequency Converter
    7
  - Start-Disable Command
    8
  - Stop Command
    8
  - Analog Reference
    8
  - Binary Reference
    8
  - Dsp
    9
  - Etr
    9
  - Hiperface
    9
  - Initialising
    9
  - Trip
    10
  - Trip Locked
    10
  - VT Characteristics
    10
  - Power Factor
    10
  - Safety Precautions
    11
  - Safety Regulations
    11
  - Warning against Unintended Start
    11
  - Hoisting Applications
    11
  - Protection Mode
    12
How to Programme

13
- Local Control Panel
  13
- How to Operate Graphical LCP (GLCP)
  13
  - Display Lines
    13
  - Status Display III
    15
  - Display Contrast Adjustment
    15
  - Indicator Lights (Leds)
    15
  - GLCP Keys
    16
  - Menu Keys
    16
  - Main Menu
    16
  - Alarm Log
    16
  - Navigation Keys
    17
  - Hand on
    17
  - Off
    17
- How to Operate Numeric LCP (NLCP)
  18
  - Auto on
    18
  - Reset
    18
  - Menu Key
    19
  - Operation Keys
    19
  - Data Storage in LCP
    20
  - Parameter Set-Up
    21
- Quick Menu Mode
  21
  - Parameter Data
    21
  - Example of Changing Parameter Data
    21
  - Quick Setup
    22
  - Quick Setup Parameters
    23
- Function Set-Ups
  24
  - Function Set-Ups Parameters
    25
  - Q3-1 General Settings
    25
  - Q3-2 Open Loop Settings
    25
  - Q3-3 Closed Loop Settings
    26
  - Q3-4 Application Settings
    27
- Main Menu Mode
  27
Parameter Description

