OHO - search engine for sustainable open hardware projects - User contributions [en]

Talk:Vice for drill press

2023-11-03T19:41:30Z

Aquilesmorillo: /* Part number 7 -- ~~~~ */ new section

== Part number 1 -- [[User:Xtech2020 review|Xtech2020 review]] ([[User talk:Xtech2020 review|talk]]) 20:13, 3 November 2023 (CET) ==

How do you ensure that the jaw moves aligned? An irregular piece can cause it to tilt and get stuck.
[[File:Rr-c3.jpg|thumb]]

== Part number 7 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 20:41, 3 November 2023 (CET) ==

For this type of manufacturing, I think that a double nut on both sides is unnecessary, with one welding point and two nuts it is enough

Talk:Workshop Crane powered by drill

2021-04-08T01:29:32Z

Aquilesmorillo: /* Part number 6 -- Inddigital (talk) 19:17, 23 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a comment

In the main frame, you can use three levels of hierarchy, for the numbering of the parts since it is an assembly with some complexity

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
:: Thank you, I will keep this in mind for improved versions of the equipment.

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load? 
 
[[File:Oseg wc img12.jpg|thumb]] 

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it in Technical Documentation.
 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source? 
[[File:Oseg wc img15.jpg|thumb]]

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

== Part number 1.19 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 16:43, 16 December 2020 (CET) ==

 
Do you have a reference gearbox in the current market?
 

===Re: Part number 1.19 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 16:55, 16 December 2020 (CET)===

: It is important to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.10 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:15, 16 December 2020 (CET) ==

The purpose of these pieces is to place the wheels, which I think can be omitted, by placing these wheels directly on the structure

== Part number 1.11 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:30, 16 December 2020 (CET) ==

This piece is a plate subjected to pure traction, which works as a tensioner, under this condition, can support more than 2000 kg

== Part number 2 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:36, 16 December 2020 (CET) ==

The pivoting arm, in its lowest position, is still functional? 
[[File:Oseg wc img14.jpg|thumb]]

===Re: Part number 2 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:25, 8 April 2021 (CEST)===

: I would need to do more simulations, but it is best to run tests on a real model.

== Part number 3 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:39, 16 December 2020 (CET) ==

Does the structure remain stable in the case of maximum extension of the telescopic tube? 
[[File:Oseg wc img13.jpg|thumb]]

===Re: Part number 3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:27, 8 April 2021 (CEST)===

: Yes, as long as the center of gravity of the loaded system does not move too far away, the equipment is stable, this is guaranteed by having the legs practically under the load.

== Part number 5.3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:54, 16 December 2020 (CET) ==

I'm not sure if plastic wheels can withstand heavy use in a durable way, here I leave a reference to some models that support the load 
https://www.urbaboxx.co.uk/freestanding-shelving-c1/chrome-wire-shelving-c2/heavy-duty-castor-wheels-for-chrome-shelving-units-100-mm-wheels-with-m8-thread-set-of-4-p599

== Part number 4 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:35, 16 December 2020 (CET) ==

This piece, where the leg is anchored, contains machining that can affect its mechanical strength, by stress concentrators, I recommend a separate analysis, considering its geometry 
[[File:Oseg wc img16.jpg|thumb]]

===Re: Part number 4 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 18:38, 16 December 2020 (CET)===

: Thank you for your observation, that is correct, a separate stress analysis is required in that piece, no longer by frame analysis but by finite elements

== Part number 1.21 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:50, 16 December 2020 (CET) ==

This item can be developed as a production part 
[[File:Oseg wc img17.jpg|thumb]]

===Re: Part number 1.21 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:24, 8 April 2021 (CEST)===

: I think the same, an improvement of the equipment should be made with these changes.

== Part number 6 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 19:17, 23 December 2020 (CET) ==

This piece can have an intermediate guide to align the charging cable...

===Re: Part number 6 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:29, 8 April 2021 (CEST)===

: Agreed, in any case it would be in an improvement of the equipment.

Talk:Workshop Crane powered by drill

2021-04-08T01:27:57Z

Aquilesmorillo: /* Part number 3 -- Inddigital (talk) 17:39, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2021-04-08T01:25:45Z

Aquilesmorillo: /* Part number 2 -- Inddigital (talk) 17:36, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a comment

In the main frame, you can use three levels of hierarchy, for the numbering of the parts since it is an assembly with some complexity

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
:: Thank you, I will keep this in mind for improved versions of the equipment.

