To Next PageTo Next PageWhy MIG-O-MAT Soldering Gun unit switches off with 'Excess temperature' warning?
The unit overheats, causing it to shut down and display an 'Excess temperature' warning. To resolve this, close the burner valve, put the unit in stand-by by pressing the on/off key, and wait for the ventilator to cool the unit.
What to do if my MIG-O-MAT Soldering Gun doesn't produce gas and the gas pressure doesn't match the set value?
If your unit doesn't produce gas, and the gas pressure reading is incorrect, there may be a leak. Switch off the unit at the mains, then retighten any loose screw connections and replace washers if needed. Also, check the glasses for leaks and ensure the O-rings are correctly mounted. If the hose system inside the unit is leaky, switch off the unit, pull the mains plug, open the unit, and check if the hose connections sit tightly. Retighten loose connections. If necessary contact the Technical Support.
Why MIG-O-MAT Soldering Gun flame is unstable?
An unstable flame can be caused by a choked nozzle. Clean or replace the nozzle to resolve this. Another cause is the vaporizer liquid has been consumed. Completely exchange the vaporizer liquid, clean the glass.
What to do if my MIG-O-MAT Soldering Gun produces too little gas?
If the unit produces too little gas, and the actual value goes down, first check for gas leaks. Find the leaks at the connections (daub with foam-building media) and retighten connections or replace the washers. If you cannot find any leak contact your supplier or the manufacturer. Also, check the filling level in the reactor and refill demineralized water until the glass floating body is level with the edge of the filling duct.
General| Brand | MIG-O-MAT |
|---|---|
| Model | Lotstar 141 |
| Category | Soldering Gun |
| Language | English |
Hazards of electric current, including connection and safe handling.
Dangers from electrolyte solution, including chemical burns.
Hazards from flammable vaporizer liquid, fire, and explosion.
Dangers from flammable gas and flame, fire, and explosion risks.
Devices ensuring safe operation like pressure monitoring and flame barriers.
Procedure for filling the reactor with electrolyte solution.
Procedure for filling the vaporizer glass with liquid.
Instructions for connecting the unit to the power supply.
Checking the electrolyte filling level for proper functioning.
Performing an automatic leak check to ensure integrity.
Setting and adjusting the gas pressure for flame control.
General safety warnings and guidelines for maintenance tasks.
Procedure for checking and refilling demineralized water in the reactor.
Table of common malfunctions, their causes, and remedies.
