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Q: What's the strength of the 40S41 series?The 40S41-*S is made of high strenght stainless steel.
The working strength is 2,0 kN, the ultimate tensile strength is 4,3 kN for the 40S41 studs.
They are very hard to get parts and very costly
In case you select a standard stud (4002-*S) in stainless steel, you have a value of: 3300 Newton
we however recommend you to swith to 4002-*D made in steel (about 10 times cheaper and a strength = 4700N)
Q: I need to know the technical information on your part no:CAMLOC 4002-SWQuestion:
Is this part number a retaining washer and is this MATERIAL: SPRING STEEL
We are looking for a retaining washer that is made out of spring steel?
What can you suggest?
Answer:
The material is indeed spring steel.
However,
Most customers do not use anymore the part 4002-SW as it is not a standard production part anymore.
Customers have switched over to the stainless steel version of this retaining washer:
4002-SW-SS
camloc retaining washer
Q: What's the new P/N for the old Camloc's PN 5S5-32 (1/4 turn fastener) ? Pls, let me know !!!!!!The part 5S5-32 is a steel cadmium plated part and can still be obtained provided you a have a minimum requirement of 500 pieces.
We would recommend you to take the steel zinc plated version:
V5S5-32AGV
camloc 5F series
Q: what's the corrosion resistance difference between 26S8-3D and V26S02-3AGV ?The stud V26S02-3AGV is identical in form, fit and function to the old version 26S8-3D. The only difference is the surface treatment.
26S8-3D was coated with zinc and yellow chromate (and is now obsolete)
corrosion resistance according salt spray test DIN EN ISO 9227 NSS
48 hours no zinc corrosion, 120h no parent material corrosion
V26S02-3AGV is coated with zinc, clear passivated and sealed.
corrosion resistance according to salt spray test DIN EN ISO 9227 NSS
120 hours no zinc corrosion, 240 hours no parent material corrosion.
As you can see, we have improved the corrosion resistance with the change of the surface treatment which is an advantage.
Q: Can you increase the tensile load of the fastener 713S95-1AG?Question:
Actually, we’re developing a new product using your quarter-turn cam-lock (713S95-1AG) with 200 N of max. axial tensile load. Is it possible to modify the spring to increase axial force of the camloc?
Answer:
We’ve sold already some of the 713S95-1AG which are the standard parts.
The limitation of the axial tensile load is caused by
- the plastic housing with the clip-in function.
- The stud that is made from two separate parts which are pressed together
I doubt that it will be easy to increase the force , but we would not say that it is impossible.
Q: I could not find the shim used on your 4002 series in the catalogue?Question:
On page G1 of the ¼ turn Cam lock catalogue, the type 3 assembly shows a shim in the assembly. The shim is not in the catalogue, do you provide a shim forthe type 3 Receptacle.
Answer:
Yes we do, please find enclosed following picture
Q: I would like to enquire as to whever part numbers 99R10-01A1 and 99E10-01 would be availible with a diameter smaller than the 11mm stated
no there is no availability of a smaller receptacle 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 exists though also 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
advantage is that it comes with a metric thread
Q: What rivet size goes together with the holes in your productsFor 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
Q: 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.
take care! 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.
Q: 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
