Pi shape

Sanlev s.a produces  a wide range of aluminium P shape in any desirable length.
There is a minimum quantity of production from each die
Very small quantities can be produced only according to a special price list  or after special agreement .

W (mm)	H (mm)	t (mm)	Area (mm2)	Th. Weight (gr/m)	Th. Weight 6m (kgr)	ey (mm)	Éxx  (cm^4)	Éyy (cm^4)	ix (cm)	iy (cm)	Sx (cm^3)	Sy (cm^3)	PSM x (cm3)	PSM y (cm3)	It, (cm4)	Iw, (cm6)	Yel,  (mm)
6	5	1	14	38	0.23	3.07	0.0033	0.0069	0.1526	0.2215	0.0106	0.0229	0.0189	0.0290	0.00047	0.00013	3.27
10	10	1.9	50	134	0.81	5.96	0.0468	0.0672	0.3065	0.3675	0.0785	0.1345	0.1349	0.1722	0.00599	0.00506	6.89
11	4.5	1	18	49	0.29	3.13	0.0030	0.0287	0.1285	0.3990	0.0095	0.0521	0.0195	0.0653	0.00060	0.00043	2.27
11	10.5	1.1	33	89	0.53	6.64	0.0364	0.0631	0.3332	0.4387	0.0548	0.1147	0.0969	0.1356	0.00132	0.00602	7.54
11	15	1.7	64	173	1.04	8.84	0.1415	0.1177	0.4705	0.4292	0.1600	0.2140	0.2659	0.2617	0.00616	0.02181	11.56
12	12	1	34	92	0.55	7.62	0.0502	0.0811	0.3844	0.4885	0.0659	0.1352	0.1161	0.1570	0.00113	0.01036	8.81
14	6	1.25	29	79	0.48	4.16	0.0088	0.0770	0.1734	0.5120	0.0212	0.1100	0.0433	0.1370	0.00153	0.00210	3.12
15	12.5	1.4	52	141	0.84	8.07	0.0812	0.1836	0.3949	0.5937	0.1006	0.2448	0.1824	0.2901	0.00340	0.02480	8.64
16	12	1.5	56	150	0.90	7.84	0.0784	0.2174	0.3759	0.6258	0.1000	0.2717	0.1846	0.3244	0.00416	0.02674	8.00
17	25	3	183	494	2.96	14.48	1.1110	0.7795	0.7792	0.6527	0.7671	0.9171	1.2586	1.1408	0.05490	0.39236	19.43
18.5	10	1	37	99	0.59	7.03	0.0351	0.1907	0.3102	0.7229	0.0499	0.2062	0.0990	0.2431	0.00122	0.01680	6.09
20	15	1.25	59	160	0.96	10.03	0.1359	0.3859	0.4784	0.8062	0.1355	0.3859	0.2516	0.4473	0.00309	0.07815	10.22
20.35	15	1	48	131	0.78	10.16	0.1122	0.3326	0.4817	0.8293	0.1105	0.3268	0.2063	0.3744	0.00161	0.06871	10.26
22	7.2	1.2	41	110	0.66	5.33	0.0167	0.2624	0.2024	0.8020	0.0314	0.2385	0.0682	0.2950	0.00196	0.01040	3.43
22	21	2	120	324	1.94	13.35	0.5373	0.9400	0.6692	0.8851	0.4025	0.8545	0.7129	1.0020	0.01600	0.36324	15.16
25	15	1.1	58	157	0.94	10.50	0.1310	0.5802	0.4748	0.9995	0.1247	0.4642	0.2426	0.5373	0.00234	0.11898	9.60
25	30	2	162	437	2.62	18.63	1.5112	1.7454	0.9658	1.0380	0.8112	1.3963	1.3883	1.6005	0.02160	1.40454	23.12
26	37	1.6	155	418	2.51	22.67	2.2252	1.9228	1.1986	1.1142	0.9816	1.4791	1.6444	1.6524	0.01322	2.39305	29.76
27	11	1	47	127	0.76	8.16	0.0516	0.5022	0.3315	1.0337	0.0633	0.3720	0.1332	0.4423	0.00157	0.05277	6.05
27.5	15	2.6	136	367	2.20	10.14	0.2774	1.4537	0.4516	1.0339	0.2734	1.0572	0.5350	1.2943	0.03064	0.26328	8.76
