Table of Contents
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Table of Contents
Related Manuals for Spartus ProCUT 125CNC
Summarization of Contents
Safe Use – Hazards Associated with Arc Welding and Plasma Cutting
General Safety Rules
General safety rules for operators and equipment handling.
Electric Shock Hazards
Precautions against electric shock hazards during operation.
Welding Arc Radiation Dangers
Hazards of welding arc radiation and necessary eye/face/body protection.
Vapours and Gases Hazards
Risks from welding fumes, vapours, and gases, and necessary ventilation.
Noise Hazards
Dangers of noise exposure and protection measures.
Fire and Explosion Hazards
Precautions against fire and explosion risks, including gas cylinder safety.
Other Hazards
Includes burns, plasma arc danger, wire injury, moving parts, and HF interference.
Extra Precautions
Specific precautions for high temperature and plasma cutting risks.
Electromagnetic Fields (EMF)
EMF General Information
Information on EMF and user responsibility for minimizing exposure.
Electromagnetic Compatibility (EMC)
EMC General Information
General EMC information and user responsibility for resolving disturbances.
Area Assessment for Interference
Assessing the surrounding area for potential EMC interferences.
Reducing Emission Methods
Methods to reduce electromagnetic emissions as per EN standard.
Conformity with Standards
CE Marking
Location and meaning of CE marking on the device.
Rating Plate
Information found on the device's rating plate.
General Description
Purpose of Use
Intended applications for the SPARTUS® ProCUT plasma cutters.
Technical Specifications
Operation, Storage and Transport
Environmental and physical conditions for operation, storage, and transport.
Technical Parameters
Detailed technical parameters for both ProCUT 85CNC and 125CNC models.
Installation and Use
Proper Cooling
Requirements for maintaining adequate cooling of the unit.
Movement and Handling
Safe procedures for moving and handling the machine.
Description of Construction
Identification and labeling of the machine's construction components.
Connecting to Power Supply
Instructions for connecting the device to the 400V power source and wiring diagrams.
Connection of the Device
Steps for connecting the plasma torch and compressed air supply.
Control Panel
Overview of the control panel layout, buttons, and display.
Display Parameters and Modes
Explanation of display parameters, 2T/4T modes, and air check function.
Central Connector Setup
Pin configuration for the central connector on the device and torch.
CNC Connector
Pinout diagram for the CNC control socket for automation.
The Process of Cutting
Detailed explanation of the plasma cutting process using the device.
Shift and Scale Selection
Table for selecting voltage divider settings for CNC controllers.
SP80H/SP80M Plasma Torch
Diagram and parts for the SP80H/SP80M plasma torch.
SP100H/SP100M Plasma Torch
Diagram and parts list for the SP100H/SP100M plasma torch.
SP45HY/SP85HY/SP125HY Hand Torch
Diagram and spare parts for SP45HY/SP85HY/SP125HY hand torches.
SP45MY/SP85MY/SP125MY Machine Torch
Diagram and spare parts for SP45MY/SP85MY/SP125MY machine torches.
Maintenance
Daily Maintenance Checks
Daily inspection and maintenance tasks before use.
Monthly and Annual Maintenance
Routine monthly tasks and annual service recommendations.
Troubleshooting
Problems After Turning On
Troubleshooting issues encountered after powering the device on.
Problems with Plasma Arc
Diagnosing and resolving issues related to the plasma arc.
Cutting Problems
Solutions for low cutting output and poor cutting quality.
Need help?
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