To Next PageTo Next PageHow to improve ignition during MMA welding with my Fronius Portable Generator?
If you're experiencing poor ignition properties during MMA welding, it could be that the incorrect welding process is selected. Ensure you select the appropriate welding process.
How to prevent the rod electrode from sticking on my Fronius Portable Generator?
If the rod electrode tends to stick, the value of the arc-force dynamic parameter (MMA welding) might be set too low. Increase the value of the arc-force dynamic parameter.
Why is the LED flashing for the set process on my Fronius Portable Generator?
The LED might be flashing because of single-phase operation with a welding current greater than 140A; select a welding current less than 140A and continue welding. Another reason could be a phase failure; check the mains lead.
What to do if the arc breaks during welding with my Fronius Portable Generator?
If the arc breaks during welding, it could be because the TIG Comfort Stop parameter value is set too low for the selected TIG welding process; adjust it to a higher value in the Setup menu. It could also be that the electrode (e.g. grooved electrode) voltage is too high; if possible, use an alternative electrode or a power source with more welding power. Finally, ensure that the correct welding process is selected: either "TIG welding" or "TIG pulsed arc welding".
Why am I having issues with TIG welding on my Fronius Portable Generator?
If you're experiencing problems with TIG welding, it could be due to several factors. The tungsten electrode polarity might be incorrect; connect the TIG welding torch to the negative pole. Another possibility is incorrect or missing shielding gas; use inert shielding gas (argon). Finally, ensure you've selected the correct welding process: TIG welding or TIG pulsed arc welding.
Why does the mains fuse keep tripping on my Fronius Portable Generator?
The mains fuse might be tripping because it's underrated or the circuit breaker is incorrect. Make sure to fuse the mains correctly, referring to the technical data. If the mains fuse trips in an open circuit, contact After-Sales Service.
What to do if my Fronius Portable Generator has no welding current?
If your Fronius Portable Generator isn't producing welding current, several factors could be at play. The duty cycle might be exceeded, causing the device to overload – in this case, stay within the duty cycle. The thermostatic automatic circuit breaker may have switched off the device; wait for the power source to come back on automatically after the cooling phase. Insufficient cooling air intake can also cause this, so ensure an adequate air supply. A dirty air filter could be the culprit; clean it. As a last resort, there may be a power module error, so turn the device off and on again.
How to fix severe spattering with my Fronius Portable Generator?
Severe spattering can occur due to several reasons. First, check if the electrode polarity is correct by referring to the manufacturer's instructions to reverse it if needed. Another cause might be a poor ground earth connection; make sure to fasten the earthing clamps directly to the workpiece. Lastly, the setup parameters might not be ideal for the selected welding process, so select the best setting in the Setup menu.
General| Brand | Fronius |
|---|---|
| Model | TransPocket 3500 |
| Category | Portable Generator |
| Language | English |
Explains the meaning of DANGER, WARNING, CAUTION, and NOTE symbols used in the document.
General safety information regarding device construction, operator qualifications, and adherence to instructions and regulations.
Defines the intended purpose of the device and emphasizes using it exclusively for that purpose.
Specifies ambient temperature, relative humidity, and air quality requirements for operation and storage.
Outlines the operator's responsibility to ensure qualified personnel are using the device and that they are properly instructed.
Details the responsibilities of personnel before using the device, including reading instructions and ensuring safety.
Discusses potential impact of high-rated devices on mains quality and connection considerations.
Mentions local regulations may require an RCD and where to find recommended types.
Lists risks like sparks, arc radiation, EMF, electrocution, noise, fumes, and required protective clothing.
States the maximum sound power level generated by the device according to EN 60974-1.
Warns about harmful gases and vapours from welding, mentioning cancer risks and ventilation needs.
Alerts to the risk of fires or explosions from flying sparks and the need to keep flammable materials away.
Details risks of electric shock from mains and welding current, emphasizing safe handling of cables and connections.
Explains consequences of ignoring instructions related to meandering currents, such as fire hazards and damage.
Explains classifications for devices regarding electromagnetic interference in industrial and residential areas.
Advises on checking immunity of nearby devices and implementing measures to avoid EMC problems like mains supply filtering.
Discusses potential health risks from electromagnetic fields and measures to mitigate them, like keeping distances.
Lists specific hazards like moving parts, hot components, welding wire, and risks in fire/explosion areas.
Specifies requirements for shielding gas quality, including particle size, condensation point, and oil content.
Warns about hazards associated with pressurized gas cylinders, including explosion risks and proper handling.
Provides safety guidelines for device setup, stability, clearance, and safe transportation.
Emphasizes operating only with functional safety devices and performing regular checks for damage.
Details requirements for coolant, spare parts, modifications, and housing screws for maintenance and repair.
Recommends periodic safety inspections by a qualified electrician and calibration.
Instructs on proper disposal of the device according to WEEE regulations.
Explains CE and CSA markings and declares compliance with relevant directives.
States user responsibility for factory settings and manufacturer's non-liability for deleted personal settings.
States copyright ownership and reserves the right to make changes to the manual.
Explains the TP 2500/3500 power sources use inverter principles for high performance and efficiency.
Describes the compact, robust design of the TP 2500/3500 series, including its housing and handle.
Outlines applications for manual arc welding, TIG welding, and its suitability for portable and stationary use.
Warns about dangers from incorrect operation and emphasizes reading instructions and qualifications.
Identifies and describes front and back panel connections like mains switch, gas socket, dust filter, and current sockets.
