2600F/2700F

Which V26R6 variants do their exist V26R6-1BB V26R6-4BB V26R6-7BB V26R6-1AGV V26R6-4AGV V26R6-7AGV

Which V26R6 variants do their exist V26R6-1BB V26R6-4BB V26R6-7BB V26R6-1AGV V26R6-4AGV V26R6-7AGV

There exist different V26R6 variants such as: V26R6-1BB V26R6-4BB V26R6-7BB V26R6-1AGV V26R6-4AGV V26R6-7AGV

V26R6-1AGV V26R6-4AGV V26R6-7AGV

We recommend not to use the cadmium plated receptacles as these are not ROHS conform.

V26R6-1BB  type 1
V26R6-7BB  type 2
V26R6-4BB  type 2

please transition to the zinc plated versions
V26R6-1AGV  type 1 (standard)
V26R6-7AGV  type 2 (larger hole size)
V26R6-4AGV  type 3 (countersunk)

 

The most standard is type 1: flat

    1. Riveting or mounting with a screw: the standard size is diameter 2,5mm part V26R6-1AGV

 V26R6-1AGV V26R6-1BB

    1. Optional larger hole size, but at higher pricing, V26R6-7AGV

 V26R6-4AGV V26R6-4BB

    1. Countersunk hole, to have a flush installation V26R6-4AGV

 V26R6-7AG V26R6-7BB

 

Quel est le nombre de cycle des quarts de tour Camloc ?

Quel est le nombre de cycle des quarts de tour Camloc ?

Quel est le nombre de cycles des quarts de tour Camloc ? 

 

Le nombre de cycle des quarts de tour Camloc peut-être répété plus de 15000 fois si les instructions de montage sont respectées.

Si vous avez une application et une utilisation spéciale, le nombre de cycle des quarts de tour Camloc ne sera pas optimal. 

Voici un exemple avec la série 2600F :

Si nous voulons choisir la série 2600, la longueur du tableau est numéro 5 pour une épaisseur compris entre 3,8 à 4,6 mm avec un réceptacle type 1.

Références : V26S04-5AGV , V2600-LW-7 , V212-12-1FGV

Nous estimons le nombre de cycle du quart de tour Camloc de 18000 à 25000 fois

Si les panneaux ont une tolérance plus précise, cela allonge le nombre de cycle des quarts de tour Camloc. 

Dans le cas où l'axe sera manipulé 15 à 20 fois par jours et tous les jours de l'année, vous allez garder les mêmes pièces au moins minimum 2 ans sans devoir le changer.

 

Pour toutes autres questions sur le nombres de cycle des quarts de tour Camloc , veuillez contacter notre équipe.  

 

Avec les réceptacles de la série 99F, pouvons-nous utilisez les axes quarts de tour de la série 2600/2700 ?

Avec les réceptacles de la série 99F, pouvons-nous utilisez les axes quarts de tour de la série 2600/2700 ?

Oui !

Les réceptacles 99R10-01A1 et 99E10-01 sont utilisables avec la série 99F et aussi la série 2600/2700.

La détermination du numéro de longueur se fait de la même façon quelques soit la série.

 

Attention, les numéros de longueurs sont différents entre les 2 séries, revérifier les tableaux.

SERIE 99F

SERIE 2600F/2700F

 

Cette information est pratique car si l’axe de la longueur déterminé n’est pas disponible dans une série, une alternative peut-être trouvé dans l’autre.

Les caractéristiques sont aussi différentes entre les deux (charge de traction et effective).

Charges maxi de la série 99F = 700N en traction et 480N en effective

Charges maxi de la série 2600F/2700F = 1330N en traction et 900N en effective

 

 

Why do the 2700F series do not sit completely 100% flush?

Why do the 2700F series do not sit completely 100% flush?

below picture shows the spring cup of the stud installed in the upper panel.

The 2700F series are not sitting comletely flush when installed with the recommended panel preparation of 100° countersunk.  They stick 0,04mm out.

so: Yes, it will not be 100% flush but depending on the countersink angle it is in the worst condition a tenth of a millimeter.

[caption id="attachment_4989" align="alignnone" width="535"]countersunk 100° installation of 2700F series countersunk 100° installation of 2700F series[/caption]

[caption id="attachment_4990" align="alignnone" width="541"]countersunk 98° and 102° installation of 2700F series countersunk 98° and 102° installation of 2700F series[/caption]

 

a larger hole will allow a flush fitting!
an 11.1 diameter hole +/-0.10 for the counter punched hole will do the job.

 

Do camloc parts meet MIL-F-5591 spec ?

Do camloc parts meet MIL-F-5591 spec ?

A long time ago in a galaxay far....
Camloc USA did the aproval and certification process to get their parts listed to MIL-F-5591 .
The camloc quarter turn parts we sell are produced by another camloc unit located in Europe, they are completely interchangeable to the MIL-F-5591  spec camloc USA parts.  However the approval or certification process has never been initiated in Europe.
please do not hesitate to enquire these from us.  You'll have a qualtity certificate proving that the camloc quarter turns are manufactured to the same quality requirements that are valid in both factories  USA and Europe.  These aprovals are AIRBUS, SAAB, .... which are more important then MIL-F-5591 .

we noticed the mentioning of MIL-F-5591 spec in the old USA camloc catalog for the 2600F series

Does there exist similar parts to the chrome plated knurled head 26S34 series?

Does there exist similar parts to the chrome plated knurled head 26S34 series?

Yes there exist:

1) a zinc plated version  type: 26S34-*-1AGV

2) a partly stainless steel and zinc plated version with a slot. type 26S34-*-2AGV

[caption id="attachment_4741" align="alignnone" width="307"]26S34-x-2AGV knurled head with slot 26S34-x-2AGV knurled head with slot[/caption]

chrome plated steel zinc plated steel zinc plated with slot
26S34-1 26S34-1-1AGV 26S34-1-2AGV
26S34-2 26S34-2-1AGV 26S34-2-2AGV
26S34-3 26S34-3-1AGV 26S34-3-2AGV
26S34-4 26S34-4-1AGV 26S34-4-2AGV
26S34-5 26S34-5-1AGV 26S34-5-2AGV
26S34-6 26S34-6-1AGV 26S34-6-2AGV
26S34-7 26S34-7-1AGV 26S34-7-2AGV
26S34-8 26S34-8-1AGV 26S34-8-2AGV
26S34-9 26S34-9-1AGV 26S34-9-2AGV
26S34-10 26S34-10-1AGV 26S34-10-2AGV
26S34-11 26S34-11-1AGV 26S34-11-2AGV
26S34-12 26S34-12-1AGV 26S34-12-2AGV
26S34-13 26S34-13-1AGV 26S34-13-2AGV
26S34-14 26S34-14-1AGV 26S34-14-2AGV
26S34-15 26S34-15-1AGV 26S34-15-2AGV
26S34-16 26S34-16-1AGV 26S34-16-2AGV
26S34-17 26S34-17-1AGV 26S34-17-2AGV
26S34-18 26S34-18-1AGV 26S34-18-2AGV
26S34-19 26S34-19-1AGV 26S34-19-2AGV
26S34-20 26S34-20-1AGV 26S34-20-2AGV
26S34-21 26S34-21-1AGV 26S34-21-2AGV
26S34-22 26S34-22-1AGV 26S34-22-2AGV
26S34-23 26S34-23-1AGV 26S34-23-2AGV
26S34-24 26S34-24-1AGV 26S34-24-2AGV
26S34-25 26S34-25-1AGV 26S34-25-2AGV
26S34-26 26S34-26-1AGV 26S34-26-2AGV
26S34-27 26S34-27-1AGV 26S34-27-2AGV
26S34-28 26S34-28-1AGV 26S34-28-2AGV
26S34-29 26S34-29-1AGV 26S34-29-2AGV
26S34-30 26S34-30-1AGV 26S34-30-2AGV
26S34-31 26S34-31-1AGV 26S34-31-2AGV
26S34-32 26S34-32-1AGV 26S34-32-2AGV
26S34-33 26S34-33-1AGV 26S34-33-2AGV
26S34-34 26S34-34-1AGV 26S34-34-2AGV
26S34-35 26S34-35-1AGV 26S34-35-2AGV
26S34-36 26S34-36-1AGV 26S34-36-2AGV
26S34-37 26S34-37-1AGV 26S34-37-2AGV
26S34-38 26S34-38-1AGV 26S34-38-2AGV
26S34-39 26S34-39-1AGV 26S34-39-2AGV
26S34-40 26S34-40-1AGV 26S34-40-2AGV
26S34-41 26S34-41-1AGV 26S34-41-2AGV
26S34-42 26S34-42-1AGV 26S34-42-2AGV
26S34-43 26S34-43-1AGV 26S34-43-2AGV
26S34-44 26S34-44-1AGV 26S34-44-2AGV
26S34-45 26S34-45-1AGV 26S34-45-2AGV
26S34-46 26S34-46-1AGV 26S34-46-2AGV
26S34-47 26S34-47-1AGV 26S34-47-2AGV
26S34-48 26S34-48-1AGV 26S34-48-2AGV
26S34-49 26S34-49-1AGV 26S34-49-2AGV

 

 

What is the stainless steel grade of 2600-*S and V2600-LW-7?

What is the stainless steel grade of 2600-*S and V2600-LW-7?

Question:
Please can you confirm what grade/alloy stainless steel the following parts
are manufactured from?
Stud Assembly: 2600-*S.
Fixed retaining washer: V2600-LW-7

Answer:
Both of the references are indeed made out of stainless steel
However the material grade differs, there are even differences in the different elements of the stud assembly!
Stud Assembly: 2600-*S=   stud: 300 series cres; cup: 300 series cres; spring and crosspin: 302 cres
Fixed retaining washer: V2600-LW-7=   1.4310

Do the receptacle 99R10-01A1 made out of zinc has galvanic corrosion with cress 300 or other stainless steel components

Do the receptacle 99R10-01A1 made out of zinc has galvanic corrosion with cress 300 or other stainless steel components

Question:

I am looking for hardware to help me make an assembly.
I am designing a little door that is made from Fiber glass that is 0.25in thick where it will go the rivetless receptacle. I was considering the 99R10-01A1 that is made of Zinc. The door will be made of CRES 304, 0.060in thick, and on this the 1/4 turn stud will be located to close the door.
Doo you think that the receptacle make out of Zinc and the other components make out of CRES have a galvanic corrosion?
Answer:

Thank you for your concerns about galvanic corrosion.

Off course this can be an issue for many applications however, see here more in depth information:

https://www.galvanizeit.org/images/uploads/drGalv/Stainless_Steel_in_Contact_with_Galvanized_Steel.pdf

when you read this, these are the conclusions:

  • When 300 series are in contact with zinc, neither material will suffer additional corrosion, or at the most only slight corrosion which is tolerable
  • Since the stud is made of stainless steel: you will have figure 2. The fastener should not fail due to corrosion

 

So I can advise you that these will go together.