31
- Main Menu Structure
  31
- Main Menu - Operation and Display - Group
  32
  - Basic Settings
    32
  - Language
    32
  - Motor Speed Unit
    33
  - Regional Settings
    33
  - Operating State at Power-Up
    33
  - Local Mode Unit
    33
  - Set-Up Operations
    34
  - Active Set-Up
    34
  - Programming Set-Up
    34
  - This Set-Up Linked to
    35
  - Readout: Linked Set-Ups
    36
  - Readout: Prog. Set-Ups / Channel
    36
  - Display Line 1.1 Small
    36
  - Display Line 1.2 Small
    40
  - Display Line 1.3 Small
    40
  - Display Line 2 Large
    40
  - Display Line 3 Large
    40
  - Custom Readout Unit
    41
  - Custom Readout Min Value
    42
  - Custom Readout Max Value
    42
  - LCP Keypad
    43
  - Password
    45
  - Main Menu Password
    45
  - Access to Main Menu W/O Password
    45
  - Personal Menu Password
    45
  - Access to Personal Menu W/O Password
    46
  - Clock Settings
    46
  - Date and Time
    46
  - Date Format
    46
  - Dst/Summertime
    47
  - Dst/Summertime Start
    47
  - Dst/Summertime End
    47
  - Clock Fault
    47
  - Date and Time Readout
    48
  - Configuration Mode
    48
  - Torque Characteristics
    48
- Main Menu - Load and Motor - Group
  48
  - Clockwise Direction
    49
  - Motor Data
    49
  - Motor Power
    49
  - Motor Voltage
    49
  - Motor Frequency
    50
  - Motor Current
    50
  - Motor Nominal Speed
    50
  - Motor Rotation Check
    50
  - Automatic Motor Adaptation (AMA)
    51
  - Adv. Motor Data
    51
  - Stator Resistance (Rs)
    52
  - Rotor Resistance (Rr)
    52
  - Main Reactance (Xh)
    52
  - Iron Loss Resistance (Rfe)
    52
  - Motor Poles
    53
  - Motor Magnetisation at Zero Speed
    53
  - Min Speed Normal Magnetising [RPM]
    53
  - Min Speed Normal Magnetising [Hz]
    53
  - Flystart Test Pulses Current
    54
  - Flystart Test Pulses Frequency
    54
  - Low Speed Load Compensation
    54
  - High Speed Load Compensation
    54
  - Slip Compensation
    55
  - Slip Compensation Time Constant
    55
  - Resonance Dampening
    55
  - Resonance Dampening Time Constant
    55
  - Trip at Motor Speed Low Limit
    56
  - Function at Stop
    56
  - Min Speed for Function at Stop [RPM]
    56
  - Min Speed for Function at Stop [Hz]
    56
  - Motor Temperature
    57
  - Trip Speed Low [Hz]
    57
  - Motor Thermal Protection
    57
  - Motor External Fan
    58
  - Thermistor Source
    59
  - DC-Brakes
    59
  - DC Hold/Preheat Current
    59
  - DC Brake Current
    59
- Main Menu - Brakes - Group
  59
  - Brake Energy Funct.
    60
  - DC Braking Time
    60
  - DC Brake Cut in Speed [RPM]
    60
  - DC Brake Cut in Speed [Hz]
    60
  - Brake Power Monitoring
    61
  - Brake Check
    61
  - AC Brake Max. Current
    62
  - Over-Voltage Control
    62
  - Maximum Reference
    63
  - Reference Function
    63
  - Preset Reference
    63
- Main Menu - Reference/Ramps - Group
  63
  - Jog Speed [Hz]
    64
  - Reference Site
    64
  - Preset Relative Reference
    64
  - Reference 1 Source
    65
  - Reference 2 Source
    65
  - Reference 3 Source
    66
  - Jog Speed [RPM]
    66
  - Ramp 1 Type
    67
  - Ramp 1 Ramp up Time
    67
  - Ramp 1 Ramp down Time
    67
  - Ramp 1 S-Ramp Ratio at Accel. Start
    68
  - Ramp 1 S-Ramp Ratio at Accel. End
    68
  - Ramp 1 S-Ramp Ratio at Decel. Start
    68
  - Ramp 1 S-Ramp Ratio at Decel. End
    68
  - Other Ramps
    69
  - Ramp 2 S-Ramp Ratio at Accel. End
    69
  - Ramp 2 S-Ramp Ratio at Decel. Start
    69
