Working loads for Pipe Shoe LD - HV

Pipe Shoes

Working loads for Pipe Shoe LD - HV

Product as PDF file

Basis for assessment EC 3, working loads for supports at their delivered height (90 mm, 150 mm or 200 mm)

The load values apply to pipe shoes from the HCP range as well as to the high and low temperature pipe shoes. The load values are based on room temperature.
For higher temperatures, the corresponding temperature correction values according to the attached table must be taken into account.
For low-temperature pipe shoes, the full loads can be applied over the recommended range of application. For temperatures below -50°C, an individual technical consultation is required. To use our fixed point sets, fixed point angles and axial stops, it is necessary to dismantle the sliding plate, so a friction value of μ = 0.3 should be taken into account for the pipe static consideration.

Axial fixed point forces Fx can only be attained by the professional use of anti-slip protections (e.g. cleats, stoppers). Those have to be planned during the design of the piping and are on the responsibilty of the piping manufacturer.

The tests for lifting forces - Fz were performed using a combination of a pipe shoe LD - HV an a guiding or fixed points sets. This results in the values for - Fz in the following combinations:

-	beam connection with the FS guiding set or the XS fixed point set.
-	Connection to siFramo with the guiding bracket FW F or the fixed point bracket XW F

Further statical product datas are available on request.

Material-dependent temperature correction values (k)

Temperature	16Mo3	S235JR
20°C	1.00	1.00
80°C	0.95	1.00
100°C	0.93	1.00
150°C	0.89	0.90
200°C	0.85	0.81
250°C	0.77	0.71
300°C	0.71	0.61
350°C	0.64	0.52
400°C	0.58	-
450°C	0.53	-
500°C	0.51	-

LD - HV	D_max	Fx [kN]	Fy [kN]	+ Fz [kN]	- Fz FS 80/120 [kN]	- Fz FW F 80 [kN]	- Fz XS 80/120 [kN]	- Fz XW F 80 [kN]
90	221	37.2	12.9	32.8	28	12.2	32.8	32.8
90	229	37.2	12.9	32.8	28	12.2	32.8	32.8
90	237	37.2	12.9	32.8	28	12.2	32.8	32.8
90	245	37.2	12.9	32.8	28	12.2	32.8	32.8
90	254	37.2	12.9	32.8	28	12.2	32.8	32.8
90	262	37.2	12.9	32.8	28	12.2	32.8	32.8
90	266	37.2	12.9	32.8	28	12.2	32.8	32.8
90	273	37.2	12.9	32.8	28	12.2	32.8	32.8
90	282	37.2	12.9	32.8	28	12.2	32.8	32.8
90	291	37.2	12.9	32.8	28	12.2	32.8	32.8
90	300	37.2	12.9	32.8	28	12.2	32.8	32.8
90	309	37.2	12.9	32.8	28	12.2	32.8	32.8
90	317	37.2	12.9	32.8	28	12.2	32.8	32.8
90	324	37.2	12.9	32.8	28	12.2	32.8	32.8
90	333	37.2	12.9	32.8	28	12.2	32.8	32.8
90	342	37.2	12.9	32.8	28	12.2	32.8	32.8
90	350	37.2	12.9	32.8	28	12.2	32.8	32.8
90	356	37.2	13.1	32.8	28	12.2	32.8	32.8
90	365	36.2	12.7	32.8	28	12.2	32.8	32.8
90	374	35.2	12.5	32.8	28	12.2	32.8	32.8
90	382	34.3	12.3	32.8	28	12.2	32.8	32.8
90	388	33.7	12.2	32.8	28	12.2	32.8	32.8
90	396	32.8	12.0	32.8	28	12.2	32.8	32.8
90	407	31.6	11.9	32.8	28	12.2	32.8	32.8
90	418	30.4	11.5	32.8	28	12.2	32.8	32.8
90	429	29.2	11.2	32.8	28	12.2	32.8	32.8
90	440	28.0	11.0	32.8	28	12.2	32.8	32.8
90	451	26.8	10.7	32.8	28	12.2	32.8	32.8
90	457	26.2	10.6	32.8	28	12.2	32.8	32.8
90	468	25.0	10.3	32.8	28	12.2	32.8	32.8
90	477	24.0	10.1	32.8	28	12.2	32.8	32.8
90	487	22.9	9.9	32.8	28	12.2	32.8	32.8
90	498	21.7	9.6	32.8	28	12.2	32.8	32.8
90	508	20.8	9.4	32.8	28	12.2	32.8	32.8
90	519	19.4	9.1	32.8	28	12.2	32.8	32.8
90	530	18.2	8.9	32.8	28	12.2	32.8	32.8
90	541	17.0	8.6	32.8	28	12.2	32.8	32.8
90	552	15.8	8.3	32.8	28	12.2	32.8	32.8
90	563	14.6	8.1	32.8	28	12.2	32.8	32.8
90	574	13.4	7.8	32.8	28	12.2	32.8	32.8
90	585	12.2	7.6	32.8	28	12.2	32.8	32.8
90	596	11.1	7.3	32.8	28	12.2	32.8	32.8
90	604	10.2	7.1	32.8	28	12.2	32.8	32.8
90	610	9.5	7.2	32.8	28	12.2	32.8	32.8