Important: if the two plates that you will connect are not in contact with each other, and only through the fastener then off course you might have more chances of corrosion.

I have however seen this  only on the outside of trains where there is lot’s of wind passing causing static electricity that makes the parts corrode.

 

 

here is the complete article:

Stainless steel and galvanized materials often are found together in industry with applications such as galvanized fasteners, stainless steel pressure vessels and roof and siding panels.  Do I need to worry about these two metals corroding each other?  What other concerns should I have pertaining to hot dip galvannized steel and stainless steel in contact?

 

Does glavanic corrosion occur when these metals are in contact?

The effect of having zinc and stainles steel in contact while being exposed to the same electrolyte causes the oxidation reaction to occur primarily at the zinc surface and the reduction reaction at the stainless steel surface.  As a result, corrosion of the more noble metal (stainless steel) is decreased and that of the more active meatl (zinc) increased.

However, when austenitic stainless steels (300 series) are in contact with zinc, neither material will suffer additional corrosion, or at the most, only slight corrosion.  The slight corrosion is usually tolerarable when in this bimetallic contact.  There is one exception to this conclusion as follows.

Any time a bimetallic assembly contains metal systems that are subject to galvanic corrosion, as we have here, the ration of the cathodic area (stainless steel) to that of the anode (zinc) must be carefully considered.  The corrosion current that flows between  the cathode and anode is independent of area, but the rate of penetrationat the anotde is dependant o nthe current per unit area, that is current density.  Therfore, it is undesirable to have a large cathode surface in contact with a small anode surface.  The rate of penetration from corrosion increases as the ration of the cathode  to anode surface areas increases ; as it decreases, the rate of penetration decreases.  This situation is portrayed using a riveted fastener as shown in Figues 1 and 2.  When using a stainless steel plate with a zinc rivet (Fig. 1), the ratio of the cathode surface area to the anode surface area is large, and the rivet will fail rapidly becaaus of accelerated corrosion.  When combining a zinc plate witha a stainless steel rivet (Fig. 2), the area ratio between the cathode and anode is reversed, and although more surface area is affected, the depth of penetration is small ; the fastener should not fail because of corrosion.  The size ocorrelation to the corrsoion rate is also shown in Table 1

 

[caption id="attachment_4213" align="alignnone" width="422"]corrosion zinc and stainless steel corrosion zinc and stainless steel[/caption]

Références quarts de tour Bombardier aerospace

Références quarts de tour Bombardier aerospace

Les grandes PME utilisent des références internes. Comme par exemple Alstom (DTR), Airbus (ABS), Boeing et aussi Bombardier (B).

Veuillez retrouver ci-dessous la référence bombardier B0209002-* qui correspond au quart de tour Camloc 2600-*W (V26S04-*AGV).

B0209002

Bombardier              Vieux réf. cadmié Camloc          Nouvelle référence zingué Camloc ROHS

  • B0209002-1           2600-1W                            V26S04-1AGV
  • B0209002-2           2600-2W                          V26S04-2AGV
  • B0209002-3           2600-3W                           V26S04-3AGV
  • B0209002-4           2600-4W                           V26S04-4AGV
  • B0209002-5           2600-6W                           V26S04-5AGV
  • B0209002-6           2600-6W                           V26S04-6AGV
  • B0209002-7           2600-7W                           V26S04-7AGV
  • B0209002-8           2600-8W                           V26S04-8AGV
  • B0209002-9          2600-9W                           V26S04-9AGV
  • B0209002-10          2600-10W                         V26S04-10AGV
  • B0209002-11           2600-11W                         V26S04-11AGV
  • B0209002-12           2600-12W                        V26S04-12AGV
  • B0209002-13           2600-13W                           V26S04-13AGV
  • B0209002-14           2600-14W                           V26S04-14AGV
  • B0209002-15           2600-15W                           V26S04-15AGV
  • B0209002-16           2600-16W                           V26S04-16AGV
  • B0209002-17           2600-17W                           V26S04-17AGV
  • B0209002-18           2600-18W                           V26S04-18AGV
  • B0209002-19           2600-19W                           V26S04-19AGV
  • B0209002-20           2600-20W                           V26S04-20AGV
  • B0209002-21          2600-21W                           V26S04-21AGV
  • B0209002-22           2600-22W                           V26S04-22AGV
  • B0209002-23           2600-23W                           V26S04-23AGV
  • B0209002-24           2600-24W                           V26S04-24AGV
  • B0209002-25          2600-25W                           V26S04-25AGV
  • B0209002-26           2600-26W                           V26S04-26AGV
  • B0209002-27           2600-27W                           V26S04-27AGV
  • B0209002-28          2600-28W                           V26S04-28AGV
  • B0209002-29           2600-29W                           V26S04-29AGV
  • B0209002-30           2600-30W                           V26S04-30AGV
  • B0209002-31          2600-31W                           V26S04-31AGV
  • B0209002-32           2600-32W                           V26S04-32AGV
  • B0209002-33           2600-33W                           V26S04-33AGV
  • B0209002-34          2600-34W                           V26S04-34AGV
  • B0209002-35           2600-35W                           V26S04-35AGV
  • B0209002-36           2600-36W                           V26S04-36AGV
  • B0209002-37           2600-37W                           V26S04-37AGV
  • B0209002-38          2600-38W                           V26S04-38AGV
  • B0209002-39           2600-39W                           V26S04-39AGV
  • B0209002-40           2600-40W                           V26S04-40AGV
  • B0209002-41           2600-41W                           V26S04-41AGV
  • B0209002-42           2600-42W                           V26S04-42AGV
  • B0209002-43          2600-43W                           V26S04-43AGV
  • B0209002-44           2600-44W                           V26S04-44AGV
  • B0209002-45          2600-45W                           V26S04-45AGV
  • B0209002-46           2600-46W                           V26S04-46AGV
  • B0209002-47          2600-47W                           V26S04-47AGV
  • B0209002-48           2600-48W                           V26S04-48AGV
  • B0209002-49           2600-49W                           V26S04-49AGV
  • B0209002-50          2600-50W                           V26S04-50AGV

 

another bombardier part numbers is 100237928  which corresponds to 4002-OS

 

Which kind of washers are available for the 2700 series?

Which kind of washers are available for the 2700 series?

In the 2700 Series, there are 2 ways to retain the stud.

  • With washer, floating retention
  • With washer, fixed spring cup retention

When retaining the stud by floating retention, the washer 2600-SW is to be used.
The stud is not fixed in position, but the washer prevents the stud to drop from the panel.

[caption id="attachment_3882" align="alignleft" width="260"]2700 series - floating stud retention 2700 series - floating stud retention[/caption]

 

When retaining the stud by fixed spring cup retention, there are 2 different designs of washers available.

  • Domed washer                 V27W01-1AN  (27S5-1)
  • Flat washer                         V2600-LW-7

The domed washer is to be used on a dimpled surface. (as shown on the left picture)
The domed washer is designed to close snuggly around the dimple, to ensure perfect grip on the stud cup.
NOTE:
When using this washer on a flat surface, the washer does not rest on the panel and is not retaining the stud properly. Due to this, the stud loosens after several operations.

The flat washer is to be used on a flat surface. (as shown on the right picture)
The flat washer is designed to close snuggly against the flat surface, to ensure perfect grip on the stud cup.
NOTE:
When using this washer on a dimpled surface the washer does not rest on the panel and is not retaining the stud properly. Due to this, the stud loosens after several operations.

[caption id="attachment_3883" align="alignleft" width="300"]2700 series - fixed spring cup retention 2700 series - fixed spring cup retention[/caption]

 

Please provide some joint strength allowable data for a proper stress evaluation of the camloc 2600F series

Please provide some joint strength allowable data for a proper stress evaluation of the camloc 2600F series

Question:

Please provide some joint strength allowable data for a proper stress evaluation. Specifically, we plan to install 2600 & 2700 Series General Purpose quarter-turn fasts in various metals, like 2024-T3 clad aluminum, and 6AL4V Titanium sheet. Ultimate tensile strength is clear enough, but please define what you call "working strength". Is that a minimum guaranteed shear allowable of the Cam-Loc? Please reply.

Answer:

Here are the strength numbers for the 2600 series:

Ultimate strength: 1330N maximum tensile force, a permanent distortion is possible above the working strength which could cause the system to not operate properly but will still be able to keep the two plates together till maximum tensile force, above this number the part will break.

Working strength: 900N max. recommended tensile force without any damage occuring

Clamping force: 34-60N (depending on the range of the total thickness) above this the two panels will fall apart

Shear load: quarter turns are not good to handle shear load

if you'll do tests, you will see in most cases that our values have a safety factor build-in, although we do not communicate this to our customers, it might occur that the part will break at 30% above the ultimate tensile strength.

Comment installer les réceptacles 99R10-01A1, 99E10-01 et V15R13-1-1AB ?

Comment installer les réceptacles 99R10-01A1, 99E10-01 et V15R13-1-1AB ?

Ces 3 réceptacles ont 2 manières différentes d'être installés car il s'agit de réceptacles insert. Vous pouvez soit les visser dans la matière ou alors les fixer comme boulon sur un panneau.

Attention, il faut bien regarder les instructions de montage pour ne pas se tromper de mode d'installation.

Pour les réceptacles 99F : 99R10-01A1 et 99E10-01

Instruction de montage réceptacles 99R10-01A1 et 99E10-01 Instruction de montage réceptacles 99R10-01A1 et 99E10-01

Si votre panneau mesure entre 2,3 et 10,7 mm, vous pouvez l'installer comme boulon grâce à l'écrou de sécurité 99N10-01A1.Pas de taraudage à prévoir.

Si le montage est en mode insert dans la matière, il vous suffit d'effectuer un perçage diamètre 11 mm sur une longueur de 18 mm et ensuite de tarauder sur une profondeur de 16mm à l'aide du taraud 15/32-32UNS-2B.

Pour le réceptacle 15F : V15R13-1-1AB

Instructions de montage réceptacle 15F Instructions de montage réceptacle 15F

Si votre panneau mesure entre 2 et 12 mm, vous pouvez l'installer comme boulon grâce à l'écrou de sécurité V15R14-1-1AB.Pas de taraudage à prévoir.

Si le montage est en mode insert dans la matière, il vous suffit d'effectuer un perçage diamètre 10,9 mm sur une longueur de 25 mm et ensuite de tarauder sur une profondeur de 23mm à l'aide d'un taraud standard M12x1,0.

Vous pouvez nous contacter si vous avez des questions sur le montage de ces réceptacles. info@anemo.eu

2600F series using 99F series receptacle: the stud head is sticking out too much!

