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Monarch NICE1000 User Manual
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System Commissioning and
Application Example NICE1000
new
User
Manual
- 72 -
■
Emergency
ARD Power Supply
The
ARD is a emergency evacuation device with the self recognition and control functions.
It is connected between the mains supply and the elevator control cabinet. When the mains
supply is normal, it supplies power to the elevator
. When the mains supply is interrupted, the
ARD supplies power to the main circuit and control circuit.
The following gure shows the schematic diagram.
Figure 5-9 Three-phase emergency
ARD power supply
L1
L2
L3
R
Power
distribution
box
X19
24V
S
T
R
S
T
R
Elevator control cabinet
Emergency
evacuation
signal output
Phase shorting
output
11
14
ARD for
emergency leveling
at power failure
Phase relay
L1
L2
S
T
1
2
3
4
L3
NICE1000
new
Safety circuit 110 V
ARD
11
14
X25 MCB
Emergency
feedback 24 V
ARD
1
2
X19 MCB
3
4
Phase relay
Figure 5-10 Single-phase emergency
ARD power supply
L1
N1
L0
Power
distribution
box
X19
24V
S
R
S
T
R
Elevator control cabinet
Emergency
evacuation
signal output
ARD for
emergency leveling
at power failure
NICE1000
new
L1
N1
N0
1
2
Emergency
feedback 24 V
ARD
1
2
X19 MCB
73
75
Table of Contents
Default Chapter
2
Preface
2
First-Time Use
3
Introduction
3
Product Checking
3
Standard Compliance
3
Comparison with the NICE1000
4
Introduction
4
Connection to Peripheral Devices
5
Basic Function List
6
Table of Contents
12
Chapter 1 Safety Information and Precautions
14
Safety Precautions
15
General Precautions
18
Requirement on the Residual Current Device (RCD)
18
High Leakage Current Warning
18
Motor Insulation Test
19
Thermal Protection of Motor
19
Motor Heat and Noise
19
Contactor on the Input and Output Sides of the Controller
19
Use Outside the Rated Voltage
20
Surge Suppressor
20
Altitude and De-Rating
20
Disposal
20
Protective Functions
21
Speed Abnormal
21
Drive Control Abnormal
21
Encoder Abnormal
21
Chapter 2 Product Information
22
System Configuration of the NICE1000
23
Designation Rules and Model Description
24
Models and Specifications
24
Technical Specifications
25
Physical Appearance and Mounting Dimensions
27
L Structure, 2.2–15 Kw
28
L Structure, 18–22 KW, 30 –37 KW
28
L Structure, 45–55 Kw
28
Mounting Dimensions of the NICE1000
29
Optional Parts
29
Optional Parts of the NICE1000
29
Selection of Braking Components
30
Appearance and Dimensions of Braking Unit
30
Braking Resistor Selection for the NICE1000
31
Chapter 3 Mechanical and Electrical Installation
34
Installation Requirements
35
Installation Environment Requirements
35
Installation Clearance Requirements
35
Clearance Around the NICE1000 for Installation
35
Mechanical Installation
36
Diagram of Mounting Holes
36
Electrical Installation
37
Terminal Arrangement
37
Description of Main Circuit Terminals
37
Main Circuit Terminal Arrangement
37
Wiring of the Main Circuit
38
Description of Control Circuit Terminals
39
Description of Indicators on the MCB
40
Description of the MCTC-KZ-D Extension Card
41
Appearance and Installation of the MCTC-KZ-D
41
Mounting Dimensions of the MCTC-KZ-D
41
Function Description of Terminals
41
Indicators
42
Description of Indicators on the MCTC-KZ-D
42
Selection and Use of the MCTC-PG Card
42
Selection of the MCTC-PG Card Models
43
Terminal Wiring and Description
43
Wring between MCTC-PG-E and the Controller
44
Definitions of the CN1 Terminals of Different MCTC-PG Card Models
44
Precautions on Connecting the MCTC-PG Card
44
Selection of Adaptable Motor
45
Selection and Use of the Hall Display Board
45
Selection of Peripheral Electrical Devices
45
Description of Peripheral Electrical Devices
45
Specification of Peripheral Electrical Devices for Selection
46
Electrical Wiring Diagram of the NICE1000
47
Installation of Shaft Position Signals
47
New Control System
47
Arrangement of Shaft Position Signals
48
Installation of Leveling Signals
48
Installation Requirements of Leveling Switches
49
Installation of Slow-Down Switches
49
Slow-Down Distances Based on Different Rated Elevator Speeds
50
Installation of Limit Switches
50
Installation of Final Limit Switches
50
Chapter 4 Use of the Commissioning Tools
53
