To Next PageTo Next PageWhat to do if Santerno Servo Drives RS485 communication error due to power issue?
If you're experiencing an RS485 communication error with your Santerno Servo Drives, ensure that the converter is receiving adequate electrical power.
What to do if Santerno Servo Drives RS485 communication error due to master not polling?
If you're having an RS485 communication error with your Santerno Servo Drives, verify that the master is polling the inverter.
How to fix Santerno Sinus M RS485 communication error due to baud rate mismatch?
If you are experiencing an RS485 communication error with your Santerno Servo Drives, set the correct baud rate value.
What to do for Santerno Sinus M RS485 communication error due to data format issue?
If you're facing an RS485 communication error with Santerno Servo Drives due to a data format issue, revise User Program.
General| Brand | Santerno |
|---|---|
| Model | Sinus M |
| Category | Servo Drives |
| Language | English |
Manual is essential for product use. Read instructions for safe use and maintenance.
Manufacturer disclaims responsibility for damages from improper or irrational product use.
Responsibility for the device in its original setting lies with Elettronica Santerno.
Modifications to the device structure or cycle require authorization from the Engineering Department.
No responsibility for consequences arising from the use of non-original spare parts.
Elettronica Santerno may change the manual and device without prior notice.
Responsibility for information is limited to the original Italian manual version.
Information is Elettronica Santerno's property; reproduction is prohibited.
Always adhere to safety instructions to prevent accidents and hazards.
Safety messages in the manual are classified into WARNING and CAUTION.
Pictograms throughout the manual highlight safety considerations.
Keep operating instructions readily available for quick reference.
Read the manual carefully for maximum performance and safe usage of Sinus M inverters.
Never remove the inverter cover when power is applied or unit is operating to avoid electric shock.
Do not operate the inverter with the front cover removed due to exposure to high voltage terminals.
Avoid cover removal unless for inspection/wiring, even when input power is off, to prevent electric shock.
Wait 10 mins after power off and check DC link voltage before wiring/inspection.
Always operate switches with dry hands to prevent electric shock.
Do not use damaged cables to prevent electric shock.
Protect cables from scratches, stress, loads, or pinching to prevent electric shock.
Install inverter on non-flammable surface, away from flammable materials, to prevent fire.
Disconnect input power if inverter is damaged to prevent secondary accidents or fire.
Inverter remains hot for minutes after power application/removal, posing a burn risk.
Never power a damaged or incomplete inverter to prevent electric shock.
Prevent foreign matter entry into the drive to avoid fire or accidents.
Precautions for handling and installing the inverter.
Instructions and precautions for wiring the inverter.
Steps and precautions for performing a trial run of the inverter.
General precautions during inverter operation.
Measures to prevent faults and ensure safety.
Guidelines for maintaining, inspecting, and replacing inverter parts.
Proper disposal procedures for the inverter.
General guidelines for safe inverter operation and handling.
Manual provides essential information for SINUS M series inverter installation, programming, startup, and maintenance.
Thoroughly read and understand the manual for successful installation and operation.
Overview of the manual's content structure and topics.
Key precautions before handling the inverter.
Instructions for unpacking and inspecting the inverter.
Prepare instruments and parts necessary for inverter operation.
Guidance on proper inverter installation for optimal performance and longevity.
Instructions for connecting power supply, motor, and control signals.
Description and labeling of the inverter's external appearance.
Details of the inverter's internal components after removing the front cover.
Instructions for safely removing the inverter's front cover.
Procedure for replacing the inverter's cooling fan.
Essential precautions for safe and correct inverter installation.
Detailed wiring diagrams for control input/output terminals.
Configuration for NPN input using internal DC 24V.
Configuration for PNP input using external DC 24V.
Guidance on connecting peripheral devices for proper inverter operation.
Description of the keypad layout and its functions.
Basic parameters for inverter operation.
Basic parameters for output frequency and voltage adjustment.
Advanced parameters for PID operation and second motor.
Parameters for sequence setup using multi-function terminals.
Navigation between parameter groups is limited to the first code of each group.
Procedure to navigate parameter groups using the 1st code.
Procedure to navigate parameter groups from codes other than the first code.
Steps to change parameter codes within the Drive group.
Method to jump between parameter codes within a group.
Procedure for navigating parameter codes within a group.
Detailed steps for changing parameter values in the Drive Group.
Steps to set the run frequency in the Drive group.
Steps to change parameter values in the Input/Output group.
How to monitor the output current in the Drive group.
How to monitor fault conditions in the Drive group.
Information on displaying multiple faults occurring simultaneously.
Procedure to initialize parameters of all four groups.
Guide to setting frequency and performing basic inverter operations.
Setting frequency using a potentiometer and operating via terminals.
Setting frequency via potentiometer and operating with the Run key.
List of parameters and functions within the Drive group.
Methods for setting frequency using keypad or analog inputs.
Setting frequency using Keypad Frequency setting 1.
