Component - Technical Data

Technical Data

Pro Seam Panels properties

		SECTION PROPERTIES
					TOP FLAT IN COMPRESSION		BOTTOM FLAT IN COMPRESSION
Ga	Fy (KSI)	Fb (KSI)	WEIGHT (PSF)	GIRTH (in.)	I_x (in⁴/ft)	S_x (in³/ft)	I_x (in⁴/ft)	S_x (in³/ft)
26	50.0	30.0	1.13	30.0	.2714	.1191	.1020	.0648
24	50.0	30.0	1.44	30.0	.3559	.1490	.1453	.0961
22	50.0	30.0	1.75	30.0	.4367	.1825	.1920	.1312

		Load In (stress)										Load In (deflection)
Ga	Span	3	3.5	4	4.5	5	5.5	6	6.5	7	7.5	3	3.5	4	4.5	5	5.5	6	6.5	7	7.5
26	Simple	264	194	148	117	95	78	66	56	48	42	264	194	148	117	95	78	66	56	48	42
24	Simple	331	243	186	147	119	98	82	70	60	53	331	243	186	147	119	98	82	70	60	53
26	Two	129	95	72	57	46	38	32	27	23	20	129	95	72	57	46	38	32	27	23	20
24	Two	213	156	120	94	76	63	53	45	39	34	213	156	120	94	76	63	53	45	39	34
26	Three +	162	119	91	72	58	48	40	34	29	26	162	119	91	72	58	48	40	34	29	26
24	Three +	268	196	150	119	96	79	67	57	49	42	268	196	150	119	96	79	67	57	49	42

		Load Out (stress)										Load Out (deflection)
Ga	Span	3	3.5	4	4.5	5	5.5	6	6.5	7	7.5	3	3.5	4	4.5	5	5.5	6	6.5	7	7.5
26	Simple	129	95	72	57	46	38	32	27	23	20	129	95	72	57	46	38	32	25	20	16
24	Simple	213	156	120	94	76	63	53	45	39	34	213	156	120	94	76	60	46	36	29	23
26	Two	264	194	148	117	95	78	66	56	48	42	264	194	148	117	95	78	66	56	47	38
24	Two	331	243	186	147	119	98	82	70	60	53	331	243	186	147	119	98	82	70	60	53
26	Three +	332	244	186	147	119	98	83	70	61	53	332	244	186	140	102	77	59	46	37	30
24	Three +	415	305	233	184	149	123	103	88	76	66	415	305	233	184	146	109	84	66	53	43

NOTES:

1.     Stress loads are total loads limited by maximum bending stresses based on calculated properties
2.     Deflection loads are limited by a maximum deflection ratio of L/240 or the maximum bending stress.
3.     To obtain uplift loads due to wind, multiply tabulated values by 1.333.
4.     All panels are Fy = 50 KSI.
5.     All calculations for the properties of Pro Seam panels are calculated in accordance with the 1968 edition of Specifications for the Design of Light Gauge Cold Formed Steel Structural Members, published by the American Iron and Steel Institute (AISI).

All steel substrates are manufactured in accordance to ASTM A446 Specifications. Protective coatings shall be either Galvanized G90, 1.25 oz/sq. ft., meeting ASTM A525; or Galvalume AZ55, .55 oz/sq. ft., meeting ASTM A792 Specifications.

Rib-12 Panel Properties

SECTION PROPERTIES 80,000 psi
	Load In			Load Out
Gauge	I_x (in⁴/ft)	S_x (in³/ft)	M_a (k-in)		I_x (in⁴/ft)	S_x (in³/ft)	M_a (k-in)
28	0.0222	0.0218	3.139		0.0241	0.0387	5.577
26	0.0294	0.0293	4.223		0.0371	0.0500	7.195
24	0.0465	0.0481	6.924		0.0520	0.0671	9.659
22	0.0647	0.0689	9.919		0.0676	0.0842	12.127

SECTION PROPERTIES 50,000 psi
	Load In			Load Out
Gauge		S_x (in³/ft)	M_a (k-in)		I_x (in⁴/ft)	S_x (in³/ft)	M_a (k-in)
24	0.0547	0.0589	5.299		0.0542	0.0677	6.089
22	0.0737	0.0811	7.298		0.0704	0.0849	7.645

1. Section properties are calculated in accordance with the 1986 AISI Cold Formed Steel Design Manual, 1989 Addendums.
2. Section properties are based on base material thickness without protective coatings.
3. Panels with purlin bearings legs are available in Rib-12 Galvalume™ only.
4. All steel substrates are manufactured in accordance to ASTM A446 specifications. Protective metallic coatings shall be galvanized, G90, 1.25 oz/sf, meeting ASTM A525 or Galvalume™, AZ55, 0.55 oz/sf, meeting ASTM A792 specifications.
5. Organic paint coatings shall be silicone polyester equal to Ceram-A-Star™ 950 and shall meet ASTM G23, G26 and B117.

