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Sprinkler-Head-Quick-Response

Hinged pipe clamp FGRS

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332 acc. to DIN EN 10111/ASTM A569
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1 Also available in SC3 on special request.
  • Connecting nut: resistance welded, M8, SW 13
  • Locking screw: flat head screw with combination recessed head
  • Material sound insulation insert: EPDM; chlorine-free; silicone-free
  • Sound insulation: for DIN 4109
  • Temperature range: -40 °C to +100 °C
  • Hardness: 45 ± 5° Shore A
  • Fire behaviour: DIN 4102: Class B2

ADVANTAGES/BENEFITS

  • The floating single screw allows for simple, one-handed installation
  • The safety latch fastening guarantees secure pipe installation without the clamp springing open.
  • The compact construction of the pipe clamp allows for simple post-installation insulation.
  • The screw’s design stops it falling out during installation
Sprinkler-Head-Quick-Response

Pipe clamp FRS

PROPERTIES

  • Material: Steel DD11 (material no.1.0332 acc. to DIN EN 10111/ASTM A569
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1 Also available in SC3 on special request.
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4
  • Sound insulation insert: Material-SBR/ EPDM chlorine-free; silicone-free
  • Sound insulation: According to DIN 4109
  • Temperature range: -40 °C to +100 °C
  • Hardness: 55 ± 5° Shore A
  • Fire behaviour: DIN 4102: Class B2

ADVANTAGES/BENEFITS

  • The fire test report guarantees independantly tested functional safety
  • The combination nut with thread M8/M10 allows for optimised mounting choices
  • The sound insulation insert offers noise protection and prevents contact corrosion
Sprinkler-Head-Quick-Response

Pipe clamps FRSR

PROPERTIES

  • Material: Steel
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1 Also available in SC3 on special request. Also available in dacrome finish 8.6 µm
  • Connecting nut: resistance welded, M8, SW 13
  • Locking screw: flat head screw with combination recessed head
  • Sound Insulation inserts:
  • Material EPDM: Chlorine-free; Silicon-free
  • Sound insulation: acc. to DIN 4109
  • Temperature range: -40 °C to +100 °C
  • Hardness: 60 ± 5° Shore

ADVANTAGES/BENEFITS

  • Simple installation due to large opening angle.
  • Locking screw secured against loss.
  • Combination connecting thread for cost-effective warehousing and flexibility at the construction site.
Sprinkler-Head-Quick-Response

Silicon pipe clamp FRSH

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332 acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Connecting nut: (up to FRSH 59-63) resistance welded, M8 and M8/M10 SW 13,M10 SW 17
  • Locking screw: Flat head screw with combination recessed head
  • Sound insulation insert: Material Silicone
  • Sound insulation: for DIN 4109
  • Temperature range: -40 °C to +220 °C
  • Hardness: 60 ± 5° Shore A
  • Fire behaviour: DIN 4102: Class B2

ADVANTAGES/BENEFITS

  • The special silicone sound insulation insert allows for use with average temperatures of up to +220°C
  • The two screws allow for easy adjust-ment to suit the outer pipe diameter
  • The screws’ safety feature ensures trouble-free installation
Sprinkler-Head-Quick-Response

Pipe clamps FRSR-N

PROPERTIES

  • Material: Steel
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1 Also available in SC3 on special request. Also available in dacromet finish 8.6 µm
  • Connecting nut: resistance welded, M8, SW 13
  • Locking screw: flat head screw with combination recessed head
  • Hardness: 60 ± 5° Shore

ADVANTAGES/BENEFITS

  • Simple installation due to large opening angle.
  • Locking screw secured against loss.
  • Combination connecting thread for cost-effective warehousing and flexibility at the construction site.
Sprinkler-Head-Quick-Response

Pipe clamps FRSN

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332 acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1
  • Connecting nut: resistance welded, M8 and M8/M10 SW 13, M10/M12 SW 17
  • Locking screw: Flat head screw with combination recessed head