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load? 
 
[[File:Oseg wc img12.jpg|thumb]] 

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it in Technical Documentation.
 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source? 
[[File:Oseg wc img15.jpg|thumb]]

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

== Part number 1.19 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 16:43, 16 December 2020 (CET) ==

 
Do you have a reference gearbox in the current market?
 

===Re: Part number 1.19 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 16:55, 16 December 2020 (CET)===

: It is important to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.10 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:15, 16 December 2020 (CET) ==

The purpose of these pieces is to place the wheels, which I think can be omitted, by placing these wheels directly on the structure

== Part number 1.11 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:30, 16 December 2020 (CET) ==

This piece is a plate subjected to pure traction, which works as a tensioner, under this condition, can support more than 2000 kg

== Part number 2 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:36, 16 December 2020 (CET) ==

The pivoting arm, in its lowest position, is still functional? 
[[File:Oseg wc img14.jpg|thumb]]

===Re: Part number 2 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:25, 8 April 2021 (CEST)===

: I would need to do more simulations, but it is best to run tests on a real model.

== Part number 3 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:39, 16 December 2020 (CET) ==

Does the structure remain stable in the case of maximum extension of the telescopic tube? 
[[File:Oseg wc img13.jpg|thumb]]

== Part number 5.3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:54, 16 December 2020 (CET) ==

I'm not sure if plastic wheels can withstand heavy use in a durable way, here I leave a reference to some models that support the load 
https://www.urbaboxx.co.uk/freestanding-shelving-c1/chrome-wire-shelving-c2/heavy-duty-castor-wheels-for-chrome-shelving-units-100-mm-wheels-with-m8-thread-set-of-4-p599

== Part number 4 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:35, 16 December 2020 (CET) ==

This piece, where the leg is anchored, contains machining that can affect its mechanical strength, by stress concentrators, I recommend a separate analysis, considering its geometry 
[[File:Oseg wc img16.jpg|thumb]]

===Re: Part number 4 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 18:38, 16 December 2020 (CET)===

: Thank you for your observation, that is correct, a separate stress analysis is required in that piece, no longer by frame analysis but by finite elements

== Part number 1.21 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:50, 16 December 2020 (CET) ==

This item can be developed as a production part 
[[File:Oseg wc img17.jpg|thumb]]

===Re: Part number 1.21 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:24, 8 April 2021 (CEST)===

: I think the same, an improvement of the equipment should be made with these changes.

== Part number 6 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 19:17, 23 December 2020 (CET) ==

This piece can have an intermediate guide to align the charging cable...

Talk:Workshop Crane powered by drill

2021-04-08T01:24:26Z

Aquilesmorillo: /* Part number 1.21 -- Inddigital (talk) 18:50, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a comment

In the main frame, you can use three levels of hierarchy, for the numbering of the parts since it is an assembly with some complexity

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
:: Thank you, I will keep this in mind for improved versions of the equipment.

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load? 
 
[[File:Oseg wc img12.jpg|thumb]] 

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it in Technical Documentation.
 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source? 
[[File:Oseg wc img15.jpg|thumb]]

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

== Part number 1.19 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 16:43, 16 December 2020 (CET) ==

 
Do you have a reference gearbox in the current market?
 

===Re: Part number 1.19 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 16:55, 16 December 2020 (CET)===

: It is important to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.10 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:15, 16 December 2020 (CET) ==

The purpose of these pieces is to place the wheels, which I think can be omitted, by placing these wheels directly on the structure

== Part number 1.11 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:30, 16 December 2020 (CET) ==

This piece is a plate subjected to pure traction, which works as a tensioner, under this condition, can support more than 2000 kg

== Part number 2 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:36, 16 December 2020 (CET) ==

The pivoting arm, in its lowest position, is still functional? 
[[File:Oseg wc img14.jpg|thumb]]

== Part number 3 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:39, 16 December 2020 (CET) ==

Does the structure remain stable in the case of maximum extension of the telescopic tube? 
[[File:Oseg wc img13.jpg|thumb]]