Basis for assessment EC 3, working loads for Supports in delivery status
Sliding Support LD - HV + Guiding Set FS resp. Fixed Point Set XS
Sliding Support LD - HV + Guiding Bracket FW F 80 resp. Fixed Point Bracket XW F 80

LD - HV	D_max	Fx [kN]	Fy [kN]	+ Fz [kN]	- Fz FS 80/120 [kN]	- Fz FW F 80 [kN]	- Fz XS 80/120 [kN]	- Fz XW F 80 [kN]
150	221	30.8	12.7	32.8	28	12.2	32.8	32.8
150	229	30.8	12.7	32.8	28	12.2	32.8	32.8
150	237	30.8	12.7	32.8	28	12.2	32.8	32.8
150	245	30.8	12.7	32.8	28	12.2	32.8	32.8
150	254	30.8	12.7	32.8	28	12.2	32.8	32.8
150	262	30.8	12.7	32.8	28	12.2	32.8	32.8
150	266	30.8	12.7	32.8	28	12.2	32.8	32.8
150	273	30.8	12.7	32.8	28	12.2	32.8	32.8
150	282	30.8	12.7	32.8	28	12.2	32.8	32.8
150	291	30.8	12.7	32.8	28	12.2	32.8	32.8
150	300	30.8	12.7	32.8	28	12.2	32.8	32.8
150	309	30.8	12.7	32.8	28	12.2	32.8	32.8
150	317	30.8	12.7	32.8	28	12.2	32.8	32.8
150	324	30.8	12.7	32.8	28	12.2	32.8	32.8
150	333	30.8	12.7	32.8	28	12.2	32.8	32.8
150	342	30.8	12.7	32.8	28	12.2	32.8	32.8
150	350	30.8	12.7	32.8	28	12.2	32.8	32.8
150	356	30.8	12.9	32.8	28	12.2	32.8	32.8
150	365	30.8	12.4	32.8	28	12.2	32.8	32.8
150	374	29.2	12.2	32.8	28	12.2	32.8	32.8
150	382	28.5	12.0	32.8	28	12.2	32.8	32.8
150	388	28.0	11.8	32.8	28	12.2	32.8	32.8
150	396	27.2	11.6	32.8	28	12.2	32.8	32.8
150	407	26.3	11.5	32.8	28	12.2	32.8	32.8
150	418	25.3	11.1	32.8	28	12.2	32.8	32.8
150	429	24.3	10.8	32.8	28	12.2	32.8	32.8
150	440	23.3	10.5	32.8	28	12.2	32.8	32.8
150	451	22.3	10.2	32.8	28	12.2	32.8	32.8
150	457	21.8	10.0	32.8	28	12.2	32.8	32.8
150	468	20.8	9.8	32.8	28	12.2	32.8	32.8
150	477	20.0	9.5	32.8	28	12.2	32.8	32.8
150	487	19.1	9.3	32.8	28	12.2	32.8	32.8
150	498	18.1	9.0	32.8	28	12.2	32.8	32.8
150	508	17.3	8.8	32.8	28	12.2	32.8	32.8
150	519	16.2	8.4	32.8	28	12.2	32.8	32.8
150	530	15.2	8.1	32.8	28	12.2	32.8	32.8
150	541	14.3	7.9	32.8	28	12.2	32.8	32.8
150	552	13.3	7.6	32.8	28	12.2	32.8	32.8
150	563	12.3	7.3	32.8	28	12.2	32.8	32.8
150	574	11.3	7.0	32.8	28	12.2	32.8	32.8
150	585	10.3	6.7	32.8	28	12.2	32.8	32.8
150	596	9.3	6.4	32.8	28	12.2	32.8	32.8
150	604	8.6	6.2	32.8	28	12.2	32.8	32.8
150	610	8.1	6.3	32.8	28	12.2	32.8	32.8