  - Ramp 2 S-Ramp Ratio at Decel. End
    69
  - Digital Pot.meter
    70
  - Step Size
    70
  - Ramp Time
    70
  - Power Restore
    70
  - Ramp Delay
    71
  - Limits and Warnings
    72
  - Motor Limits
    72
  - Motor Speed Direction
    72
  - Motor Speed Low Limit [RPM]
    72
- Main Menu - Limits/Warnings - Group
  72
  - Motor Speed High Limit
    73
  - Torque Limit Motor Mode
    73
  - Torque Limit Generator Mode
    73
  - Current Limit
    73
  - Adj. Warnings
    74
  - Warning Current Low
    74
  - Warning Current High
    74
  - Warning Speed High
    74
  - Warning Reference Low
    75
  - Warning Reference High
    75
  - Warning Feedback Low
    75
  - Warning Feedback High
    75
  - Semi-Automatic Bypass Speed Set-Up
    76
  - Bypass Speed from
    76
  - Bypass Speed to
    76
  - Digital I/O Mode
    77
  - Terminal 27 Mode
    77
  - Terminal 29 Mode
    77
- Main Menu - Digital In/Out - Group
  77
  - Digital Inputs
    78
  - Terminal X30/2 Digital Input
    82
  - Terminal X30/3 Digital Input
    82
  - Terminal X30/4 Digital Input
    82
  - Terminal 27 Digital Output
    85
  - Terminal 29 Digital Output
    85
  - Function Relay
    86
  - On Delay, Relay
    88
  - Off Delay, Relay
    88
  - Pulse Input
    88
  - Term. 29 Low Frequency
    89
  - Term. 29 High Frequency
    89
  - Term. 29 Low Ref./Feedb. Value
    89
  - Term. 29 High Ref./Feedb. Value
    89
  - Pulse Outputs
    90
  - Term. 33 High Ref./Feedb. Value
    90
  - Pulse Filter Time Constant #33
    90
  - Pulse Output Max Freq #27
    91
  - Terminal 29 Pulse Output Variable
    91
  - Pulse Output Max Freq #29
    91
  - Terminal X30/6 Pulse Output Variable
    91
  - Digital & Relay Bus Control
    92
- Main Menu - Analog In/Out - Group
  93
  - Analog In/Out
    93
  - Analog I/O Mode
    93
  - Live Zero Timeout Time
    93
  - Fire Mode Live Zero Timeout Function
    94
  - Terminal 53 Low Voltage
    94
  - Terminal 42 Output
    98
  - Terminal 42 Output Min Scale
    99
  - Terminal 42 Output Max Scale
    99
  - Terminal 42 Output Bus Control
    100
  - Terminal 42 Output Timeout Preset
    100
  - Terminal X30/8 Output
    100
  - Terminal X30/8 Min. Scale
    101
  - Terminal X30/8 Max. Scale
    101
  - Terminal X30/8 Output Bus Control
    101
  - Comm. and Options
    102
  - General Settings
    102
  - Control Site
    102
  - Control Source
    102
- Main Menu - Communications and Options - Group
  102
  - Control Timeout Function
    103
  - End-Of-Timeout Function
    103
  - Reset Control Timeout
    103
  - Diagnosis Trigger
    104
  - Control Profile
    104
  - Configurable Status Word STW
    104
  - FC Port Settings
    105
  - Protocol
    105
  - Address
    106
  - Baud Rate
    106
  - Parity / Stop Bits
    106
  - Estimated Cycle Time
    106
  - Maximum Inter-Char Delay
    107
  - Telegram Selection
    107
  - PCD Write Configuration
    107
  - PCD Read Configuration
    108
  - Digital/Bus
    110
  - Coasting Select
    110
  - DC Brake Select
    110
  - Start Select
    111
  - Reversing Select
    111
  - Set-Up Select
    111
  - Preset Reference Select
    112
  - Bacnet Device Instance
    112
  - MS/TP Max Masters
    112
  - MS/TP Max Info Frames
    112
  - "I-Am" Service
    113
  - Initialisation Password
    113
  - Bus Message Count
    113
  - Bus Error Count
    113
  - 8-85 Slave Timeout Errors
    114
  - Bus Jog
    114
- Main Menu - Profibus - Group
  115
  - Actual Baud Rate
    121
  - Profile Number
    121
  - Profibus Save Data Values
