27-37

Channel MS 41/41/41 - TEST

Group: 1711

Part number 00001

Test USP Artikel 1 - EN

Test USP Artikel 2 - EN

Test USP Artikel 3 - EN

Technical Data
Installation
Documents
Similar Products
Related Products
CAD

Technical Data

D₁	365 mm
D₂	567 mm
D	33 mm
B₁	22 mm
B₂	24 mm
BG₁	44 mm
BG₂	90,5 mm
L₁	7 mm
L₂	7 mm
H_{V min}	65 mm
H_{V max}	54 mm
H	15 mm
W	90°
S_L	13 mm
S_G	12
D_S1	1 mm
B	27 mm
t	1,25 mm
L	2.000 mm
B_P	12 mm
H_P	33 mm
B_P1	14 mm
H_P1	44 mm
H_P2	55 mm
C_P1	434 mm
b_P	13 mm
I_ZP	76 mm
d_P	900 mm
L_G	2 mm
H_G	22 mm
C	50 mm
l_z	10 mm
H₁	3 mm
IZP1	88 mm
t_P	2 mm
A	16 mm
C₁	77 mm
C₂	66 mm
b	8,5 mm
d	10,5 mm
d₁	456 mm
H₂	7 mm
H₃	8 mm
H₄	9 mm
H₅	0,123 mm
b₁	23 mm
b₂	25 mm
e	2 mm
M_i1	24
M_i2	M12
M_a	M200
SA	AF44
t₁	2 mm
SW	12 mm
L_S	4 mm
B₃	26 mm
B₄	28 mm
B_Po	13 mm
B_Po1	99 mm
d_R	34.556 mm
H_Po1	21 mm
H_Po2	32 mm
I_zPo	4 mm
t_Po	2 mm
t_R	2 mm
H_Po	88 mm
L_P	4 mm
L_P1	4 mm
l_z1	4 mm
l_z2	4 mm
L₃	3 mm
D_S	12 mm
Torx	2
M_i	M14
W_min	100°
W_max	100°
SKTISO4017	3/4"
SKTISO4017L	12
L₄	8 mm
L₅	0,8 mm
L₆	1 mm
d₃	35 mm
B_G	67 mm
L_max	4 mm
L_{max horizontal}	56 mm
Size max.	13,00 mm
Size min.	12,00 mm
d₂	789 mm

Testvalue - EN

Load range

-V_X,perm.	12,00 kN
V_X,perm.	11,00 kN
-V_Y,perm.	11,00 kN
V_Y,perm.	12,00 kN
-V_Z,perm.	22,00 kN
V_Z,perm.	1,50 kN

-M_X,perm.	28 kNm
M_X,perm.	0,01 kNm
-M_Y,perm.	24 kNm
M_Y,perm.	23,00 kNm
-M_Z,perm.	22 kNm
M_Z,perm.	25 kNm

Resistance torque Wy	0,25 cm³
Resistance torque Wz	0,64 cm³
Moment of inertia Iy	0,20 cm^4
Moment of inertia Iz	0,86 cm^4
Radius of inertia iy	0,54 cm
Radius of inertia iz	1,13 cm

Moment of inertia It	11,00 cm^4
Cross-section A	0,67 cm²

FRP 30	12 kN
FRP 60	11 kN
FRP 90	2 kN
FRP 120	3 kN

Note: All values refer to slotted channels.

Technical specifications

Permissible long-term temperature	130 °C
Permissible short-term temperature	17 °C
Max. temperature	12 °C
Min. temperature	11 °C
max. temperature insulation	9 °C
min. temperature insulation	2.000 °C
max. temperature sliding element	1 °C
min. temperature sliding element	97,3 °C

Resistant to:	aliphatic and aromatic hydrocarbons, aliphatic chlorinated hydrocarbons, alkaline solutions, animal or vegetable fats, aqueous solutions up to 70
Conditionally resistant to:	ageing, alkaline solutions, aqueous solutions up to 70, aromatic solvents
Not resistant to:	aliphatic chlorinated hydrocarbons, animal or vegetable fats, aqueous solutions up to 70, chlorine gas, diluted acids

Thermal Conductivity λ {0°C}	λ 0,045 W/Mk
Thermal Conductivity λ {10°C}	λ = 0,042 W/Mk
Thermal Conductivity λ {20°C}	λ = 0,043 W/Mk
Thermal Conductivity λ {30°C}	λ = 0,044 W/Mk
Thermal Conductivity λ {40°C}	λ = 0,045 W/Mk

