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General| Brand | Elettronica Santerno |
|---|---|
| Model | SINUS K |
| Category | Inverter |
| Language | English |
Lists key features of the SINUS K inverter, including software functions, voltage, and power ranges.
Details the SINUS K series inverters, their design, and standard features.
Specifies that the manual covers SINUS K, BOX, and CABINET series with IFD or VTC software.
Explains the information presented on the inverter's nameplate for identification.
Provides steps to adjust the contrast of the inverter's LCD display for better readability.
Details the step-by-step startup process for inverters using the IFD software.
Details the step-by-step startup process for inverters using the VTC software.
Explains how to select the appropriate inverter based on current, overload, and application type.
Technical data for light applications with up to 120% overload capacity.
Technical data for standard applications with up to 140% overload capacity.
Technical data for heavy applications with up to 175% overload capacity.
Technical data for strong applications with up to 200% overload capacity.
Explains carrier frequency settings and peak current values for IFD SW.
Details maximum operating temperatures based on inverter size and application class.
Lists operating, storage, and transport environmental requirements for the inverter.
Specifies required clearances for adequate air circulation around the inverter for cooling.
Provides physical dimensions, weight, and power dissipation data for various models.
Details dimensions, weight, and power dissipation for IP20/IP00 2T class stand-alone models.
Details dimensions, weight, and power dissipation for IP20/IP00 4T class stand-alone models.
Details dimensions, weight, and power dissipation for modular IP00 S65 models.
Details dimensions, weight, and power dissipation for IP54 2T class stand-alone models.
Details dimensions, weight, and power dissipation for IP54 4T class stand-alone models.
Details dimensions, weight, and power dissipation for IP54 BOX 2T class models.
Details dimensions, weight, and power dissipation for IP54 BOX 4T class models.
Details dimensions, weight, and power dissipation for IP24/IP54 CABINET models.
Provides fixing points and dimensions for IP20/IP00 stand-alone models S05-S60.
Provides fixing points and dimensions for IP00 modular stand-alone models S64-S65.
Provides fixing points and dimensions for IP54 stand-alone models S05-S30.
Details through-panel assembly and fixing points for stand-alone models S05-S50.
Describes through-panel assembly and fixing points for SINUS K S05.
Describes through-panel assembly and fixing points for SINUS K S10.
Describes through-panel assembly and fixing points for SINUS K S12.
Describes through-panel assembly and fixing points for SINUS K S15, S20, S30.
Describes through-panel assembly and fixing points for SINUS K S40.
Describes through-panel assembly and fixing points for SINUS K S50.
Explains how to connect control and power terminals for IP20/IP00 models.
Explains how to connect control and power terminals for IP54 models.
Shows the wiring diagram for SINUS K inverters from S05 to S60.
Shows the wiring diagram for modular SINUS K S65 inverters.
Details the connections for modular SINUS K inverters.
Illustrates external connections for S64 modular inverters.
Explains the 12-phase connection for modular inverters to reduce harmonics.
Details the internal connections required for S65 modular inverters.
Details the internal connections required for S64 modular inverters.
Describes the function and features of the control terminals.
Explains how to properly ground signal cable shields for disturbance reduction.
Details the layout and function of the power terminals.
Shows the layout of power terminals for S05 to S50 models.
Illustrates connecting bars and their dimensions for S60-S65 models.
Provides instructions for properly grounding the inverter and motor.
Specifies wire cross-sections, fuses, and contactors for 2T voltage class inverters.
Specifies wire cross-sections, fuses, and contactors for 4T voltage class inverters.
Lists UL-approved fuses for semiconductor protection in 2T voltage class inverters.
Lists UL-approved fuses for semiconductor protection in 4T voltage class inverters.
Explains the functionality and configuration of digital inputs from terminals 6 to 13.
Details the function of the ENABLE input (terminal 6) for inverter operation.
Explains the function of the START input (terminal 7) for motor control.
Describes the function of the RESET input (terminal 8) for alarm handling.
Details the functionality of multifunction digital inputs (terminals 9-13).
Explains the use of terminal 13 for motor thermal protection via PTC input.
Describes the functionality and configuration of analog inputs (terminals 2,3,15,21).
Explains the features and capabilities of the digital outputs.
Details the specifications and functionality of relay outputs (terminals 24-31).
Describes the features and configuration of analog outputs (terminals 17,18).
Explains the function and meaning of the indicator LEDs on the control board.
Lists and explains the function of jumpers and dip-switches on the control board.
Provides general information on serial communication using RS485 and network configurations.
Explains how to establish a direct serial connection to a computer.
Details how to connect multiple inverters in a multidrop network.