ADVANTAGES/BENEFITS

  • The FRSN without the sound insulation insert is ideal for use in industrial applications and plastic pipes
  • The combination connecting nut with thread M8/M10 allows for optimised mounting choices
  • The two screws allow for ideal adaptation to suit the outer pipe diameter
  • The screws’ safety feature ensures trouble-free installation
Sprinkler-Head-Quick-Response

Heavy duty pipe clamp FRSM M10 / M12 / M16

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332 acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated 5 - 9 µm Also available in HDG on request.
  • Connecting nut: M 10/M 12 = SW 17 M 12/ M 16 = SW 22, M 16 = SW 24
  • Material Sound insulation insert: EPDM; chlorine-free; silicone-free
  • Temperature range: -50 °C to +110 °C
  • Hardness: 45 ± 5° Shore A
  • Fire behaviour: DIN 4102: Class B2

ADVANTAGES/BENEFITS

  • High tested loads guarantees safe functioning of the FRSM
  • The combination connecting nut with thread M10/M12, M12/M16 or M16 allows for optimised mounting choices
  • From Ø 124 mm it is possible to install with 2 threaded rods, e.g. for the fixing of cast iron roof drainage pipes
  • The two screws allow for easy adjustment to suit the outer pipe diameter
  • The screws’ safety features ensures trouble-free installation
Sprinkler-Head-Quick-Response

Sprinkler clamp FRSP C

PROPERTIES

  • Material: Carbon Steel Q 235
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1
  • Also available in SC3 on special request.
  • Also available in green galvization.

ADVANTAGES/BENEFITS

  • The FM-approval guarantees indipendantly tested safety for the use in sprinkler systems.
  • The sprinkler loop with clearance hole for easy fixing with threaded rod and nut.
  • The UL approval guarantees the use in firefighting and sprinklar applications
  • Easy to install without tools
Sprinkler-Head-Quick-Response

Clevis hanger FCH

PROPERTIES

  • Material: Carbon Steel Q 235
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1
  • Also available in SC3 on special request.
  • Also available in green galvization.
  • Comply with MSS SP 69/MSS SP 68 Type-1
  • Sizes for CHW pipe available on request.

ADVANTAGES/BENEFITS

  • Heavy duty Clevis Hanger.
  • Designed for chilled water pipe work and fire fighting systems.
  • Design allows vertical adjustment of pipe after installation.
  • Nuts above Clevis must be tightened securely to ensure proper hanger performance.
Sprinkler-Head-Quick-Response

Riser Clamp RCWR

PROPERTIES

  • Material: Carbon Steel Q 235
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1
  • Also available in SC3 on special request.
  • Also available in green galvization.
  • Comply with MSS SP 69/MSS SP 68 Type-42

ADVANTAGES/BENEFITS

  • Riser clamps are used for support of vertical piping by friction, no welding required on pipe.
  • The UL approval guarantees tested safety for fire fighting riser pipes.
  • Comply with manufacturer’s standardization society MSS SP 69/MSS SP 68
Rubber-Support-Insert-FRSI

Rubber Support Insert FRSI

PROPERTIES

  • Density: 1268 kg/m³
  • Thermal conductivity: 0.219 W/m.k
  • Temperature range: from 0 to 50° C
  • BS-3974-1 : 1974
Sprinkler-Head-Quick-Response

U-Bolt ETR

PROPERTIES

  • Material: Steel with min. tensile strength of 360 N/mm²⁾
  • Zinc plating: Electro zinc plated, ≥ 5 µm Also available with Rubber lining.


ADVANTAGES/BENEFITS

  • Good for use as a guide mounting.
  • The U-Bolt’s two nuts allows for ideal adaptation to suit the outer pipe diameter
Sprinkler-Head-Quick-Response

U-Strap USP

PROPERTIES

  • Material: Carbon Steel Q 235
  • Zinc plating: Electro zinc plated 5 - 9 µm
  • Standard: comply with ASTM B633 SC1
  • Also available in SC3 on special request.