2600F series using 99F series receptacle: the stud head is sticking out too much!

For the 2600F series, it is possible to use the threaded receptacle of the 99F series.
This is advised for when you have limited space for a receptacle or when you have to install the receptacle in full material.
The receptacles of the 99F series are 99R10-01A  and 99E10-01.

This is a very practical solution, however you might experience the feeling that the head of the stud is sticking out too much. This issue was already adressed in the past by changing the length tables of the 2600F series, but it seems customers are still often experiencing a head sticking out.

When this is the case, it is allowed to drop one dash-length in the length-tables.
If you drop multiple dashlengths, the spring installed on the stud would experience too much stress, not able to offer proper functioning of the quarter-turn-solution. When the spring is compressed too much, it might snap!

To avoid any issues, we strongly recommend you to download the newest available catalogue through this link.

Quelle rondelle de retenue doit être utilisé pour les axes de la série 2600/2700 ?

Quelle rondelle de retenue doit être utilisé pour les axes de la série 2600/2700 ?

Pour les axes quart-de-tour de la série 2600 et 2700 il y a 2 rondelles de retenue disponible. La rondelle de retenue 2600-SW et V2600-Lw-7 qui est plus une rondelle de maintien. il y a un choix à faire lorsque vous devez vous décider.

Tout d'abord, pour les numéros de longueur  inférieur ou égale à 4, il n'est pas obligatoire d'utiliser une rondelle de retenue car l'axe sera auto captivé. (voir shéma ci-dessous)

Montage sans rondelle de retenue axe auto captive Montage sans rondelle de retenue axe auto captive

A partir du numéro de longueur N°5, vous pouvez utiliser la rondelle de retenue 2600-SW. Suivant l'épaisseur de votre panneau, il faut adapter le perçage afin que le montage soit compatible avec la rondelle de retenue 2600-SW. (voir shéma ci-dessous)

Montage  rondelle de retenue 2600-SW Montage rondelle de retenue 2600-SW

Pour tout les numéros de longueur, vous pouvez utiliser la rondelle de maintien V2600-LW-7. Cette rondelle garde fixe le corps de l'axe au panneau. Il faut percer qu'un seul trou de 7,9mm pour le montage.

ATTENTION :

  • Vous ne pouvez pas utiliser cette rondelle avec l'axe 26S34-* , la V2600-LW-7 ne convient pas au surface chromé.les dents de la rondelle gratte la finission et l'axe n'est plus protégé ensuite.
  • L'épaisseur du panneau doit être compris entre 0,5 mm et 4,75 mm. Au delà il faudra effectuer le même perçage que pour la rondelle 2600-SW.(voir schéma ci-dessous)

 

Montage  rondelle de retenue V2600-LW-7 Montage rondelle de retenue V2600-LW-7

Now available in the 2600F series: 180° folding bail handle V26S22-*AGV

Now available in the 2600F series: 180° folding bail handle V26S22-*AGV

Recently an old stud in the 2600F series has been reworked into the new V26S22-*AGV.
The V26S22-*AGV stud is a 180° folding bail handle version of the quarter turns in the 2600F Series.

The V26S22-*AGV is made of steel and is zinc-plated, CrVI free, transparent passivated, which means that the part is fulfilling the RoHs regulation of the EU.
The maximum tensile strength V26S22-*AGV can carry is 1330N.

For selecting you correct V26S22-*AGV, the same rules apply as for the 2600F series.
Below you can find the technical drawings on V26S22-*AGV as well as the part number table for V26S22-*AGV compared to the old part which was yellow zinc plated.

V26S22-*AGV - Technical drawing

V26S22-*AGV - Technical drawing
Old New
26S22-1AF V26S22-1AGV
26S22-2AF V26S22-2AGV
26S22-3AF V26S22-3AGV
26S22-4AF V26S22-4AGV
26S22-5AF V26S22-5AGV
26S22-6AF V26S22-6AGV
26S22-7AF V26S22-7AGV
26S22-8AF V26S22-8AGV
26S22-9AF V26S22-9AGV
26S22-10AF V26S22-10AGV
26S22-11AF V26S22-11AGV
26S22-12AF V26S22-12AGV
26S22-13AF V26S22-13AGV
26S22-14AF V26S22-14AGV
26S22-15AF V26S22-15AGV
26S22-16AF V26S22-16AGV
26S22-17AF V26S22-17AGV
26S22-18AF V26S22-18AGV
26S22-19AF V26S22-19AGV
26S22-20AF V26S22-20AGV
26S22-21AF V26S22-21AGV
26S22-22AF V26S22-22AGV
26S22-23AF V26S22-23AGV
26S22-24AF V26S22-24AGV
26S22-25AF V26S22-25AGV
26S22-26AF V26S22-26AGV
26S22-27AF V26S22-27AGV
26S22-28AF V26S22-28AGV
26S22-29AF V26S22-29AGV
26S22-30AF V26S22-30AGV
26S22-31AF V26S22-31AGV
26S22-32AF V26S22-32AGV
26S22-33AF V26S22-33AGV
26S22-34AF V26S22-34AGV
26S22-35AF V26S22-35AGV
26S22-36AF V26S22-36AGV
26S22-37AF V26S22-37AGV
26S22-38AF V26S22-38AGV
26S22-39AF V26S22-39AGV
26S22-40AF V26S22-40AGV

Quelle est la nuance de l'inox pour les rondelles de retenue de la série 2600 ?

Quelle est la nuance de l'inox pour les rondelles de retenue de la série 2600 ?

La série 2600-2700 a plusieurs rondelles de retenue disponibles en inox.

Les rondelles de retenue standard V2600-LW-7 et 2600-SW sont en inox 1.403.

Attention les anciennes références peuvent être en une autre matière. Comme par exemple la référence 2600-SW2 qui est en acier carbone selon ASTM A680.  Faites attention que cette pièce est cadmié et pas conforme avec la régulation RoHS.

Il est conseillé d'utiliser  les références standards qui sont ROHS conforme et toujours de stock.

 

 

A quoi ressemble la référence Camloc EM1136-xx ? (ASNA2056) ?

A quoi ressemble la référence Camloc EM1136-xx ? (ASNA2056) ?

La référence EM1136-xx est une version spéciale de la série 2600 de CAMLOC. "xx" correspond au numéro de longueur de l'axe. Cet axe spécial de Camloc a les caractéristiques suivants :

  • L'axe est en acier zingué noir pour les longueurs 1 et 11.
  • Les autres longueurs sont en acier cadmié
  • La collerette est fraisée
  • La forme de la tête est fendue

La référence EM1156-xx correspond à la référence ASNA2056.

Veuillez retrouver ci-dessous le dessin technique de cette référence :

[caption id="attachment_2822" align="alignleft" width="217"]EM1136-xx série 2600 référence ASNA2056 EM1136-xx série 2600 référence ASNA2056

Cet axe est fait pour des applications spéciales aéronautique.

Veuillez retrouver ci dessous toutes les références de cette axe.

Référence EM1136 :

  • EM1136-01   (acier zingué couleur noir)
  • EM1136-02  (acier cadmié )
  • EM1136-03  (acier cadmié )
  • EM1136-04  (acier cadmié )
  • EM1136-11   (acier zingué couleur noir)
  • EM1136-01DB (acier zingué)
  • EM1136-02DB (acier cadmié )
  • EM1136-03DB (acier cadmié )
  • EM1136-04DB (acier cadmié )
  • EM1136-11DB (acier cadmié )
  • EM1136-01DN  (acier zingué)
  • EM1136-02DN  (acier zingué)

Référence ASNA2056 :

  • ASNA2056-01
  • ASNA2056-02
  • ASNA2056-03
  • ASNA2056-04
  • ASNA2056-11
  • ASNA2056-01DB
  • ASNA2056-02DB
  • ASNA2056-03DB
  • ASNA2056-04DB
  • ASNA2056-11DB

Si vous souhaitez d'avantage d'informations, n'hésitez pas de nous contacter via info@anemo.eu

 

 

Que peut-on utiliser comme série pour fixer une matière composite ?

Que peut-on utiliser comme série pour fixer une matière composite ?

Certains quarts de tour sont destinés aux applications préférentielles suivant leurs formes et dimensions.

Pour fixer une matière composite comme par exemple une carrosserie de voiture pour un concours écologique. (Shell Eco Marathon)

Réponse : Les quarts de tour à utiliser sont ceux de la série 2600-2700.

La forme de ces axes permet de renforcer la matière au niveau des trous de fixation. La résistance en traction est bien suffisante pour ce type de matière légère.

Prenons l'exemple d'une carrosserie pour l'automobile, la série 2700 est la solution idéale. Grâce à son montage à fleur de la surface, rien ne dépasse de la carrosserie. Cela permet d'avoir un meilleur aérodynamisme.

montage série 2700 pour matière composite montage série 2700 pour matière composite

 

 

 

 

Si vous souhaitez plus d'information sur cette série ou sur les axes à utiliser sur des matières spéciales, n'hésitez pas à nous contacter via info@anemo.eu

 

When pulling on the panel of the receptacle, what size of gap appears between both my panels?

When pulling on the panel of the receptacle, what size of gap appears between both my panels?

The question:

I am concerned that when the fastener is pulled in tension that the two parts that it fastens together will create a gap between them. I am concerned about this because the fastener spring appears to me to be in the load path of the fastener. If that is the case then I need to be able to calculate that gap and make sure that we don’t violate any of our design requirements.

Further information:

I need to understand how much the panel will "lift" during operation. I know that my tension force will be greater than the minimum bolt preload (15 pounds) but significantly less than the tension working load (200 pounds). Can you tell me the spring stiffness of 2700 fasteners? Do you have anything that calculates gaping under load with these fasteners

 

Target: Evaluation of the maximal gap between panel and frame
during operation due to tension forces (sheet separation)

Configuration: Calculation for part no. V27S02-10AGV and V212-12-#FGV
Minimal grip of 7,60mm (worst case)
All calculations in nominal dimensions and forces

configuration of the quarter turn fastener configuration of the quarter turn fastener

Description: The worst case (max gap) appears for the
minimum grip situation.

locked position minimum grip locked position minimum grip

the spring has a preload of 40N in  this condition.

maximum gap configuration maximum gap configuration

the spring load at block condition is 50 Newton

The force is  not 40 Newton but is more falling into a range of just 34N – 60N (but the effect in terms of “travel” is minor due to the small grip-range)  After “consuming” the 1,45mm, the system is in block condition. In this condition it can carry 1330N (900N work-load) – static.

Conclusion: a gap is possible if the load is higher then 40N

(200 lbs = 890 Newton)  so how much significantly less?

The gap is reduced with 0,8mm if the system is in max. grip condition.

