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General| Input Frequency | 50 / 60 Hz |
|---|---|
| Output Power | 2500 W |
| Protection Class | IP20 |
| Operating Temperature | 40°C |
| Storage Temperature | 70°C |
Explains the meaning of safety notices like DANGER, WARNING, CAUTION, and NOTE.
Covers general safety standards, operator qualifications, and adherence to operating instructions and notices.
Details environmental conditions, operator qualifications, and personnel responsibilities for safe operation.
Discusses mains connection impact on energy quality and initial safety considerations.
Covers protective devices, personal safety measures, and protection against various hazards.
Provides noise emission data and details on personal protective equipment for welding.
Addresses risks from toxic fumes and gases, and fire/explosion hazards from flying sparks.
Details requirements for fume extraction, ventilation rates, and protective measures against toxic emissions.
Highlights risks from mains and welding current, including electric shock, handling live parts, cables, and grounding.
Explains consequences of meandering currents and defines EMC emission classes A and B.
Discusses evaluating interference immunity of nearby devices and supporting measures for EMC problem avoidance.
Details EMF management, protection against moving parts, covers, welding wire, and thermal risks.
Specifies requirements for shielding gas quality, including particle size, condensation point, and oil content.
Addresses dangers associated with shielding gas cylinders, including pressure, explosion risks, and proper handling.
Provides safety measures for installation, transport, toppling prevention, and normal operation.
Details procedures for commissioning, maintenance, repair, safety inspections, and calibration.
Instructs on the proper disposal of the device as waste electrical and electronic equipment.
Explains safety symbols such as CE and CSA marks, and manufacturer declarations of conformity.
States user responsibility for settings and outlines copyright ownership of the operating instructions.
Explains the principle of digital power sources and highlights the machine's flexibility, adaptability, and modular design.
Describes the DPS 2500's use in various plasma processes requiring a constant current supply.
Warns about dangers from incorrect operation and the need to fully understand the manual before use.
Identifies and illustrates indicators, switches, and connection points on the front view of the DPS 2500.
Details indicators like malfunction, robot-interface, power ON, and the operating instructions symbol.
Identifies the mains switch, current sockets with bayonet latches, and the interface for control system connection.
Warns about initial operation dangers and emphasizes using the power source only for its intended plasma processes.
Covers machine setup regulations like IP23 rating, outdoor operation, and mains connection requirements.
Warns about dangers from insufficiently dimensioned electrical installations and property damage.
Highlights installation safety, emphasizing working with the mains unplugged, and details connection steps.
Addresses safety for electrical shock and ground connections, listing initial service codes and their causes/remedies.
Continues listing service codes for sensor errors, DSP errors, HOST errors, overtemperature, and phase failure.
Lists remaining service codes and provides troubleshooting steps for power source non-functionality.
Outlines routine care, start-up checks, and periodic maintenance tasks for the power source.
Provides instructions for disposing of the device according to applicable national and local regulations.
Presents technical data including special voltages, mains voltage, tolerance, fuse protection, and power.
Lists key specifications for the DPS 2500, including voltage, protection, dimensions, weight, and conformity marks.
Provides an Internet address for an overview of critical raw materials and the device's year of production.
Explains how to calculate the year of production using the device's serial number.
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