Sprinkler-Head-Quick-Response

Fixpoint Clamp FFPS and saddle FFPK

PROPERTIES

  • FFPS: S185-Z-150 NA-AK (Material no. 1.0035) acc. to DIN EN 10035
  • FFPK: S234 JR (Material No. 1.0037) acc. to DIN EN 10025
  • Zinc plating: Electro zinc plated, min 5µm Available on HDG on special request.
  • Fixpoint clamp: Prevent unwanted movement of the pipe
  • Fixpoint clamp: Ensure expansion in the desired direction.
  • Loads applicable: For steel pipes
Sprinkler-Head-Quick-Response

Sliding element GL / FSC1 / SBS

PROPERTIES - GL

  • Material: Steel S235 JR (material no. 1.0037) acc. to DIN EN10025
  • Zinc plating: Electro zinc plated, min. 8 µm
  • Material sliding strips: Nylon 6.6
  • Adhesion friction factor: 0.27 - 0.3
  • Sliding friction facto: 0.13 - 0.17
  • Thermal load capacity: up tp + 130 °C
Sprinkler-Head-Quick-Response

PROPERTIES - FSC1

  • Material: Steel DD 11 (material no.1.0332) acc. to DIN EN 10111.
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Temperature range: -30 °C to +120 °C





Sprinkler-Head-Quick-Response

PROPERTIES - SBS

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111 / PA
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Adhesion friction factor: 0.25 - 0.30
  • Sliding friction facto: 0.16 - 0.18
  • Temperature range: -40 °C to +100 °C



Sprinkler-Head-Quick-Response

Sliding hanger SB / Pendulum hanger PDH / PDH K

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated, min. 3 µm Electro zinc plated, min. 5 µm


Sprinkler-Head-Quick-Response

Ventilation duct clamp LGS

PROPERTIES

  • Material: Steel DX5 1D+Z 275 MA-C (material no. 1.0226+Z) acc. to DIN EN 10327
  • Zinc plating: sendzimir-galvanised, app. 15 µm
  • Connecting nut: resistance welded domed nut, M8 / M 10, SW 13
  • Locking screw: Oval head screw with combination recessed head.
  • Material sound insulation insert: SBR/EPDM; chlorine-free; silicone-free
  • Sound insulation: For DIN 4109
  • Temperature range: 50 °C to +100 °C
  • Hardness: 45 ± 5 °C Shor A
  • Fire behaviour: DIN 4102: Class B2
Textile-web

Textile web strapping GWB / Perforated steel banding LBV / LBK

PROPERTIES

  • Material: Polypropylene (GWB) Steel DX5 1D+Z (material no. 1.0226) acc. to DIN EN 10327
  • Zinc plating: Electro zinc plated, min. 7 µm
  • Protective coating LBK: PE

ADVANTAGES/BENEFITS

  • The perforated tapes’ material thicknesses and plastic covering allows the tapes to be easily cut to size using metal shears.
  • The perforated tapes’ hole geometry enables concrete fixing using the impact nailipe fastening using textile tape allows for cheap and simple installation
  • The textile tape roll allows the correct tape length to be chosen to suit the diameter in question
  • Hangings with textile tape are a fast solution for temporary fixings
Sprinkler-Head-Quick-Response

Ventilation duct clamp LGS

PROPERTIES

  • Material: Steel DX5 1D+Z 275 MA-C (material no. 1.0226+Z) acc. to DIN EN 10327 / ASTM A653
  • Zinc plating: sendzimir zinc plated, approx. 20 µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Cantilever arm

PROPERTIES

  • Material: Steel DX5 1D+Z 275 MA-C (material no. 1.0226+Z) acc. to DIN EN 10327 / ASTM A653
  • Zinc plating: sendzimir zinc plated, approx. 20 µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Saddle flange SF

PROPERTIES

  • Material: Steel DD11(material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated, min. 8µm
  • Material A2: Steel DC01 – min. 340 (material no. 1.0037) acc. to DIN EN 10139
  • Zinc plating: Electro zinc plated, min. 8µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Installation angle bracket MW

PROPERTIES

  • Material: Steel S235 JR (material no. 1.0332) acc. to DINEN10025
  • Zinc plating: Electro zinc plated, min. 8µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Channel connector SV

