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Honeywell 2MLF-HO2A Speed Counter Module Manuals
Manuals and User Guides for Honeywell 2MLF-HO2A Speed Counter Module. We have
1
Honeywell 2MLF-HO2A Speed Counter Module manual available for free PDF download: User Manual
Honeywell 2MLF-HO2A User Manual (222 pages)
High Speed Counter Module
Brand:
Honeywell
| Category:
Control Unit
| Size: 6.99 MB
Table of Contents
Table of Contents
9
Function Block Classificat
10
1 Introduction
19
Table 1 - Performance Specification
21
Specifications
21
Table 2 - Counter Input Specifications
23
Pulse Input Specifications
23
Table 3 - Preset/Auxiliary Function Input Specifications
24
Table 4 - Transistor Output (SINK) Specifications
24
Designations of Parts
25
Figure 1 - Parts of 2MLF-HO2A/HD2A
25
Table 5 - Parts and Functions
26
Input
27
Specifications for Interface with External Devices
27
Table 6 - 2MLF-HO2A Connector Pin Arrangement
27
Table 7 - 2MLF-HD2A Connector Pin Arrangement
29
Table 8 - Internal Circuit of 2MLF-HO2A
30
Output
31
Table 9 - Internal Circuit of 2MLF-HD2A
32
Counter Functions
34
Figure 2 - Up/Down Count Operation by Program Setting
35
Table 10 - 1-Phase, 1-Input, 1-Multiplication Operation Mode
35
Table 11 - 1-Phase, 1-Input, 2-Multiplication Operation Mode
35
Figure 3 - Up/Down Count Operation by Program Setting
36
Figure 4 - Up/Down Count Operation by B-Phase Input Signal
36
Table 12 - 1-Phase 2-Input 1-Multiplication Operation Mode
36
Figure 5 - Up/Down Count Operation by B-Phase Input Signal
37
Table 13 - 1-Phase, 2-Input, 2-Multiplication Operation Mode
37
Figure 6 - 2-Phase, 1-Multiplication Operation Mode
38
Figure 7 - 2-Phase, 2-Multiplication Operation Mode
38
Figure 8 - 2-Phase, 4-Multiplication Operation Mode
39
Figure 9 - CW (Clockwise)/Ccw (Counter Clockwise) Operation Mode
40
Table 14 - CW (Clockwise)/Ccw (Counter Clockwise) Operation Mode
40
Table 15 - Counter Mode
40
Figure 10 - Linear Count
41
Figure 11 - Ring Count
42
Figure 12 - down Count
43
Figure 13 - Ring Count Based on Present Count Value
43
Preset
44
Figure 14 - Preset
45
Compared Output Mode
46
Table 16 - Compared Output Conditions
47
Carry Signal
50
Figure 15 - Count Clear
51
Figure 16 - Count Latch
52
Figure 17 - Sampling Count
53
Figure 18 - Input Frequency Measure
54
Table 17 - Input Frequency Measure
54
Figure 19 - Revolution/Unit Time
55
Figure 20 - Count Disable
56
Installation & Wiring
57
Wiring Precautions
58
Figure 21 - Example of DC5V Voltage Output Wiring
59
Figure 22 - Example of DC24V NPN Open Collector Output Wiring
60
Figure 23 - Example of DC24V PNP Open Collector Output Wiring
61
Figure 24 - Example of Line Driver Output Wiring
62
Figure 25 - Softmaster Icon
63
4 Operating Procedures and Monitoring
63
Figure 26 - Project Window
64
Figure 27 - Setting Communication Ports
66
Figure 28 - Connection Checking Screen
67
Figure 29 - I/O Parameter Setting
68
Parameters Setting
68
Figure 30 - Parameter Setting Window (1)
69
Figure 31 - Parameter Setting Window (2)
70
Figure 32 - Special Module Monitoring
71
Monitoring & Test
71
Figure 33 - Special Module List
72
Figure 34 -Special Module Monitor
73
Register Special Module Variables
75
Figure 35 - View Variables
76
Figure 36 - Variable/Comment Window
77
Figure 37 - Register Special Module Variable (1)
77
Registering Special Module Variables
77
Figure 38 - Register Special Module Variable (2)
78
Internal Memory & I/O Signals
79
Table 18 - Input Setting Area
79
Table 19 - Output Setting Area
81
Table 20 - Count Type Setting
81
Table 21 - Pulse Input Type Setting
81
Table 22 - Compared Condition Setting
82
