99F

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

 

 

Comment bien protéger les réceptacles 991R2-3ASNV contre la corrosion ?

Comment bien protéger les réceptacles 991R2-3ASNV contre la corrosion ?

Si vous devez stocker durant une longue durée des réceptacles 991R2-3ASNV et qu'il sont dans un endroit où le taux d'humidité est haut, vous pouvez leur mettre un coup de spray anti-corrosion comme protection supplémentaire. Ce spray garantit une tenue à la corrosion encore plus longue que de ce qui est déjà prévu. Cette manipulation anti-corrosion n'est pas obligatoire mais elle peut être idéale si vous gardez longtemps vos pièces en stock par exemple plus d'un an. N'appliquez pas de spray anti corrosion sur les finitions inox, c'est inutile !    

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.

Which DTR part numbers do you have available for the camloc 99F series?

Which DTR part numbers do you have available for the camloc 99F series?

Our 99F series quarter turns are widely used in the transport industry. Therefor 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.

  • DTR0000054047 : RECEPTACLE - camloc 99E10-01
  • DTR00224235BC : AXE-FERMETURE 99F - camloc V99S10-05AG

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

Do you supply NSN (nato stock numbers) parts?

Do you supply NSN (nato stock numbers) parts?

visit our site : www.nsn-search.com

Yes we supply NSN parts. here is a list of parts we currently hold on stock:

federal supply class 5325 Fastening devices
     
NSN number camloc PN old camloc PN
5325123336807 991S01-18-1BP  
5325144573747 991S01-7-1AGV 991S01-7-1AF
5325145273338 991S01-12-1AGV 991S01-12-1AF
5325145273339 991S01-15-1AGV 991S01-15-1AF
5325993017137 991S01-14-1AGV 991S01-14-1AF
5325009667958 991S02-9-1AGV 991S02-9-1AF
5325123468722 991S02-10-1AGV 991S02-10-1AF
5325123409479 991S05-14-1AGV 991S05-14-1AF
5325015073826 991R2-3AGV 991R2-3AF
5325145334123 991R2-1AGV 991R2-1AF
5340-99-255-2807 V917L01-1X1AG  
5340320734152 V934L01-1X1BP  
5325991137700 40S5-6  
5325007580113 5R2-3  
5325013861979 R4G-3 R4G-2
5325123784268 991S05-7-1AGV 991S05-7-1AF
530701HS28382 50E21-17AGV  
5310-12-336-5965 V2600-LW-7  
5325-00-543-3769 2600-11S  
5325123482741 V26S04-41AGV  

    There are more then 10000 different products, We can help you with following cage codes   D0680 ALCOA FASTENING SYSTEMS FAIRCHILDFASTENERS EUROPE - CAMLOC GMBH 01226 vlier F0224 ALCOA FIXATIONS SIMMONDS SAS F8995 FAIRCHILD FASTENERS FRANCE SARL FAPP9 ALCOA FIXATIONS SIMMONDS SAS K1678 FAIRCHILD FASTENERS UK LTD 71286 Alcoa Global Fasteners Inc KC9L0 CAMLOCK FA438 CAMLOC FRANCE SARL 0PYB8 CAMLOCK /UK/ LTD KCQ07 CAMLOCK SYSTEMS LTD U6633 CAMLOCK ENGINEERING LTD  

La référence de l'axe va changer de la série 99F

La référence de l'axe va changer de la série 99F

99S10-01A1 va devenir V99S10-01AG ceci ne changera rien au caractéristiques mécanique, dimensionnel ou zinguage.  C’est seulement une nouvelle référence les pièces sont complètement interchangable.

vieux référence nouvelle référence
99S10-01A1 V99S10-01AG
99S10-03A1 V99S10-03AG
99S10-05A1 V99S10-05AG
99S10-07A1 V99S10-07AG
99S10-09A1 V99S10-09AG
99S10-11A1 V99S10-11AG
99S10-13A1 V99S10-13AG
99S10-15A1 V99S10-15AG
99S10-17A1 V99S10-17AG
99S10-19A1 V99S10-19AG

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!

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?

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

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