Nidec HVAC Drive H300 Variable Speed Manuals

Manuals and User Guides for Nidec HVAC Drive H300 Variable Speed. We have 5 Nidec HVAC Drive H300 Variable Speed manuals available for free PDF download: User Manual, Step-By-Step Manual, Quick Startup And Operation Manual, Installation Sheet

Nidec HVAC Drive H300 User Manual (323 pages)

HVAC DRIVE Model sizes 3-11 Universal Variable Speed AC drive for induction and permanent magnet motors

Brand: Nidec | Category: Controller | Size: 36.57 MB

How to Use this Guide
3
12 Technical Data
3
Table of Contents
4
1 Safety Information

9
2 Product Information

11
- Drive Firmware Version
  11
- Features
  11
- AC Drive for Fans, Pumps and Compressors
  11
- Model Number
  12
- Fire Mode - Important Warning
  12
- Ratings
  13
- Operating Modes
  16
- Drive Features
  17
- Features of the Drive View (Size 11E)
  18
- Nameplate Description
  19
- Options
  20
  - Option Module Identification
    21
  - Keypad Identification
    21
  - Additional Options
    21
- Items Supplied with the Drive
  22
3 Mechanical Installation

24
4 Electrical Installation

75
- Power Connections
  75
  - AC and DC Connections
    75
  - Size 4 Power Connections
    76
  - Size 5 Power Connections
    76
  - Size 6 Power Connections
    77
  - Size 7 and 8 Power Connections
    77
  - Size 9A Power and Ground Connections
    78
  - Size 9E and 10E Power Connections
    78
  - Ground Connections
    79
- AC Supply Requirements
  80
- Supplying the Drive with DC
  84
  - Input Inductor Calculation
    84
  - Input Line Reactor Dimensions
    84
- DC Bus Paralleling
  85
- Low Voltage Operation
  87
- Location of the 24 VDC Power Supply Connection on Size 8 to 11
  87
- Heatsink Fan Supply
  88
  - Maximum Continuous Input Current
    88
  - Location of the Heatsink Fan Supply Connector on Size 9 to 11
    88
- Ratings
  88
- Output Circuit and Motor Protection
  93
- Ground Leakage
  95
  - Motor Operation
    95
  - Use of Residual Current Device (RCD)
    95
  - Output Contactor
    95
- EMC (Electromagnetic Compatibility)
  96
- Communications Connections
  104
  - Isolation of the EIA-485 Serial Communications Port
    104
  - Surge Immunity of Control Circuits
    104
- Control Connections
  105
- Control Terminal Specification
  106
- Building Automation Network Connections
  108
- Safe Torque off (STO)
  109
- Understanding the Display
  111
- Keypad Operation
  111
  - Control Buttons
    111
  - Hand / off / Auto
    111
5 Getting Started

111
- Display Modes
  112
- Power-Up Modes if Pr 1.052 = 3
  112
- Quick Access Mode
  113
- Keypad Shortcuts
  113
- Mode Examples
  113
- Menu Structure
  114
- Menu 0
  114
- Advanced Menus
  115
  - KI-HOA Keypad RTC
    115
  - Display Messages
    115
  - Keypad Set-Up Parameters
    115
- Changing the Operating Mode
  116
- Saving Parameters
  116
- Alarm Indications
  116
- Restoring Parameter Defaults
  117
- Parameter Access Level and Security
  117
  - User Security Level / Access Level
    117
  - User Security Code
    117
- Displaying Parameters with Non-Default Values Only
  118
- Displaying Destination Parameters Only
  118
- Communications
  118
  - KI-485 Adaptor Installation
    118
  - Serial Communications Set-Up Parameters
    119
6 Basic Parameters