Table 23 - Additional Function Type Setting
83
Table 24 - Frequency Displayed Mode Setting
83
Table 25 - Output Status Setting at PLC Stop
83
Figure 40 - Status Display
84
I/O Signals
85
Table 26 - Configuration of I/O Signals of 2MLF-HO2A and 2MLF-HD2A
85
Variable Name
86
6 Global Constant and Global Variable
89
Details and Data Configuration
92
Global Variable
95
Figure 40 - Configuration of GET/GETP Instruction
99
Programming
99
Figure 41 - Basic Base
100
Figure 42 - Extension Base Stage 1
101
Figure 43 - Extension Base Stage 2
101
Figure 45 - Configuration of PUT/PUTP Instruction
103
Type
103
Write Internal Memory
103
Figure 45 - Basic Base
104
Figure 46 - Extension Base Stage 1
104
Figure 47 - Extension Base Stage 2
105
Function Block
107
PUT Function Block
110
Figure 48 - Operation through Program
113
Basic Program
113
Figure 49 - Parameter Setting Screen
114
Figure 50 - Scan Program
114
Figure 51 - Other Parameters Setting Method than I/O Parameters
115
Operation Mode Setting
115
Figure 52 - Parameter Setting Screen
116
Figure 53 - Ladder Program
117
Figure 54 - Use of Scan Program to Set I/O Parameters
118
Figure 55 - Enable Count Setting
119
Preset Setting
119
Figure 56 - Preset Value Setting through Parameter Setting Screen
120
Figure 57 - Ladder Program to Set the Preset Enabled Signal
120
Figure 58 - Read Present Count Value
122
Setting of Compared Value and Compared Condition
122
Figure 59 - Parameter Setting Screen
123
Figure 60 - Ladder Program
123
Figure 61 - Usage of Scan Program for Setting Compared Output
124
Figure 62 - Example of Carry/Borrow Resetting
125
Figure 63 - Parameter Setting Screen for Auxiliary Mode1
125
Figure 64 - Ladder Program for Auxiliary Mode Setting
126
Figure 65 - Scan Program for Auxiliary Mode Setting
127
Figure 66 - Parameter Setting Screen
128
Figure 67 - Ladder Program for Auxiliary Mode2
129
Figure 68 - Scan Program for Auxiliary Mode Setting 2
130
Figure 69 - Parameter Setting Screen for Sampling Count
131
Figure 70 - Ladder Program for Sampling Count
131
Figure 71 - Scan Program for Auxiliary Mode Setting 3
132
Figure 72 - Parameter Setting Screen for Input Frequency Measure
133
Figure 73 - Ladder Program for Input Frequency Measure
134
Figure 74 - Scan Program for Auxiliary Mode Setting 4
135
Figure 75 - Parameter Setting Screen for Revolution/Unit Time
136
Figure 76 - Ladder Program for Revolution/Unit Time
136
Figure 77 - Scan Program with Auxiliary Mode Set to 5 (Revolution/Unit Time)
137
Figure 78 - Parameter Setting Screen for Count Disable
138
Figure 79 - Ladder Program for Count Disable
139
Figure 80 - Count Disable Scan Program
140
Figure 81 - Present Value Recovery in Case of Power Failure
141
Figure 82 - 2MLK Series System
142
Figure 83 - 2MLI Series System
142
Figure 84 - 2MLR Series System
142
Program
142
Figure 85 - Scan Program of 2MLK Series
143
Count Mode Setting
143
Figure 86 - Scan Program of 2MLI/2MLR Series
144
Figure 87 - Scan Program of 2MLK Series
147
Pulse Input Mode Setting
147
Figure 88 - Scan Program of 2MLI/2MLR Series
148
Counter Check
149
Figure 89 - Scan Program of 2MLK Series
149
Figure 90 - Scan Program of 2MLI/2MLR Series
150
Figure 91 - Scan Program of 2MLK Series
151
Preset Value Setting and Enable Preset
151
Figure 92 - Scan Program of 2MLI/2MLR Series
152
Enable Counter
153
Figure 93 - Scan Program of 2MLK Series
153
Figure 94 - Scan Program of 2MLI/2MLR Series
153
Carry/Borrow Detection Reset
154
Figure 95 - Scan Program of 2MLK Series
154
Figure 96 - Scan Program of 2MLI/2MLR Series
154
Auxiliary Mode Setting and Enable Auxiliary Function
155
Figure 97 - Scan Program of 2MLK Series
