Endcuts for T-bars

This section contains endcut types that may be used for (symmetrical) T-bars. In some cases these endcut types may be used also for asymmetrical T-bars (profile type 35).

Type 30:

.

Type 31:

Remarks:

1. A given (or calculated) a4 will override the default value for a2 and a3 in case this is 90.

2. Endcut codes with a2=a3=90 may be used for asymmetrical T-bars as well.

.

Type 32:

Remarks:

3. C is relevant only when angles a2 and a3 not are 90 degrees.

4. A given or calculated angle a4 will replace the angles a2 and a3 when they are defined as 90 degrees..

Code, parameters	R1	a2	a3
3210, a[, a1, a4]	35	90	90
3211, a[, c, a1, a4]	35	30	30
3212, a[, c, a1, a4]	35	18	18
3220, a[, a1, a4]	50	90	90
3221, a[, c, a1, a4]	50	30	30
3222, a[, c, a1, a4]	50	18	18
3251, a[, c, a1, a4]	50	30	18

Type 33:

Type 97:

Type 93:

Type 94:

Type 34:

Remark:

A given (or calculated) a4 will override the default value for a2 and a4 in case this is 90.

Type 35:

Remarks:

5. For this endcut type a2 and a3 are always equal.

6. c is relevant only when a2=a3=90.

7. A given (or calculated) a4 will override the default value of a2/a3 in case this is 90.

8. Endcut codes with a2=a3=90 may be used for asymmetrical T-bars as well.

Code, parameters	R1	a2 a3
3510, a, b[, a1, a4] 3511, a, b[, c, a1, a4] 3512, a, b[, c, a1, a4]	35 35 35	90 30 18
3520, a, b[, a1, a4] 3521, a, b[, c, a1, a4] 3522, a, b[, c, a1, a4]	50 50 50	90 30 18
3530, a, b[, a1, a4] 3531, a, b[, c, a1, a4] 3532, a, b[, c, a1, a4]	75 75 75	90 30 18
3540, a, b[, a1, a4] 3541, a, b[, c, a1, a4] 3542, a, b[, c, a1, a 4]	60 60 60	90 30 18

Type 36:

Remarks:

9. For this endcut type a2 and a3 are always equal.

10. c is relevant only when a2=a3=90.

11. A given (or calculated) a4 will override the default value of a2/a3 in case this is 90.

12. Endcut codes with a2=a3=90 may be used for asymmetrical T-bars as well.

Code, parameters	R1	a2 a3
3610, a, b[, a1, a4] 3611, a, b[, c, a1, a4] 3612, a, b[, c, a1, a4]	35 35 35	90 30 18
3620, a, b[, a1, a4 3621, a, b[, c, a1, a4 3622, a, b[, c, a1, a4]	50 50 50	90 30 18
3630, a, b[, a1, a4] 3631, a, b[, c, a1, a4] 3632, a, b[, c, a1, a4]	75 75 75	90 30 18
3640, a, b[, a1, a4] 3641, a, b[, c, a1, a4] 3642, a, b[, c, a1, a4]	60 60 60	90 30 18

Type 86:

Remarks:

If c = 0 or not given then c will be set to the flange width, a2 and a3 will become irrelevant and the flange angle will be set to a4 (90 by default).

Type 37:

Remark:

This endcut type may be used for asymmetric T-bars (profile type 35) as well.

Type 169:

Type 38:

Type 96:

Type 98:

Type 170:

Type 39:

Remark:

If c = 0 or not given then c will be set to the flange width and a2 will become irrelevant. R2 contains encoded information according to the small sketch in the upper left corner. If R2 < 1000 then R2 will define an arc segment.

Type 44:

Remark:

If c = 0 or not given then c will be set to the flange width, a2 will become irrelevant and the flange angle will be set to a4 (90 by default).

Types 45 and 47:

Remarks:

13. The difference between type 45 and type 47 is that type 45 has a temporary bridge, 40 mm wide.

14. These endcut types may be used for asymmetric T-bars as well.

Code, parameters	a2	Relation major axis/ minor axis
4560, a, b, c[, a1] 4580, a, b, c[, a1]	90 90	1/0,5 1/0,6
Code, parameters	a2	Relation major axis/ minor axis
4760, a, b, c[, a1] 4780, a, b, c[, a1]	90 90	1/0,5 1/0,6

Types 46 and 48:

Remarks:

15. The difference between type 46 and type 48 is that type 46 has a temporary bridge, 40 mm wide.

16. These endcut types may be used for asymmetric T-bars as well.

Code, parameters	a2	Relation major axis/ minor axis
4660, a, b, c[, a1] 4680, a, b, c[, a1]	90 90	1/0,5 1/0,6
Code, parameters	a2	Relation major axis/ minor axis
4860, a, b, c[, a1] 4880, a, b, c[, a1]	90 90	1/0,5 1/0,6

Type 49:

Remark:

If c = 0 or not given then c will be set to the flange width, a2 will become irrelevant and the flange angle will be set to a4 ( 90 by default).