120
- Menu 0: Basic Parameters
  120
- Menu 0 Logic Diagram
  124
- Parameter Descriptions
  126
  - Pr MM.000
    126
  - Commonly Used Functions in XX.000
    126
  - Functions in Pr MM.000
    127
- Full Descriptions
  128
  - Parameter X.00
    128
  - Monitoring
    128
  - Status Information
    129
  - Speed Limits
    129
  - Ramps
    129
  - Voltage Boost, (Open-Loop), Speed-Loop PID Gains (RFC-A/RFC-S)
    129
  - Motor Parameters
    130
  - Fixed and Variable V/F Characteristics
    130
  - Open-Loop
    130
  - Rfc-S
    130
  - RFC-A Mode
    131
  - Rated Current
    131
  - Rated Frequency
    131
  - Maximum Switching Frequency
    131
  - Analog Input 1 Mode
    132
  - Analog Input 1 Destination
    132
  - Analog Input 2 Mode
    133
  - Analog Input 2 Destination
    133
  - Analog Input 2 Thermistor Type
    133
  - User Security Status
    133
  - Parameter Cloning
    134
  - Date
    134
  - Time
    134
  - Day of Week
    134
  - Additional Parameters for RFC-S Sensorless Control
    135
  - Non-Salient
    135
  - Current
    135
  - Current no Test
    135
  - Injection Mode
    136
  - Non-Salient Mode
    136
  - Low Speed Sensorless Mode Current Limit
    136
  - Phase Offset at Iq Test Current
    136
  - Number of Auto Reset Attempts
    137
  - Auto Reset Delay
    137
  - Trip 0 to Trip 9
    137
7 Running the Motor

138
8 Optimization

151
- Motor Map Parameters
  151
  - Open Loop Motor Control
    151
  - Rated Power Factor
    151
  - Autotune
    152
  - Open Loop Control Mode
    152
  - Enable Slip Compensation
    153
  - RFC-A Sensorless Mode
    154
  - Current Loop Gains
    155
  - Speed Loop Gains
    156
  - Speed Controller Proportional Gain
    156
  - Speed Controller Integral Gain
    156
  - Differential Gain
    156
  - RFC-S Sensorless Mode
    157
  - Number of Motor Poles
    157
  - Sensorless Mode Filter
    157
  - RFC Low Speed Mode/Low Speed Sensorless Mode Current
    158
  - Current Reference Filter 1 Time Constant
    158
  - Pr 04.013/Pr 04.014 Current Loop Gains
    158
- Motor Thermal Protection
  160
  - Available Switching Frequencies
    161
  - Sample Rates for Various Control Tasks at each Switching Frequency
    161
- High Speed Operation
  162
  - Field Weakening (Constant Power) Operation
    162
  - Permanent Magnet Motor High Speed Operation
    162
  - Maximum Speed/Frequency / Quasi-Square Wave (Open-Loop Only)
    162
  - Fire Mode
    163
  - Advanced Process PID
    163
  - Fire Mode Reference
    163
  - Fire Mode Activation
    163
  - HVAC Drive H300 Issue Number
    163
  - PID Main Reference Source Parameter
    164
  - PID 1 Reference Slew-Rate Limit
    164
  - PID 1 Optional Enable Source Parameter 1
    164
  - PID 1 Proportional Gain
    164
  - PID 1/2 Output Scaling
    165
  - PID 1/2 Integrator Hold
    165
  - PID 1/2 Symmetrical Limit Enable
    165
  - PID 1 Pre-Sleep Boost Level Enable
    165
  - Analog Reference Profile
    166
  - PID 1 Feedback Output Scaling
    166
  - Combined PID Square Root Enable
    166
  - PID Mode Selector
    166
9 NV Media Card Operation