Setting frequency using Keypad Frequency setting 2.
Setting frequency using a -10 to +10V analog input.
Setting frequency using 0-10V input or a terminal potentiometer.
Setting frequency using a 0-20mA input.
Setting frequency using combined -10~+10V and 0-20mA inputs.
Setting frequency using combined 0-10V and 0-20mA inputs.
Setting frequency using RS485 communication.
Setting frequency using digital up-down controls.
Functionality to hold analog frequency input.
Operating the inverter using keypad RUN/STOP keys.
Operating the inverter using FX/RX terminals.
Operating the inverter using FX/RX terminals in Modality 2.
Operating the inverter via RS485 communication.
Selecting motor rotation direction using V1 terminal input.
Disabling FX/RX run commands.
Configuring automatic start upon power application.
Configuring automatic restart after a fault is cleared.
Setting Accel/Decel times based on maximum frequency.
Setting Accel/Decel times based on operating frequency.
Setting multiple Accel/Decel times using multi-function terminals.
Configuring Accel/Decel patterns (Linear, S-curve).
Function to disable Accel/Decel settings.
Using Linear V/F pattern for constant torque applications.
Using Square V/F pattern for fan and pump applications.
Adjusting Volt/Frequency ratio for special motors and loads.
Adjusting output voltage for motors with lower rated voltage.
Setting manual torque boost for forward/reverse directions.
Inverter automatically calculates torque boost using motor parameters.
Configuring the inverter to stop by controlled deceleration.
Configuring the inverter to stop using DC braking.
Configuring the inverter to stop by coasting.
Setting frequency limits using Max and Start frequencies.
Setting frequency limits using High/Low limit selection.
Parameters to skip resonant frequencies during acceleration/deceleration.
Functions related to DC braking for stopping the motor.
Configuration for DC braking when stopping the motor.
Configuration for DC braking when starting the motor.
Functionality for holding DC brake.
Jog operation overrides most other modes; executed at Jog frequency.
Performing Jog operation using terminals FX/RX.
Functionality to save and initialize up-down frequency settings.
Selecting the mode for up-down frequency adjustment.
Functionality for inverse PID control to stabilize systems.
Features for sleep and wake-up operations based on PID settings.
Procedure for restoring inverter parameters to factory default settings.
Registering a password for parameter lock.
Locking and unlocking user-set parameters using a password.
Monitoring of inverter operating status parameters.
How to monitor the inverter's output current.
How to monitor the motor's RPM.
How to monitor the inverter's DC Link Voltage.
Selecting items to display in User display (vOL).
Selecting the parameter displayed on keypad after Power ON.
Monitoring the status (ON/Off) of the input terminals.
Monitoring the status (ON/Off) of the output terminals (MO, relays).
Monitoring the current fault status and operating status at fault.
Monitoring and resetting stored fault history.
Protection against motor overheating using electronic thermal monitoring.
Warning triggered when current exceeds overload level.
Trip occurs when current exceeds overload level for a set time.
Overview of RS485 communication for inverter control and monitoring.
Key features of RS485 communication interface for factory automation.
Important safety warning before installing RS485 communication.
Technical performance specifications for RS485 communication.
Hardware specifications for RS485 communication setup.
Communication protocol specifications for RS485.
Steps for connecting the RS485 communication line to the inverter.
Basic message format for ES BUS communication protocol.
List of capital letter commands and their ASCII-HEX values.
Explanation of data format using ASCII-HEX.
Example of a command message for reading a specific address.
Format for requesting read of multiple WORD addresses.
Format for acknowledge response to read requests.
Format for negative acknowledge response to read requests.
Format for requesting write of data.
Format for acknowledge response to write requests.
Format for negative acknowledge response to write requests.
Request format for monitoring registers.
Acknowledge response format for monitor register requests.
Negative acknowledge response for monitor register requests.
List of protective functions and their fault displays.
Information on fault types and operating status at the time of fault.
Descriptions of fault codes displayed on the keypad.
Troubleshooting steps and remedies for various inverter faults.
Explanation of Overload (OLT) and Inverter Overload (IOLT) protection.
Troubleshooting steps for specific protective functions and causes.
Routine checks for inverter installation environment and condition.
Regular checks for loose parts, cooling system, and components.
Electrical and performance ratings for 200-230V models.
Control methods, frequency settings, and V/F patterns.
Operation modes, frequency settings, and I/O features.
Details of input terminals and their functions.
Details of output terminals and their functions.
List of protective functions like Over Voltage, Over Current, etc.
Environmental operating conditions for the inverter.
Information on the remote keypad and cable options.
Description and diagram of the remote keypad.
Details of available remote cable lengths and models.
Step-by-step instructions for installing the remote keypad.
Instructions for installing conduit kits for different Sinus M models.
Catalog of available conduit kits for Sinus M inverters.
Instructions for installing EMC filters to meet EMC directives.
