45 R1

Profiled aluminum slat in 45 mm filled with polyurethane.

TECHNICAL DATA

Thickness

0,23 mm

Nominal thickness

9,4 mm

Coverage area

44,3 mm

Nº of slats per meter height

22,6

Normal-density slat weight (90 kg/m³)

0,098 kg/m | 2,220 kg/m²

Manufactured length

min. 4 m | max. 7 m

Standard manufactured length

6 m

Nº of slats (standard pack)

Standard pack

330 m/pack

Aditional thermal resistance ▲R Class 4

0,150 m² K/W

COMPATIBLE
SIDECAP

SLAT END CAP 45R1

ref:2329

COMPATIBLE
END SLATS

45 ER1

50 ER2

COMPATIBLE
RUBBERS

RUBBER 3 x 5,2

ref: 1733

(With this rubber, the slat acts as end slat)

COMPATIBLE
GUIDES

Guides with interior gap width between 13 and 16 mm. With brush 7x5 mm. (ref: 08011209904028)

For inlay guides use brush 4x5 mm. (ref: 39579)

COMPACT ROLLINGS

	ALUMINIUM BOX						LUXEBOX				SUBLIBOX				DOUBLE WALL		ARTBOX			ARTBOX PREMIUM
AXLE	137	150	165	180	205	250	155	185	215	245	155	185	215	245	155	185	155	185	220*	155*	185*
40	1048	1100	1506	1646	2324	3720	1058	1605	2373	2924	1102	1780	2460	3285	1100	1590	1100	1590	2130	1100	1590
50	1005	1250	1550	1690	2280	3808	1058	1605	2328	3230	1014	1735	1370	3285	1150	1670	1150	1670	2250	1150	1670
60	995	1210	1462	1602	2235	3410	1014	1560	2284	3230	1010	1690	2195	3243	1060	1590	1060	1590	2220	1060	1590

The indicated heights (expressed in mm) include the box and the end slat, that is, they are refered to the shutter hollow. These heights are orientative, taking account on the particular conditions of each case.
(*) The indicated height is for boxes without insulators.

ROLLING DIAMETERS

	AXLE
BLIND HEIGHT (m)	40	50	60
1,00	165	155	155
1,20	165	170	180
1,40	195	185	180
1,60	195	190	200
1,80	205	190	200
2,00	215	210	210
2,20	210	215	220
2,40	225	215	220
2,60	235	235	240
2,80	230	240	245
3,00	255	235	240
3,20	260	255	245
3,40	255	260	265
3,60	255	260	260
3,80	280	275	265
4,00	285	275	285
4,20	275	280	290
4,40	290	280	285
4,60	305	300	285

Data (expressed in mm) indicates the rolling diameter.

RESISTANCE TO THE WIND CHARGE

Classification according to the UNE EN 13659:2016 regulation. This classification has been done through tests upon UNE EN 1932: 2014 regulation “Resistance to the wind charge”.