167
- NV Media Card Support
  167
- Introduction
  167
- Transferring Data
  168
  - Writing to the NV Media Card
    168
  - Reading from the NV Media Card
    168
- Data Block Header Information
  169
- NV Media Card Parameters
  170
  - NV Media Card File Previously Loaded
    170
  - NV Media Card File Number
    170
  - NV Media Card Type
    170
- NV Media Card Trips
  171
- NV Media Card Warning Suppression Flag
  171
- Building Automation Network Communications Set up Parameters
  172
- Serial Address
  172
- Introduction
  172
  - Serial Mode
    173
  - Serial Baud Rate
    173
  - Building Automation Network (BAN) Protocol Selection
    174
  - Bacnet MS/TP Maximum Master MAC Address
    174
  - Communications Lost Detection Time-Out Period
    174
  - Communications Lost Action
    174
- CT Modbus RTU Specification (EIA-485)
  175
  - Slave Address
    175
  - MODBUS Registers
    176
  - Data Consistency
    176
  - Data Encoding
    176
  - Function Codes
    176
  - FC03 Read Multiple
    177
  - FC06 Write Single Register
    177
  - FC16 Write Multiple
    177
  - Slave Response
    177
  - FC23 Read/Write Multiple
    178
  - Extended Data Types
    179
  - Exceptions
    180
  - Exception Message Format
    180
  - Exception Codes
    180
- Bacnet Specification
  181
  - Device Compatibility Parameters
    181
  - Analog Input Objects
    182
  - Analog Output Objects
    182
  - Device Object Properties
    182
  - Analog Value Objects
    183
  - Binary Input Objects
    184
  - Binary Output Objects
    184
  - Binary Value Objects
    184
- Metesys N2 Specification
  185
  - Region Types
    185
  - Analog Inputs
    186
  - Object Configuration
    187
  - Object Status
    187
  - Supported Attributes for Analog Inputs
    187
  - COS Status Bits
    187
  - Binary Inputs
    188
  - Binary Input Points
    188
  - Binary Input Point Attributes
    188
  - Binary Input-Object Configuration Byte
    188
  - Analog Outputs
    189
  - Analog Output Point Attributes
    189
  - Analog Output-Object Configuration Byte
    189
  - Analog Output-Object Status Byte
    189
  - Binary Outputs
    190
  - Binary Output Point Attributes
    190
  - Binary Output Configuration Byte
    190
  - Binary Output Status Byte
    190
  - Internal Float Values (Used to Access Specified Drive Parameters)
    191
  - Internal Float Value Points
    191
  - Internal Float Value Status Byte
    191
  - Attributes Supported for Internal Float Values
    191
  - List of Metasys Commands Supported
    192
  - List of Metasys Commands NOT Supported
    192
  - Change of State Support
    192
  - Selecting Points for COS Polling
    192
  - How a Change-Of-Stage Is Evaluated
    193
  - Alarms for Analog Inputs
    193
  - Analog Input Object Configuration Byte/Status Byte
    193
  - COS Status Bit State Table
    193
  - Alarms for Binary Inputs
    194
  - Alarm/Warning Bits for Various Measurement Points
    194
  - Binary Input Object Configuration Byte
    194
  - Binary Input Object Status Byte
    194
11 Advanced Parameters