155
Figure 98 - Scan Program of 2MLI/2MLR Series
156
Figure 99 - Scan Program of 2MLK Series
157
Sampling Count
157
Figure 100 - Scan Program of 2MLI/2MLR Series
158
Figure 101 - Scan Program of 2MLK Series
159
Input Frequency Measure
159
Figure 102 - Scan Program of 2MLI/2MLR Series
160
Figure 103 - Scan Program of 2MLK Series
161
Revolution/Unit Time
161
Figure 104 - Scan Program of 2MLI/2MLR Series
162
Counter Disable
163
Figure 105 - Scan Program of 2MLK Series
163
Figure 106 - Scan Program of 2MLI/2MLR Series
164
Figure 107 - Scan Program of 2MLK Series
165
Figure 108 - Scan Program of 2MLI/2MLR Series
165
Up/Down Count Selection
165
Figure 109 - Scan Program of 2MLK Series
166
Figure 110 - Scan Program of 2MLI/2MLR Series
166
Figure 111 - Scan Program of 2MLK Series
167
Figure 112 - Scan Program of 2MLI/2MLR Series
167
Use of External Auxiliary Function Signal
167
Type of Comparison and Comparison Value Setting
168
Figure 113 - Scan Program of 2MLK Series
169
Figure 114 - Scan Program of 2MLI/2MLR Series
170
Enable Comparison, Enable Comparison Output, Comparison Agreement Reset
171
Figure 115 - Scan Program of 2MLK Series
171
Figure 116 - Scan Program of 2MLI/2MLR Series
172
Comparison Output Status Setting
173
Figure 117 - Scan Program of 2MLK Series
173
Error Status and Error Code
174
Figure 118 - Scan Program of 2MLI/2MLR Series
174
Figure 119 - Scan Program of 2MLK Series
174
Figure 120 - Scan Program of 2MLI/2MLR Series
175
Hold Count When Power Fails
175
Figure 121 - Scan Program of 2MLK Series
176
Figure 122 - Scan Program of 2MLI/2MLR Series
176
Figure 123 - System Configuration
179
Application Program
179
Figure 124 - Assignment of I/O Signal
180
Figure 125 - Operation Type
180
Figure 126 - Operation Timing
181
Figure 127 - Module Installation Information Setting
182
Figure 128 - I/O Assigned Information Setting
183
Figure 129 - I/O Parameters Setting
184
Figure 130 - Ladder Program for Object Car Control
185
Figure 131 - Ladder Program
186
Figure 132 - Ladder Program (Contd.)
187
Figure 133 - System Configuration
188
Revolution Control Program of Regular Angle in Turn Table
188
Figure 134 - Operation Diagram of 1 Revolution
189
Figure 135 - Module Installation Information Setting Screen
190
Figure 136 - I/O Assigned Information Setting
191
Figure 137 - I/O Parameters Setting
192
Figure 138 - Ladder Program
193
Figure 139 - Ladder Program
194
Table 27 - Error Code
195
Troubleshooting
195
Table 28 - Troubleshooting
197
Figure 140 - RDY LED off
198
Troubleshooting Sequence
198
Table 29 - Detailed Remedies for Operation Parameter Errors
199
Figure 141 - RDY LED Blinks
199
Figure 142 - Counter Operation Error
201
Figure 143 - Counter Value Error
202
Figure 144 - Output Operation Error
203
Module Status Check through Softmaster System Monitoring
204
Figure 145 - System Monitoring
205
Figure 146 - Pulse Signal Format
207
Figure 147 - Encoder
207
9 Appendix
207
Figure 148 - Increasing Counter
208
Figure 149 - Decreasing Encounter
208
Manual Pulse Generator
208
Figure 150 - Ring Counter
209
Figure 151 - Carry
210
Figure 152 - Borrow
210
LT (<) Signal
211
Figure 153 - Dimensions
212
Base Number Where HSC Module Is Equipped
213
BASE USINT Base Number
213
Executed When Changing "0->1" ( Rising Edge)
213
GM Function Block Conversion Program
213
If It Completes, It Outputs 1 and Holds. if Error Occurs, It Outputs
213
REQ BOOL FB Execution
213
Slot Number Where HSC Module Is Equipped
213
SLOT USINT Slot Number
213
STAT USINT Error Status
213
Mode Setting Function Block
215
Function Block Classificat
219
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