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S900 E Series
Machtric S900 E Series Manuals
Manuals and User Guides for Machtric S900 E Series. We have
1
Machtric S900 E Series manual available for free PDF download: User Manual
Machtric S900 E Series User Manual (137 pages)
Brand:
Machtric
| Category:
Inverter
| Size: 1.02 MB
Table of Contents
Table of Contents
4
Confirmation on Receiving
7
Transportion and Installation
7
Chapter 1 Safety Cautions
7
Wiring and Junction
9
Power-On, Test Operation
10
Inspection and Maintenance
11
Emergency Stop
12
Disposing of the Inverter
12
Unpacking Confirmation
13
Inverter Model Description
13
Chapter 2 Product Introduction
13
Product Specifications
14
Product Seriel Models
15
Product Storage
15
Product Storage
16
Installation Environment and Requirements
17
Chapter 3 Installation of the Inverter
17
Single Inverter Installation
18
Multiple Inverters Installed in One Control Cabinet
18
Inverter Outline Dimension Drawings
19
Chapter 4 Wiring
20
Peripheral Devices Description
21
Main Circuit Wiring Notice
21
Peripheral Devices Specifications
23
Specification of Main Circuit Terminal
24
Basic Wiring Diagram
25
Control Terminals Layout (0.4~3.7Kw)
25
Control Circuit Terminals Description
25
Output Signals
26
Wiring Instructions
27
Communication
27
Contents
28
Chapter 5 Operation
28
Opeation Panel
29
Key Function Description
29
Displays Description
29
Operating Panel Operation Instruction
30
Chapter 6 Table of Function Parameters
33
Parameters for Monitoring
48
Chapter 7 Detailed Explanations of Functional Parameters
48
Display the Motor Speed
49
Display the Output Current
49
Display the Output Frequency
49
Display the Set Frequency
49
Basic Parameters
52
Digital Frequency Setting
52
Analog Current Mode
53
Setting Dial Mode
54
UP/DOWN Setting Mode
54
I/O Terminal
55
Start Signal Selection
55
Two-Wire Type
55
Three-Wire Type
56
RS485 Mode
57
Serial Communication
57
Max. Frequency
58
Min. Frequency
58
Reverse Prevention Setting
58
Acc Time
59
Dec Time
59
V/F Fundamental Frequency
59
V/F Maximum Voltage
59
V/F Minimum Frequency
60
V/F Minimum Voltage
60
V/F Intermediate Frequency
61
Carrier Frequency
62
Initialization of Parameters
62
Locked
63
Parameters of Basic Applications
63
Tracing Start
63
Coasting Stop
64
Deceleration to Stop
64
Start Frequency Setting
64
Stop Mode Selection
64
DC Braking Current in Start
65
DC Braking Time in Start
65
Stop Frequency Setting
65
DC Braking Current in Stop
66
DC Braking Time in Stop
66
Torque Boost
66
Rated Voltage Motor
67
P211 no Load Current Ratio of Motor
68
P212 Rated Motor Rotation Speed
68
P213 Number of Motor Poles
68
Rated Motor Current
68
Parameters for Input and Output Application
69
P215 Rated Frequency of Motor
69
P300 FIV Minimum Voltage Input
69
P301 FIV Maximum Voltage Input
69
P302 Input Filter Time
70
P303: FIC Minimum Current Input
70
P304: FIC Maximum Current Input
70
P305: FIC Input Filter Time
70
FOV Maximum Voltage Output
71
FOV Minimum Voltage Output
71
FOC Maximum Current Output
72
FOC Minimum Current Output
72
P310 Frequency of Low Analog
73
P311 Direction of Low Analog
73
P312 Frequency of High Analog
73
P313 Direction of High Analog
73
Multi-Function Terminal
78
Fault Reset
79
Frequency Increasing Signal (up Signal)
79
Counter Pulse Input
80
Counter Resetting
80
PID Function Enable
80
PLC Function Enable
80
Winding Function Enable
81
Accelerating
83
Decelerating
83
Under Voltage Alarming
83
Over Torque Detection
84
Overload Detection
84
Process Completion Indication
84
Stage Completion Indication
84
Middle Counter Reached
85
P326 Output Terminal FOV
85
P327 Output Terminal FOC
85
Set Counter Reached
85
Alternating Voltage
86
Direct Voltage
86
Secondary Application Group
86
Acceleration Torque Limiting Level
87
Middle Value of Counter
87
Setting Value of Counter
87
Constant-Speed Torque Limiting Level
88
Deceleration Over-Voltage Prevention Selection
88
Automatic Voltage Regulation Selection
89
Automatic Energy-Saving Selection
90
Braking Duty
90
DC Braking Voltage
90
P413 Automatic Energy-Saving Selection
90
Frequency Tracing Enable
91
P415 Braking Duty
91
Restart after Instant Power off
91
Allowable Time of Power off
92
Flank Restart Current Limiting Level
92
Delay Time for Restart after Fault
93
Fault Restart Times
93
Flank Restart Time
93
Over Torque Action
94
Over Torque Detection Level
94
Over Torque Detection Time
94
Constant-Speed Torque Limiting Time
95
Reaching Frequency
95
Jump Frequency
96
Jump Frequency Hysteresis Loop Width
96
PLC Memory Mode
96
Special Operation (PLC Control)
96
PLC Start Mode
97
PLC Running Mode
98
Special Operation (PID Control)
103
PID Action Set Point
104
PID Feedback Value Selection
104
PID Operation Mode Selection
104
PID Figure Target Value Setting
105
PID Differential Time
107
PID Integral Time
107
PID Lower Limit Alarm Value
107
PID Proportional Band
107
PID Standby Duration
108
PID Standby Frequency
108
PID Wake-Up Value
108
PID Corresponding Value of Display
109
PID Decimal Digit of Display
109
PID Digit of Display
109
Communication Mode
110
Initial Settings and Specifications of Communication
110
RS-485 Communication Speed
110
RS-485 Communication Station
110
Character Structure
111
Data Format Box
112
Structure of Communication Data
112
Communication Address
113
Function Code and Data Characters
113
Format of Enquiry Message
114
Format of Enquiry Message Character String
114
Format of Response Message
114
Format of Response Message Character String
114
Advanced Application Parameter Lock
117
Advanced Application Parameters
117
Constant and Variable Torque Selection
117
System 50Hz/60Hz Selection
117
Current Display Filter Time
118
Over Temperature Protection Setting
118
Overvoltage Protection Setting
118
Daily Inspection
120
Periodic Inspection
120
Chapter 8 Precautions for Maintenance and Inspection
120
Daily and Periodic Inspection
121
Replacement of Parts
122
Trouble Shooting
122
List of Alarm Display
123
Check First When You Have Troubles
126
Parameter Write Cannot be Performed
126
Motor Does Not Rotate as Commanded
126
Motor Generates Abnormal Noise
127
Inverter-Generated Noises and Their Reduction Techniques
128
Speed Does Not Increase
128
Inverter May Interfere with Other Devices
128
Basic Techniques
129
Noise Reduction Examples
129
Chapter 9 Peripheral Devices Selection
130
Peripheral Devices Description
130
Applied Braking Resistor Specification
131
Appendix 1 Simple Application Example
133
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