Estructura File-Group De Parámetros - Rockwell Automation Allen-Bradley SMC-50 Manual Del Usuario

Estructura File-Group de
parámetros
Volts de
Medición básica
medición
(MBA)
(MBA)
Volts P-P Ave Volts P-P Ave
Volts P-N Ave Volts Phase A-B Current Phase A Real Power A
Current Average Volts Phase B-C Current Phase B Real Power B
Par Volts Phase C-A Current Phase C Real Power C
Motor Speed Volts P-N Ave
Power Factor Volts Phase A-N
Real Power Volts Phase B-N
Reactive Power Volts Phase C-N
Apparent Power Volts Unbal
Real Energy
Reactive Energy +
Reactive Energy -
Apparent Energy
Meter Reset
Arranque
Básico (BA)
(BA)
Motor Config Input 2 Starting Mode Stop Mode
Line Voltage Aux 1 Config Ramp Time
Aux 2 Config Cur Limit Level Braking Current Slow Speed 2
Starting
Mode
Initial Torque
Overload
Class
Ramp Time Starting Torque
Initial Torque Service Max Torque
Factor
Max Torque Kickstart Time
Motor FLC Kickstart Level
Cur Limit
Level
Heating Time
Starting
Torque
Stop Mode Heating Level
Stop Time Max Torque Start Delay
Input 1 Rated Torque
Rated Speed
Para obtener detalles sobre los parámetros de protección del motor y
controlador (fallo y alarma), vea el
La estructura de los cinco File-Groups de parámetros se muestra a
continuación. Los niveles de acceso de cada parámetro tienen las abreviaturas
siguientes:
• M – Monitoring,
• B – Basic,
• A – Advanced, y
• MBA – Monitoring, Basic y Advanced.
Tabla 69 – Grupo de monitoreo
Parámetros del grupo de archivos de monitoreo
Corriente de
medición Potencia de medición (MBA)
(MBA)
Current Ave Real Power
Current Imbal Real Demand
Max Real Demand
Reactive Power
Reactive Power A
Reactive Power B
Reactive Power C
Reactive Demand
Max Reactive Demand
Tabla 70 – Grupo de archivos de configuración
Parámetros de configuración del grupo de archivos
Velocidad
Paro (BA)
lenta
Slow Speed 1
(BA)
Stop Time
(BA)
Backspin Timer
Slow Brake
Cur (BA)
SS Ref Gain
(A)
SS Trans Gain
(A)
Publicación de Rockwell Automation 150-UM011D-ES-P – Noviembre 2017
Capítulo
Estad. de
arranque (MBA)
Apparent Power Start Time 1
Apparent Power A Start Time 2
Apparent Power B Start Time 3
Apparent Power C Start Time 4
Apparent Demand Start Time 5
Max Apparent Demand Peak Current 1
Power Factor Peak Current 2
Power Factor A Peak Current 3
Power Factor B Peak Current 4
Power Factor C Peak Current 5
Doble rampa
Avanzado
(BA)
Starting Mode 2 Pump Pedestal (A)
Ramp Time 2 Brake Load Type (A) Input 2
Cur Limit Level 2 High Eff Brake (A)
Initial Torque 2 UTS Level (A)
Starting Torque 2 Stall Position (A)
Max Torque 2 Stall Level (A)
Kickstart Time 2 V Shut Off Level (A)
Kickstart Level 2 I Shut Off Level (A)
Notch Maximum (A) Aux 2 On Delay Transient Zero
Timed Start (A)
Bypass Delay (A)
Energy Saver (BA)
Demand Period (BA)
Num of Periods (BA)
Programación
5.
Calidad de
Monitoreo (MBA)
potencia (MBA)
Elapsed Time THD Va
Elapsed Time 2 THD Vb
Running Time THD Vc
Energy Savings THD Vave
Motor Therm Usage THD Ia
Time to OL Trip THD Ib
Time to OL Reset THD Ic
Time to PM THD Iave
Starts to PM
Total Starts
Product Status
E/S (BA) Ajuste avanzado
Input 1 Force Tuning (A) Phase Shift 0% (A)
Starter R Phase Shift 10% (A)
Aux 1 Config Total R Phase Shift 20% (A)
Aux 1 Invert Coupling Factor Phase Shift 30% (A)
Aux 1 On Delay Inductance Phase Shift 40% (A)
Aux 1 Off Delay Speed PGain (A) Phase Shift 50% (A)
Aux 2 Config Phase Shift 60% (A)
Transient Gain
(A)
Aux 2 Invert Phase Shift 70% (A)
Phase Shift 80% (A)
(A)
Aux 2 Off Delay Phase Shift 90% (A)
Aux Control Phase Shift 100% (A)
Transient Mag
(A)
Ping Degree (A)
Pings (A)
Capítulo 6
181