Bay Poles: Calculations

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Calculating imposed weights:

• Measure the areas of building to be supported (DEAD LOAD) in square meters e.g. area of roof, walls, floor etc.
• Check joist line, some end in the bay, which will potentially mean extra weight especially if supporting imposed loads.
• Multiply these areas by the weight of the materials and add together.

Typical weights of materials

Floors

220 kg per sq.m

Roof loading

250kg per sq.m

Rendering or tile hung stud work

100kg per sq.m

Single Wall Brickwork

225kg per sq.m

Double Wall Brickwork

450kg per sq.m

Add extra for upstairs window frames and glass, snow, other imposed weights and wind, all of which vary from site to site. Do not underestimate values.

• Divide the sum (Max possible imposed weight) by the number of poles requires on the bottom bay, thus giving you the load on each bay pole.

The next step is to choose the right pole for the load. All poles have different ratings depending on pole material, length, diameter and wall thickness.

All of our Poles are load certificated.

Maximum Loading for Bay Poles - Hydraulic Test Results (Nicholls & Cooke)

Height Of Pole in mm	Max. Load 51 x 2mm Aluminium		Max. Load 38mm Steel Rehau Duraflex Kommerling Plusplan		Max. Load 42mm Steel Eurocell Status 6318 Profile 22 Deceunick		Max. Load 48mm Steel Status 70 Deceunick Shield
	Kg	Kn	Kg	Kn	Kg	Kn	Kg	Kn
1000	1478	14.5	3500	34.34	4500	44.15	5000	49.05
1100	1376	13.5	3000	29.34	4000	39.29	5000	49.05
1200	1252	12.29	3000	29.34	4000	39.29	5000	49.05
1300	1159	11.37	3000	29.34	3500	34.34	5000	49.05
1400	1040	10.21	2500	24.52	3000	29.43	5000	49.05
1500	945	9.28	2000	19.62	3000	29.43	4000	39.29
1600	874	8.58	1500	14.72	2500	24.43	4000	39.29
1700	803	7.88	1000	9.81	2500	24.52	3500	34.34
1800	732	7.19	1000	9.81	2000	19.62	3500	34.34
1900	614	6.06	1000	9.81	2000	19.62	3000	29.43
2000	567	5.57	1000	9.81	1500	14.72	3000	29.43
2100	528	5.18	1000	9.81	1500	14.72	2500	24.43

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