1K Workshop: Difference between revisions
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The Gast 6AM line of pneumatic motors provide 4HP and generally go for $150-200. | The Gast 6AM line of pneumatic motors provide 4HP and generally go for $150-200. | ||
A 3HP electric motor is going to be right around $200. | A large 3HP electric motor is going to be right around $200. | ||
A 5HP electric motor is about $350. | A large 5HP electric motor is about $350. | ||
I did find the [http://www.amazon.com/Skil-Circular-Replacement-Armature-2610931892/dp/B002VZ0DMW motor armature] for a circular saw. Actually, looking for "120V Armature" turned up a lot, and they're pretty cheap. Now I just need to figure out what the stator looks like. It looks like [http://www.amazon.com/BOSCH-POWER-TOOLS-Replacement-Part-1619P02674-Field/dp/B002ENJWZU this] one matches the previous one. It's just called a "field". The set looks like they cost about $120 together, with a little poking around, I can probably find something workable in the $80 range. | I did find the [http://www.amazon.com/Skil-Circular-Replacement-Armature-2610931892/dp/B002VZ0DMW motor armature] for a circular saw. Actually, looking for "120V Armature" turned up a lot, and they're pretty cheap. Now I just need to figure out what the stator looks like. It looks like [http://www.amazon.com/BOSCH-POWER-TOOLS-Replacement-Part-1619P02674-Field/dp/B002ENJWZU this] one matches the previous one. It's just called a "field". The set looks like they cost about $120 together, with a little poking around, I can probably find something workable in the $80 range. | ||
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So either way, it looks like something around $300 for power systems. | So either way, it looks like something around $300 for power systems. | ||
Another option is to use a plunge router as the powerhouse (at least for the smaller tools). They run anywhere from $90 to $220 (for what we're looking for). | |||
== Parts == | == Parts == | ||
* Hammer $6 | * Hammer $6 | ||
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So between the must-haves and the power plant, it's almost at $500. The remaining $500 gets spent on wood, cement, screws, bearings and the various metal framing pieces. | So between the must-haves and the power plant, it's almost at $500. The remaining $500 gets spent on wood, cement, screws, bearings and the various metal framing pieces. | ||
== Bootstrapping == | |||
One of the challenges is that | |||
== Stand Alone Compressor == | == Stand Alone Compressor == | ||
Revision as of 18:28, 9 November 2015
The goal is to design a workshop soup-to-nuts, that can be built for 1K$. While the goal is 1k$, the approach is going to be working fully through an approach to see what the total would be as well as the convenience.
Tools
Unpowered Hand tools
- Hammer
- screwdriver ratchet bitdriver (like I have)
- wrench
- pliers
- box cutter
- measuring tape
- square
- clamps
- sand paper
Powered Hand Tools
- rotary tool
- circular saw
- hand drill
- impact driver
- orbital sander
- plunge router
Table/Bench Tools
- band saw
- table router
- belt sander
- drill press
- miter saw
- table saw
- jointer
- planer
- shopvac
And a work bench to work on and system to store everything
Motor
Almost all plans require a large motor. Pneumatic motors are built by Gast and Speedaire. For pneumatic it looks like 1hp is about 30Nm of torque.
The Gast 4AM-NRV-92 might work for hand tools. It's just about the right size(4" wide, 4" diameter, 1.1" shaft). Also about $150.
The Gast 6AM line of pneumatic motors provide 4HP and generally go for $150-200.
A large 3HP electric motor is going to be right around $200.
A large 5HP electric motor is about $350.
I did find the motor armature for a circular saw. Actually, looking for "120V Armature" turned up a lot, and they're pretty cheap. Now I just need to figure out what the stator looks like. It looks like this one matches the previous one. It's just called a "field". The set looks like they cost about $120 together, with a little poking around, I can probably find something workable in the $80 range.
So either way, it looks like something around $300 for power systems.
Another option is to use a plunge router as the powerhouse (at least for the smaller tools). They run anywhere from $90 to $220 (for what we're looking for).
Parts
- Hammer $6
- screwdriver + bit set $24
- wrench $5
- pliers set $12
- box cutter $8
- measuring tape $10
- square $9
Total: $74
Powered Hand Tools
- circular saw blade $15
- drill chuck $15
- router chuck $15
total $45
Table/Bench Tools
- band saw blade $10
- sanding belt $10
- jointer cutter head $50
- trash can (for shop vac) $30
total $100
grand total: $214
So between the must-haves and the power plant, it's almost at $500. The remaining $500 gets spent on wood, cement, screws, bearings and the various metal framing pieces.
Bootstrapping
One of the challenges is that
Stand Alone Compressor
- Air compressor $60 @ Harbor Freight
All hand tools run off the air compressor. All big tools run off an induction motor.
Constructed Compressor
- Tank $40
- Pump $70
Then we need a large electric motor to run the pump.
Deconstructed Compressor
There is a 3.5HP 10gal air compressor for about $150. I could get that and pull the motor out, converting it to a modular system.
However, I'm not sure how much I trust that considering the motor would be worth more than the whole thing (if it's actually a 3.5hp motor).