Looking at your design, you need to design in such way so that you have a 8,4mm thick panel and frame.  Advice is to go to the max. grip condition.

 

 

I am looking for 1/4 turn fasteners for integration into thermoformed parts.

I am looking for 1/4 turn fasteners for integration into thermoformed parts.

Chris,

The issue with thermo forming, is that the receptacle cannot hold the temperature range you want.  The temperature is limited to 120°C  (in the past it was 150°C so extra safety margin has been taken)

There is only one receptacle I can recommend:
https://www.anemo.eu/products/quarter-turns/camloc-quarterturn-product.php/D40R12-1FGV?id=734

we recently had a customer doing tests with 99E10-01, but the foam got into the part, since it is not a completely closed receptacle.
https://www.anemo.eu/products/quarter-turns/camloc-quarterturn-product.php/99E10-01?id=714

That’s why a receptacle is usually installed after the parts are thermoformed.

If that’s not an option, I’ve seen customers inject and mold their own receptacle form into the parts, the disadvantage of that is that the strength is weaker.

But it could be an option if your application requires a low force.

 

Why did the stud number calculation change on the 2600F series?

Why did the stud number calculation change on the 2600F series?

With receptacle type 4 (99R10-01A1 and 99E10-01)  you had to use the column of type 4 receptacles in your calculation.  So for instance if you had a total thickness of G = 3,3mm then you had to use length number 5  ; however if you use the new catalog, you'll see that now you need to use length number 4.

The reason for this change:

The early german catalogs showed the longer dash-lengths (5 ), this was an error that occurred during translation of the catalog. We found out that this configuration works as well but the head of the stud stays out too much and of course the clamping force is lower. We recommend using the shorter (4) dash-length.

Ressort éjecteur d'axe 2600-ES

Ressort éjecteur d'axe 2600-ES

Le ressort éjecteur 2600-ES prévoit le retrait contrôlé de l'ensemble de l'axe.
Le 2600-ES assure que le quart de tour peut être ouvert et fermé sans possibilités de blocage ou d'endommager le mécanisme de fermeture.

Le ressort éjecteur 2600-ES est spécialement dévellopé pour la série 2600F.
Le 2600-ES est réalisé en acier à ressort.
Notez que le 2600-ES est cadmié.

Quand vous utilisez le 2600-ES, il faut rajouter 0,46 mm à l'épaisseur de serrage ( la somme des épaisseurs du panneau et du cadre)

Anemo a récemment pris le ressort éjecteur 2600-ES en stock.

2600-ES Ressort éjecteur d'axe 2600-ES Ressort éjecteur d'axe

 

Propriétés Information
Diamètre X 11,1252mm (0.438 inch)
Trou rivet simple 2600-ES 2600-ES
Trou rivet alvéolée 2600-ESD
Poids pour 100 pièces 0,4216kg
Matière & finition Acier à ressort (Cadmié plaqué or chromaté )
Température Maximum 232°C (450°F)

 

Dessin d'installattion 2600-ES Dessin d'installattion 2600-ES

 

 

 

Stud Ejector Spring 2600-ES

Stud Ejector Spring 2600-ES

The ejector spring 2600-ES provides for controled retraction of the stud assembly.
The 2600-ES ensures that the equipment can be opened and closed without any possibilities of jamming or damaging the closing mechanism.

The ejector spring 2600-ES is developed especially for the 2600F series.
The 2600-ES is made out of spring steel.
Please note that the 2600-ES is cadmium plated.

When using the 2600-ES, it is important that you increase the clamping thickness ( sum of panel and frame thickness) by 0,46 mm.

Anemo recently took the ejector spring 2600-ES  on stock.

Ejector Spring 2600-ES Ejector Spring 2600-ES

 

Properties information
X Diameter 11,1252mm (0.438 inch)
Plain Rivet Holes 2600-ES ---- 2600-ES
Dimpled Rivet Holes 2600-ESD
Weight per 100 pieces 0,4216kg
Material and Finish Spring Steel (Cadmium plated gold chromate)
Maximum Service Temperature 232°C (450°F)

 

2600-ES installation drawing 2600-ES installation drawing

 

Which DTR part numbers do you have available for the camloc 2600 series?

Which DTR part numbers do you have available for the camloc 2600 series?

Our 2600 series quarter turns are widely used in the transport industry. Therefore our parts may get some specific part numbers by the company who implements them. We supply many parts for Alstom. As it is often not easy to source the correct part number, we have made a list of their part numbers that we have already supplied.

  • DTR0000196112 : AXE-FERMETURE MOLETE AC.CHROME - camloc 26S34-10

Is there a tool to install a knurled head stud 26S34-* or star formed head stud V26S06-*AGV ?

Is there a tool to install a knurled head stud 26S34-* or star formed head stud V26S06-*AGV ?

With the 4P3-1 tool you can install the knurled head studs of the 2600 series.

It is advised to leave the protective cap on the stud to protect the chrome finish of being scratched by the pliers.

The knurled head model of the 2600 series has the part number 26S34-* and is made of steel with a chrome plating as finish.

 

With the 4P3-1 tool you can install the star formed head studs of the 2600 series.

The star formed head model of the 2600 series has the part number V26S06-*AGV and is made of steel with a clear zinc plating as finish.

How does the installation tool T98-1 work?

How does the installation tool T98-1 work?

The installation tool T98-1 is used to install the retaining washers from the 2600F, 2700F and 99F series.  It's not mandatory to use this tool to install the retaining washer.  Since the tool is quite expensive we see that mostly only military or aerospace companies buy the tool to install their camloc washers: V2600-LW-7 , 2600-LW-6 , 2600-LW, 2600-LWM , 99W10-01A1 , 99W10-01M1, 27S5-1 , 27S5-1M, 27S5-1BM ,V27W01-1AN camloc installation tool T98-1 Industrial companies buy the tool when they need to install a lot of retaining washers  (from 500 pcs onwards) , for safety reasons, it's better to have employees use this tool too.  otherwise they can cut into their hands. installation tool T98-1 with protection cap

What's the S-length for the V26S01-*AGV, V26S02-*AGV, 2600-*S, 26S51-*, 26S38-*, 26S39-* & 26S42-* studs?

What's the S-length for the V26S01-*AGV, V26S02-*AGV, 2600-*S, 26S51-*, 26S38-*, 26S39-* & 26S42-* studs?

Often there is a misunderstanding about the length number of a camloc stud.

The length number is just a number and is not a dimenions in millimeters.

If you want to know the length in millimeters, then you need the dimension S.

 

There is a table 'Tabelle 2/Table 2' which shows the S-length of the Camloc 2600 series studs.

The "xx" stands for the length number of the stud. The "S" stands for the dimension S in the above drawing.

 