    122
  - Profibusdrivereset
    122
  - Defined Parameters
    122
  - Main Menu - CAN Fieldbus - Group 10
    124
  - CAN Protocol
    124
  - Baud Rate Select
    124
  - Mac ID
    124
  - Devicenet
    125
  - Process Data Type Selection
    125
  - Process Data Config Write
    125
  - Process Data Config Read
    126
  - Net Reference
    128
  - Net Control
    128
  - COS Filters
    128
  - Parameter Access
    129
  - Store Data Values
    129
  - Store Always
    129
  - Neuron ID
    129
- Main Menu - Lonworks - Group
  129
  - XIF Revision
    130
  - Lonworks Revision
    130
  - Prog. Features Prog. Features
    131
  - SLC Settings
    131
  - SL Controller Mode
    131
  - Start Event
    131
- Main Menu - Smart Logic - Group
  131
  - Comparators
    135
  - Reset SLC
    135
  - Comparator Operand
    135
  - Timers
    136
  - Comparator Operator
    136
  - Comparator Value
    136
  - SL Controller Timer
    136
  - Logic Rule Operator
    139
  - Logic Rule Boolean
    139
  - SL Controller Action
    144
- Main Menu - Special Functions -Group
  146
  - Inverter Switching
    146
  - Switching Pattern
    146
  - Switching Frequency
    146
  - PWM Random
    147
  - Mains Failure
    147
  - Mains Voltage at Mains Fault
    148
  - Function at Mains Imbalance
    149
  - Reset Mode
    149
  - Automatic Restart Time
    150
  - Operation Mode
    150
  - Typecode Setting
    151
  - Trip Delay at Torque Limit
    151
  - Trip Delay at Inverter Fault
    151
  - Production Settings
    151
  - Energy Optimising
    152
  - Environment
    152
  - Current Lim Ctrl, Proportional Gain
    152
  - Current Lim Ctrl, Integration Time
    152
  - RFI Filter
    153
  - DC Link Compensation
    153
  - Fan Control
    153
  - Fan Monitor
    153
  - No Trip at Inverter Overload
    154
  - Function at over Temperature
    154
  - Drive Information
    155
  - Operating Data
    155
  - Operating Hours
    155
  - Running Hours
    155
- Main Menu - Frequency Converter Information - Group
  155
  - Reset Kwh Counter
    156
  - Reset Running Hours Counter
    156
  - Number of Starts
    156
  - Logging Source
    156
  - Logging Interval
    157
  - Trigger Event
    157
  - Logging Mode
    158
  - Samples before Trigger
    158
  - Historic Log
    159
  - Historic Log: Event
    159
  - Historic Log: Value
    159
  - Historic Log: Time
    159
  - Alarm Log: Error Code
    160
  - Alarm Log: Value
    160
  - Alarm Log: Time
    160
  - Ordered Typecode String
    161
  - Actual Typecode String
    161
  - Frequency Converter Ordering no
    161
  - Power Card Ordering no
    161
  - Parameter Info
    162
  - Option in Slot C1
    162
  - Slot C1 Option SW Version
    162
  - Modified Parameters
    163
  - Drive Identification
    163
  - Parameter Metadata
    163
- Main Menu - Data Readouts - Group
  163
  - Motor Status
    164
  - Custom Readout
    164
  - Power
    164
  - Drive Status
    165
  - Motor Thermal
    165
  - Power Filtered
    165
  - DC Link Voltage
    165
  - Timed Actions Status
    166
  - Ref. & Feedb.
    166
  - Inv. Max. Current
    166
  - SL Controller State
    166
  - Feedback
    167
  - Digi Pot Reference
    167
  - PID Output
    167
  - Digital Input
    168
  - Terminal 53 Switch Setting
    168
  - Analog Input 53
    168
  - Terminal 54 Switch Setting
    169
  - Analog Input 54
    169
  - Fieldbus & FC Port
    170
  - Fieldbus CTW 1
    170
  - Fieldbus REF 1
    170
  - Comm. Option STW
    170
  - Diagnosis Read-Outs
    171
