To Next PageTo Next PageWhy is the arc inadequate on my Ramsond Welding System?
If your Ramsond Welding System shows inadequate arc or cutting, first check the air supply to ensure it's at least 20 psi. Make sure you have a proper ground and the ground surface is clean. Try reducing the cutting speed and bringing the torch closer to the workpiece. Also, ensure the air passage way is free from debris and consider replacing the consumables.
What to do if my Ramsond Welding System lights up but has no cutting output?
If your Ramsond Welding System unit lights up but there's no cutting output, inspect the tool connectors and make sure you have a proper ground. Allow the unit to cool off. If the problem persists, it may be an internal component issue, and you should seek professional assistance.
Why is the cutting arc fluttering on my Ramsond Welding System?
If you observe the cutting arc fluttering or pulsating on your Ramsond Welding System, make sure that for 110V operation, you are connected to a minimum of a 30 Amp Circuit, and for 220V, a minimum of a 20 Amp Circuit. Debris in the air path to the plasma torch may also cause this problem, so remove the consumables from the torch and press the torch button to activate airflow, which should remove any debris from the torch air pathway.
How to fix a Ramsond Welding System that has no cutting output and does not light up?
If your Ramsond Welding System has no cutting output and doesn't light up, first, ensure the unit is turned ON. Then, inspect the power plug and wiring.
Explains the meaning of warning, caution, and note symbols used in the manual.
Details hazards like electric shock, fire, and flying sparks associated with plasma arc cutting.
Warns about potential injury from exploding parts in inverter power sources.
Alerts to injury risks from flying sparks and hot metal during cutting.
Describes burns to eyes and skin from intense arc rays.
Warns about potential hearing damage from prolonged noise exposure.
Highlights health risks from breathing cutting fumes and gases.
Details risks of serious burns from the plasma arc's heat and force.
Alerts to the danger of explosion from damaged gas cylinders.
Covers hazards like hot parts, moving parts, fire, ESD, HF radiation, and falling units.
Lists chemicals known to cause birth defects, cancer, or reproductive harm.
Lists key ANSI, OSHA, NFPA, and CSA standards for welding and cutting.
Discusses electromagnetic fields and how to minimize exposure.
Explains the process of plasma cutting and how it works.
Describes the automatic voltage compensation circuit.
Details the unit's thermal protection and overload indicator.
Explains duty cycle and its effect on the machine.
Instructions on connecting the unit's power cable and electrical requirements.
Identifies and describes the controls and connections on the front panel.
Details components and connections on the back panel, including air regulator and ground.
Explains the function and installation of the air regulator/filter.
Illustrates the overall setup of the plasma cutter, torch, and air supply.
Describes the plasma torch components and consumables.
Explains the proper installation and use of the ground clamp.
Explains duty cycle, overheating, and cooling procedures.
Provides instructions on how to begin and perform cutting operations.
Specifies the suitable environmental conditions for operating the plasma cutter.
Outlines maintenance tasks required after each use, every 3 months, and every 6 months.
Details how to obtain warranty service, required documents, and exclusions.
The Ramsond CUT 50/70 DY Series is a digital inverter air plasma cutter designed for air plasma cutting and gouging. This dual-voltage machine operates on either 110V or 220V, automatically detecting the input voltage without requiring a manual switch. For 110V operation, a NEMA 30 Amp outlet and a 30 Amp circuit are required, while 220V operation requires a 20 Amp circuit. The unit is not equipped with a standard wall plug to accommodate these different configurations.
The plasma cutter works by sending pressurized air through a small channel containing a negatively charged electrode. When power is applied and the nozzle tip touches the metal, a circuit is created, generating a powerful spark between the electrode and the metal. As inert gas (compressed air) passes through the channel, the spark heats the gas to its fourth state of matter, creating a stream of directed plasma. This plasma, reaching temperatures of approximately 30,000°F and moving at 20,000 feet per second, vaporizes metal and molten slag. The plasma itself conducts electrical current, and the arc is continuous as long as power is supplied and the plasma remains in contact with the metal being cut. The cutter nozzle also features a second set of channels that release a constant flow of shielding gas around the cutting area, which controls the radius of the plasma beam. The machine is designed to use only compressed air as the "gas."
General| Brand | Ramsond |
|---|---|
| Model | CUT 50 DY Series |
| Category | Welding System |
| Language | English |
