Einhell BT-GW 150: Difference between revisions

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== Einhell BT-GW 150 ==
{{MachineInfoBox|machine name=Einhell BT-GW 150|german=Schutzgasschweißgerät|image=Schutzgas-Schweissgerät BT-GW 150.jpg|synonyms=Schutzschweißgerät|status=commissioning|material=[[metal]]|similar=[[Welding Transformer|welding transformer]]|manual=https://assets.einhell.com/manuals-pdf/900_177283/BT-GW%20150.pdf|assetid=160}}
{{Commissioning|Naming=done|QR=done|Picture=done|Manual=done}}
MIG/MAG welding machine by Einhell.
MIG/MAG welding machine by Einhell.


To be used with Argon for [https://www.twi-global.com/technical-knowledge/job-knowledge/mig-welding-004 MIG] welding or CO2 for [https://www.uti.edu/blog/welding/gmaw-mag-welding MAG] welding.
To be used with Argon for [https://www.twi-global.com/technical-knowledge/job-knowledge/mig-welding-004 MIG] welding or CO<sub>2</sub> for [https://www.uti.edu/blog/welding/gmaw-mag-welding MAG] welding.


{{MachineInfoBox|machine name=welding machine|german=Schutzschweißgerät|image=Schutzgas-Schweissgerät BT-GW 150.jpg|synonyms=Schutzschweißgerät|status=commissioning|material=Metal|similar=https://wiki.comakingspace.de/Welding_Transformer|location=Metal Workshop|access=[[Introduction::Arc_Welding_Introduction]]|tutors=[[Tutor::User:Lukas|Lukas]]
=== Gas Setup ===
[[Tutor::User:Johannes|Johannes]]
[[Tutor::User:Marcel|Marcel]]|manual=https://assets.einhell.com/manuals-pdf/900_177283/BT-GW%20150.pdf}}{{Commissioning}}
[[File:Welding pressure gauge.jpg|thumb|The knobs and valves of the gas setup]]
[[File:Welding pressure gauge.jpg|thumb|The knobs and valves of the gas setup]]
The inert gas (Argon) or active gas (CO2) is at ~200 bar if the gas cylinder is full. A pressure reducer reduces this pressure. It also limits the flow rate of the gas. Notice the flow rate has a scale for each gas. 11l/min is a good starting value for the flow rate. Both the bottle valve and the second valve have to be open for gas to flow. Turn the regulation knob to adjust the flow rate. Always turn the CO2 off after usage to reduce leakage losses.
=== Settings & Usage ===
The welding machine has a setting for the welding current, as well as a setting for the wire feed rate. It uses wire of 0.6 mm or 0.8 mm diameter. The wire spools can have up to 5 kg. If you swap in a wire of a different diameter, you must also change the contacting pipe (Kontaktrohr, see manual).[[File:BT-GW 150 Front.jpg|thumb|The settings of the machine]]
Before welding the metal workpiece, you need to ground it using the grounding clamp. Read the [https://wiki.comakingspace.de/Arc_Welding_Introduction2 welding introduction] on further precautions you might need to take.


== The gas setup ==
The welding gun has a trigger. If it is pulled, gas is released from it, then wire is fed at a constant rate. The gas prevents the hot metal from exidizing. As soon as the wire gets close to the grounded workpiece, a light arc is formed which melts the wire and the workpiece.
The inert gas (Argon) or active gas (CO2) is at ~200 bar if the gas cylinder is full. A pressure reducer reduces this pressure. It also limits the flow rate of the gas. Notice the flow rate has a scale for each gas. 11l/min is a good starting value for the flow rate. Both the bottle valve and the second valve have to be open for gas to flow. Turn the regulation knob to adjust the flow rate. Always turn the CO2 off after usage to reduce leakage losses.