195
- Key to Parameter Table Coding
  195
- Feature Look-Up Table
  196
- Parameter Ranges and Variable Minimum/Maximums
  198
  - Vm_Ac_Voltage
    198
  - Vm_Ac_Voltage_Set
    198
  - Vm_Accel_Rate
    198
  - Vm_Dc_Voltage
    199
  - Vm_Drive_Current
    199
  - Vm_Drive_Current_Unipolar
    199
  - Vm_High_Dc_Voltage / Vm_Low_Under_Volts
    199
  - Vm_Min_Switching_Frequency
    200
  - Vm_Motor1_Current_Limit / Vm_Motor2_Current_Limit
    200
  - Vm_Negative_Ref_Clamp1 / Vm_Negative_Ref_Clamp2
    200
  - Vm_Positive_Ref_Clamp1 / Vm_Positive_Ref_Clamp2
    201
  - Vm_Power
    201
  - Vm_Rated_Current
    201
  - Vm_Speed
    202
  - Vm_Speed_Freq_Keypad_Ref
    202
  - Vm_Speed_Freq_Ref
    203
  - Vm_Speed_Freq_Ref_Unipolar
    203
  - Vm_Speed_Freq_User_Refs
    203
  - Vm_Std_Under_Volts
    203
  - Vm_Supply_Loss_Level
    204
  - Vm_Switching_Frequency
    204
  - Vm_Torque_Current
    204
  - Vm_Torque_Current_Unipolar
    204
  - Vm_User_Current
    205
  - Vm_User_Current_High_Res
    205
  - Voltage Ratings Dependant Values
    205
- Menu 1: Frequency / Speed Reference
  206
- Menu 2: Ramps
  210
- Menu 3: Speed Feedback and Speed Control
  213
- Menu 4: Torque and Current Control
  217
  - Menu 4 Open Loop Logic Diagram
    217
  - Menu 4 RFC-A Logic Diagram
    218
  - Menu 4 RFC-S Logic Diagram
    219
- Menu 5: Motor Control
  221
  - Menu 5 Open-Loop Logic Diagram
    221
  - Menu 5 RFC-A, RFC-S Logic Diagram
    222
- Menu 6: Sequencer and Clock
  226
- Menu 6 Logic Diagram
  226
- Menu 7: Analog I/O
  229
- Menu 7 Logic Diagram
  229
- Menu 8: Digital I/O
  232
- Menu 8 Logic Diagram
  232
- Menu 9: Programmable Logic, Motorized Pot, Binary Sum and Timers
  236
- Menu 10: Status and Trips
  242
- Defaults for Pr 10.030, Pr 10.031 and Pr 10.061
  243
- Menu 11: General Drive Set-Up
  244
- Menu 12: Threshold Detectors and Variable Selectors
  246
- Menu 12 Logic Diagram
  246
- Menu 14: User PID Controller
  250
- Menu 14 Logic Diagram
  250
- Menus 15, 16 and 17: Option Module Set-Up
  254
  - Location of Option Module Slots and Their Corresponding Menu Numbers
    254
  - Parameters Common to All Categories
    254
- Menu 18: Application Menu 1
  255
- Menu 19: Application Menu 2
  255
- Menu 20: Application Menu 3
  255
- Menu 22: Additional Menu 0 Set-Up
  256
- Menu 29: Building Automation Network Setup
  258
- Drive Technical Data
  259
  - Maximum Permissible Continuous Output Current @ 40 Degrees C Ambient
    259
  - Power and Current Ratings
    259
  - Maximum Permissible Continuous Output Current @ 50 Degrees C (122 F)
    262
  - Losses @ 40 Degrees C (104 F) Ambient
    264
  - Power Dissipation
    264
  - Losses @ 40 Degrees C (104 F) Ambient with High IP Insert Installed
    266
  - Losses @ 50 Degrees C (122 F) Ambient
    267
  - IP / UL Rating
    269
  - Line Reactors
    269
  - Motor Requirements
    269
  - Supply Requirements
    269
  - Accuracy and Resolution
    270
  - Corrosive Gasses
    270
  - Start up Time
    270
  - Vibration
    270
  - Acoustic Noise
    271
  - Overall Dimensions
    271
  - Overall Drive Weights
    271
  - AC Input Current and Fuse Ratings
    272
  - Cable Ratings
    274
  - Maximum Motor Cable Lengths
    276
  - Torque Settings
    278
  - Drive Control and Relay Terminal Data
    278
  - Immunity Compliance
    280
  - Emission Compliance
    280
- Optional External EMC Filters
  283
  - EMC Filter Cross Reference
    283
  - EMC Filter Ratings
    284
  - Overall EMC Filter Dimensions
    284
  - EMC Filter Torque Settings
    285
  - Diagnostics - Information Provided by Keypad Display
    286
- Status Modes (Keypad and LED Status)
  286
- Trip Indications
  286
- Identifying a Trip / Trip Source
  287
  - Key to Sub-Trip Number
    287
  - Sub-Trip Identification
    287
- Trips, Sub-Trip Numbers
  288
  - An Input 1 Loss
    288
  - Autotune 1
    288
  - App Menu Changed
    288
  - Autotune 2/3/7
    289
  - Autotune Stopped
    289
  - Brake R too Hot
    289
  - Card Access
    289
  - Card Boot
    290
  - Card Busy
    290
  - Card Compare
    290
  - Card Data Exists/Card Drive Mode/Card Error/Card Full
    290
  - Card no Data
    291
  - Card Product
    291
  - Card Rating
    291
  - Card Read Only/Card Slot
    291
  - Configuration
    292
  - Control Word
    292
  - Current Offset
    292
  - Data Changing/Derivative ID
    292
  - Derivative Image
    293
  - Destination
    293
  - Drive Size
    293
  - EEPROM Fail
    294
  - Encoder 9
    294
  - External Trip
    294
  - Hf01
    294
  - Hf02 - Hf11
    295
  - Hf12 - Hf19
    296
  - Hf20
    297
  - HF23 to HF25
    297
  - I/O Overload
    297
  - Inductance
    297
  - Inter-Connect
    298
  - Keypad Mode
    298
  - Motor too Hot
    298
  - Name Plate
    299
  - Oht Brake
    299
  - Oht Control
    299
  - Oht DC Bus
    300
  - Oht Inverter
    300
  - Oht Power
    301
  - OI Ac
    301
  - OI Brake
    302
  - OI DC
    302
  - OI Snubber
    302
  - Option Disable
    302
  - Out Phase Loss
    303
  - Over Speed
    303
  - Over Volts
    303
  - Phase Loss
    304
  - Phasing Error
    304
  - Power Comms
    304
  - Power Data
    305
  - Power down Save
    305
  - Psu
    305
  - Psu 24V
    305
  - Rating Mismatch
    306
  - Rectifier Set-Up
    306
  - Reserved
    306
  - Resistance/Slot App Menu
    306
  - Slotx Different
    307
  - Slotx Error
    307
  - Slotx HF
    307
  - Slotx Not Fitted/Slotx Watchdog
    307
  - Soft Start
    308
  - Stored HF
    308
  - Sub-Array RAM
    308
  - Temp Feedback/Th Brake Res
    308
  - Th Short Circuit
    309
  - Thermistor
    309
  - Undefined
    309
  - User 24V
    309
  - User Program
    310
  - User Prog Trip
    310
  - User Save
    311
  - User Trip
    311
  - Watchdog
    311
  - Serial Communications Look up Table
    312
  - Trip Categories
    313
- Internal / Hardware Trips
  314
- Status Indications
  314
- Programming Error Indications
  314
- Displaying the Trip History
  315
- Behaviour of the Drive When Tripped
  315
14 UL Listing Information

