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Technical application notes (55 documents)
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- Additional information for connecting PTC-Sensors
- Additional information for installation of RHC converter
- Analogue set point and analogue torque limit
- Automatic Pole-Tuning when using Incremental Encoder with PMSM
- Basic set up of CANopen communications
- Basic set up of DeviceNet communications
- Brake checking signal for UCM compliance (EN81-1 + A3)
- Brake control signal for closed loop applications using Customizable Logic
- Brake control signal for closed loop synchronous applications using Customizable Logic
- Brake monitoring function for UCM compliance (Lift safety standards)
- Connection of input line 3 phase AC reactors
- Controlled deceleration when AC mains is lost in PG vector mode
- Deliverance operation by the customizable logic of FRENIC-MEGA
- Emergency operation with DCP3 (y10=5)
- Encoder check and pole tuning procedure for PMSM in Lift Applications
- Faster deceleration with Low Frequency Braking
- FRENIC-MEGA controlled automatic deceleration
- FRENIC-MEGA in injection moulding machines applications
- FRENIC-MEGA Servo controlled by external motion controller
- FRENIC-MEGA Servo function codes
- FRENIC-MEGA Servo setup procedure for driving PMS motor
- Individual Speed Selection
- Lift Speed displayed and movement direction shown during Rescue
- Pattern operation with customizable logic
- Positioning with FRENIC-MEGA Servo and V8 HMI series
- Procedure for analog torque bias adjustment
- Pump compressor duty cycle control function with FRENIC-MEGA
- Quick start mutual operation
- RHC charging circuit avoidance wiring
- Solar pump using inverse operation PID
- Solar pump with dry well detection
- UNBL gains with FRENIC-MEGA using Customizable Logic
- UP_DOWN with reset function using Customizable Logic with FRENIC-MEGA
- Use of FRENIC-Lift EN1 and EN2 inputs in lift applications
- Use of FRENIC-Lift STO inputs in elevator applications
- Vector control with peripheral PG (Synchronous motor)
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- Compensación Backlash
- Control de 1 bomba con transductor de presión 4...20 mA - FRENIC-Ace
- Control de 1 bomba con transductor de presión 4...20 mA - FRENIC-Mini C2
- Control de 1 bomba con transductor de presión 4...20 mA_FVR-Micro
- Control vetorial con encoder en la periferia (motor síncrono)
- Función chequeo micros de freno para el cumplimiento UCM (estándares seguridad ascensor) - FRENIC-Lift LM2A
- Función de chequeo de freno para cumplimiento UCM (Estándares seguridad ascensor) - FRENIC-Lift
- MEGA Servo procedimiento de ajuste para motores PMSM
- Perfil de velocidad a impulsos usando la lógica configurable
- Posicionado con FRENIC-MEGA Servo y HMI V8
- Primeros pasos para realizar la puesta en marcha - FRENIC-Ace
- Primeros pasos para realizar la puesta en marcha - FRENIC-Mini C2
- Primeros pasos para realizar la puesta en marcha - FVR-Micro AS1S
- Temporizador Externo para controlar el tiempo de ciclo de una bomba
- Uso de las entradas STO en aplicaciones de elevación
Anglais
Allemand
Espagnol
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