Table Of Contents - Danfoss 176F7300 Manual

Table of Contents

Table Of Contents1
Getting Started3
Chapter 1 Introduction3
Receiving, Transporting, Inspecting, And Storage4
Nameplate Information4
Description Of Serial Number4
Receiving, Inspection, And Storage4
General Technical Data5
Specifications8
External Parts And Labels9
Installation Requirements10
Chapter 2 Installation And Wiring10
Wiring11
200-240 Vac Units12
Main Circuit Standard Wiring Chart12
Control Terminal Designations (Factory Settings)13
Installation Notes14
Safety Precautions14
Description Of The Digital Keypad/Display16
Operating Modes And Functions16
Chapter 3 Digital Keypad/Display Operation16
Function / Program17
Explanation Of The Led Indicators17
Quick Set-Up18
Electrical Installation, Power18
Programming18
Motor Start18
Explanation Of Displayed Messages19
Operating The Digital Control Panel20
Operation21
Description Of Parameters22
Pr.00 Master Frequency Source Select22
Pin Header/Jumper Diagrams22
Chapter 4 Description Of Parameters22
Pr.01 Operation Command Source Select23
Pr.02 Motor Stop Method Select23
Pr.03 Maximum Output Frequency24
Pr.04 Motor Frequency24
Pr.05 Motor Voltage24
Pr.06 Mid-Point Frequency24
Pr.08 Minimum Output Frequency25
Pr.09 Minimum Output Voltage25
Custom V/F Curve25
Fan/Pump V/F Curve25
Commonly Used V/F Pattern Settings26
General Purpose26
Fans And Pumps26
High Starting Torqu26
Pr.11 Deceleration Time27
Pr.12 Acceleration Time27
Pr.13 Deceleration Time28
Pr.14 S-Curve28
Pr.15 Jog Accel. / Decel. Time29
Pr.16 Jog Frequency29
Pr.24 Reverse Run Inhibit30
Pr.25 Over-Voltage Stall Prevention30
Pr.26, Pr.27 Over-Current Stall Prevention30
Pr.26 Over-Current Stall Prevention During Acceleration30
Pr.27 Over-Current Stall Prevention During Operation31
Pr.28 Dc Braking Current31
Pr.29 Dc Braking Time During Start-Up32
Pr.30 Dc Braking Time During Stopping32
Pr.31 Dc Braking Start-Up Frequency32
Pr.32 Momentary Power Loss Operation Mode Selection32
Pr.33 Maximum Allowable Power Loss Time33
Pr.34 Minimum Base Block Time33
Pr.35 Speed Search Deactivation Current Level33
Pr.36 Reference Frequency Upper Limit34
Pr.37 Reference Frequency Lower Limit34
Pr.38 Multi-Function Input Terminals (M0, M1)34
Pr.39 Multi-Function Input Terminals (M2)34
Pr.40 Multi-Function Input Terminals (M3)35
Pr.41 Multi-Function Input Terminals (M4)35
Pr.42 Multi-Function Input Terminals (M5)35
Parameter - Function List35
D05: External Reset37
D06, 07, 08: Multi-Step Speed Command37
D09: Jog Frequency Control38
D10: Accel./Decel. Speed Inhibit38
D11: First Or Second Accel./Decel. Time Select38
D12, D13: External Base Block39
D14, D15: Increase/Decrease Output Frequency Control40
D16, D17: Plc Function Control40
D18: Counter Trigger41
D19: Counter Reset41
Pr.43 Analog Output To Drive External Meter42
Pr.44 Analog Output Gain42
Pr.45 Multi-Function Phc Output Terminal (Mo1)43
Pr.46 Multi-Function Output Relay Contact Ra-Rc (No), Rb-Rc (Nc)43
Multi-Function Output Program Values43
Multi-Function Terminals Wiring Example44
Pr.47 Desired Frequency Attained44
Multi-Function Output Terminal Operation (D01 And D08)45
Pr.48 Output Frequency Offset45
Pr.49 Process Signal Bias45
Pr.50 Process Signal Gain45
Pr.52, Pr.53 – Motor Operating Specifications48
Pr.52 Motor Rated Current48
Pr.53 Motor No-Load Current49
Pr.54 Torque Compensations49
Pr.55 Slip Compensation49
Pr.56 Special Output Display49
Pr.58, Pr.59 – Electronic Thermal Overload Relay50
Pr.58 De-Rating For Output Current Vs. Temperature50
Pr.60, Pr.61, Pr.62 – Over-Torque Detection51
Pr.60 Over-Torque Detection Mode51
Pr.61 Over-Torque Detection Level51
Pr.62 Over-Torque Detection Time51
Pr.64 User Defined Function For Display52
Pr.65 Coefficient Of Line Speed52
Pr.66 Master Frequency52
Pr.67, Pr.68, Pr.69 Frequency Setting Prohibited52
Pr.70 Frequency Bandwidth Setting Prevention53
Pr.71 Pwm Carrier Frequency Select53
Pr.72 Auto-Reset / Restart Operation Following A Fault54
Pr.73, 74, 75 The 1St, 2Nd, 3Rd Most Recent Fault Record54
Pr.76 Parameter Key55
Pr.77 Reserved55
Pr.78 Plc (Programmable Logic Controller) Operation Mode55
Example 1 (Pr.78 = D01): Execute One Cycle Through The Plc Program56
Example 2 (Pr.78 = D02): Continuously Execute Program Cycles56
Example 3 (Pr.78 = D03): Execute One Cycle Step By Step57
Pr.79 Plc Forward/Reverse58
Pr.80 Manufacturer Model Information60
Pr.81 ~ Pr.87 Plc Program Step Time Intervals60
Pr.95 Auto Energy-Saving60
Output Characteristics Curve Of Energy-Saving Operation60
Pr.96 Count Down Completion Settings61
Pr.97 Preset Count Down Completion Settings61
Pr.100 Software Version61
Pr.101 Auto Acceleration/Deceleration Adjustment Selection62
Pr.102 Auto Voltage Regulation (Avr)62
Pr.111 Deceleration S Curve Setting63
Pr.112 External Terminal Scanning Time63
Chapter 5 Summary Of Parameters64
Chapter 6 Troubleshooting And Fault Information71
The Over-Current Hardware72
The Ac Drive Temperature72
Internal Electronic Overload73
Motor Overload73
Over-Current During Acceleration73
Over-Current During Deceleration73
Ac Motor Drive Internal74
Ac Motor Drive E2Prom74
Ground Fault Or Fuse Failure74
External Baseblock74
Dimensions 200-240V Series75
Appendix A Dimensions75
Dimensions 200-240V Ce Series76
Brake Resistors77
Remote Keypad Kit77
Appendix B Accessories77
Din Rail Adaptor Bracket Kit78
Appendix C Ce Labeling79
Pr.88 Communication Address84
Pr.89 Transmission Speed84
Pr.90 Transmission Fault Treatment84
Appendix D Serial Communication84
Computer Control85
Data Format85
Communication Protocol87
Communication Data Frame87
Ascii Mode87
Adr88
Cmd88
Ac Drive Responding Mode89
Data Characters89
Chk89
Ac Drive Communication Error90