80,000 psi
SIMPLE SPAN
	Load Out (stress)					Load Out (deflection)
Ga	3’	4’	5’	6’	7’	3’	4’	5’	6’	7’
28	103	58	37	26	19	201	91	51	31	21
26	139	78	50	35	26	294	127	66	39	25
24	228	128	82	57	42	413	179	96	57	36
22	327	184	118	82	60	54	240	125	74	47
TWO SPAN
28	103	58	37	26	19	201	91	51	31	20
26	139	78	50	35	26	294	127	66	39	25
24	228	128	82	57	42	413	179	96	57	36
22	327	184	118	82	60	554	240	125	74	47
THREE SPAN
28	129	73	47	32	24	183	83	45	26	17
26	174	88	63	44	32	240	134	56	33	21
24	285	160	103	71	52	348	151	79	46	30
22	408	230	147	102	75	453	195	102	59	37

80,000 psi
SIMPLE SPAN
	Load In (stress)					Load In (deflection)
Ga	3’	4’	5’	6’	7’	3’	4’	5’	6’	7’
28	76	44	28	19	14	88	41	23	14	10
26	104	59	38	26	19	119	55	33	19	12
24	171	96	62	43	31	203	86	44	25	16
22	245	138	88	61	45	252	106	54	32	20
TWO SPAN
28	184	103	66	46	34	189	89	49	30	20
26	237	133	85	59	44	258	121	67	41	29
24	318	179	115	89	58	417	206	105	61	38
22	399	225	144	100	73	607	256	131	76	48
THREE SPAN
28	121	68	44	30	22	154	72	40	25	16
26	163	92	59	41	30	211	98	54	36	23
24	267	105	96	67	49	339	161	83	48	30
22	374	211	135	94	69	475	201	103	59	37

Zee Properties

			PROPERTIES OF FULL SECTION																Effec. Sec. Prop.
			Axis x - x				Axis y - y
G	Area		I_x	S_x	r_x	I_y		S_y		r_y		I_xy		J		C_w		r_o	I_x	S_x	M_a
a	In.	#/In.	In⁴	In³	In.		In⁴		In³		In.		In.		In⁴		In⁶	In.	In⁴	In³	Kip-in.
16	.844	2.869	8.120	2.030	3.102		1.221		.414		1.203		2.385		.001006		12.437	3.327	7.271	1.699	55.951
15	.948	3.223	9.099	2.275	3.098		1.365		.463		1.200		2.673		.001431		13.831	3.322	8.317	1.971	64.913
14	1.050	3.571	10.058	2.514	3.095		1.504		.511		1.197		2.955		.001954		15.173	3.318	9.210	2.185	71.955
12	1.460	4.964	13.847	3.462	3.080		2.048		.699		1.184		4.072		.005325		20.255	3.300	13.564	3.344	110.141

1. Section properties are calculated in accordance with the 1986 AISI Cold-Formed Steel Design Manual 1989 Addendum.
2. Minimum yield strength of steel is 55,000 psi (galvanized members are 50,000 psi min.).

Cee Properties

			PROPERTIES OF FULL SECTION
			Axis x - x			Axis y - y
	Area		I_x	S_x	r_x	I_y	S_y	r_y	X
Ga	In²	#/Ft	In⁴	In³	In.	In⁴	In³	In.	In.
CEE
16	0.830	2.824	7.862	1.966	3.077	0.674	0.370	0.901	0.679
15	0.932	3.169	8.801	2.200	3.073	0.750	0.412	0.897	0.679
14	1.032	3.509	9.716	2.429	3.068	0.824	0.453	0.894	0.679
12	1.430	4.861	13.311	3.328	3.051	1.104	0.607	0.879	0.681
EAVE STRUT
14	1.405	4.779	15.581	3.895	3.330	4.526	1.351	1.795	1.649

	PROPERTIES OF FULL SECTION						Effec. Sec. Prop.
	m	J	C_w	j	r_o	x_o	I_x	S_x	M_a
Ga	In.	In⁴	In⁶	In.	In.	In.	In⁴	In³	Kin-in.
CEE
16	1.131	0.000990	8.977	4.520	3.667	-1.780	7.200	1.706	56.186
15	1.127	0.001407	9.977	4.524	3.659	-1.772	8.071	1.917	63.142
14	1.123	0.001919	10.938	4.528	3.651	-1.765	9.144	2.203	72.541
12	1.108	0.005215	14.565	4.547	3.619	-1.736	13.171	3.268	107.641
EAVE STRUT
14	2.349	0.002614	57.441	5.627	5.477	-3.961	11.708	2.480	81.667

Bracing Properties

Bracing to be AN1265 strap attached to bottom of purlins with either #14 self-tapper or #12 self-drilling screw.