  - FC Port REF 1
    171
  - Alarm Word
    171
  - Warning Word
    171
  - Main Menu - Data Readouts 2 - Group 18
    172
  - Maintenance Loglg-0# Maintenance Log
    172
  - Maintenance Log: Item
    172
  - Maintenance Log: Action
    172
  - Fire Mode Log
    173
  - Fire Mode Log: Event
    173
  - Fire Mode Log: Time
    173
  - Fire Mode Log: Date and Time
    173
  - Feedback 1 Source
    175
- Main Menu - FC Closed Loop - Group
  175
  - Feedback 1 Conversion
    176
  - Feedback 1 Source Unit
    176
  - Feedback 2 Source
    178
  - Feedback 2 Conversion
    178
  - Feedback 3 Conversion
    179
  - Feedback 3 Source Unit
    179
  - Reference/Feedback Unit
    179
  - Minimum Reference/Feedb.
    179
  - Setpoint
    182
  - Feedback Adv. Conversion
    183
  - Refrigerant
    183
  - User Defined Refrigerant A1
    183
  - Sensorless
    184
  - Air Density Factor
    184
  - Sensorless Unit
    184
  - PID Autotuning
    185
  - Closed Loop Type
    185
  - PID Performance
    185
  - PID Output Change
    186
  - Minimum Feedback Level
    186
  - Maximum Feedback Level
    186
  - PID Start Speed
    187
  - On Reference Bandwidth
    187
  - PID Anti Windup
    187
  - PID Proportional Gain
    187
  - PID Integral Time
    188
  - PID Differentiation Time
    188
  - PID Diff. Gain Limit
    188
  - Main Menu - Extended Closed Loop - Group 21
    189
  - Ext. Closed Loop
    189
  - Closed Loop 1 Ref/Feedback
    191
  - Ext. 1 Ref./Feedback Unit
    191
  - Closed Loop 3 Ref/Fb
    198
  - Ext. 2 Integral Time
    198
  - Ext. 2 Differentation Time
    198
  - Ext. 2 Dif. Gain Limit
    198
  - Ext. 3 Minimum Reference
    199
  - Ext. 3 Maximum Reference
    199
  - Ext. 3 Reference Source
    199
  - Ext. 3 Feedback Source
    200
  - Ext. 3 Setpoint
    200
  - Closed Loop 3 PID
    200
  - Ext. 3 Normal/Inverse Control
    200
  - Main Menu - Application Functions - Group 22
    201
  - No-Flow Detection
    201
  - No Flow Detection
    202
  - Low Speed Detection
    202
  - Dry Pump Detection
    202
  - Low Power Auto Set-Up
    203
  - Low Power Detection
    203
  - No-Flow Function
    204
  - No-Flow Delay
    204
  - Dry Pump Function
    204
  - No-Flow Power Tuning
    205
  - Dry Pump Delay
    205
  - No-Flow Power
    205
  - Power Correction Factor
    205
  - Sleep Mode
    206
  - High Speed
    206
  - High Speed Power
    206
  - Configuration Possibilities, Overview
    208
  - Minimum Run Time
    209
  - Minimum Sleep Time
    209
  - Wake-Up Speed
    209
  - Wake-Up Ref./Fb Difference
    209
  - End of Curve
    210
  - Setpoint Boost
    210
  - Maximum Boost Time
    210
  - End of Curve Function
    210
  - Broken Belt Detection
    211
  - End of Curve Delay
    211
  - Broken Belt Function
    211
  - Broken Belt Torque
    211
  - Flow Compensation
    212
  - Short Cycle Protection
    212
  - Interval between Starts
    212
  - Square-Linear Curve Approximation
    214
  - Work Point Calculation
    214
  - Speed at No-Flow
    215
  - Speed at Design Point
    215
- Main Menu - Time-Based Functions - Group
  216
  - Occurrence
    220
  - Timed Actions Mode
    220
  - Timed Actions Reactivation
    220
  - Maintenance Item
    221
  - Maintenance Action
    222
  - Maintenance Time Base
    222
  - Maintenance Time Interval
    223
  - Maintenance Date and Time
    223
  - Reset Maintenance Word
    223
  - Maintenance Text
    223
  - Energy Log Resolution
    225
  - Period Start
    225
  - Energy Log
    226
  - Reset Energy Log