Fire Performance

EL according to DIN EN 13501-1

Compressive strength	70,00 N/mm²
Permissible Tension σ{zul}	188,00 N/mm²
Permissible yield strength f_y,perm.	290,00 N/mm²
Tensile Resistance	3.700,00 N/mm²
Sliding Friction μ	0,5
Static Friction μ₀	0,9
Static friction coefficient µ_{0 MPH/Profile}	0,9
Friction coefficient µ static Pipe shoe foot (without sliding plate) / siFramo and siMotec	0,9
Friction coefficient µ static Pipe shoe foot (with sliding plate) / siFramo and siMotec	0,9
Tear Resistance	12,00 N/mm
Elongation at break	500 %
Surface Resistance	1 x 1011 Ohm
Insertion Isolation	12 dB(A)
Insertion Isolation as system test	12 dB(A)
Spring deflection min.	12 mm
Spring deflection max.	14 mm

Elongation at break	35 %
Compression set	13% (150° C/24 h)
Contact resistance	3 x 1015 Ohm
Dynamic E-Module	22,00 N/mm²
Static E-Module	22,00 N/mm²
Hardness	55+/-5° Shore
Bulk Density	12,00 g/cm³
Halogen-free	Yes
UV-resistant	Yes
Long-term performance	quick-drying, highly adhesive, weather-resistant, abrasion and scratch-resistant, halogen-free
Revound Elasticity	30 %
Water vapour diffusion resistance factor	70000
Storage Temperature	≥ 10°C
Storage Time	1 year
Storage condition	24 months when stored between +5 °C and max. +25 °C. Protect from frost and direct sunlight.
Salt spray test	Tstvalue 35

Material base body	steel
Material insulation body	Form B: cast iron, Form A: steel
Material sliding element	Form B: cast iron, Hybrid injection mortar, styrene-free
Material connecting element	Metal, MoS2-coated, NBR, PA 6.0
Class	5.6
Cell structure	Closed
Attachments	Stainless steel ejector springs, tube made of coated steel with plastic handles
Surface	pre-galavanised, welded plastic cover
Corossion class	C2

For further technical data, please refer to the pages in the download area.

Certification

This product has been awarded the RAL quality mark "Pipe Supports" and is subject to continuous external monitoring according to RAL GZ-655.

CAD

Installation

If required, channels can be joined on site using:

Slot pattern II: Hexagon socket bolt M8 x 16, with a max. spacing of 250 mm between connecting points one point at each end.

Slot pattern III and IV: Clamping Unit KL (for details see product.

All Channels MS 41 are serrated on the inner edges and thus can be combined with many other Sikla products, e.g. Channel Nut, End Support WBD, Beam Clamp TCS 1. Particularly effective combinations are possible using other Pressix components. All types can be used as guide and support channels by inserting Slide Block 41 inside the channel.

Documents

Datasheets / Loads

Channel MS 27/15, 27/25 and 27/37 - Centrical load
PDF (0.07MB)

27-37

Channel MS 41/41/41 - TEST

Group: 1711

Part number 00001

Test USP Artikel 1 - EN

Test USP Artikel 2 - EN

Test USP Artikel 3 - EN

Technical Data
Installation
Documents
Similar Products
Related Products
CAD

Technical Data

D₁	365 mm
D₂	567 mm
D	33 mm
B₁	22 mm
B₂	24 mm
BG₁	44 mm
BG₂	90,5 mm
L₁	7 mm
L₂	7 mm
H_{V min}	65 mm
H_{V max}	54 mm
H	15 mm
W	90°
S_L	13 mm
S_G	12
D_S1	1 mm
B	27 mm
t	1,25 mm
L	2.000 mm
B_P	12 mm
H_P	33 mm
B_P1	14 mm
H_P1	44 mm
H_P2	55 mm
C_P1	434 mm
b_P	13 mm
I_ZP	76 mm
d_P	900 mm
L_G	2 mm
H_G	22 mm
C	50 mm
l_z	10 mm
H₁	3 mm
IZP1	88 mm
t_P	2 mm
A	16 mm
C₁	77 mm
C₂	66 mm
b	8,5 mm
d	10,5 mm
d₁	456 mm
H₂	7 mm
H₃	8 mm
H₄	9 mm
H₅	0,123 mm
b₁	23 mm
b₂	25 mm
e	2 mm
M_i1	24
M_i2	M12
M_a	M200
SA	AF44
t₁	2 mm
SW	12 mm
L_S	4 mm
B₃	26 mm
B₄	28 mm
B_Po	13 mm
B_Po1	99 mm
d_R	34.556 mm
H_Po1	21 mm
H_Po2	32 mm
I_zPo	4 mm
t_Po	2 mm
t_R	2 mm
H_Po	88 mm
L_P	4 mm
L_P1	4 mm
l_z1	4 mm
l_z2	4 mm
L₃	3 mm
D_S	12 mm
Torx	2
M_i	M14
W_min	100°
W_max	100°
SKTISO4017	3/4"
SKTISO4017L	12
L₄	8 mm
L₅	0,8 mm
L₆	1 mm
d₃	35 mm
B_G	67 mm
L_max	4 mm
L_{max horizontal}	56 mm
Size max.	13,00 mm
Size min.	12,00 mm
d₂	789 mm