  • xx = 1 applies to the camloc partnumbers V26S01-1AGV , V26S02-1AGV , 2600-1S , 26S51-1 , 26S38-1 , 26S39-1 , 26S42-1 , 2600-1D , 2600-1 & 26S8-1
  • xx = 2 applies to the camloc partnumbers V26S01-2AGV , V26S02-2AGV , 2600-2S , 26S51-2 , 26S38-2 , 26S39-2 , 26S42-2 , 2600-2D , 2600-2 & 26S8-2
  • xx = 3 applies to the camloc partnumbers V26S01-3AGV , V26S02-3AGV , 2600-3S , 26S51-3 , 26S38-3 , 26S39-3 , 26S42-3 , 2600-3D , 2600-3 & 26S8-3
  • xx = 4 applies to the camloc partnumbers V26S01-4AGV , V26S02-4AGV , 2600-4S , 26S51-4 , 26S38-4 , 26S39-4 , 26S42-4 , 2600-4D , 2600-4 & 26S8-4
  • xx = 5 applies to the camloc partnumbers V26S01-5AGV , V26S02-5AGV , 2600-5S , 26S51-5 , 26S38-5 , 26S39-5 , 26S42-5 , 2600-5D , 2600-5 & 26S8-5
  • xx = 6 applies to the camloc partnumbers V26S01-6AGV , V26S02-6AGV , 2600-6S , 26S51-6 , 26S38-6 , 26S39-6 , 26S42-6 , 2600-6D , 2600-6 & 26S8-6
  • xx = 7 applies to the camloc partnumbers V26S01-7AGV , V26S02-7AGV , 2600-7S , 26S51-7 , 26S38-7 , 26S39-7 , 26S42-7 , 2600-7D , 2600-7 & 26S8-7
  • xx = 8 applies to the camloc partnumbers V26S01-8AGV , V26S02-8AGV , 2600-8S , 26S51-8 , 26S38-8 , 26S39-8 , 26S42-8 , 2600-8D , 2600-8 & 26S8-8
  • xx = 9 applies to the camloc partnumbers V26S01-9AGV , V26S02-9AGV , 2600-9S , 26S51-9 , 26S38-9 , 26S39-9 , 26S42-9 , 2600-9D , 2600-9 & 26S8-9
  • xx = 10 applies to the camloc partnumbers V26S01-10AGV , V26S02-10AGV , 2600-10S , 26S51-10 , 26S38-10 , 26S39-10 , 26S42-10 , 2600-10D , 2600-10 & 26S8-10
  • xx = 11 applies to the camloc partnumbers V26S01-11AGV , V26S02-11AGV , 2600-11S , 26S51-11 , 26S38-11 , 26S39-11 , 26S42-11 , 2600-11D , 2600-11 & 26S8-11
  • xx = 12 applies to the camloc partnumbers V26S01-12AGV , V26S02-12AGV , 2600-12S , 26S51-12 , 26S38-12 , 26S39-12 , 26S42-12 , 2600-12D , 2600-12 & 26S8-12
  • xx = 13 applies to the camloc partnumbers V26S01-13AGV , V26S02-13AGV , 2600-13S , 26S51-13 , 26S38-13 , 26S39-13 , 26S42-13 , 2600-13D , 2600-13 & 26S8-13
  • xx = 14 applies to the camloc partnumbers V26S01-14AGV , V26S02-14AGV , 2600-14S , 26S51-14 , 26S38-14 , 26S39-14 , 26S42-14 , 2600-14D , 2600-14 & 26S8-14
  • xx = 15 applies to the camloc partnumbers V26S01-15AGV , V26S02-15AGV , 2600-15S , 26S51-15 , 26S38-15 , 26S39-15 , 26S42-15 , 2600-15D , 2600-15 & 26S8-15
  • xx = 16 applies to the camloc partnumbers V26S01-16AGV , V26S02-16AGV , 2600-16S , 26S51-16 , 26S38-16 , 26S39-16 , 26S42-16 , 2600-16D , 2600-16 & 26S8-16
  • xx = 17 applies to the camloc partnumbers V26S01-17AGV , V26S02-17AGV , 2600-17S , 26S51-17 , 26S38-17 , 26S39-17 , 26S42-17 , 2600-17D , 2600-17 & 26S8-17
  • xx = 18 applies to the camloc partnumbers V26S01-18AGV , V26S02-18AGV , 2600-18S , 26S51-18 , 26S38-18 , 26S39-18 , 26S42-18 , 2600-18D , 2600-18 & 26S8-18
  • xx = 19  applies to the camloc partnumbers V26S01-19AGV , V26S02-19AGV , 2600-19S , 26S51-19 , 26S38-19 , 26S39-19 , 26S42-19 , 2600-19D , 2600-19 & 26S8-19
  • xx = 20 applies to the camloc partnumbers V26S01-20AGV , V26S02-20AGV , 2600-20S , 26S51-20 , 26S38-20 , 26S39-20 , 26S42-20 , 2600-20D , 2600-20 & 26S8-20
  • xx = 21 applies to the camloc partnumbers V26S01-21AGV , V26S02-21AGV , 2600-21S , 26S51-21 , 26S38-21 , 26S39-21 , 26S42-21 , 2600-21D , 2600-21 & 26S8-21
  • xx = 22 applies to the camloc partnumbers V26S01-22AGV , V26S02-22AGV , 2600-22S , 26S51-22 , 26S38-22 , 26S39-22 , 26S42-22 , 2600-22D , 2600-22 & 26S8-22
  • xx = 23 applies to the camloc partnumbers V26S01-23AGV , V26S02-23AGV , 2600-23S , 26S51-23 , 26S38-23 , 26S39-23 , 26S42-23 , 2600-23D , 2600-23 & 26S8-23
  • xx = 24 applies to the camloc partnumbers V26S01-24AGV , V26S02-24AGV , 2600-24S , 26S51-24 , 26S38-24 , 26S39-24 , 26S42-24 , 2600-24D , 2600-24 & 26S8-24
  • xx = 25 applies to the camloc partnumbers V26S01-25AGV , V26S02-25AGV , 2600-25S , 26S51-25 , 26S38-25 , 26S39-25 , 26S42-25 , 2600-25D , 2600-25 & 26S8-25
  • xx = 26 applies to the camloc partnumbers V26S01-26AGV , V26S02-26AGV , 2600-26S , 26S51-26 , 26S38-26 , 26S39-26 , 26S42-26 , 2600-26D , 2600-26 & 26S8-26
  • xx = 27 applies to the camloc partnumbers V26S01-27AGV , V26S02-27AGV , 2600-27S , 26S51-27 , 26S38-27 , 26S39-27 , 26S42-27 , 2600-27D , 2600-27 & 26S8-27
  • xx = 28 applies to the camloc partnumbers V26S01-28AGV , V26S02-28AGV , 2600-28S , 26S51-28 , 26S38-28 , 26S39-28 , 26S42-28 , 2600-28D , 2600-28 & 26S8-28
  • xx = 29 applies to the camloc partnumbers V26S01-29AGV , V26S02-29AGV , 2600-29S , 26S51-29 , 26S38-29 , 26S39-29 , 26S42-29 , 2600-29D , 2600-29 & 26S8-29
  • xx = 30 applies to the camloc partnumbers V26S01-30AGV , V26S02-30AGV , 2600-30S , 26S51-30 , 26S38-30 , 26S39-30 , 26S42-30 , 2600-30D , 2600-30 & 26S8-30
  • xx = 31 applies to the camloc partnumbers V26S01-31AGV , V26S02-31AGV , 2600-31S , 26S51-31 , 26S38-31 , 26S39-31 , 26S42-31 , 2600-31D , 2600-31 & 26S8-31
  • xx = 32 applies to the camloc partnumbers V26S01-32AGV , V26S02-32AGV , 2600-32S , 26S51-32 , 26S38-32 , 26S39-32 , 26S42-32 , 2600-32D , 2600-32 & 26S8-32
  • xx = 33 applies to the camloc partnumbers V26S01-33AGV , V26S02-33AGV , 2600-33S , 26S51-33 , 26S38-33 , 26S39-33 , 26S42-33 , 2600-33D , 2600-33 & 26S8-33
  • xx = 34 applies to the camloc partnumbers V26S01-34AGV , V26S02-34AGV , 2600-34S , 26S51-34 , 26S38-34 , 26S39-34 , 26S42-34 , 2600-34D , 2600-34 & 26S8-34
  • xx = 35 applies to the camloc partnumbers V26S01-35AGV , V26S02-35AGV , 2600-35S , 26S51-35 , 26S38-35 , 26S39-35 , 26S42-35 , 2600-35D , 2600-35 & 26S8-35
  • xx = 36 applies to the camloc partnumbers V26S01-36AGV , V26S02-36AGV , 2600-36S , 26S51-36 , 26S38-36 , 26S39-36 , 26S42-36 , 2600-36D , 2600-36 & 26S8-36
  • xx = 37 applies to the camloc partnumbers V26S01-37AGV , V26S02-37AGV , 2600-37S , 26S51-37 , 26S38-37 , 26S39-37 , 26S42-37 , 2600-37D , 2600-37 & 26S8-37
  • xx = 38 applies to the camloc partnumbers V26S01-38AGV , V26S02-38AGV , 2600-38S , 26S51-38 , 26S38-38 , 26S39-38 , 26S42-38 , 2600-38D , 2600-38 & 26S8-38
  • xx = 39 applies to the camloc partnumbers V26S01-39AGV , V26S02-39AGV , 2600-39S , 26S51-39 , 26S38-39 , 26S39-39 , 26S42-39 , 2600-39D , 2600-39 & 26S8-39
  • xx = 40 applies to the camloc partnumbers V26S01-40AGV , V26S02-40AGV , 2600-40S , 26S51-40 , 26S38-40 , 26S39-40 , 26S42-40 , 2600-40D , 2600-40 & 26S8-40
  • xx = 41 applies to the camloc partnumbers V26S01-41AGV , V26S02-41AGV , 2600-41S , 26S51-41 , 26S38-41 , 26S39-41 , 26S42-41 , 2600-41D , 2600-41 & 26S8-41
  • xx = 42 applies to the camloc partnumbers V26S01-42AGV , V26S02-42AGV , 2600-42S , 26S51-42 , 26S38-42 , 26S39-42 , 26S42-42 , 2600-42D , 2600-42 & 26S8-42
  • xx = 43 applies to the camloc partnumbers V26S01-43AGV , V26S02-43AGV , 2600-43S , 26S51-43 , 26S38-43 , 26S39-43 , 26S42-43 , 2600-43D , 2600-43 & 26S8-43
  • xx = 44 applies to the camloc partnumbers V26S01-44AGV , V26S02-44AGV , 2600-44S , 26S51-44 , 26S38-44 , 26S39-44 , 26S42-44 , 2600-44D , 2600-44 & 26S8-44
  • xx = 45 applies to the camloc partnumbers V26S01-45AGV , V26S02-45AGV , 2600-45S , 26S51-45 , 26S38-45 , 26S39-45 , 26S42-45 , 2600-45D , 2600-45 & 26S8-45
  • xx = 46 applies to the camloc partnumbers V26S01-46AGV , V26S02-46AGV , 2600-46S , 26S51-46 , 26S38-46 , 26S39-46 , 26S42-46 , 2600-46D , 2600-46 & 26S8-46
  • xx = 47 applies to the camloc partnumbers V26S01-47AGV , V26S02-47AGV , 2600-47S , 26S51-47 , 26S38-47 , 26S39-47 , 26S42-47 , 2600-47D , 2600-47 & 26S8-47
  • xx = 48 applies to the camloc partnumbers V26S01-48AGV , V26S02-48AGV , 2600-48S , 26S51-48 , 26S38-48 , 26S39-48 , 26S42-48 , 2600-48D , 2600-48 & 26S8-48
  • xx = 49 applies to the camloc partnumbers V26S01-49AGV , V26S02-49AGV , 2600-49S , 26S51-49 , 26S38-49 , 26S39-49 , 26S42-49 , 2600-49D , 2600-49 & 26S8-49
  • xx = 50 applies to the camloc partnumbers V26S01-50AGV , V26S02-50AGV , 2600-50S , 26S51-50 , 26S38-50 , 26S39-50 , 26S42-50 , 2600-50D , 2600-50 & 26S8-50

 

What's the S-length for the V27S01-*AGV, V27S02-*AGV & 2700-*S studs?

What's the S-length for the V27S01-*AGV, V27S02-*AGV & 2700-*S studs?

Often there is a misunderstanding about the length number of a camloc stud.

The length number is just a number and is not a dimenions in millimeters.

If you want to know the length in millimeters, then you need the dimension S.

 

There exists a table which shows the S-length of the Camloc 2700 series studs.

The "xx" stands for the length number of the stud. The "S" stands for the dimension S in the above drawing.

 