Use of the LED Operation Panel
54
Diagram of the LED Operation Panel
54
Description of Indicators
54
Description of Keys on the Operation Panel
55
Operation Procedure
56
Operation Procedure on the Operation Panel
56
Viewing Status Parameters
57
Shift between Parameters Displayed in the Stop State
57
Shift between Parameters Displayed in the Running State
57
Chapter 5 System Commissioning and Application Example
59
Commissioning Procedure of the System
60
Check before Commissioning
60
Check the Encoder
61
Check the Power Supply before Power-On
61
Setting and Auto-Tuning of Motor Parameters
62
Motor Parameters to be Set
62
Check the Grounding
62
Precautions for Motor Auto-Tuning
63
Motor Auto-Tuning Process
64
Output State of RUN and Brake Contactors
65
Trial Running at Normal Speed
65
Door Machine Controller Commissioning
66
Door Open Limit Monitoring
66
Door 1 Open Limit Monitoring (F5-28)
66
Riding Comfort
67
Controller Output
67
Running Time Sequence
68
Mechanical Construction
70
Password Setting
71
Example of Changing the Password
71
System Application
72
Emergency Evacuation at Power Failure
72
Emergency 220 V UPS
72
Various Contacts of the Contactors
73
Parameter Setting under the 220 V UPS Scheme
73
Emergency ARD Power Supply
74
Three-Phase Emergency ARD Power Supply
74
Single-Phase Emergency ARD Power Supply
74
Parameter Setting under the ARD Scheme
75
Shorting PMSM Stator
75
Wiring of the Independent Shorting PMSM Stator Contactor
76
Parameter Setting under the Shorting PMSM Stator Scheme
76
Parameter Description of F6-69
76
Parallel Control of Two Elevators
78
Parameter Setting
78
Wiring for Parallel Control Communication
78
Function Description
78
Parameter and Address Setting of Two Elevators
79
Opposite Door Control
79
Opposite Door Control Modes and Parameter Setting
79
Chapter 6 Function Code Table
81
Function Code Description
82
Function Code Groups
82
Chapter 6 Function Code Table
82
Function Code Table
83
Chapter 7 Description of Function Codes
109
Group F0: Basic Parameters
110
0: Sensorless Vector Control (SVC)
110
Distance Control
111
Influences of Carrier Frequency Adjustment
112
Group F1: Motor Parameter
112
No-Load Auto-Tuning
114
Group F2: Vector Control Parameters
115
Relationship between Running Frequencies and PI Parameters
116
Elevator Running Direction
117
Zero Servo Current Coefficient
117
Torque Acceleration Time
117
Torque Deceleration Time
117
Group F3: Running Control Parameters
118
Deceleration End Jerk Time 0.300-4.000
118
Deceleration Start Jerk Time 0.300-4.000
118
F3-05 Deceleration Rate
118
Function Code
118
Setting the Running Curve
118
Distance
119
F3-10 Re-Leveling Speed
119
F3-11 Inspection Speed
119
F3-15 Brake Release Delay
119
Position of up Slow-Down
119
Special Deceleration Rate 0.200-2.000
119
Acceleration Rate at Emergency Evacuation
120
F4-00 Leveling Adjustment
120
Group F4: Floor Parameters
120
F4-01 Current Floor F6-01 to F6-00
121
High Byte of Current Floor Position 0-65535
121
Length 1 of Leveling Plate
121
Length 2 of Leveling Plate
121
Group F5: Input Terminal Parameters
122
Attendant/Automatic Switchover Time
122
X1 Function Selection
122
X2 Function Selection
122
Shorting Door Lock Circuit Contactor Feedback
123
First Fire Emergency Signal
123
Overload Signal
123
Full-Load Signal
123
Attendant Signal
124
Direct Travel Ride Signal
124
Direction Change Signal
124
UPS Valid Signal
124
Motor Overheat Signal
125
Earthquake Signal
125
Back Door Forbidden Signal
125
Light-Load Signal
125
Invalid
126
Safety Circuit Signal
126
Door Lock Circuit 1 Signal
126
Door Lock Circuit 2 Signal
126
Meaning of the LED Segments for F5-28
127
Meaning of the LED Segments for F5-29
128
Floor I/O Terminal State (F5-30)
129
Meaning of the LED Segments for F5-30
130
Meaning of the LED Segments for F5-31
131
Group F6: Basic Elevator Parameters
132
Top Floor of the Elevator
132
Bottom Floor of the Elevator
132
Parking Floor
132
Service Floors
133
Converting Binary Value of F6-05 to Decimal
133
Functions Indicated by Bits of F6-06
134
Elevator Function Control 1
134
Reserved
134
Viewing F6-06 in Bit
135
Viewing Bits Cyclically
136
Elevator Function Control 2
136
Fault Auto Reset
136
F6-07 Elevator Function Control 2
137
Arrow Blinking Interval
137
Random Test Times
137