Testvalue - EN

Load range

-V_X,perm.	12,00 kN
V_X,perm.	11,00 kN
-V_Y,perm.	11,00 kN
V_Y,perm.	12,00 kN
-V_Z,perm.	22,00 kN
V_Z,perm.	1,50 kN

-M_X,perm.	28 kNm
M_X,perm.	0,01 kNm
-M_Y,perm.	24 kNm
M_Y,perm.	23,00 kNm
-M_Z,perm.	22 kNm
M_Z,perm.	25 kNm

Resistance torque Wy	0,25 cm³
Resistance torque Wz	0,64 cm³
Moment of inertia Iy	0,20 cm^4
Moment of inertia Iz	0,86 cm^4
Radius of inertia iy	0,54 cm
Radius of inertia iz	1,13 cm

Moment of inertia It	11,00 cm^4
Cross-section A	0,67 cm²

FRP 30	12 kN
FRP 60	11 kN
FRP 90	2 kN
FRP 120	3 kN

Note: All values refer to slotted channels.

Technical specifications

Permissible long-term temperature	130 °C
Permissible short-term temperature	17 °C
Max. temperature	12 °C
Min. temperature	11 °C
max. temperature insulation	9 °C
min. temperature insulation	2.000 °C
max. temperature sliding element	1 °C
min. temperature sliding element	97,3 °C

Resistant to:	aliphatic and aromatic hydrocarbons, aliphatic chlorinated hydrocarbons, alkaline solutions, animal or vegetable fats, aqueous solutions up to 70
Conditionally resistant to:	ageing, alkaline solutions, aqueous solutions up to 70, aromatic solvents
Not resistant to:	aliphatic chlorinated hydrocarbons, animal or vegetable fats, aqueous solutions up to 70, chlorine gas, diluted acids

Thermal Conductivity λ {0°C}	λ 0,045 W/Mk
Thermal Conductivity λ {10°C}	λ = 0,042 W/Mk
Thermal Conductivity λ {20°C}	λ = 0,043 W/Mk
Thermal Conductivity λ {30°C}	λ = 0,044 W/Mk
Thermal Conductivity λ {40°C}	λ = 0,045 W/Mk

Fire Performance

EL according to DIN EN 13501-1

Compressive strength	70,00 N/mm²
Permissible Tension σ{zul}	188,00 N/mm²
Permissible yield strength f_y,perm.	290,00 N/mm²
Tensile Resistance	3.700,00 N/mm²
Sliding Friction μ	0,5
Static Friction μ₀	0,9
Static friction coefficient µ_{0 MPH/Profile}	0,9
Friction coefficient µ static Pipe shoe foot (without sliding plate) / siFramo and siMotec	0,9
Friction coefficient µ static Pipe shoe foot (with sliding plate) / siFramo and siMotec	0,9
Tear Resistance	12,00 N/mm
Elongation at break	500 %
Surface Resistance	1 x 1011 Ohm
Insertion Isolation	12 dB(A)
Insertion Isolation as system test	12 dB(A)
Spring deflection min.	12 mm
Spring deflection max.	14 mm

Elongation at break	35 %
Compression set	13% (150° C/24 h)
Contact resistance	3 x 1015 Ohm
Dynamic E-Module	22,00 N/mm²
Static E-Module	22,00 N/mm²
Hardness	55+/-5° Shore
Bulk Density	12,00 g/cm³
Halogen-free	Yes
UV-resistant	Yes
Long-term performance	quick-drying, highly adhesive, weather-resistant, abrasion and scratch-resistant, halogen-free
Revound Elasticity	30 %
Water vapour diffusion resistance factor	70000
Storage Temperature	≥ 10°C
Storage Time	1 year
Storage condition	24 months when stored between +5 °C and max. +25 °C. Protect from frost and direct sunlight.
Salt spray test	Tstvalue 35

Material base body	steel
Material insulation body	Form B: cast iron, Form A: steel
Material sliding element	Form B: cast iron, Hybrid injection mortar, styrene-free
Material connecting element	Metal, MoS2-coated, NBR, PA 6.0
Class	5.6
Cell structure	Closed
Attachments	Stainless steel ejector springs, tube made of coated steel with plastic handles
Surface	pre-galavanised, welded plastic cover
Corossion class	C2

For further technical data, please refer to the pages in the download area.

Certification

This product has been awarded the RAL quality mark "Pipe Supports" and is subject to continuous external monitoring according to RAL GZ-655.

CAD

Installation

If required, channels can be joined on site using:

Slot pattern II: Hexagon socket bolt M8 x 16, with a max. spacing of 250 mm between connecting points one point at each end.

Slot pattern III and IV: Clamping Unit KL (for details see product.

Documents

Datasheets / Loads

Channel MS 27/15, 27/25 and 27/37 - Centrical load
PDF (0.07MB)

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