316
- Enclosure Ratings
  316
- Mounting
  316
- Environment
  316
- UL File Reference
  316
- Option Modules, Kits and Accessories
  316
- Electrical Installation
  316
- Motor Overload Protection and Thermal Memory Retention
  317
- External Class 2 Supply
  317
  - Requirement for Transient Surge Suppression
    317
  - Group Installation and Modular Drive Systems
    317
- Electrical Supply
  317
- Alphabetical Index
  318

Nidec HVAC Drive H300 Step-By-Step Manual (47 pages)

Brand: Nidec | Category: DC Drives | Size: 8.56 MB

Nidec HVAC Drive H300 Step-By-Step Manual (42 pages)

Brand: Nidec | Category: DC Drives | Size: 5.78 MB

Table of Contents
2
Introduction
3
Check the Contents of the Box
4
Check Model and Voltage
4
Mount the Drive
5
Select Supply / Motor Cables and Fuses
8
Wire the Drive up
10
Use the Keypad
20
Run the Drive for the First Time in Hand Mode
21
Running the Drive in Auto Mode
32
Additional Information
33
UL Information
37
Leroy Somer Permanent Magnet Motor Data
40

Nidec HVAC Drive H300 Quick Startup And Operation Manual (13 pages)

Brand: Nidec | Category: Controller | Size: 1.94 MB

Nidec HVAC Drive H300 Installation Sheet (2 pages)

Brand: Nidec | Category: DC Drives | Size: 0.76 MB

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Nidec HVAC Drive H300 Variable Speed Manuals

Nidec HVAC Drive H300 User Manual (323 pages)

Table of Contents

1 Safety Information

2 Product Information

3 Mechanical Installation

4 Electrical Installation

5 Getting Started

6 Basic Parameters

7 Running the Motor

8 Optimization

9 NV Media Card Operation

11 Advanced Parameters

14 UL Listing Information

Nidec HVAC Drive H300 Step-By-Step Manual (47 pages)

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Nidec HVAC Drive H300 Step-By-Step Manual (42 pages)

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Nidec HVAC Drive H300 Quick Startup And Operation Manual (13 pages)

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