== Part number 5.3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:54, 16 December 2020 (CET) ==

I'm not sure if plastic wheels can withstand heavy use in a durable way, here I leave a reference to some models that support the load 
https://www.urbaboxx.co.uk/freestanding-shelving-c1/chrome-wire-shelving-c2/heavy-duty-castor-wheels-for-chrome-shelving-units-100-mm-wheels-with-m8-thread-set-of-4-p599

== Part number 4 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:35, 16 December 2020 (CET) ==

This piece, where the leg is anchored, contains machining that can affect its mechanical strength, by stress concentrators, I recommend a separate analysis, considering its geometry 
[[File:Oseg wc img16.jpg|thumb]]

===Re: Part number 4 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 18:38, 16 December 2020 (CET)===

: Thank you for your observation, that is correct, a separate stress analysis is required in that piece, no longer by frame analysis but by finite elements

== Part number 1.21 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:50, 16 December 2020 (CET) ==

This item can be developed as a production part 
[[File:Oseg wc img17.jpg|thumb]]

===Re: Part number 1.21 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:24, 8 April 2021 (CEST)===

: I think the same, an improvement of the equipment should be made with these changes.

== Part number 6 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 19:17, 23 December 2020 (CET) ==

This piece can have an intermediate guide to align the charging cable...

Talk:Workshop Crane powered by drill

2021-04-08T01:21:35Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 23:18, 15 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a comment

In the main frame, you can use three levels of hierarchy, for the numbering of the parts since it is an assembly with some complexity

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
:: Thank you, I will keep this in mind for improved versions of the equipment.

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load? 
 
[[File:Oseg wc img12.jpg|thumb]] 

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it in Technical Documentation.
 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source? 
[[File:Oseg wc img15.jpg|thumb]]

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

== Part number 1.19 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 16:43, 16 December 2020 (CET) ==

 
Do you have a reference gearbox in the current market?
 

===Re: Part number 1.19 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 16:55, 16 December 2020 (CET)===

: It is important to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.10 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:15, 16 December 2020 (CET) ==

The purpose of these pieces is to place the wheels, which I think can be omitted, by placing these wheels directly on the structure

== Part number 1.11 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:30, 16 December 2020 (CET) ==

This piece is a plate subjected to pure traction, which works as a tensioner, under this condition, can support more than 2000 kg

== Part number 2 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:36, 16 December 2020 (CET) ==

The pivoting arm, in its lowest position, is still functional? 
[[File:Oseg wc img14.jpg|thumb]]

== Part number 3 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:39, 16 December 2020 (CET) ==

Does the structure remain stable in the case of maximum extension of the telescopic tube? 
[[File:Oseg wc img13.jpg|thumb]]

== Part number 5.3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:54, 16 December 2020 (CET) ==

I'm not sure if plastic wheels can withstand heavy use in a durable way, here I leave a reference to some models that support the load 
https://www.urbaboxx.co.uk/freestanding-shelving-c1/chrome-wire-shelving-c2/heavy-duty-castor-wheels-for-chrome-shelving-units-100-mm-wheels-with-m8-thread-set-of-4-p599

== Part number 4 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:35, 16 December 2020 (CET) ==

This piece, where the leg is anchored, contains machining that can affect its mechanical strength, by stress concentrators, I recommend a separate analysis, considering its geometry 
[[File:Oseg wc img16.jpg|thumb]]

===Re: Part number 4 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 18:38, 16 December 2020 (CET)===

: Thank you for your observation, that is correct, a separate stress analysis is required in that piece, no longer by frame analysis but by finite elements

== Part number 1.21 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:50, 16 December 2020 (CET) ==

This item can be developed as a production part 
[[File:Oseg wc img17.jpg|thumb]]

== Part number 6 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 19:17, 23 December 2020 (CET) ==

This piece can have an intermediate guide to align the charging cable...

Workshop Crane powered by drill

2020-12-23T22:05:44Z

Aquilesmorillo:

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Talk:Workshop Crane powered by drill

2020-12-16T17:38:41Z

Aquilesmorillo: /* Part number 4 -- Inddigital (talk) 18:35, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a comment

In the main frame, you can use three levels of hierarchy, for the numbering of the parts since it is an assembly with some complexity

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
:: Thank you.

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load? 
 