Endcut codes with a2=a3=90 may be used for asymmetrical T-bars as well.

Type 50:

Remarks:

17. This endcut has a temporary bridge, 40 mm wide.

18. Endcut type 50 may be used for asymmetric T-bars as well.

19. Type 50 is similar to type 46 but the flange extends outside the web in this case.

Code, parameters	Relation major axis/ minor axis
5060, a, b, c,	1/0,5

Type 81:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant (=90).

Type 171:

Type 82:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant (=90).

Type 83:

Remarks:

20. If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant (=90).

21. R1 is calculated automatically depending on H.

Code, parameters	R1	R2	a2	a3
8311, b[, c, a1] 8322, b[, c, a1]	* *	30 30	18 30	30 30

Type 130:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant.

Type 51:

Type 52:

Type 131:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant.

Type 140:

Remarks:

22. If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant and the flange angle equal to a4 (90 by default).

23. The small sketch to the right shows how R2 controls the small notch at the end of the flange. Note that R2 contains encoded information.

24. If R2<1000 then the notch will be placed in the upper corner of the web as shown in the small figure below. Note that R2<0 in this case will produce a sniped corner.

Type 141:

Remarks:

25. If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant and the flange angle equal to a4 (90 by default).

26. The small sketch to the right shows how R2 controls the small notch at the end of the flange. Note that R2 contains encoded information.

27. If R2<1000 then the notch will be placed in the upper corner of the web as shown in the small figure below. Note that R2<0 in this case will produce a sniped corner.

Type 142:

Remarks:

28. R1 defines two identical notches at the lower and upper corner of the web respectively.

Type 143:

Type 149:

Remarks:

R2 contains encoded information according to the sketch above, if R2 < 1000 then R2 defines an arc segment.

If b = 0, then b = R1

Type 95:

.

Remarks:

R2 contains encoded information according to the sketch above.

Type 144:

Remarks:

29. R1 defines two identical notches at the lower and upper corner of the web respectively.

Type 145:

Remark:

If c = 0 or not given then c will be set to the flange width, a2 will become irrelevant and the flange angle will be set to a4 (90 by default).

Type 150:

Remarks:

30. The small figure below shows how an extra line segment may be coded into R1. When R1 is less than 1000 then R1 will just define the radius of a notch.

31. If c = 0 or not given then c will be set to the flange width, ?2 and ?3 will become irrelevant and the flange angle will be set to ?4 (90 by default).

.

Type 146:

Remark:

R1 defines two identical arc segments.
If c = 0 or not given then c will be set to the flange width, a2 will become irrelevant and the flange angle will be set to a4 (90 by default).

Type 147:

Remark:

If c = 0 or not given the c will be set to the flange width, a2 will become irrelevant and the flange angle will be set to a4 (90 by default).

Type 148:

Remark:

The value given for radius R1 and R2 has the following meaning:

• A negative value indicates a KS-notch.

• A positive value less than 1000 indicates a scallop radius.

• A positive value greater than 1000 and less than 2000 indicates a fillet radius. The radius is received by subtracting 1000.

  Notes: Radius R1 contains encoded information according to the sketch above when it is greater than 2000.
  
  c contains encoded information. If c < 1000 then c defines an arc segment.

  Code, parameters	R1	R2	c	a2
  14800, a, b[, a1,a2]	KS10	15	35	90
  14810, a, b[, a1,a2]	KS10	35	50	90
  14820, a, b[, a1,a2]	KS10	50	40010	90
  14830, a, b[, a1,a2]	KS10	KS10	30010	90
  14840, a, b[, a1,a2]	KS10	50	30010	60
  14850, a, b[, a1,a2]	60030	50	30010	60
  14860, a, b[, a1,a2]	1030	50	30010	60
  14870, a, b[, a1,a2]	30	50	30010	60

Type 158:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant and the flange angle equal to a4 (90 by default).

Type 166:

Remark:

If c is not given (or =0) then c will be set equal to the flange width and a2 becomes irrelevant and the flange angle equal to a4 (90 by default).

Type 167:

Remark:

If b equals the profile height alpha3 will be set to 90 degrees.

Type 168:

Remark:

If c = 0 or not given then c will be set to the flange width and a2 will become irrelevant. R2 contains encoded information according to the small sketch in the upper left corner. If R2 < 1000 then R2 will define an arc segment.