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General| Brand | RINCO ULTRASONICS AG |
|---|---|
| Model | RDG20 |
| Category | Portable Generator |
| Language | English |
Details on identifying the unit by type designation and series number.
Procedures for checking the shipment upon arrival for completeness and damage.
Steps to take and responsibilities for damage incurred during transport.
Specifies conformity, ambient conditions, temperature range, leakage current, and protective measures.
Details type, power ratings, mains voltage, input power, and standby power.
Highlights potential hazards from unauthorized removal of covers, improper use, and installation.
Defines the generators' purpose for welding and cutting, and associated material hazards.
Outlines conditions for generator installation and operation, including compliance with directives.
Advises on proper handling to avoid mechanical stress and electrostatic discharge damage.
Details safety requirements for electrical installation and connections, including EMC guidelines.
Specifies requirements for monitoring, protection devices, and emergency stop circuits during operation.
Covers the physical dimensions and assembly requirements for the generator unit.
Specifies permissible environmental conditions for generator installation and operation.
Details power supply and other electrical connection procedures for the unit.
Outlines guidelines for installing the system to meet EMC requirements.
Warns about high voltage hazards and necessary precautions during operation.
Discusses noise levels, potential harm, and required countermeasures like ear defenders.
Addresses hazards from material emissions during welding/cutting and necessary protective measures.
Highlights risks of high temperatures generated and recommends fire extinguishing systems.
Details the terms and requirements for the manufacturer's guarantee obligation.
Provides a summary of the generator's main features, control concept, and process reliability.
Lists the available power classes for the RDG generators.
Identifies and describes key controls and indicators on the generator unit.
Details the electrical signals for power supply, digital inputs/outputs, and oscillator connection.
Describes the continuous operation mode for welding, without time or energy monitoring.
Explains the generator's behavior when operating at excessive power levels.
Details the soft start process for protecting the oscillator system and achieving target amplitude.
Explains the use of the ultrasonic test for fault diagnosis and frequency optimization.
Explains how to adjust welding amplitude, cable length, and slow control rate using dip switches.
Details the output signal configuration options for Jumper J6.
Explains the settings for Jumpers J9 (Emergency OFF) and J10 (Start).
Provides amplitude values and diagrams for 20 kHz generators based on configuration.
Lists amplitude values and diagrams for 30 kHz generators based on configuration.
Provides amplitude values and diagrams for 35 kHz generators based on configuration.
Lists amplitude values and diagrams for 40 kHz generators based on configuration.
Shows amplitude diagrams for 70 kHz generators based on configuration.
Illustrates basic circuits for starting and stopping ultrasonic operation using digital inputs.
Details how to externally vary amplitude using the analogue input AMPL_AIN.
Explains how to use analogue outputs POWER_AOUT and PART_COUNT_OUT for power measurement.
Specifies the required voltage supply for the RDG generator and its tolerance.
Lists the fuses used in different generator models and their ratings.
Details voltage levels for digital inputs/outputs and general parameters for analogue I/O.
Outlines periodic checks for cooling fans, filters, cables, and screws.
Lists common general errors and their remedies, including LED status and I/O issues.
Details causes, responses, and remedies for errors indicated by Generator Error LED1.
Lists causes, responses, and remedies for converter and application errors indicated by LED2.
Details causes, responses, and remedies for limit errors indicated by LED3.
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