    226
  - Trending
    227
  - Trend Variable
    228
  - Continuous bin Data
    228
  - Timed bin Data
    228
  - Timed Period Start
    229
  - Timed Period Stop
    229
  - Minimum bin Value
    229
  - Reset Continuous bin Data
    229
  - Payback Counter
    230
  - Power Reference Factor
    230
  - Parameter Overview
    230
  - Energy Cost
    231
  - Investment
    231
  - Energy Savings
    231
  - Cost Savings
    231
  - Fire Mode
    232
  - Background
    232
  - Messages in Display
    232
  - Log
    232
- Main Menu - Application Functions 2 - Group
  232
  - Fire Mode Function
    233
  - Fire Mode Configuration
    233
  - Fire Mode Unit
    234
  - Fire Mode Min Reference
    235
  - Fire Mode Max Reference
    235
  - Fire Mode Preset Reference
    235
  - Fire Mode Reference Source
    235
  - Fire Mode Feedback Source
    236
  - Fire Mode Alarm Handling
    236
  - Drive Bypass Function
    238
  - Drive Bypass Delay Time
    238
  - Missing Motor Function
    239
  - Missing Motor Coefficient 1
    239
  - Locked Rotor Function
    239
  - Locked Rotor Coefficient 1
    239
- Main Menu - Cascade Controller - Group
  240
  - System Settings
    241
  - Motor Start
    241
  - Pump Cycling
    241
  - Fixed Lead Pump
    241
  - Bandwidth Settings
    242
  - Number of Pumps
    242
  - Staging Bandwidth
    242
  - Override Bandwidth
    242
  - Fixed Speed Bandwidth
    243
  - SBW Staging Delay
    243
  - SBW Destaging Delay
    244
  - OBW Time
    244
  - Destage at No-Flow
    244
  - Stage Function
    245
  - Stage Function Time
    245
  - Destage Function
    245
  - Destage Function Time
    245
  - Ramp down Delay
    246
  - Ramp up Delay
    246
  - Staging Threshold
    246
  - Destaging Threshold
    247
  - Staging Speed [RPM]
    247
  - Staging Speed [Hz]
    247
  - Destaging Speed
    248
  - Alternation Settings
    248
  - Lead Pump Alternation
    249
  - Alternation Event
    249
  - Alternation Time Interval
    249
  - Alternation Timer Value
    249
  - Staging Mode at Alternation
    250
  - Run Next Pump Delay
    251
  - Run on Mains Delay
    251
  - Cascade Status
    251
  - Pump Status
    252
  - Lead Pump
    252
  - Relay Status
    252
  - Pump on Time
    252
  - Pump Interlock
    253
  - Manual Alternation
    253
- Main Menu - Analog I/O Option MCB 109 - Group
  253
  - Terminal X42/1 Mode
    255
  - Setting of On-Board Real Time Clock
    255
  - Relevant Parameters
    255
  - Terminal X42/3 Mode
    256
  - Terminal X42/5 Mode
    256
  - Terminal X42/1 Low Voltage
    256
  - Terminal X42/1 High Voltage
    256
  - Analog Input X42/3
    257
  - Term. X42/1 High Ref./Feedb. Value
    257
  - Term. X42/1 Filter Time Constant
    257
  - Term. X42/1 Live Zero
    257
  - Term. X42/3 Live Zero
    258
  - Terminal X42/5 Low Voltage
    258
  - Terminal X42/5 High Voltage
    258
  - Term. X42/5 High Ref./Feedb. Value
    258
  - Terminal X42/7 Output
    259
  - Terminal X42/7 Min. Scale
    259
  - Terminal X42/7 Max. Scale
    259
  - Terminal X42/7 Bus Control
    259
  - Analog out X42/9
    260
  - Terminal X42/7 Timeout Preset
    260
  - Terminal X42/9 Output
    260
  - Terminal X42/9 Min. Scale
    260
  - Terminal X42/9 Max. Scale
    261
  - Terminal X42/9 Bus Control
    261
  - Terminal X42/9 Timeout Preset
    261
  - Terminal X42/11 Output
    261
  - Terminal X42/11 Min. Scale
    262
  - Terminal X42/11 Max. Scale
    262
  - Terminal X42/11 Bus Control
    262
  - Terminal X42/11 Timeout Preset
    262