[[File:Oseg wc img12.jpg|thumb]] 

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it in Technical Documentation.
 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source? 
[[File:Oseg wc img15.jpg|thumb]]

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

== Part number 1.19 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 16:43, 16 December 2020 (CET) ==

 
Do you have a reference gearbox in the current market?
 

===Re: Part number 1.19 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 16:55, 16 December 2020 (CET)===

: It is important to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.10 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:15, 16 December 2020 (CET) ==

The purpose of these pieces is to place the wheels, which I think can be omitted, by placing these wheels directly on the structure

== Part number 1.11 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:30, 16 December 2020 (CET) ==

This piece is a plate subjected to pure traction, which works as a tensioner, under this condition, can support more than 2000 kg

== Part number 2 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:36, 16 December 2020 (CET) ==

The pivoting arm, in its lowest position, is still functional? 
[[File:Oseg wc img14.jpg|thumb]]

== Part number 3 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 17:39, 16 December 2020 (CET) ==

Does the structure remain stable in the case of maximum extension of the telescopic tube? 
[[File:Oseg wc img13.jpg|thumb]]

== Part number 5.3 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 17:54, 16 December 2020 (CET) ==

I'm not sure if plastic wheels can withstand heavy use in a durable way, here I leave a reference to some models that support the load 
https://www.urbaboxx.co.uk/freestanding-shelving-c1/chrome-wire-shelving-c2/heavy-duty-castor-wheels-for-chrome-shelving-units-100-mm-wheels-with-m8-thread-set-of-4-p599

== Part number 4 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 18:35, 16 December 2020 (CET) ==

This piece, where the leg is anchored, contains machining that can affect its mechanical strength, by stress concentrators, I recommend a separate analysis, considering its geometry 
[[File:Oseg wc img16.jpg|thumb]]

===Re: Part number 4 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 18:38, 16 December 2020 (CET)===

: Thank you for your observation, that is correct, a separate stress analysis is required in that piece, no longer by frame analysis but by finite elements

Talk:Workshop Crane powered by drill

2020-12-16T16:54:37Z

Aquilesmorillo: /* Part number 5.3 -- ~~~~ */ new section

Talk:Workshop Crane powered by drill

2020-12-16T16:30:16Z

Aquilesmorillo: /* Part number 1.11 -- ~~~~ */ new section

Talk:Workshop Crane powered by drill

2020-12-16T16:15:57Z

Aquilesmorillo: /* Part number 1.10 -- ~~~~ */ new section

Workshop Crane powered by drill

2020-12-16T16:13:01Z

Aquilesmorillo:

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Talk:Workshop Crane powered by drill

2020-12-16T15:55:52Z

Aquilesmorillo: /* Part number 1.19 -- Inddigital (talk) 16:43, 16 December 2020 (CET) */

Carla Cargo Crowd

2020-12-16T06:23:53Z

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Talk:Workshop Crane powered by drill

2020-12-16T03:02:14Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]] 
[[File:07-12-20_04-55-00_p.m..jpg|thumb]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), is Open Source, it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

Talk:Workshop Crane powered by drill

2020-12-16T03:01:21Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | [[File:07-12-20_04-55-00_p.m..jpg|thumb]]]] 

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), is Open Source, it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

Talk:Workshop Crane powered by drill

2020-12-16T02:59:55Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Workshop Crane powered by drill

2020-12-16T02:53:50Z

Aquilesmorillo:

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|projectnameES=Grúa de taller impulsada por taladro
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This project is published under the terms of the CERN-OHL
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|matpdffile=Oseg wc 2.2 EN10058-45x8-222.942.pdf
}}{{ProjektMaterials
|matpartnumber=2.3
|matquantity=1
|matdesc=Hex-Head Bolt
|matdrawingsheet=2.3
|matparttype=standard
|matspec=DIN 931-1 - M14 x 90
}}{{ProjektMaterials
|matpartnumber=2.4
|matquantity=1
|matdesc=Hex Nut
|matdrawingsheet=2.4
|matparttype=standard
|matspec=DIN 555-5 - M14
}}{{ProjektMaterials
|matpartnumber=3
|matquantity=1
|matdesc=Telescopic Tube
|matdrawingsheet=3
|matpdffile=Oseg wc 3.0 telescopic-tube.pdf
}}{{ProjektMaterials
|matpartnumber=3.1
|matquantity=2
|matdesc=flat steel bar 45*8*267 mm
|matdrawingsheet=3.1
|matparttype=production
|matspec=EN 10058, STEEL A36
|matpdffile=Oseg wc 3.1 EN10058-45x8-267.942.pdf
}}{{ProjektMaterials
|matpartnumber=3.2
|matquantity=1
|matdesc=Tube 50*50*4*890 mm
|matdrawingsheet=3.2
|matparttype=production
|matspec=EN 10210-2, STEEL A36
|matpdffile=Oseg wc 3.2 DIN59410-50x50x4-890.pdf
}}{{ProjektMaterials
|matpartnumber=3.3
|matquantity=1
|matdesc=Hex-Head Bolt
|matdrawingsheet=3.3
|matparttype=standard
|matspec=DIN 931-1 - M14 x 80
}}{{ProjektMaterials
|matpartnumber=3.4
|matquantity=1
|matdesc=Hex Nut
|matdrawingsheet=3.4
|matparttype=standard
|matspec=DIN 555-5 - M14
}}{{ProjektMaterials
|matpartnumber=3.5
|matquantity=1
|matdesc=PULLEY
|matdrawingsheet=3.5
|matparttype=buy
|matspec=D 50 mm, CABLE 10 mm
}}{{ProjektMaterials
|matpartnumber=4
|matquantity=1
|matdesc=Lef Leg
|matdrawingsheet=4
|matpdffile=Oseg wc 4.0 left-leg.pdf
}}{{ProjektMaterials
|matpartnumber=4.1
|matquantity=1
|matdesc=Tube 50*50*4*1340 mm
|matdrawingsheet=4.1
|matparttype=production
|matspec=EN 10210-2, STEEL A36
|matpdffile=Oseg wc 4.1 EN10210-2-50x50x4-1340.pdf
}}{{ProjektMaterials
|matpartnumber=4.2
|matquantity=1
|matdesc=flat steel bar 50*12*145 mm
|matdrawingsheet=4.2
|matparttype=production
|matspec=EN 10058, STEEL A36
|matpdffile=Oseg wc 4.2 EN10058-50x12-145.pdf
}}{{ProjektMaterials
|matpartnumber=4.3
|matquantity=1
|matdesc=WHEEL
|matdrawingsheet=4.3
|matparttype=buy
|matspec=CAP 200 KG
}}{{ProjektMaterials
|matpartnumber=4.4
|matquantity=1
|matdesc=Hex Nut
|matdrawingsheet=4.4
|matparttype=standard
|matspec=DIN 555-5 - M14
}}{{ProjektMaterials
|matpartnumber=5
|matquantity=1
|matdesc=Right Leg
|matdrawingsheet=5
|matpdffile=Oseg wc 5.0 right-leg.pdf
}}{{ProjektMaterials
|matpartnumber=5.1
|matquantity=1
|matdesc=Tube 50*50*4*1340 mm
|matdrawingsheet=5.1
|matparttype=production
|matspec=EN 10210-2, STEEL A36
|matpdffile=Oseg wc 5.1 EN10210-2-50x50x4-1340.pdf
}}{{ProjektMaterials
|matpartnumber=5.2
|matquantity=1
|matdesc=flat steel bar 50*12*145 mm
|matdrawingsheet=5.2
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|matspec=EN 10058, STEEL A36
|matpdffile=Oseg wc 5.2 EN10058-50x12-145.pdf
}}{{ProjektMaterials
|matpartnumber=5.3
|matquantity=1
|matdesc=WHEEL
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|matspec=CAP 200 KG
}}{{ProjektMaterials
|matpartnumber=5.4
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}}{{ProjektMaterials
|matpartnumber=6
|matquantity=1
|matdesc=Arm
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|matpdffile=Oseg wc 6.0 arm.pdf
}}{{ProjektMaterials
|matpartnumber=6.1
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|matdesc=Tube 60*60*4*1125 mm
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|matpdffile=Oseg wc 6.1 EN10210-2-60x60x4-1125.pdf
}}{{ProjektMaterials
|matpartnumber=6.2
|matquantity=1
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|matparttype=standard
|matspec=DIN 931-1 - M14 x 75
}}{{ProjektMaterials
|matpartnumber=6.3
|matquantity=1
|matdesc=Hex Nut
|matdrawingsheet=6.3
|matparttype=standard
|matspec=DIN 555-5 - M14
}}
|certificate_requested=No
|certificate_status=in process
}}