Bit0: Hall Call Forbidden
137
L2 Function Selection
138
L49 Function Selection
138
L50 Function Selection
138
Leveling Sensor Delay
140
Soft Limit Function
140
Attendant-Related Functions Indicated by Bits of F6-67
142
F6-68 Fire Emergency Function Selection
142
F6-69 Emergency Evacuation Function Selection
143
Emergency Evacuation Functions Indicated by Bits of F6-69
143
Emergency Evacuation Switching Speed
144
Evacuation Parking Floor
144
Blinking Advance Time
144
Group F7: Output Terminal Parameters
145
Y0 Function Selection
145
Y1 Function Selection
145
Y2 Function Selection
145
Group F8: Enhanced Function Parameters
147
Load for Load Cell Auto-Tuning
147
Pre-Torque Selection
147
Pre-Torque Offset
147
Drive Gain
148
Brake Gain
148
Current Car Load
148
Car No-Load Load
148
Group F9: Time Parameters
149
Brake Apply Delay
149
Fire Emergency Floor 2
149
Idle Time before Returning to Base Floor
149
Motor Running Time Limit
150
Accumulative Running Time
150
High Byte of Running Times
150
Low Byte or Running Times
150
Group FA: Keypad Setting Parameters
150
Display in Stop State
151
Stop Parameters Corresponding to 16 Bits of FA-02
151
Overload Output
154
Arrival Gong Output
154
Current Encoder Angle
154
Control Board Software
154
Controller Model
155
Pre-Torque Current
155
Logic Information
155
LED Display of the Elevator State
155
Curve Information
156
Set Speed
156
Feedback Speed
156
Present Position
156
Communication Quality Display
157
Example of Input State Display
157
Group Fb: Door Function Parameters
161
System State
161
Number of Door Machine (S)
161
Opposite Door Control Mode
161
Service Floors of Door Machine 1
162
Service Floors of Door Machine 2
162
Holding Time of Manual Door Open
162
Program Control Selection
162
Door Close Protection Time
163
Door Open/Close Protection Times
163
Door Open Holding Time for Hall Call
163
Door Open Holding Time Upon Open Delay Valid
163
Arrival Gong Output Delay
164
Door Lock Waiting Time at Manual Door
164
Group FC: Protection Function Parameters
164
Program Control Functions Indicated by Bits of FC-00
164
FC-00 Program Control for Protection Function
165
FC-01 Program Control 2 for Protection Function
165
Overload Protection Coefficient
165
Overload Pre-Warning Coefficient
165
Designated Fault
166
Designated Fault Code
166
Designated Fault Subcode
166
Group Fd: Communication Parameters
167
Local Address
167
Communication Response Delay
167
Communication Timeout
167
Group FE: Elevator Function Parameters
168
10: Low 7-Segment a Display Output
170
11: Low 7-Segment B Display Output
170
12: Low 7-Segment C Display Output
170
Elevator Function Selection 1
170
Elevator Functions Indicated by Bits of FE-13
171
Elevator Functions Indicated by Bits of FE-14
171
Group Fr: Leveling Adjustment Parameters
172
FE-14 Elevator Function Selection 2
172
Viewing the Leveling Adjustment Record
173
Group FF: Factory Parameters
173
Group FP: User Parameters
173
Parameter Update
174
User-Defined Parameter Display
174
Troubleshooting
175
Maintenance
176
Routine Maintenance
176
Periodic Inspection
176
Chapter 8 Troubleshooting
176
Replacement of Vulnerable Components
177
Service Life of Cooling Fan and Filter Electrolytic Capacitor
177
Storage of the Controller
177
Description of Fault Levels
177
Fault Levels
178
Fault Information and Troubleshooting
179
Emc
193
Definition of Terms
194
First Environment
194
Second Environment
194
Category C1 Controller
194
Chapter 9 EMC
194
Introduction to EMC Standard
194
Requirements on Satisfying the EMC Directive
195
Selection of Peripheral EMC Devices
195
Installation of EMC Input Filter on Power Input Side
195
Recommended Manufacturers and Models of EMC Filter
196
Installation of AC Input Reactor on Power Input Side
197
Recommended Manufacturers and Models of AC Input Reactors
197
Shielded Cable
198
Requirements for the Shielded Cable
198
Installation Precautions of the Shielded Cable
199
Grounding of the Shielded Cable
199
Cabling Requirement
199
Cabling Diagram
200
Solutions to Common EMC Interference Problems
200
4
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Monarch NICE1000 Specifications
General
Brand
Monarch
Model
NICE1000
Category
Controller
Language
English
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