  • xx = 1 applies to the camloc partnumbers V27S01-1AGV , V27S02-1AGV , 2700-1S and 2700-1
  • xx = 2 applies to the camloc partnumbers V27S01-2AGV , V27S02-2AGV , 2700-2S and 2700-2
  • xx = 3 applies to the camloc partnumbers V27S01-3AGV , V27S02-3AGV , 2700-3S and 2700-3
  • xx = 4 applies to the camloc partnumbers V27S01-4AGV , V27S02-4AGV , 2700-4S and 2700-4
  • xx = 5 applies to the camloc partnumbers V27S01-5AGV , V27S02-5AGV , 2700-5S and 2700-5
  • xx = 6 applies to the camloc partnumbers V27S01-6AGV , V27S02-6AGV , 2700-6S and 2700-6
  • xx = 7 applies to the camloc partnumbers V27S01-7AGV , V27S02-7AGV , 2700-7S and 2700-7
  • xx = 8 applies to the camloc partnumbers V27S01-8AGV , V27S02-8AGV , 2700-8S and 2700-8
  • xx = 9 applies to the camloc partnumbers V27S01-9AGV , V27S02-9AGV , 2700-9S and 2700-9
  • xx = 10 applies to the camloc partnumbers V27S01-10AGV , V27S02-10AGV , 2700-10S and 2700-10
  • xx = 11 applies to the camloc partnumbers V27S01-11AGV , V27S02-11AGV , 2700-11S and 2700-11
  • xx = 12 applies to the camloc partnumbers V27S01-12AGV , V27S02-12AGV , 2700-12S and 2700-12
  • xx = 13 applies to the camloc partnumbers V27S01-13AGV , V27S02-13AGV , 2700-13S and 2700-13
  • xx = 14 applies to the camloc partnumbers V27S01-14AGV , V27S02-14AGV , 2700-14S and 2700-14
  • xx = 15 applies to the camloc partnumbers V27S01-15AGV , V27S02-15AGV , 2700-15S and 2700-15
  • xx = 16 applies to the camloc partnumbers V27S01-16AGV , V27S02-16AGV , 2700-16S and 2700-16
  • xx = 17 applies to the camloc partnumbers V27S01-17AGV , V27S02-17AGV , 2700-17S and 2700-17
  • xx = 18 applies to the camloc partnumbers V27S01-18AGV , V27S02-18AGV , 2700-18S and 2700-18
  • xx = 19  applies to the camloc partnumbers V27S01-19AGV , V27S02-19AGV , 2700-19S and 2700-19
  • xx = 20 applies to the camloc partnumbers V27S01-20AGV , V27S02-20AGV , 2700-20S and 2700-20
  • xx = 21 applies to the camloc partnumbers V27S01-21AGV , V27S02-21AGV , 2700-21S and 2700-21
  • xx = 22 applies to the camloc partnumbers V27S01-22AGV , V27S02-22AGV , 2700-22S and 2700-22
  • xx = 23 applies to the camloc partnumbers V27S01-23AGV , V27S02-23AGV , 2700-23S and 2700-23
  • xx = 24 applies to the camloc partnumbers V27S01-24AGV , V27S02-24AGV , 2700-24S and 2700-24
  • xx = 25 applies to the camloc partnumbers V27S01-25AGV , V27S02-25AGV , 2700-25S and 2700-25
  • xx = 26 applies to the camloc partnumbers V27S01-26AGV , V27S02-26AGV , 2700-26S and 2700-26
  • xx = 27 applies to the camloc partnumbers V27S01-27AGV , V27S02-27AGV , 2700-27S and 2700-27
  • xx = 28 applies to the camloc partnumbers V27S01-28AGV , V27S02-28AGV , 2700-28S and 2700-28
  • xx = 29 applies to the camloc partnumbers V27S01-29AGV , V27S02-29AGV , 2700-29S and 2700-29
  • xx = 30 applies to the camloc partnumbers V27S01-30AGV , V27S02-30AGV , 2700-30S and 2700-30
  • xx = 31 applies to the camloc partnumbers V27S01-31AGV , V27S02-31AGV , 2700-31S and 2700-31
  • xx = 32 applies to the camloc partnumbers V27S01-32AGV , V27S02-32AGV , 2700-32S and 2700-32
  • xx = 33 applies to the camloc partnumbers V27S01-33AGV , V27S02-33AGV , 2700-33S and 2700-33
  • xx = 34 applies to the camloc partnumbers V27S01-34AGV , V27S02-34AGV , 2700-34S and 2700-34
  • xx = 35 applies to the camloc partnumbers V27S01-35AGV , V27S02-35AGV , 2700-35S and 2700-35
  • xx = 36 applies to the camloc partnumbers V27S01-36AGV , V27S02-36AGV , 2700-36S and 2700-36
  • xx = 37 applies to the camloc partnumbers V27S01-37AGV , V27S02-37AGV , 2700-37S and 2700-37
  • xx = 38 applies to the camloc partnumbers V27S01-38AGV , V27S02-38AGV , 2700-38S and 2700-38
  • xx = 39 applies to the camloc partnumbers V27S01-39AGV , V27S02-39AGV , 2700-39S and 2700-39
  • xx = 40 applies to the camloc partnumbers V27S01-40AGV , V27S02-40AGV , 2700-40S and 2700-40
  • xx = 41 applies to the camloc partnumbers V27S01-41AGV , V27S02-41AGV , 2700-41S and 2700-41
  • xx = 42 applies to the camloc partnumbers V27S01-42AGV , V27S02-42AGV , 2700-42S and 2700-42
  • xx = 43 applies to the camloc partnumbers V27S01-43AGV , V27S02-43AGV , 2700-43S and 2700-43
  • xx = 44 applies to the camloc partnumbers V27S01-44AGV , V27S02-44AGV , 2700-44S and 2700-44
  • xx = 45 applies to the camloc partnumbers V27S01-45AGV , V27S02-45AGV , 2700-45S and 2700-45
  • xx = 46 applies to the camloc partnumbers V27S01-46AGV , V27S02-46AGV , 2700-46S and 2700-46
  • xx = 47 applies to the camloc partnumbers V27S01-47AGV , V27S02-47AGV , 2700-47S and 2700-47
  • xx = 48 applies to the camloc partnumbers V27S01-48AGV , V27S02-48AGV , 2700-48S and 2700-48
  • xx = 49 applies to the camloc partnumbers V27S01-49AGV , V27S02-49AGV , 2700-49S and 2700-49
  • xx = 50 applies to the camloc partnumbers V27S01-50AGV , V27S02-50AGV , 2700-50S and 2700-50

if you want to calculate this exactly see here a better method:

The length number of a stud part number changes by increments that are not a logic value.

You can calculate the length number based on following information:

-          You need to know the plate thickness of both plates and if there is a gap

-          You need to know the mating part, which is called the receptacle.

Then you can utilize in the catalog the tables that match the above and the formula that is unique to each quarter turn.

We can always do this calculation for you.

 

With the 2700F series there exist 3 different tables dependant on which receptacle you use, let’s assume you use a type 1 receptacle

In case your both plates are on each other (read = no gap between them)

The formula is G = P + F when you use a retaining washer

 

So let’s take the first example

27S3-10                means, G = 10 which matches to a total thickness of plates between 7,6mm and 8,4mm = P + F ;

27S3-12                means G= 12 which matches to a total thickness of plates between 9,15mm and 9,9mm = P + F

That will give you exact sizes.

 

 

Tamper proof quarter turn fasteners

Tamper proof quarter turn fasteners

Camloc has launched the possibility to have a quarter turn fastener that is tamper proof.

It is used for instance on the seats of aircrafts.  In this way passengers cannot unrelease the fastener and damage the seats.  The standard plating that is offered is the steel nickel plating for nice appearance

 

stud part number total length of the fastener = S
1593S01-1AE
1593S01-2AE
1593S01-3AE
1593S01-4AE
1593S01-5AE 22,3
1593S01-6AE 23,1
1593S01-7AE 23,9
1593S01-8AE 24,6
1593S01-9AE 25,4
1593S01-10AE 26,2
1593S01-11AE 26,9
1593S01-12AE 27,7
1593S01-13AE 28,5
1593S01-14AE 29,2
1593S01-15AE 30

 

the tamper proof system can be easily adapted to the 2700F and 4002F fastener quarter turns.

the key to open the quarter turn tamper proof fastener looks like this:

key to open tamper proof quarter turn key to open tamper proof quarter turn

 

What are the new 2600/2700F series camloc part numbers that replace the cadmium plated parts?

What are the new 2600/2700F series camloc part numbers that replace the cadmium plated parts?

For the receptacles we recommend to switch over to following part numbers:

cadmium plated NEW zinc plate chrome VI free old camloc PN
212-12 V212-12-1FGV V212-12
212-12N V212-12N-1FGV V212-12N
26R16-1 26R16-1FGV 26R16-1A
312-12 V312-12AGV 312-12B
26R6-1BB V26R6-1AGV V26R6-1AF

We recommend to change the toxic cadmium plated washer 2600-SW2 with the stainless steel standard version 2600-SW

For the studs please use the table below:

cadmium plated NEW steel zinc plate chrome VI free old camloc PN
2600-1 V26S01-1AGV 2600-1D
2600-2 V26S01-2AGV 2600-2D
2600-3 V26S01-3AGV 2600-3D
2600-4 V26S01-4AGV 2600-4D
2600-5 V26S01-5AGV 2600-5D
2600-6 V26S01-6AGV 2600-6D
2600-7 V26S01-7AGV 2600-7D
2600-8 V26S01-8AGV 2600-8D
2600-9 V26S01-9AGV 2600-9D
2600-10 V26S01-10AGV 2600-10D
2600-11 V26S01-11AGV 2600-11D
2600-12 V26S01-12AGV 2600-12D
2600-13 V26S01-13AGV 2600-13D
2600-14 V26S01-14AGV 2600-14D
2600-15 V26S01-15AGV 2600-15D
2600-16 V26S01-16AGV 2600-16D
2600-17 V26S01-17AGV 2600-17D
2600-18 V26S01-18AGV 2600-18D
2600-19 V26S01-19AGV 2600-19D
2600-20 V26S01-20AGV 2600-20D
2600-21 V26S01-21AGV 2600-21D
2600-22 V26S01-22AGV 2600-22D
2600-23 V26S01-23AGV 2600-23D
2600-24 V26S01-24AGV 2600-24D
2600-25 V26S01-25AGV 2600-25D
2600-26 V26S01-26AGV 2600-26D
2600-27 V26S01-27AGV 2600-27D
2600-28 V26S01-28AGV 2600-28D
2600-29 V26S01-29AGV 2600-29D
2600-30 V26S01-30AGV 2600-30D
2600-31 V26S01-31AGV 2600-31D
2600-32 V26S01-32AGV 2600-32D
2600-33 V26S01-33AGV 2600-33D
2600-34 V26S01-34AGV 2600-34D
2600-35 V26S01-35AGV 2600-35D
2600-36 V26S01-36AGV 2600-36D
2600-37 V26S01-37AGV 2600-37D
2600-38 V26S01-38AGV 2600-38D
2600-39 V26S01-39AGV 2600-39D
2600-40 V26S01-40AGV 2600-40D
cadmium plated NEW steel zinc plate chrome VI free old camloc PN
26S8-1 V26S02-1AGV 26S8-1D
26S8-2 V26S02-2AGV 26S8-2D
26S8-3 V26S02-3AGV 26S8-3D
26S8-4 V26S02-4AGV 26S8-4D
26S8-5 V26S02-5AGV 26S8-5D
26S8-6 V26S02-6AGV 26S8-6D
26S8-7 V26S02-7AGV 26S8-7D
26S8-8 V26S02-8AGV 26S8-8D
26S8-9 V26S02-9AGV 26S8-9D
26S8-10 V26S02-10AGV 26S8-10D
26S8-11 V26S02-11AGV 26S8-11D
26S8-12 V26S02-12AGV 26S8-12D
26S8-13 V26S02-13AGV 26S8-13D
26S8-14 V26S02-14AGV 26S8-14D
26S8-15 V26S02-15AGV 26S8-15D
26S8-16 V26S02-16AGV 26S8-16D
26S8-17 V26S02-17AGV 26S8-17D
26S8-18 V26S02-18AGV 26S8-18D
26S8-19 V26S02-19AGV 26S8-19D
26S8-20 V26S02-20AGV 26S8-20D
26S8-21 V26S02-21AGV 26S8-21D
26S8-22 V26S02-22AGV 26S8-22D
26S8-23 V26S02-23AGV 26S8-23D
26S8-24 V26S02-24AGV 26S8-24D
26S8-25 V26S02-25AGV 26S8-25D
26S8-26 V26S02-26AGV 26S8-26D
26S8-27 V26S02-27AGV 26S8-27D
26S8-28 V26S02-28AGV 26S8-28D
26S8-29 V26S02-29AGV 26S8-29D
26S8-30 V26S02-30AGV 26S8-30D
26S8-31 V26S02-31AGV 26S8-31D
26S8-32 V26S02-32AGV 26S8-32D
26S8-33 V26S02-33AGV 26S8-33D
26S8-34 V26S02-34AGV 26S8-34D
26S8-35 V26S02-35AGV 26S8-35D
26S8-36 V26S02-36AGV 26S8-36D
26S8-37 V26S02-37AGV 26S8-37D
26S8-38 V26S02-38AGV 26S8-38D
26S8-39 V26S02-39AGV 26S8-39D
26S8-40 V26S02-40AGV 26S8-40D
cadmium plated NEW steel zinc plate chrome VI free old camloc PN
2600-1W V26S04-1AGV 2600-1WD
2600-2W V26S04-2AGV 2600-2WD
2600-3W V26S04-3AGV 2600-3WD
2600-4W V26S04-4AGV 2600-4WD
2600-5W V26S04-5AGV 2600-5WD
2600-6W V26S04-6AGV 2600-6WD
2600-7W V26S04-7AGV 2600-7WD
2600-8W V26S04-8AGV 2600-8WD
2600-9W V26S04-9AGV 2600-9WD
2600-10W V26S04-10AGV 2600-10WD
2600-11W V26S04-11AGV 2600-11WD
2600-12W V26S04-12AGV 2600-12WD
2600-13W V26S04-13AGV 2600-13WD
2600-14W V26S04-14AGV 2600-14WD
2600-15W V26S04-15AGV 2600-15WD
2600-16W V26S04-16AGV 2600-16WD
2600-17W V26S04-17AGV 2600-17WD
2600-18W V26S04-18AGV 2600-18WD
2600-19W V26S04-19AGV 2600-19WD
2600-20W V26S04-20AGV 2600-20WD
2600-21W V26S04-21AGV 2600-21WD
2600-22W V26S04-22AGV 2600-22WD
2600-23W V26S04-23AGV 2600-23WD
2600-24W V26S04-24AGV 2600-24WD
2600-25W V26S04-25AGV 2600-25WD
2600-26W V26S04-26AGV 2600-26WD
2600-27W V26S04-27AGV 2600-27WD
2600-28W V26S04-28AGV 2600-28WD
2600-29W V26S04-29AGV 2600-29WD
2600-30W V26S04-30AGV 2600-30WD
2600-31W V26S04-31AGV 2600-31WD
2600-32W V26S04-32AGV 2600-32WD
2600-33W V26S04-33AGV 2600-33WD
2600-34W V26S04-34AGV 2600-34WD
2600-35W V26S04-35AGV 2600-35WD
2600-36W V26S04-36AGV 2600-36WD
2600-37W V26S04-37AGV 2600-37WD
2600-38W V26S04-38AGV 2600-38WD
2600-39W V26S04-39AGV 2600-39WD
2600-40W V26S04-40AGV 2600-40WD
cadmium plated NEW chrome plated
26S34-1B 26S34-1
26S34-2B 26S34-2
26S34-3B 26S34-3
26S34-4B 26S34-4
26S34-5B 26S34-5
26S34-6B 26S34-6
26S34-7B 26S34-7
26S34-8B 26S34-8
26S34-9B 26S34-9
26S34-10B 26S34-10
26S34-11B 26S34-11
26S34-12B 26S34-12
26S34-13B 26S34-13
26S34-14B 26S34-14
26S34-15B 26S34-15
26S34-16B 26S34-16
26S34-17B 26S34-17
26S34-18B 26S34-18
26S34-19B 26S34-19
26S34-20B 26S34-20
26S34-21B 26S34-21
26S34-22B 26S34-22
26S34-23B 26S34-23
26S34-24B 26S34-24
26S34-25B 26S34-25
26S34-26B 26S34-26
26S34-27B 26S34-27
26S34-28B 26S34-28
26S34-29B 26S34-29
26S34-30B 26S34-30
26S34-31B 26S34-31
26S34-32B 26S34-32
26S34-33B 26S34-33
26S34-34B 26S34-34
26S34-35B 26S34-35
26S34-36B 26S34-36
26S34-37B 26S34-37
26S34-38B 26S34-38
26S34-39B 26S34-39
26S34-40B 26S34-40
cadmium plated NEW steel zinc plate chrome VI free old camloc PN
2700-1 V27S01-1AGV 2700-1E
2700-2 V27S01-2AGV 2700-2E
2700-3 V27S01-3AGV 2700-3E
2700-4 V27S01-4AGV 2700-4E
2700-5 V27S01-5AGV 2700-5E
2700-6 V27S01-6AGV 2700-6E
2700-7 V27S01-7AGV 2700-7E
2700-8 V27S01-8AGV 2700-8E
2700-9 V27S01-9AGV 2700-9E
2700-10 V27S01-10AGV 2700-10E
2700-11 V27S01-11AGV 2700-11E
2700-12 V27S01-12AGV 2700-12E
2700-13 V27S01-13AGV 2700-13E
2700-14 V27S01-14AGV 2700-14E
2700-15 V27S01-15AGV 2700-15E
2700-16 V27S01-16AGV 2700-16E
2700-17 V27S01-17AGV 2700-17E
2700-18 V27S01-18AGV 2700-18E
2700-19 V27S01-19AGV 2700-19E
2700-20 V27S01-20AGV 2700-20E
2700-21 V27S01-21AGV 2700-21E
2700-22 V27S01-22AGV 2700-22E
2700-23 V27S01-23AGV 2700-23E
2700-24 V27S01-24AGV 2700-24E
2700-25 V27S01-25AGV 2700-25E
2700-26 V27S01-26AGV 2700-26E
2700-27 V27S01-27AGV 2700-27E
2700-28 V27S01-28AGV 2700-28E
2700-29 V27S01-29AGV 2700-29E
2700-30 V27S01-30AGV 2700-30E
2700-31 V27S01-31AGV 2700-31E
2700-32 V27S01-32AGV 2700-32E
2700-33 V27S01-33AGV 2700-33E
2700-34 V27S01-34AGV 2700-34E
2700-35 V27S01-35AGV 2700-35E
2700-36 V27S01-36AGV 2700-36E
2700-37 V27S01-37AGV 2700-37E
2700-38 V27S01-38AGV 2700-38E
2700-39 V27S01-39AGV 2700-39E
2700-40 V27S01-40AGV 2700-40E
cadmium plated NEW steel zinc plate chrome VI free old camloc PN
27S3-1 V27S02-1AGV 27S3-1F
27S3-2 V27S02-2AGV 27S3-2F
27S3-3 V27S02-3AGV 27S3-3F
27S3-4 V27S02-4AGV 27S3-4F
27S3-5 V27S02-5AGV 27S3-5F
27S3-6 V27S02-6AGV 27S3-6F
27S3-7 V27S02-7AGV 27S3-7F
27S3-8 V27S02-8AGV 27S3-8F
27S3-9 V27S02-9AGV 27S3-9F
27S3-10 V27S02-10AGV 27S3-10F
27S3-11 V27S02-11AGV 27S3-11F
27S3-12 V27S02-12AGV 27S3-12F
27S3-13 V27S02-13AGV 27S3-13F
27S3-14 V27S02-14AGV 27S3-14F
27S3-15 V27S02-15AGV 27S3-15F
27S3-16 V27S02-16AGV 27S3-16F
27S3-17 V27S02-17AGV 27S3-17F
27S3-18 V27S02-18AGV 27S3-18F
27S3-19 V27S02-19AGV 27S3-19F
27S3-20 V27S02-20AGV 27S3-20F
27S3-21 V27S02-21AGV 27S3-21F
27S3-22 V27S02-22AGV 27S3-22F
27S3-23 V27S02-23AGV 27S3-23F
27S3-24 V27S02-24AGV 27S3-24F
27S3-25 V27S02-25AGV 27S3-25F
27S3-26 V27S02-26AGV 27S3-26F
27S3-27 V27S02-27AGV 27S3-27F
27S3-28 V27S02-28AGV 27S3-28F
27S3-29 V27S02-29AGV 27S3-29F
27S3-30 V27S02-30AGV 27S3-30F
27S3-31 V27S02-31AGV 27S3-31F
27S3-32 V27S02-32AGV 27S3-32F
27S3-33 V27S02-33AGV 27S3-33F
27S3-34 V27S02-34AGV 27S3-34F
27S3-35 V27S02-35AGV 27S3-35F
27S3-36 V27S02-36AGV 27S3-36F
27S3-37 V27S02-37AGV 27S3-37F
27S3-38 V27S02-38AGV 27S3-38F
27S3-39 V27S02-39AGV 27S3-39F
27S3-40 V27S02-40AGV 27S3-40F

Are the dimensions of the spring cup fixed for the 2700 series studs?

Are the dimensions of the spring cup fixed for the 2700 series studs?

The dimensions of the spring cup for the 2700 series studs are fixed.
This means that all the 2700 series stud have the same spring cup.

 

The height of the spring cup does not change in function of the stud length number. 

 

Here you can find those dimensions in millimeter.

detailed-profile-size-spring-cup Spring cup size in mm
Spring-cup-profile-colored 2700 series Spring cup (yellow)-Stud (blue)

  • camloc 2700 series stud, spring cup height = 8,33 mm
  • camloc 2700 series stud, spring cup diameter  = 6,27 mm

The tolerances are ± 0,5 mm.

Why is the 2600 stud not sitting completely flat on the surface of the plate?

Why is the 2600 stud not sitting completely flat on the surface of the plate?

it has always been this way that there is a small gap of 0,25 +/-0,1

so: 0,35 or o,4mm is ok.

The outer edge of the collar can be irregular depending on the deep drawing process

which can lead to scratches on the surface…. Therefore it is the way as it is with the gap.

In addition the grip tolerances are tighter with this design! Also: the grip definition depends on this set up!

In case a customer can't accept the gap he has to chamfer the bore but has to double check the grip!

Receptacles V50R3-1-2AZ and 991R2-2AZ, 312-12WS: how to weld?

Receptacles V50R3-1-2AZ and 991R2-2AZ, 312-12WS: how to weld?

The receptacles Camloc V50R3-1-2AZ and Camloc 991R2-2AZ and 312-12WS are prepared with weld nibs.

These weld nibs are specially for the proces called projection welding. This proces is mainly developed for mass production. We advise you to read more information on the page: Projection Welding Basics.