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Table of Contents
2
1 Introduction

4
- Copyright, Limitation of Liability and Revision Rights
  5
- Approvals
  5
- Symbols
  5
- Abbreviations
  6
- Definitions
  7
2 How to Programme

12
- Local Control Panel
  12
- How to Operate Graphical LCP (GLCP)
  12
- How to Operate Numeric LCP (NLCP)
  15
- Quick Menu Mode
  18
- Function Set-Ups
  19
- Main Menu Mode
  23
3 Parameter Description

26
4 Troubleshooting

185
- Alarm Words
  189
- Warning Words
  190
- Extended Status Words
  191
- Fault Messages
  192
5 Parameter Lists

198
- Operation and Display
  199
- Load / Motor
  201
- Brakes
  202
- Reference / Ramps
  203
- Limits / Warnings
  204
- Digital in / out
  205
- Analog in / out
  206
- Communication and Options
  207
- Profibus
  209
- CAN Fieldbus
  210
- Lonworks
  210
- Smart Logic Controller
  211
- Special Functions
  212
- Drive Information
  213
- Data Readouts
  215
- Info & Readouts
  217
- FC Closed Loop
  218
- Ext. Closed Loop
  219
- Application Functions
  221
- Time Based Funtions
  223
- Application Functions
  224
- Cascade Pack Controller
  225
- Analog I / O Option MCB
  226

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Danfoss VLT Design Manual

Danfoss VLT Design Manual (138 pages)

Refrigeration Drive

Brand: Danfoss | Category: DC Drives | Size: 3 MB

Table of Contents

Table of Contents
2
1 How to Read this Design Guide

6
- Approvals & Certificates
  6
- Legal Information
  6
- Symbols
  6
- Abbreviations
  7
- Definitions
  7
2 Introduction

11
- Caution
  12
- CE Labelling
  12
- Air Humidity
  13
- Aggressive Environments
  13
- Vibration and Shock
  14
- Safe Stop
  14
- Control Structures
  21
- Control Principle
  21
- General Aspects of EMC
  26
- General Aspects of EMC Emissions
  26
- Emission Requirements
  27
- Immunity Requirements
  30
- Galvanic Isolation (PELV)
  32
- PELV - Protective Extra Low Voltage
  32
- Earth Leakage Current
  33
- Extreme Running Conditions
  34
3 Drive Selection

37
- Options and Accessories
  37
4 How to Order

52
- Ordering Form
  52
- Drive Configurator
  52
- Type Code String
  52
- Ordering Numbers
  54
- Ordering Numbers: Du/Dt Filters
  56
5 How to Install

57
- Mechanical Installation
  57
- Mechanical Dimensions
  58
- Lifting
  62
- Safety Requirements of Mechanical Installation
  62
- Electrical Installation
  63
- Electrical Installation and Control Cables
  64
- Removal of Knockouts for Extra Cables
  66
- Gland/Conduit Entry - IP21 (NEMA 1) and IP54 (NEMA12)
  67
- Final Set-Up and Test
  72
- Additional Connections
  74
- External Fan Supply
  74
- Installation of Misc. Connections
  76
- Safety
  78
- High Voltage Test
  78
- Safety Earth Connection
  78
- EMC-Correct Installation
  78
- Electrical Installation - EMC Precautions
  78
- Use of EMC-Correct Cables
  80
6 Application Examples

83
- Start/Stop
  83
- Pulse Start/Stop
  83
- Potentiometer Reference
  84
- Automatic Motor Adaptation (AMA)
  84
- Smart Logic Control
  84
- Smart Logic Control Programming
  84
- SLC Application Example
  85
7 Installation and Set-Up