31.8	3.4	1.2	43	117	0.70	2.59	0.0020	0.4452	0.0680	1.0124	0.0078	0.2800	0.0161	0.3842	0.00209	0.00173	0.70
32	16.5	1.1	69	187	1.12	11.90	0.1848	1.1094	0.5172	1.2673	0.1553	0.6934	0.3117	0.8050	0.00279	0.27562	10.07
33.5	14	4	214	578	3.47	9.38	0.3300	3.0043	0.3927	1.1849	0.3517	1.7936	0.7044	2.3023	0.11413	0.39952	6.79
33.6	4	1.6	61	166	1.00	2.95	0.0042	0.7025	0.0827	1.0693	0.0142	0.4182	0.0278	0.5745	0.00524	0.00379	0.85
34.4	7.3	1.2	56	151	0.91	5.74	0.0194	0.8107	0.1864	1.2040	0.0338	0.4713	0.0792	0.5980	0.00268	0.02884	2.79
40	20	2	152	410	2.46	14.26	0.5760	3.6683	0.6156	1.5535	0.4038	1.8341	0.8138	2.1680	0.02027	1.28707	11.84
41	20	1.2	94	255	1.53	14.62	0.3688	2.4765	0.6253	1.6204	0.2524	1.2081	0.5127	1.4022	0.00453	0.90709	12.01
45	20	1.5	123	332	1.99	14.74	0.4641	3.7656	0.6143	1.7497	0.3149	1.6736	0.6516	1.9665	0.00923	1.34534	11.50
50	15	1.4	108	292	1.75	11.66	0.1986	3.7075	0.4286	1.8521	0.1703	1.4830	0.3805	1.8003	0.00706	0.68133	7.20
50	18	2	164	443	2.66	13.49	0.4560	5.7719	0.5273	1.8760	0.3381	2.3087	0.7277	2.7860	0.02187	1.55655	9.28
51.2	12	2	142	384	2.31	9.31	0.1403	4.6589	0.3139	1.8088	0.1506	1.8199	0.3470	2.2947	0.01899	0.46462	4.83
85	11.5	1.5	158	425	2.55	9.65	0.1077	12.9063	0.2615	2.8626	0.1115	3.0368	0.2796	3.9619	0.01181	0.94020	3.44
96	22	2	272	734	4.41	17.76	0.9564	32.4203	0.5930	3.4524	0.5383	6.7542	1.2623	8.3680	0.03627	11.81870	9.24
99.3	82.8	2.1	547	1,478	8.87	56.12	40.5297	97.2038	2.7209	4.2137	7.2221	19.5778	13.2273	21.6492	0.08048	638.55012	59.73
All the calculated data in the above table, is based on the theoritical dimensions of the profiles. Tolerances compy with EN 755. If stricter tolerances are required,  then they have to be confirmed with the sales department.
Ôá óôïé÷åßá ãéá ôéò äéáôïìÝò ðïõ ðåñéÝ÷åé ï ðßíáêáò, õðïëïãßóèçêáí âÜóåé ôùí èåùñçôéêþí äéáóôÜóåùí ôùí äéáôïìþí. Ïé äéáôïìÝò Ý÷ïõí áíï÷Ýò äéáóôÜóåùí êáé ìïñöÞò âÜóåé ôïõ EN 755. Áí ðñüêåéôáé íá ÷ñçóéìïðïéÞóåôå ôá ðñïößë óå åéäéêÝò åöáñìïãÝò, ðïõ áðáéôïýí êáé áõóôçñüôåñåò áíï÷Ýò, ðñÝðåé íá ôï áíáöÝñåôáé óôçí ðáñáããåëßá óáò.
Notes: Ixx, Iyy: moment of inertia with respect on x, y axis accordingly. Ixy: product of inertia Sx, Sy: section modulus with respect on x, y axis respectively, I1, I2: major moment of inertia i1, i2: radii of gyration with respect on major axis respectively è: major system (degrees) (clockwise rotation) PSM x, PSM y: Plastic Section Moduli, (cm3),  with respect on x, y axis respectively It: Torsional Constant (cm4) Iw: Wrapping constant (cm6) Yel: Elastic Center position (from centroid, mm)