Details the function of control panel elements like the "Process" button, remote control indicator, error indicator, current adjuster, and VRD indicator.
Warns about dangers from incorrect operation and the need for qualified personnel and understanding instructions.
Reinforces that the power source is for MMA and TIG welding with Fronius components only.
Covers safety regarding machine stability, IP protection, cooling air clearance, dust, and outdoor operation.
Discusses mains voltage, fuse protection, and fitting appropriate cables/plugs.
States MVm machines support both 380-460V and 200-240V mains voltages.
Illustrates the acceptable mains voltage tolerance ranges for operation.
Provides a WARNING about electric shock and steps for changing the mains voltage.
Explains MVm machines can be used in single-phase operation, noting a reduced current range.
Warns about operating incorrectly and electric shock hazards during MMA welding.
Lists steps for connecting power leads, grounding cable, and mains plug before MMA welding.
Explains how to select the welding process (HotStart, SoftStart, Cel) using the Process button.
Details selecting amperage and the procedure for igniting the arc.
Explains the HotStart function's benefits for ignition and fusion, and its operational mode.
Describes the SoftStart function for basic electrodes, improving ignition and reducing spatter.
Details the Anti-stick function that prevents electrode burning by switching off current if the electrode sticks.
Warns about operating incorrectly and electric shock hazards during TIG welding.
Notes not to use green tungsten electrodes for TIG processes and mentions the TTG 2200 TCS torch.
Lists steps for connecting the TIG torch, grounding cable, remote control, and gas cylinder.
Explains how to set the shielding gas flow rate for gas-valve torches and the TTG 2200 TCS torch.
Describes how to select TIG welding or TIG pulsed arc welding using the Process button.
Details selecting amperage, positioning the torch, and igniting the arc with pre-flow and automatic current shut-off.
Explains the TIG Comfort Stop function, its availability, deactivation, and how it works with end crater filling.
Describes how the downslope duration depends on the welding current and cannot be adjusted.
Lists settable parameters like Arc-force dynamic, Cel characteristic, TIG Comfort Stop, and Pulse frequency.
Explains how parameters are set at different levels (4 or 5) using the Process button.
Provides a step-by-step guide on how to alter parameter settings using the "Process" button.
Explains the purpose of the arc-force dynamic parameter and how to adjust it for arc stability or to prevent sticking.
Details the Cel characteristic parameter for cellulose electrodes and how to adjust it for weld properties.
Explains how to set the TIG Comfort Stop parameter to trigger the function by adjusting arc size.
Describes the pulsing frequency parameter for TIG pulsed arc welding and lists available frequencies by level.
Introduces the VRD as an optional safety device to reduce voltage at current sockets.
Explains how VRD works based on welding circuit resistance to limit output voltage for safety.
Warns about electric shock and inadequate ground connections during troubleshooting.
Lists common faults like "No welding current" and their potential causes and remedies.
Details causes and remedies for "No welding current" including duty cycle, circuit breaker, fan, cooling, and air filter issues.
Lists causes and remedies for poor ignition during MMA welding, including incorrect process selection.
Addresses causes and remedies for arc breaks during welding, such as TIG Comfort Stop settings or electrode voltage.
Explains causes and remedies for the rod electrode tending to stick, like arc-force dynamic parameter settings.
Lists causes and remedies for mains fuse or circuit breaker trips, such as underrated fuses or open circuits.
Explains causes and remedies for the process LED flashing, like single-phase operation or phase failure.
Lists causes and remedies for poor weld properties like severe spattering, including electrode polarity and setup.
Addresses TIG welding specific issues like tungsten melting, incorrect polarity, shielding gas, or process selection.
Describes the "Open circuit" status indicator and its causes/remedies, like output voltage.
Explains the "Mains undervoltage or mains overvoltage" status indicator and its causes/remedies.
Explains the "Ground current" status indicator, its cause, and remedy, involving earth connection checks.
Details the "Short circuit" status indicator, its cause (electrode holder/earthing clamp), and remedy.
Explains the "Current limit" status indicator, its cause (internal error), and remedy.
Describes the "ILZ" status indicator, its cause (internal error), and remedy.
Explains the "Asymmetry (during operation)" status indicator, its cause (internal error), and remedy.
Details the "Asymmetry (when switching on)" status indicator, its cause (internal error), and remedy.
Explains the "Primary current" status indicator, its cause (internal error), and remedy.
States the power source requires minimal care and maintenance for long-term usability.
Lists checks to perform at every start-up, including connections, clearance, and air inlets/outlets.
Specifies cleaning the air filter every two months.
Details dismantling side panels and cleaning the inside with compressed air.
Reiterates proper disposal according to national and local regulations.
Provides tables showing average wire electrode consumption for MIG/MAG welding based on wire speed and diameter.
Presents a table showing average shielding gas consumption for MIG/MAG welding based on wire electrode diameter.
Offers a table detailing average shielding gas consumption for TIG welding based on gas nozzle size.
A safety note regarding inadequately dimensioned electrical installation and the need for rated mains leads/fuses.
States generator compatibility requirements, including minimum kVA for TP 2500/3500.
Lists technical specifications for the TransPocket 2500, 2500 RC, and 2500 TIG models.
Lists technical specifications for the TransPocket 2500 MVm and 2500 TIG MVm models.
Lists technical specifications for the TransPocket 3500, 3500 RC, and 3500 TIG models.
Lists technical specifications for the TransPocket 3500 MVm and 3500 TIG MVm models.
Directs users to an internet address for an overview of critical raw materials in the device.
Explains how to calculate the year of production using the device's serial number.