87
- Overview
  87
- EMC Precautions
  88
- FC Protocol Overview
  88
- FC Protocol Message Framing Structure
  89
- Content of a Character (Byte)
  89
- Telegram Structure
  89
- Telegram Length (LGE)
  89
- Frequency Converter Address (ADR)
  89
- Data Control Byte (BCC)
  89
- The Data Field
  90
- The PKE Field
  90
- Index (IND)
  91
- Parameter Value (PWE)
  91
- Conversion
  92
- Process Words (PCD)
  92
- Examples
  92
- Writing a Parameter Value
  92
- Reading a Parameter Value
  93
- Modbus RTU Overview
  93
- Assumptions
  93
- What the User Should Already Know
  93
- Frequency Converter with Modbus RTU
  94
- Modbus RTU Message Framing Structure
  94
- Modbus RTU Message Structure
  94
- Start/Stop Field
  95
- Address Field
  95
- Function Field
  95
- Data Field
  95
- CRC Check Field
  95
- Coil Register Addressing
  95
- How to Control the Frequency Converter
  98
- Function Codes Supported by Modbus RTU
  98
- Modbus Exception Codes
  98
- How to Access Parameters
  98
- Parameter Handling
  98
- Storage of Data
  98
- Ind
  99
- Text Blocks
  99
- Conversion Factor
  99
- Parameter Values
  99
- Examples
  99
- Force/Write Single Coil (05 HEX)
  99
- Force/Write Multiple Coils (0F HEX)
  100
- Read Holding Registers (03 HEX)
  100
- Preset Single Register (06 HEX)
  101
- Preset Multiple Registers (10 HEX)
  101
- FC Control Profile
  102

Danfoss VLT Instruction Manual

Danfoss VLT Instruction Manual (179 pages)

HVAC Drive

Brand: Danfoss | Category: DC Drives | Size: 7 MB

Table of Contents

Table of Contents

1
- 1 Safety
  
  3
- 2 Introduction
  
  9
- 3 Mechanical Installation
  
  13
  - Before Starting
    13
- 4 Electrical Installation
  
  19
  - How to Connect
    19
- 8 Specifications
  
  28
- 5 How to Operate the Adjustable Frequency Drive
  
  51
- 6 How to Program the Adjustable Frequency Drive
  
  59
  - How to Program
    59
  - Quick Menu Mode
    59
  - Function Set-Ups
    68
  - Parameter List
    113
  - Main Menu Structure
    113
  - Brakes
    113
  - Load / Motor
    113
- 7 Troubleshooting
  
  145
  - Fault Messages
    148
  - Acoustic Noise or Vibration
    151
8 Specifications Vlt ® Hvac Drive Instruction Manual

158
- Enclosure IP21
  161
- Hp]
  161
- Kw]
  161
- Max. Input Current
  
  162
  - Continuous (at 400 V
    162
  - Max. External Pre-Fuses
    162
  - Estimated Power Loss at Rated Max. Load [W]
    162
  - Enclosure IP21
    163
  - Enclosure IP00
    164
  - Efficiency 4)
    164
    
    Special Conditions
    170
- Output Current
  
  162
  - Load)
    162
  - Intermittent (60 Sec Over- Load)
    162
- 9 Index
  
  175

Danfoss VLT Pocket Manual

Danfoss VLT Pocket Manual (64 pages)

Soft Starter – the single speed drive

Brand: Danfoss | Category: Controller | Size: 2 MB

Table of Contents

Danfoss VLT Training Manual

Danfoss VLT Training Manual (52 pages)

Brand: Danfoss | Category: Media Converter | Size: 1 MB

Table of Contents

Danfoss VLT Operating Instructions Manual

Danfoss VLT Operating Instructions Manual (16 pages)

Frequency Converters - Safe Torque Off

Brand: Danfoss | Category: Media Converter | Size: 1 MB

Table of Contents

Table of Contents
3
1 Introduction

4
2 Safety

7
- Safety Symbols
  7
- Qualified Personnel
  7
- Safety Precautions
  7
3 Installation

9
4 Commissioning

11
5 STO Technical Data

13
Index

14

Danfoss VLT Manual

Danfoss VLT Manual (2 pages)

Brand: Danfoss | Category: Measuring Instruments | Size: 0 MB

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