Talk:Workshop Crane powered by drill

2020-12-16T02:51:04Z

Aquilesmorillo: /* Part number 1.18 -- ~~~~ */ new section

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), is Open Source, it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

== Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:51, 16 December 2020 (CET) ==

According to the information gathered from the video, it is preferable to use a metal pulley 
 

https://www.savacable.com/pulleys-design-information

Talk:Workshop Crane powered by drill

2020-12-16T02:43:29Z

Aquilesmorillo: /* Part number 1 -- Inddigital (talk) 03:33, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of this frame with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), is Open Source, it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

Talk:Workshop Crane powered by drill

2020-12-16T02:42:13Z

Aquilesmorillo: /* Re: Part number 1 -- Aquilesmorillo (talk) 03:38, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of the equipment with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), is Open Source, it was used as part of the reverse engineering process. You can find it at: 
https://fspy.io/

Talk:Workshop Crane powered by drill

2020-12-16T02:38:21Z

Aquilesmorillo: /* Part number 1 -- Inddigital (talk) 03:33, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

== Part number 1 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:33, 16 December 2020 (CET) ==

You used a program to compare the height of the equipment with the height of a person, where can I get that program, is it Open Source?

===Re: Part number 1 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:38, 16 December 2020 (CET)===

: That program is fSpy, (Open source still image camera matching), it is Open Source and you can find it at: 
https://fspy.io/

Talk:Workshop Crane powered by drill

2020-12-16T02:26:02Z

Aquilesmorillo: /* Re: Part number 1.18 -- Aquilesmorillo (talk) 23:54, 15 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:22:47Z

Aquilesmorillo: /* Re: Re: Part number 1.18 -- Inddigital (talk) 00:03, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

Talk:Workshop Crane powered by drill

2020-12-16T02:21:52Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

:: Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_documentation | Technical Documentation]]

Talk:Workshop Crane powered by drill

2020-12-16T02:20:50Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 14:26, 15 December 2020 (CET) ==

Excellent project, very good analysis, just a consultation:

- Do you have a reference gearbox in the current market?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:18, 15 December 2020 (CET)===
Thank you, the most important thing is to select a gearbox with a high ratio like the one used here of 1:100 and with the required safety to prevent the load from being returned. Here is a reference, that supplier offers reducers with auto-blocking system (99 series) and with the required ratio: 

http://www.bj-gear.com/en/products/standard-solutions/gearboxes/worm-gearboxes/ 
[[File:15-12-20 06-21-59 p.m..jpg|thumb]]

== Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 23:43, 15 December 2020 (CET) ==

Will a 10 mm cable be sufficient to carry a 200 kg load?

===Re: Part number 1.18 -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 23:54, 15 December 2020 (CET)===

Sure, you can use this table as a guide: 
{| class="wikitable"
|-
! D [inch] !! D [mm] !! Safe Load [kN]
|-
| 1/4 || 6.4 || 4.89
|-
| 5/16 || 8 || 7.56
|-
| 3/8 || 9.5 || 10.9
|-
| 716 || 11.5 || 14.7
|-
| 1/2 || 13 || 19.0
|-
| 9/16 || 14.5 || 24.0
|-
| 5/8 || 16 || 29.7
|-
| 3/4 || 19 || 42.3
|-
| 7/8 || 22 || 57.4
|-
| 1 || 26 || 74.3
|-
|} 
For 3/8" [9.5 mm], we have a safe load of 10.9 kN [1111 kg] 

Table from: https://www.engineeringtoolbox.com/wire-rope-strength-d_1518.html
 

====Re: Re: Part number 1.18 -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 00:03, 16 December 2020 (CET)====

:: Good ♠

== -- [[User:Inddigital|Inddigital]] ([[User talk:Inddigital|talk]]) 03:03, 16 December 2020 (CET) ==

How is the mechanical behavior in extreme cases, such as impacts?

