Toshiba VF-SX User Manual
Toshiba, Vf-sx
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Table of contents
Document Outline
- VF-SX
- SINGLE PHASE
- THREE PHASE
- VF-SX
- 5.1 Inverter Wiring
- 5.2 Installation of a Molded Case Circuit Breaker (MCCB)
- 5.3 Installation of a Primary Magnetic Contactor (MC)
- 5.4 Installation of an Output Magnetic Contactor (MC)
- 5.5 Installation of an External Overload Relay
- 5.6 Installation of an input Reactor
- 5.7 Incorrect Wiring and Incorrect External Components
- 5.8 Basic Wiring Recommendations
- 6.1 Examples of Standard Wiring
- 6.2 Terminal Functions
- 7.1 Definitions of SX Drive Group Parameters
- 7.2 Parameter Group Tables
- 8.1 Operation of the Touchpad Control Panel
- 8.2 Display Modes
- 8.2.1 Drive Mode
- 8.2.2 Monitor Mode
- 8.2.3 Programming Mode
- 8.2.4 Jogging Mode from the Touchpad
- 8.3 PANEL/REMOTE Control
- 8.4 Selection of Stopping Method from the Touchpad
- CAUTION:
- 8.5 Starting the Drive from the Touchpad
- CAUTION:
- 8.6 Changing Frequency from the Touchpad
- 8.7 Error Reset
- 8.8 Warning Displays
- 8.9 Fault Relay Information
- 9.1 Setting of Voltage and Frequency Characteristics
- 9.1.1 Maximum Frequency [FH]
- 9.1.2 Base Frequency [uL]
- 9.1.3 Torque Boost [ub]
- 9.1.4 V/f Patterns [P tj
- 9.2 Upper Limit Frequency and Lower Limit Frequency L, L i.]
- 9.3 Forward and Reverse Run [F, r]
- 9.3.1 Operation from the Touchpad
- 9.3.2 Operation Using External Signals
- 9.4 Acceleration and Deceleration
- 9.4.1 Acceleration and Deceleration Time
- 9.4.2 Acceleration/Deceleration Pattern ¡P t I, P b
- 9.4.3 Selection of Acceleration/Deceleration 1 and2 [flc/г, RdBF]
- 9.5 Setting of Standard Parameter Groups IfJP]
- 10.1 Command Mode Selection [CflOd]
- 10.2 Frequency Setting Commands [FHOdJ
- 10.3 Parameter Setting Disable Function [PnOd]
- CAUTION:
- 10.3.1 Security Considerations and Parameter IPflOd]
- 10.4 Input Terminal Selection [ / t b]
- 10.5 Output Terminal Selection [01 b]
- 10.6 Low Speed Signal Output and Speed Reached Signal Output [LF, L FHL, Fr CH, rCH, rrCH]
- 10.6.1 Low Speed Signal Output Frequency [LfJ and Speed Reached Logic Signal ILFHL]
- 10.6.2 Speed Reached Signal Output [rCH]
- 10.7 Frequency Setting via Remote Control Signals
- 10.7.1 Types of Frequency Setting Signals
- 10.7.2 RR Terminal Input Priority [rrC C], [I u I n]
- 10.8 Frequency Setting Signais [P /], [P—P / J and IPP], IP-PP]
- 10.9 Jogging Run via Remote Control [J 0 G], [ J 5 t P]
- 10,10 Multiple Speed Run [5r.n],[Srl — 5rl]
- 11.1 Regenerative Discharge Braking Selection [Pb] and Overvoltage Limiting Action Selection [OPSS]
- 11.2 DC Injection Braking Start-up Frequency [c/bf],
- DC Injection Braking Voltage [c/bu], and DC Injection Braking Time [c/bb]
- CAUTION:
- 11.3 Emergency Stop [5 5 t P]
- 11.3.1 Emergency Stop from the Touchpad
- CAUTION:
- 11.3.2 Emergency Stop Using Remote Control Signals
- 11.3.3 Emergency DC Injection Braking Stop Controi Time [f c/b t]
- 11.4 Retry [rtry]
- CAUTION:
- 11.5 Power Control Function
- 11.6 Electronic Thermal Protective Level [t Hr]
- 11.7 Stall Prevention Function Activation Level [5 11]
- 11.8 Electronic Thermal Protection Characteristic Selection [0 til]
- CAUTION:
- 11.9 Retention of Trip [trC L]
- 12.1 Differences Between Startup Frequency and Operation Starting Frequency
- 12.2.1 Slart-Up Frequency If—5 t]
- 12.2.2 Operation Starting Frequency [Frun]
- 12.2.3 Operation Starting Frequency Hysteresis [FH*JS]
- 12.3 Jump Frequency and Jump Bandwidths [F J.n]
- 12.4 PWM Carrier Frequency [C F] and Motor Tone Selection [C F 5]
- 12.5 Output Voltage Adjustment [POU b] and Power Voltage Compensation Function [PRdJ]
- 12.6 Automatic Torque Boost [Rub]
- 13.2 Frequency Setting Signal [rr—b], [ri—C]
- 13.3 Universal Unit Multiplication Factor [c/5Pc*]
- 14.1 Drive Specifications
- VF-SX
- CABLE
- ENTRY