Contrex ML-TRIM Manuel d'utilisateur Page 13
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Figure 1-2 is an example of the Follower mode of operation in a pump application. The
scaling format allows the operator to enter the setpoint as a ratio of ingredient B to
ingredient A. The ML–Trim compares the setpoint ratio to the Follower sensor shaft
feedback and Lead sensor shaft feedback to calculate any speed error. When the
ML–Trim finds speed error, the control algorithm adjusts the Speed Command Out to
the motor drive and reduces the error to zero.
Figure 1-2 ML–Trim Follower Mode
Motor Drive ML–Trim
Speed
Command
Out
Lead Motor
Sensor
Pump
Feedback Frequency
Motor Drive ML–Trim
Speed
Command
Out
Follower Motor
Sensor
Pump
Feedback Frequency
Ingredient B
Ingredient A
Follower
Lead
Final Product
Lead Frequency
Contrex
CODE
SELECT
SET
POINT
TACH
7
8 9
4 5 6
1
2 3
0
–
.
ENTER
CLEAR
ontrex
C
ontrex
C
Contrex
CODE
SELECT
SET
POINT
TACH
7
8 9
4 5 6
1
2 3
0
–
.
ENTER
CLEAR
- User Manual 1
- Technical Assistance 2
- Table of Contents 5
- List of Illustrations 7
- List of Tables 8
- Introduction 9
- INTRODUCING THE ML–TRIM 11
- EXAMPLES OF ML–TRIM 12
- APPLICATIONS 12
- Installation / Setup 15
- DOOR PANEL 16
- MOUNTING 17
- The National Electrical Code 19
- The Canadian Electrical Code 19
- I/O Power (J5 pins 1, 2) 21
- References: Appendix A 22
- ML–Trim Specifications 22
- AC Power (J3 pins 1, 2, 3) 22
- Lead Frequency (J5 pins 3, 5) 22
- Feedback Frequency 23
- Run (J5 pins 6, 8) 23
- Jog (J5 pins 7, 8) 24
- R–Stop (J5 pins 9, 11) 24
- F-Stop (J5 pins 10, 11) 25
- Master or Follower 25
- MOTOR DRIVE 27
- Alarm (J5 pin 17) 28
- SERIAL COMMUNICATIONS 29
- TXD/ TXD/ 30
- COM RXD RXD 30
- — + 30
- CALIBRATION 31
- MOTOR DRIVE SET UP 32
- ML–TRIM CALIBRATION 33
- Operation 35
- KEYPAD OPERATION 37
- (2 digits) 38
- (up to 4 digits) 38
- KEYPAD LOCKOUT 39
- CONTROL PARAMETERS 41
- Operations: Keypad 44
- Master Mode Example 46
- Operation: 46
- Setpoint Select 49
- ___ 53
- Inverse Master Mode 56
- Inverse Master Mode Example 57
- CP-21 Follower E.U. 1.000 58
- Inverse Follower Mode Example 59
- Acceleration/Deceleration 60
- CP-66 Integral 2000 61
- CP-67 Derivative 9000 61
- LOGIC CONTROL 67
- Logic Inputs 68
- Logic Output 71
- MONITOR PARAMETERS 73
- Input Monitoring 74
- Run (J5 Pin 6) 75
- Jog (J5 Pin 7) 75
- R–Stop (J5 Pin 9) 75
- F–Stop (J5 Pin 10) 75
- Drive Enable (J5 Pin 16) 76
- Alarm (J5 Pin 17) 76
- Not Used 76
- Performance Monitoring 77
- Status Monitoring 79
- Using Serial Communications 84
- Invalid Parameter Code 85
- Control Mask Error 85
- Parameter Send 87
- Character 1 - STX: 87
- Characters 2, 3 - Device #: 87
- Character 4 - Message Type: 87
- Character 12 - ETX: 89
- Example of Parameter Send: 89
- Character 4 - Error Code: 90
- Character 11 - Data Format: 91
- Control Command Send 92
- Characters 9,10- DATA: 93
- Data Inquiry 96
- Characters 2, 3 Device #: 98
- Character 4 -Error Code: 98
- 6 -XX.XX 99
- Table 3-35 ASCII to Binary 100
- Follower 101
- Setpoint 101
- Troubleshooting 103
- DIAGNOSTICS 105
- Diagnostic Indicator 106
- Test Number 106
- Press To Activate 111
- 1 Drive Enable 111
- TROUBLESHOOTING 113
- Motor Does Not Stop 114
- Motor Does Not Run 115
- Consult Tech 115
- 1-800-342-4411 115
- Motor Runs at Wrong Speed 116
- Motor Runs Unstable 117
- PROM CHIP REPLACEMENT 118
- Beveled Corner 119
- Insert Tool Here 119
- Glossary 121
- Glossary - 2 122
- GLOSSARY 123
- Glossary - 4 124
- Glossary - 5 125
- Glossary - 6 126
- Glossary - 7 127
- Glossary - 8 128
- Glossary - 9 129
- Glossary - 10 130
- Appendices 131
- NUMERIC QUICK REFERENCE 137
- CP-06 DIRECT SETPOINT 138
- CP-10 ALARM FORMAT 138
- CP-12 LOW ALARM 138
- CP-13 HIGH ALARM 138
- CP-14 RAMPED ERROR ALARM 138
- MP-43 FEEDBACK FREQUENCY 141
- Two Decimal Places 141
- MP-44 DEVIATION (ERROR) 141
- MP-45 SCALED REFERENCE 141
- MP-46 RAMPED REFERENCE 141
- Direct Mode 142
- Master Mode 142
- Follower Mode 142
- Low Speed Alarm 143
- High Speed Alarm 143
- Ramped Error 143
- Scaled Error 143
- MP-53 CONTROL STATE 144
- MP-54 LOGIC INPUTS - GROUP A 144
- MP-55 LOGIC INPUTS - GROUP B 145
- MP-56 LOGIC OUTPUTS 145
- MP-57 EEPROM STATUS 145
- CP-61 DIRECT ENABLE 146
- Inverse Scaling 147
- CP-67 DERIVATIVE 148
- CP-70 DEVICE ADDRESS 148
- CP-71 BAUD RATE 148
- CP-72 CHARACTER FORMAT 148
- CP-73 CONTROL MASK 149
- CP-74 DRIVE ENABLE LOGIC 149
- CP-98 KEYPAD LOCKOUT 150
- MP-99 SOFTWARE CODE REVISION 150
- MP-00 SOFTWARE PART NUMBER 150
- REFERENCE 151
- 1-763-424-8734 155
- APPENDIX G: WIRING DIAGRAM 157
- EXAMPLES 157
- Use safety equipment 158
- APPENDIX H: REVISION LOG 163
- Warranty 165
- Warranty - 2 166
- Service 167
- WARRANTY 168
- Index - 1 169
- Index - 2 170
- Index - 3 171
- See also 172
- Index - 5 173
- Index - 6 174
- Index - 7 175
- Index - 8 176
- Index - 9 177
- Index - 10 178
- Index - 11 179
- Index - 12 180
Produits connexes et manuels pour Capteurs Contrex ML-TRIM
Capteurs Contrex ML-Drive Manuel d'utilisateur
(178 pages)
(178 pages)
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