===Re: -- [[User:Aquilesmorillo|Aquilesmorillo]] ([[User talk:Aquilesmorillo|talk]]) 03:05, 16 December 2020 (CET)===

: A simulation was made as an example, which shows the mechanical behavior to a vertical impact load caused by a slope, obtaining satisfactory results, you can see it at: 

#REDIRECT [[#Technical_Documentation]]

Talk:Workshop Crane powered by drill

2020-12-16T02:16:41Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:13:44Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:12:37Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:09:38Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:08:12Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 03:05, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-16T02:05:05Z

Aquilesmorillo: /* -- Inddigital (talk) 03:03, 16 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-15T22:59:18Z

Aquilesmorillo: /* Re: Part number 1.18 -- Aquilesmorillo (talk) 23:54, 15 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-15T22:56:14Z

Aquilesmorillo: /* Re: Part number 1.18 -- Aquilesmorillo (talk) 23:54, 15 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-15T22:54:15Z

Aquilesmorillo: /* Part number 1.18 -- Inddigital (talk) 23:43, 15 December 2020 (CET) */

Talk:Workshop Crane powered by drill

2020-12-15T22:28:53Z

Aquilesmorillo: /* Re: -- Aquilesmorillo (talk) 23:18, 15 December 2020 (CET) */

File:15-12-20 06-21-59 p.m..jpg

2020-12-15T22:28:27Z

Aquilesmorillo:

BJ-GEAR Page preview

Talk:Workshop Crane powered by drill

2020-12-15T22:18:30Z

Aquilesmorillo: /* -- Inddigital (talk) 14:26, 15 December 2020 (CET) */

Workshop Crane powered by drill

2020-12-15T21:54:55Z

Aquilesmorillo:

Jam Jar Sealer

2020-12-12T05:47:34Z

Aquilesmorillo:

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Jam Jar Sealer

2020-12-12T05:33:57Z

Aquilesmorillo: Created page with "{{Projekt |subcat=Equipment for fruits and vegetables |projectname=Jam Jar Sealer |projectnameES=Selladora de frascos de mermelada |projectnameDE=Marmeladenglas-Verschließer..."

{{Projekt
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|projectnameDE=Marmeladenglas-Verschließer
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|trans_status=WT
|desc=A hand tool for securing lids onto jars.
Project published under CERN-OHL Licence
|certificate_requested=No
}}

Crown Cap Machine

2020-12-12T05:30:20Z

Aquilesmorillo:

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}}

Crown Cap Machine

2020-12-12T04:02:22Z

Aquilesmorillo:

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Crown Cap Machine

2020-12-12T03:58:58Z

Aquilesmorillo:

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Crown Cap Machine

2020-12-12T03:42:38Z

Aquilesmorillo:

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Crown Cap Machine

2020-12-12T03:38:53Z

Aquilesmorillo: Created page with "{{Projekt |subcat=Bottling machines |projectname=Crown Cap Machine |projectnameES=Selladora de Botellas |projectnameDE=Krähenkappen-Maschine |kewords=bottling, mechine, manua..."

Honey Extractor

2020-12-12T01:22:10Z

Aquilesmorillo:

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Honey Extractor

2020-12-12T01:03:15Z

Aquilesmorillo:

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Honey Extractor

2020-12-12T00:41:27Z

Aquilesmorillo:

Honey Extractor

2020-12-12T00:28:37Z

Aquilesmorillo: Created page with "{{Projekt |subcat=Honey extractors |projectname=Honey Extractor |projectnameES=Extractor de Miel |projectnameDE=Bienenhonig-Schleuder |kewords=beekeeping, bee, honey, extracto..."

{{Projekt
|subcat=Honey extractors
|projectname=Honey Extractor
|projectnameES=Extractor de Miel
|projectnameDE=Bienenhonig-Schleuder
|kewords=beekeeping, bee, honey, extractor, centrifugal, manual, diy
|trans_status=WT
|desc=This Honey Extractor is designed to fit a standard, 20 gallon hot dipped galvanized trash can. Drill or cut a hole as close to the bottom of the can as possible, and solder a pipe nipple in place; this is the honey drain. Check the can for water leaks. Resolder joints if necessary.
It can be adapted to work with a variable speed drill
This project was developed by GARDEN WAY RESEARCH 1975 © and published under licence CC-BY
|certificate_requested=No
}}