15
Dimensional table (in mm) of the telescopic doors with four moving leaves:
ACCESSORI INSTALLABILI
BEAM LENGTH WITHOUT SIDE COVERS
FREE PASSAGE NO SEALS
LEAF WIDTH
LENGTH OF THE CONNECTING BEAM
HOLE SPACING OF THE CONNECTING BEAM
BATTERY
ELECTRIC LOCK
DIMENSION WITH SIDES
LT
PL
LA
LR
LF
2500
1636,0
432,0
288
274
-
-
2512
2550
1669,3
440,3
296
282
-
-
2562
2750
1802,7
473,7
330
316
-
-
2762
2950
1936,0
507,0
363
349
-
-
2962
3150
2069,3
540,3
396
382
-
-
3162
3350
2202,7
573,7
430
416
X
-
3362
3550
2336,0
607,0
463
449
X
-
3562
3750
2469,3
640,3
496
482
X
-
3762
3950
2602,7
673,7
530
516
X
-
3962
4150
2736,0
707,0
563
549
X
-
4162
4350
2869,3
740,3
596
582
X
-
4362
4550
3002,7
773,7
630
616
X
-
4562
4750
3136,0
807,0
663
649
X
-
4762
4950
3269,3
840,3
696
682
X
-
4962
5150
3402,7
873,7
730
716
X
-
5162
5350
3536,0
907,0
763
749
X
-
5362
5550
3669,3
940,3
796
782
X
-
5562
5750
3802,7
973,7
830
816
X
-
5762
5950
3936,0
1007,0
863
849
X
-
5962
6150
4069,3
1040,3
896
882
X
-
6162
6350
4202,7
1073,7
930
916
X
-
6362
6500
4302,7
1098,7
955
941
X
-
6512
DIMENSION WITH SIDES
Calculation of LT when PL is known
Calculation of PL when LT is known
LT= PL - G + 4S
2
PL= 2 LT + G - 4S
3
LA= PL - G
+ S
4
LR = LA - S - 121 LF = LA - S - 135
Below are some examples of telescopic sliding doors calculated by
assuming a leaf overlap
S = 23mm
and a final stop
G = 0mm
each one with its relative installable accessories