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Technical Data for Aluminum Extrusion T-Slot

[Drop-Lock] [Extrusion Properties] [Mechanical Data] [Aluminum Alloy] [Anodizing]
[General] [Deflection] [Pressurizing] [Torque] [FAQ]


Below is a listing of all the common technical data for Faztek T-Slotted Aluminum Extrusions. If you have any questions or can't find the data you are looking for, please contact our Design Team at insidesales@faztek.net or 260.482.7544.

Characteristics of Faztek's 6063-T6 Aluminum Extrusion T-Slot Alloy F25: Aluminum, Magnesium, & Silicon


Drop-Lock Feature for the Aluminum Extrusion T-Slot

Properly tighten fasteners to ensure a vibration-proof frame!

'QE' Prefix Profiles
(ex: 15QE1515UL)

'EX' Prefix Profiles
(ex: 15EX1515UL)

'SM' Prefix Profiles
(ex: 15SM1515L)
2.2° drop lock
2° drop lock
1° drop lock
     

Aluminum Extrusion T-Slot Properties

  • Twist: (measured in degrees)
    • 10EX1010/10QE1010 = 1 x measured length (ft)
    • All other aluminum extrusion t-slot larger than 10EX1010/10QE1010 = .500 measured length (ft)
  • Straightness: .010" x L' (measured length)
  • Flatness: .004" x W" (width of part)

Aluminum Extrusion T-Slot Mechanical Data

  • Aluminum begins to soften at 400 degrees - Once aluminum softens, it stays in that state.
  • Modulus of Elasticity: 10,000,000 lbs / sq in.
  • Melting Point: Between 1140° to 1210°
  • Yield Strength: The point at which material stretches– T6 = 25,000 psi minimum.
    • Elongation: The difference between tensile and yield strength (how material stretches).
    • Elongation A10 (material up to .124 thick = 8%) Elongation A5 (material greater than .124 thick = 10%)
  • Rockwell Hardness (Webster): E scale of E50
  • Tensile Strength: The point at which material fractures - T6 30,000 psi minimum.

Aluminum Extrusion Alloy

An aluminum extrusion alloy is a predetermined mixture of one or more elements together with aluminum to be heated and hydraulically pressed through an extrusion die. Some common elements alloyed with aluminum include Copper, Magnesium, Manganese, Chromium, Silicon, Iron, Nickel, and Zinc. Faztek T-Slotted Aluminum Extrusions are extruded using a 6063 alloy. The major alloying elements for this alloy include Mg .45% -9% and Si .20% -6%


Aluminum Extrusion Anodizing

Anodizing is an electrochemical process that thickens and toughens the naturally occuring protective oxide. The resulting finish makes a corrosion resistant aluminum extrusion. Faztek t-slot extrusions have an etched anodized finish that is .15 - .25 mil.


Aluminun Extrusion T-Slot General Characteristics:

  • Not Magnetic
  • On a weight basis, aluminum is the most efficient thermal conductor
  • Won't Rust
  • Won't Burn
  • 1/3 Weight of SteelOn a weight basis, aluminum is the most efficient thermal conductor

Aluminum Extrusion T-Slot Deflection Calculations

Deflection: The movement of a structure under load
F = Force (lbs)
W = Weight (lbs/in)
E = Modulus of Elasticity (lbs/sq in)
L = Length of the extrusion (inches)
I = Moment of Inertia
(inches)

 

10QE1010 =

ix = .0452" ^4
bar
iy = .0452" ^4

15QE1515 =

ix = .2671" ^4
bar
iy = .2671" ^4

10QE1020 =

ix = .0834" ^4
bar
iy = .3137" ^4

15QE1517L =

ix = .1659" ^4
bar
iy = .1657" ^4

10QE1030 =

ix = .1202" ^4
bar
iy = .9768" ^4

15QE1530L =

ix = .3046" ^4
bar
iy = 1.2847" ^4

10QE2020 =

ix = .5552" ^4
bar
iy = .5552" ^4

15QE1530 =

ix = .4839" ^4
bar
iy = 1.8660" ^4

15QE1515UL =

ix = .1802" ^4
bar
iy = .1802" ^4

15QE3030L =

ix = 2.3941" ^4
bar
iy = 2.3941" ^4

15QE1515L =

ix = .1994" ^4
bar
iy = .1994" ^4

15QE3030 =

ix = 3.2113" ^4
bar
iy = 3.2113" ^4

15QE1515 =

ix = .2671" ^4
bar
iy = .2671" ^4

15QE3060 =

ix = 5.6622" ^4
bar
iy = 19.4631" ^4

 