If you don't have an installation for projection welding, we advise you to integrate a receptacle to rivet / screw mounting in your application. For sure you can weld these receptacles to rivet / screw mounting with the traditional welding techniques like TIG, MIG...

Réceptacles V50R3-1-2AZ et 991R2-2AZ et 312-12WS: comment souder?

Réceptacles V50R3-1-2AZ et 991R2-2AZ et 312-12WS: comment souder?

Les réceptacles Camloc V50R3-1-2AZ et Camloc 991R2-2AZ et 312-12WS sont préparé avec des bossages pour soudage.

Ces bossages sont spécialement pour le procédé soudage par bossages. Ce procédé est plutot conçu pour la production en masse. Nous vous conseillons de lire plus d'informations sur la page: principes fondamentaux du soudage par bossages.

Si vous n'avez pas d'installation pour soudage par bossages nous vous conseillons d'implémenter une réceptacle pour rivetage/vissage. Biensur vous pouvez souder ces réceptacles pour rivetage/vissage avec les installations traditionelles comme TIG, MIG...

How to install retaining washers 4002-SW-SS , 2600-SW , 5S3-2 and 991W02-1BP?

How to install retaining washers 4002-SW-SS , 2600-SW , 5S3-2 and 991W02-1BP?

The installation is done using a nose pliers tool.

1) place retaining ring on stud with slot aligned over left side of cross pin as shown on figure

2) snap retaining ring under cross pin using needle nose pliers then rotate retaining ring 180° until ring is over right side of cross pin as shown on figures 2 and 3

3) To complete installation, snap retaining ring over the right side of cross pin

4) completed installation is shown in figure 4

camloc retaining washer installation instructions
installation of slotted retaining washer

The slotted retaining washer provides the strongest way of securing a stud.  However it's labour intensive, so the moment you need to install more then 200 pieces, please look into the camloc catalogue for other alternatives.  There exist also slotted plastic retaining washers that can easily be installed with hand.

Retaining washers: when to use V2600-LW-7 & when to use 2600-SW ?

Retaining washers: when to use V2600-LW-7 & when to use 2600-SW ?

The 2600 & 2700 series has two different retaining washers available. The retaining washer prevents the stud from falling out of the panel. For the 2600 & 2700 series a retaining washer is required from stud length number 5.

  • V2600-LW-7 retaining washer:
V2600-LW-7 retaining washer for 2600 & 2700 series quarter turns

When using the V2600-LW-7 retaining washer, the stud assembly gets fixed by the spring cup. The V2600-LW-7 retaining washer can only be used when the panel thickness P does not exceed 4,75 mm. The diameter D of the hole you need to drill in the panel is 7,9 mm.

  • 2600-SW retaining washer
2600-SW retaining washer for 2600 & 2700 series quarter turns

When using the 2600-SW retaining washer, the stud assembly gets fixed by the stud itself. The result is that the assembly can't fall out of the panel, but isn't fixed to panel either. It is a floating type. The 2600-SW retaining washer can be used for all panel thicknesses P. The diameter D of the hole you need to drill in the panel depends on the panel thickness.

  • no retaining washer
no retaining washer for 2600 & 2700 series quarter turns

When the stud length number does not exceed the number 4, there is no need to use a retaining washer. These studs are self captivating. Starting from stud number 5 and longer, you will need to use one of the above retaining washers.

what does S signify on your drawings of quarter turns?

what does S signify on your drawings of quarter turns?

The S length helps you determine the Stud length number.

If you measure up this distance then you can calculate the stud length number

S = 16,00 +( 0,76 x stud length number) (this formula is not valid for every quarter turn, please contact us for the correct formula for your quarter turn)

However this method of reverse engineering does not give you full confidence that the length number is correct.

The best is, if you have a part, then there should be a number on the top of the stud.

If you do not have a part we can go through the calculation with you.

Please tell me more information

-          What is the part number of the receptacle

-          Which grommet will you use ; part number?

-          What’s the plate thickness

-          What’s the frame thickness

-          How many pieces do you need?

-          Do you need stainless steel parts or is zinc plated fine?

Is there a replacement for part 2700-5 ?

Is there a replacement for part 2700-5 ?

Question:

I have been advised by our supply personnel that P/N 2700-5 has been discontinued or cannot be sourced through the defense supply system. They have suggested P/N 27S3-5 as the alternative. I’ve noticed that this is a cross recess rather than a slotted recess. Otherwise the specifications appear to be the same.

I was wondering if you could provide any information on this. Is there a revised part number for the slotted recess part (a replacement for P/N 2700-5) as the preference would be to use a slotted recess?

Answer

2700-5 is a cadmium plated steel stud slotted head

As alternatives there exist RoHS compliant steel zinc plated

V27S01-5AGV (same mechanical strength and dimensions)

(we have a sample on stock if you want)

I believe the part 2700-5 can still be made but needs a minimum quantity of 500 pieces

What is the quantity you require?

27S3-5 is the cadmium plated steel stud – cross head

RoHS compliant steel zinc plated version is V27S02-5AGV (we have 100 pcs on stock)

You can take also as an alternative 2700-5S which is the same as 2700-5 but made in stainless steel.

(it’s a bit weaker in strength: reason, steel can go up to 1330 Newton tension load whereas stainless steel can withstand 1000 Newton)

We have 100 pcs on stock of the 2700-5S

2700 camloc series

I would like to enquire as to whatever part numbers 99R10-01A1 and 99E10-01 would be availible with a diameter smaller than the 11mm stated

I would like to enquire as to whatever part numbers 99R10-01A1 and 99E10-01 would be availible with a diameter smaller than the 11mm stated
There is no smaller receptacle available in these series.
the stud would not be able to enter into the receptacle.
something smaller could be designed in case you have a project with a yearly volume of 50000 pieces + tool charges.
There is another system that has 10,5mm of diameter.
but the principle is different, it is a push-push system.
push to open
push to close
the partnumber is called V15R13-1-1AB
It has the advantage to come with a metric thread

What rivet size goes together with the holes in your products

What rivet size goes together with the holes in your products
For hole size 2,5 and 2,6       - rivets with 2,5 mm diameter or blind rivets with 2,4 mm diameter
For hole size 3,1                   - rivets and blind rivets with 3,0 mm diameter
For hole size 3,3                   - blind rivets with 3,2 mm diameter
For hole size 3,6                   - rivets with 3,5 mm diameter
For hole size 4,2                   - rivets and blind rivets with 4,0 mm diameter
For hole size 5,1                   - rivets and blind rivets with 5,0 mm diameter
For hole size 6,3                   - rivets and blind rivets with 6,0 mm diameter
for example:

receptacle 214-16S has holes of 3.3mm
(this means rivets with a diameter of 3.2mm)

I do not understand the sealing function of the 2600F series?

I do not understand the sealing function of the 2600F series?

As a customer you need to order both seals.

AN6227B6 is the sealing which has to be installed under the spring cup to seal the outer area.

AN6227B3 under the head of the stud to seal the inner area.

Be wary!  the G value changes because thickness is added, please add 0,75mm to the total thickness to compensate for the sealing function of the stud.

sealed 2600F camloc stud

Is my stud length number calculation correct?

Is my stud length number calculation correct?

Question:

We are currently using a Knurled Head Camloc fastener P/N: 26S34-2B on our CN-235 Aircraft and I am researching for one of greater length for a modification. It has a type 1 receptacle and using the formula in the Catalogue on page F-1...G = P + F, I come up with G = 1.02 + 3.42, G = 4.44. This equates to a Stud Length No. 5. Please let me know if that is the correct method and assist me in the correct part number replacement for the 26S34-2B. Also, please provide a price quote and availability of the replacement fastener. Thank you in advance,

Answer:

your calculation is 100% correct.
(in case there sits nothing in between the panels P & F)

Question:
how many pieces do you require?
do you accept instead of cadmium plated = 26S34-5B
the same part but in chrome plated 26S34-5
panel and frame camloc

déterminer le numéro de longueur de l'axe à l'aide de la valeur S

déterminer le numéro de longueur de l'axe à l'aide de la valeur S

Question:

Boujour,

nous sommes une société qui fabrique des paramoteurs drones et nous utilisons actuellement des vis 1/4 de tour Camloc sur notre appareil, que nous achetions chez un revendeur ULM.

Nous sommes actuellement en train de développer notre appareil et cela implique un changement d'épaisseur de certains éléments.

Nous avons fait un tour sur votre site ainsi que sur le site d'Anemo et nous avons trouvé le tableau des longueurs des axes de fermeture.

Vous calculez les longueurs d'axe via des numéros de longueur, malheureusement nous ne savons pas a quoi ça correspond, de notre coté nous avons des longueurs entre le sommet de la tête et le bas de la vis (longueur nommée S pour des Vis V26S01- *AGV)

Nous utilisons actuellement 2 types de vis V26S01-*AGV de longueur respective (S) de 23.3 et 27 mm et nous souhaiterions savoir a quels numéro de longueur elles correspondent dans votre tableau.

Merci d'avance pour votre réponse

Cordialement

panel and frame camloc panel and frame camloc

Réponse

Les axes sont toujours déterminé par un numéro de longueur.
Cela veut dire que la dimension S donne une indication mais ne peut pas vous assurer le numéro correcte.

je vous conseille:
1) regarder sur la pièce que vous avez chez vous s'il y a un numéro écrit.
2) pour détérminer le numéro de l'axe, il me faut les infos suivantes:
- quel réceptacle vous utilisez
- les épaisseurs des panneaux P=? , F=?
3) dans votre cas: S correspond à la formule suivante:
S = 18,54 + (0,76 x n° de longueur)
application:
23,3 - 18,54 = 0,76 x n°longueur    5,26
27,0 - 18,54 = 0,76 x n°longueur    11,13

il est alors possible que vous avez deux axes, une avec numéro de longueur = 5 , l'autre avec 11
mais cela est à vérifier avec les points numéro 1 et 2
ceci vous donnera une confirmation complète

What's the strength of the spring washers? Clamping force of a quarter turn?

What's the strength of the spring washers? Clamping force of a quarter turn?

The cross pin of the carbon steel versions is made from wire DIN EN 10218-2/10270-1-DH-1.6, tensil
The clamping forces of our systems are as follows:

  • 2600/2700 series : 30N -   60N
  • 4002 series : 150N - 250N
  • 50F series : 350N - 380N
  • 991F series : 50N - 500

the 3D drawings are always with springs in the un-compressed position.  For example, for the 50F-3700 Newton series, the belleville springs can compress 0.3mm.

 

take care:

the clamping force is dependant on the thickness of the panels in the application of the customer.  if panels are a bit thicker, you'll have a bigger clamping force.
customer should test it always within the applciation
if you need a guaranteed clamping force that is repeatable then we suggest to go for the Imao quarter turns
https://anemo.eu/quarter-turn/imao