LD - HV	D_max	Fx [kN]	Fy [kN]	+ Fz [kN]	- Fz FS 80/120 [kN]	- Fz FW F 80 [kN]	- Fz XS 80/120 [kN]	- Fz XW F 80 [kN]
200	221	24.6	11.1	32.8	28	12.2	32.8	32.8
200	229	24.6	11.1	32.8	28	12.2	32.8	32.8
200	237	24.6	11.1	32.8	28	12.2	32.8	32.8
200	245	24.6	11.1	32.8	28	12.2	32.8	32.8
200	254	24.6	11.1	32.8	28	12.2	32.8	32.8
200	262	24.6	11.1	32.8	28	12.2	32.8	32.8
200	266	24.6	11.1	32.8	28	12.2	32.8	32.8
200	273	24.6	11.1	32.8	28	12.2	32.8	32.8
200	282	24.6	11.1	32.8	28	12.2	32.8	32.8
200	291	24.6	11.1	32.8	28	12.2	32.8	32.8
200	300	24.6	11.1	32.8	28	12.2	32.8	32.8
200	309	24.6	11.1	32.8	28	12.2	32.8	32.8
200	317	24.6	11.1	32.8	28	12.2	32.8	32.8
200	324	24.6	11.1	32.8	28	12.2	32.8	32.8
200	333	24.6	11.1	32.8	28	12.2	32.8	32.8
200	342	24.6	11.1	32.8	28	12.2	32.8	32.8
200	350	24.6	11.1	32.8	28	12.2	32.8	32.8
200	356	25.0	11.3	32.8	28	12.2	32.8	32.8
200	365	24.1	10.9	32.8	28	12.2	32.8	32.8
200	374	23.5	10.8	32.8	28	12.2	32.8	32.8
200	382	23.1	10.6	32.8	28	12.2	32.8	32.8
200	388	22.7	10.5	32.8	28	12.2	32.8	32.8
200	396	22.2	10.3	32.8	28	12.2	32.8	32.8
200	407	21.6	10.2	32.8	28	12.2	32.8	32.8
200	418	20.9	9.8	32.8	28	12.2	32.8	32.8
200	429	20.3	9.6	32.8	28	12.2	32.8	32.8
200	440	19.6	9.4	32.8	28	12.2	32.8	32.8
200	451	19.0	9.2	32.8	28	12.2	32.8	32.8
200	457	18.6	9.0	32.8	28	12.2	32.8	32.8
200	468	17.9	8.8	32.8	28	12.2	32.8	32.8
200	477	17.4	8.6	32.8	28	12.2	32.8	32.8
200	487	16.8	8.4	32.8	28	12.2	32.8	32.8
200	498	16.1	8.2	32.8	28	12.2	32.8	32.8
200	508	15.7	8.1	32.8	28	12.2	32.8	32.8
200	519	14.9	7.8	32.8	28	12.2	32.8	32.8
200	530	14.2	7.5	32.8	28	12.2	32.8	32.8
200	541	13.6	7.3	32.8	28	12.2	32.8	32.8
200	552	12.9	7.1	32.8	28	12.2	32.8	32.8
200	563	12.3	6.9	32.8	28	12.2	32.8	32.8
200	574	11.6	6.6	32.8	28	12.2	32.8	32.8
200	585	11.0	6.4	32.8	28	12.2	32.8	32.8
200	596	10.3	6.2	32.8	28	12.2	32.8	32.8
200	604	9.9	6.0	32.8	28	12.2	32.8	32.8
200	610	9.5	6.1	32.8	28	12.2	32.8	32.8