10EX1010 =

ix = .0463" ^4
bar
iy = .0463" ^4

15EX1515 =

ix = .2511" ^4
bar
iy = .2511" ^4

10EX1020 =

ix = .0834" ^4
bar
iy = .3137" ^4

15EX1530L =

ix = .3910" ^4
bar
iy = 1.3734" ^4

10EX1030 =

ix = .1202" ^4
bar
iy = .9769" ^4

15EX1530 =

ix = .4816" ^4
bar
iy = 1.8532" ^4

10EX2020 =

ix = .5554" ^4
bar
iy = .5554" ^4

15EX1545L =

ix = .6022" ^4
bar
iy = 4.5845" ^4

10EX2040 =

ix = 1.0375" ^4
bar
iy = 3.5713" ^4

15EX3030L =

ix = 2.3941" ^4
bar
iy = 2.3941" ^4

15EX1515UL =

ix = .1802" ^4
bar
iy = .1802" ^4

15EX3030 =

ix = 3.3461" ^4
bar
iy = 3.3461" ^4

15EX1515L =

ix = .1861" ^4
bar
iy = .1861" ^4

15EX3060 =

ix = 5.6669" ^4
bar
iy = 19.4672" ^4

 

15SM1515L =

ix = .2000" ^4
bar
iy = .2000" ^4

15SM1530L =

ix = .4220" ^4
bar
iy = 1.4430" ^4

15SM1515 =

ix = .2530" ^4
bar
iy = .2530" ^4

15SM3030 =

ix = 3.1510" ^4
bar
iy = 3.1510" ^4

 

15LG1515L =

ix = .2070" ^4
bar
iy = .4190" ^4

15LG1530L =

ix = .XXXX" ^4
bar
iy = X.XXXX" ^4

Supported Loads

bar bar
bar bar
bar bar

Determining the difference between industry standard of 6063-T6 and other companies using 6105-T5

Example: Using 1.5” x 1.5” Standard T-Slotted Extrusion at a length of 36” with an applied forced as shown below of 50 lbs, the deflection of the T-Slotted Extrusion will be appoximately .018195 using 6063-T6 material and .018743 using 6105-T5. You will find less deflection in this application using 6063-T6.

Deflection calculations for 6063-T6

50 * 36 * 36* 36
48 * 10,000,000 * .2671

2332800
128208000

.018195”

Deflection calculations for 6105-T5

50 * 36 * 36* 36
48 * 10,200,000 * .2542

2332800
124456320

.018743”

bar

As you can see, the deflection is negligible. With technical factors being almost equal for T-Slotted Extrusions, the critical decision should be based on service and support offered by the factory and its supporting Distribution!


Pressurizing an Aluminum Extrusion T-Slot Cavity

Faztek's aluminum extrusion t-slot cavity can be pressurized up to 150psi. This is extremely useful for numerous applications such as workstations and work benches for liquid flow (water, coolant, gas, etc.) and air tools

The table below lists specific values for each aluminum extrusion t-slot.

Profile Model
Value
10EX1020
0.357 sq / in
10QE1020
0.357 sq / in
10EX2020
1.587 sq / in
10QE2020

1.587 sq / in

15EX1530
0.814 sq / in
15QE1530
0.814 sq / in
15EX3030
3.626 sq / in
15QE3030
3.626 sq / in
15EX3060
use 15EX3030 values for each cavity
15QE3060
use 15EX3030 values for each cavity
manifold


 

 

Example: What is the volume for a 15EX3030 at 32.00" long?

Volume (cu in) = Constant value (sq in) x Length of the Extrusion Volume (cu in) = 3.626 x 32.00" Volume (cu in) = 116.032 cu in

gaskets

Extrusion End-Mount Pressure Manifold
Extrusion Side-Mount Pressure Manifold
Faztek T-Slotted Extrusion End-Mount Pressure Manifold
Faztek T-Slotted Extrusion Side-Mount Pressure Manifold

Aluminum Extrusion T-Slot Proper Torque Ratings

Fastener Description
Tested Extrusion

Torque (min) ft-lbs

Torque (max) ft-lbs
15FAC3880 - Anchor Fastener
15EX1515L
17
22
15FAC3865 - End Fastener
15EX1515L
17
22
15FAC3890 - "T" Anchor Fastener
15EX1515L
17
22
10FAC3750 - Anchor Fastener
10EX1010
17
22
10FAC3755 - End Fastener
10EX1010
17
22
5/16-18 FBHSCS/Economy T-nut
15EX1515L
15
20
1/4-20 FBHSCS/Economy T-nut
10EX1010
13
18
 
15FAC3880 - Anchor Fastener
15QE1515L
17
22
15FAC3865 - End Fastener
15QE1515L
17
22
15FAC3890 - "T" Anchor Fastener
15QE1515L
17
22
10FAC3750 - Anchor Fastener
10QE1010
17
22
10FAC3755 - End Fastener
10QE1010
17
22
5/16-18 FBHSCS/Economy T-nut
15QE1515L
15
20
1/4-20 FBHSCS/Economy T-nut
10QE1010
13
18

For other technical data pertaining to the Faztek aluminum extrusion t-slot product line, please contact Faztek at 260-482-7544 or e-mail insidesales@faztek.net

 

 

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