== The welding machine ==
Turning the welding current too high might trip the circuit breaker. Just turn the current down and reset the circuit breaker.
The welding machine has a setting for the welding current , as well as a setting for the wire feed rate. It uses wire of 0.6mm or 0.8mm diameter. The wire spools can have up to 5 kg.[[File:BT-GW 150 Front.jpg|thumb|The settings of the machine]]Before welding the metal workpiece, you need to gound it using the grounding clamp. Read the [https://wiki.comakingspace.de/Arc_Welding_Introduction2 welding introduction] on what else precautions you might need to take.


The welding gun has a trigger. If it is pulled, gas is released from it, then wire is fed at a constant rate. The gas prevents the hot metal from exidizing. As soon as the wire gets close to the grounded workng peace a light arc is formed which melts the wire and the workpiece.
=== Suggested Reading ===
*Know the difference between the different [[welding methods]]


Turning the welding current too high might trip the circuit breaker. just turn the current down and reset the circuit breaker.
*[[Welding Area]]


== Donation ==
*[[Welding Helmet]]
The Argon gas costs 70 Euro per filling, which lasts about 350 minutes of welding (the cylinder holds ~ 4000 l of argon) this gives a cost of about 20 cents per minute of welding. The wire costs about 40 euro per kg, which leads to costs of another 20 cents per minute (at 5.4g/minute, assumed 3cm/s wire speed). Thus I would suggest a donation of 50 cents per minute of actual welding time


== Suggested reading ==
TODO: update the welding area and metal workshop pages for the new welding machine.
Know the difference between the different [http://w welding methods]

Latest revision as of 16:18, 2 July 2024

Einhell BT-GW 150

MachineInfoBox

Einhell BT-GW 150

Schutzgas-Schweissgerät BT-GW 150.jpg
Synonyms: Schutzschweißgerät
Type: Welding Transformer
Material: metal
Location: Office
Access Requirements:
Status: In Commissioning
Manual: https://assets.einhell.com/manuals-pdf/900_177283/BT-GW%20150.pdf
Tutors:
Similar (More or Less): welding transformer



This tool is not ready for use yet since not all commissioning steps have been completed. The process is not yet tracked on GitHub. Feel free to contribute to making it usable, any help is very welcome!

Task comment Status
Name the tool: - done
Take a picture - done
Find the manual as PDF needed for all machines - add a link to the InfoBox or comment where you could not find it done
Documentation this page, status: in commissioning pending
Print QR-Code use the wikicrawler done
Introduction - pending
Security Check to be done or witnessed by a manager pending
Test to be done or witnessed by a manager pending
tool's name, owner and approx. value provide to Patrick for inventorization pending
Last step: make it available physically and in the wiki - then delete this template pending


MIG/MAG welding machine by Einhell.

To be used with Argon for MIG welding or CO2 for MAG welding.

Gas Setup

The knobs and valves of the gas setup

The inert gas (Argon) or active gas (CO2) is at ~200 bar if the gas cylinder is full. A pressure reducer reduces this pressure. It also limits the flow rate of the gas. Notice the flow rate has a scale for each gas. 11l/min is a good starting value for the flow rate. Both the bottle valve and the second valve have to be open for gas to flow. Turn the regulation knob to adjust the flow rate. Always turn the CO2 off after usage to reduce leakage losses.

Settings & Usage

The welding machine has a setting for the welding current, as well as a setting for the wire feed rate. It uses wire of 0.6 mm or 0.8 mm diameter. The wire spools can have up to 5 kg. If you swap in a wire of a different diameter, you must also change the contacting pipe (Kontaktrohr, see manual).

The settings of the machine

Before welding the metal workpiece, you need to ground it using the grounding clamp. Read the welding introduction on further precautions you might need to take.

The welding gun has a trigger. If it is pulled, gas is released from it, then wire is fed at a constant rate. The gas prevents the hot metal from exidizing. As soon as the wire gets close to the grounded workpiece, a light arc is formed which melts the wire and the workpiece.

Turning the welding current too high might trip the circuit breaker. Just turn the current down and reset the circuit breaker.

Suggested Reading

TODO: update the welding area and metal workshop pages for the new welding machine.