The family of products called UniversalRack is optimized to create solid and important structures with a width of 19" or more (up to 4 meters per side). The open frames of this series have codes in the form TRhhwwdd where after the letters TR we find 3 pairs of numbers that determine the dimensions of the structure expressed in rack units: height the first 2 digits, width the central 2, depth the final 2.
In the 10U = 551 mm wide frames (TRhh10dd) the 19" objects are installed directly on the front and rear uprights (external W=551 mm corresponds to 19" internal).
In the 11U = 596 mm (TRhh11dd) and 16U = 818 mm (TRhh16dd) wide frames, the 19" system is created with special 19" steel reduction rack uprights, codes ARMA.ML 19xx (where xx indicates the number of units)
Frame composition:
1 - Extruded aluminum profile code. ARMA.PNG XX.Z (where XX indicates the length expressed in number of rack units; Z can take on the value ONE or TWO and indicates whether one or both fins have square holes at rack pitch for the cage nuts). To create a complete frame you need 4 extruded profiles for each size or a total of 12 pieces.
2 - Joint angle code. ARMA.TRC-2002 - For 1 frame you need 8 pieces
3 - Corner cover cod. ARMA.TRC-C2002 (or code ARMA.TRCFC2002 perforated cover) - 8 pieces are needed for 1 frame
4 - Hexagon socket screw cod. ARMA.B-10-30 - For 1 frame you need 24 pieces
5 - 19” internal aluminum upright code. ARMA.ML-2-XX where XX indicates the number of rack units *
6 - External 19” aluminum upright code. ARMA.SP XX where XX indicates the number of rack units *
7 - 19" internal steel upright cod. ARMA.ML 19/XX where XX indicates the number of rack units *
*the 19" reduction uprights, ARMA.ML-2, ARMA.SP and ARMA.ML 19 are necessary in frames with a width of 11U equal to 596 mm (TRxx11xx) and are fixed to the holes present in the profiles that create the depth or in frames with a width of 16U equal to 818 mm (TRxx16xx) and are fixed on ARMA.SML.XX support crosspieces mounted at the bottom of the frame bottom and at the top on the roof.
click on the codes in the table to enter the detailed technical data sheet
U | A (height) | P (depth) | B (width) | ||
rack unit number | height in mm | depth in mm | width 551 mm | width 596 mm | width 818 mm |
12 | 641 | 551 | TR121610 | ||
596 | |||||
730 | |||||
818 | |||||
996 | |||||
15 | 774 | 551 | TR151610 | ||
596 | |||||
730 | |||||
818 | |||||
996 | TR151620 | ||||
18 | 907 | 551 | |||
596 | |||||
730 | TR181614 | ||||
818 | |||||
996 | |||||
20 | 996 | 551 | TR201010 | TR201110 | TR201610 |
596 | TR201011 | TR201111 | TR201611 | ||
730 | TR201114 | TR201614 | |||
818 | TR201016 | TR201616 | |||
996 | TR201020 | TR201120 | TR201620 | ||
24 | 1174 | 551 | |||
596 | |||||
730 | TR241614 | ||||
818 | |||||
996 | |||||
30 | 1441 | 551 | |||
596 | |||||
730 | TR301614 | ||||
818 | |||||
996 | |||||
36 | 1707 | 551 | |||
596 | |||||
730 | |||||
818 | |||||
996 | TR361620 | ||||
42 | 1974 | 551 | |||
596 | |||||
730 | |||||
818 | |||||
996 | |||||
45 | 2107 | 551 | TR451610 | ||
596 | TR451611 | ||||
730 | TR451614 | ||||
818 | |||||
996 | |||||
47 | 2197 | 551 | TR471010 | TR471110 | TR471610 |
596 | TR471011 | TR471611 | |||
730 | TR471014 | TR471614 | |||
818 | TR471016 | TR471616 | |||
996 | TR471620 | ||||
50 | 2330 | 551 | TR501110 | TR501610 | |
596 | TR501611 | ||||
730 | TR501614 | ||||
818 | TR501016 | TR501116 | TR501616 | ||
996 | TR501620 |
For the codes in the table that do not refer to any technical data sheet and for different sizes, ask for a quote.
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how to calculate the weight of UniversalRack family frames :
the joint kit with 3 screws and cover weighs 350 grams, 8 are needed, therefore 350 grams. x 8 = 2.8kg.The profiles weigh approximately 1Kg/m linear the length of a profile is obtained by multiplying the number of units by 44.45 mm and adding 7.25 mm to the result,
for example a TR151016 frame weighs:
(15 x 44.45)+7.25 = 674.00 mm = 0.674 m = 0.674 kg. x 4 = 2.70 kg
(10 x 44.45)+7.25 = 444.50 mm = 0.445 m = 0.445 kg. x 4 = 1.78 kg
(16 x 44.45)+7.25 = 718.45 mm = 0.718 m = 0.718 kg. x 4 = 2.87 kg
n. 8 joints and related accessories = 350 gr. x 8 = 2.8kg.
Total 10.15 kg