Explains the pin assignments for the 9-pole D connector used for serial link connections.
Describes the use and configuration of line terminators for RS485 multidrop networks.
Describes the ES822 isolated serial board for RS232/RS485 communication.
Explains how the inverter parameters are managed via serial link and keypad.
Lists the communication parameters and ratings for IFD SW and VTC SW.
Provides tables for selecting braking resistors based on inverter size, duty cycle, and voltage.
Lists braking resistors for 10% duty cycle and 380-500VAC supply.
Lists braking resistors for 20% duty cycle and 380-500VAC supply.
Lists braking resistors for 50% duty cycle and 380-500VAC supply.
Lists braking resistors for 10% duty cycle and 200-240VAC supply.
Lists braking resistors for 20% duty cycle and 200-240VAC supply.
Lists braking resistors for 50% duty cycle and 200-240VAC supply.
Lists available braking resistor models with their specifications.
Details the dimensions and ratings for the 56-100 Ohm/350W braking resistor model.
Details the dimensions and ratings for the 75 Ohm/1300W braking resistor model.
Details dimensions and features for braking resistors from 1100W to 2200W.
Details dimensions and features for 4kW, 8kW, and 12kW braking resistors.
Details dimensions and features for IP23 box resistors (4kW-64kW).
Introduces the BU200 braking unit and its general purpose.
Instructions for inspecting the BU200 braking unit upon receipt.
Explains the information on the BU200 braking unit nameplate.
Describes the operational capabilities of the BU200 braking unit.
Details the function and positioning of configuration jumpers for the BU200.
Explains how to adjust trimmers for fine-tuning the BU200 voltage threshold.
Explains the meaning of the indicator LEDs on the BU200 braking unit.
Lists the ratings for the BU200 braking unit based on inverter supply voltage.
Provides installation instructions for the BU200 braking unit.
Details the mounting requirements and clearances for the BU200 braking unit.
Explains the wiring diagram for connecting the BU200 braking unit.
Introduces the BU720-BU1440 braking unit for modular inverters.
Instructions for inspecting the BU720-BU1440 braking unit upon receipt.
Explains the nameplate details for the BU720-960-1440 braking unit.
Describes the operational capabilities of the BU720-BU1440 braking unit.
Lists the ratings for the BU720-BU1440 braking unit.
Provides installation instructions for the BU720-BU1440 braking unit.
Details the mounting requirements for the BU720-BU1440 braking unit.
Describes the standard mounting procedure for the BU720-BU1440 braking unit.
Explains the wiring diagram for the BU720-BU1440 braking unit.
Details the kit and process for remotely mounting the keypad.
Provides step-by-step instructions for installing the keypad remoting kit.
Explains the purpose and benefits of optional input/output reactors.
Discusses the benefits and function of input reactors.
Explains the 12-phase connection for reducing supply line harmonics.
Discusses the use and benefits of output inductance for motor wiring.
Provides guidance on selecting and applying inductances for different inverter classes.
Lists AC/DC inductances for 2T class inverters.
Lists AC/DC inductances for 4T class inverters.
Details 2T-4T class interphase inductances.
Lists inductance ratings for 2T-4T voltage classes.
Lists AC 3-phase inductances for IP54 cabinet models.
Describes the ES836/2 encoder board for speed feedback.
Lists environmental requirements for the ES836/2 encoder board.
Details the electrical specifications and ratings of the encoder board.
Provides step-by-step instructions for installing the encoder board.
Lists and describes the terminals on the encoder board.
Explains the configuration of dip-switches for the encoder board.
Describes the jumper setting for encoder supply voltage.
Explains how to use the tuning trimmer for encoder supply voltage adjustment.
Illustrates wiring schematics and dip-switch setups for common encoder models.
Provides instructions for wiring the encoder cable to the board.
Describes the ES822 isolated serial board for RS232/485 communication.
Lists environmental requirements for the ES822 isolated serial board.
Details the electrical features and connector pinouts for the ES822 board.
Provides instructions for installing the ES822 isolated serial board.
Explains how to configure the ES822 isolated serial board.
Details how to use jumper J1 to select RS232 or RS485 interface.
Explains how to configure the RS485 terminator using dip-switch SW1.
Describes the optional key selector switch and emergency push-button.
Provides the wiring diagram for the key selector switch and emergency push-button.
Explains radiofrequency disturbance (RFI) and its sources.
Discusses disturbance originating from the mains supply and how to mitigate it.
Describes the use of output toroid filters to weaken cable disturbance.
Provides guidelines for preventing electromagnetic emissions to/from the cabinet.
Explains the role of input and output filters in suppressing RFI.