PROPERTIES

  • Material: Base plate: Steel DC01 (material no. 1.0330) acc. to
  • DINEN 10130 Zinc plating: Electro zinc plated, 5 µm
  • Material SV 38/SV 27: Steel DC01 (material no. 1.0330) acc. to DIN EN 10130
  • Material SV 40: S235JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating: Electro zinc plated, 5 µm

Channel connector FUF OC and PFUF OC

PROPERTIES

  • Material FUF OC: Steel S235 JR (material no. 1.0037) acc. to DIN EN10025
  • Zinc plating FUF OC: Electro zinc plated, min. 5 µm
  • Material PFUF OC: Steel DD11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating PFUF OC: Electro zinc plated acc. DIN 50979, min. 8 µm

ADVANTAGES/BENEFITS

  • The FUF OC connector in combination with FCN Clix P allows a simple and time-saving installation.
  • The PFUF OC connector in combination with PFCN allows a simple and time-saving installation.

Channel washer HK

PROPERTIES

  • Material: Steel S235 JR (material no. 1.0037) acc. to DINEN10025
  • Zinc plating: Electro zinc plated, min. 5 µm

Channel nut HG, SM

PROPERTIES

  • Material:Steel S235 JR (material n 1.0037) acc. to DINEN10025
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Channel FUS

PROPERTIES

  • Material:Steel S235 JR (material n 1.0037) acc. to DINEN10025
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2

Cantilever arm FCA

PROPERTIES

  • Material:Base plate: Steel (material no. 1.0330), DC01 acc. DIN EN 10139,
  • Channel: Steel S235 JR acc. DIN EN 10025, material no. 10037
  • Zinc plating: Electro zinc plated, min. 13 µm
  • Material HDG: Base plate: Steel DC01 (material no. 1.0330) acc. to DIN EN 10111 and DIN
  • EN 10139, Channel: Steel S235 JR (material no. 10037) acc. to DIN EN 10025
  • Zinc plating: Hot-dip galvanized, approx 40 µm acc. to DIN EN ISO 1461
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Saddle flange SF L

PROPERTIES

  • Material: Base plate: DC01 (steel 1.0330) acc. DIN EN 10139, Channel: S235JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating: Electro zinc plated, min. 8 µm
  • Material: Base plate: Steel DC01 (material no. 1.0330) acc. to DIN EN 10139, U profile: S235 JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating HDG: Hot-dip galvanized, approx 40 µm acc. to DIN EN ISO 1461
  • Material A4: Stainless steel of corrosion resistance class III, e.g. A4

Angle fittings FAF

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

FUS 3D flanges FZF, FUF

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DINEN10111
  • Zinc plating: Electro zinc plated, min. 5 µm

Flat fittings FFF

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DINEN10111
  • Zinc plating: Electro zinc plated, min. 5 µm

Variable bracket VB / Bracket FSB 45°

PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DIN EN10111
  • Zinc plating: Electro zinc plated, min. 5 µm


PROPERTIES

  • Material: Steel DD11 (material no. 1.0332) acc. to DINEN10111
  • Zinc plating: Electro zinc plated, min. 5 µm

Beam Clamp Steel TKLS Steel Bite

PROPERTIES

  • Material TKLS: Steel HX420LAD+ZAD, material no. 1.0935, DIN EN 10346
  • Zinc plating: Electro zinc plated, min. 7 µm
  • Material SS-TKLS: Steel DX51D acc. to EN 10214, Material no.1.0226
  • Zinc plating: Electro zinc plated, min. 5 µm

Channel washer HK 41

PROPERTIES

  • Material: Steel S235 JR (material no. 1.0037) acc. to DIN EN10025
  • Zinc plating: Electro zinc plated, min. 8 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Channel nut FCN Clix

PROPERTIES

  • Material 1: Steel S235 JR (material no. 1.0037) acc. DIN EN 10025, plastic nylon PA6
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material 2 HDG: Steel S235 JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating HDG: Hot-dip galvanized, approx 40 µm acc. to DIN EN ISO 1461
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4
  • Plastic: Nylon PA 6
  • Material: ISO 898-1, DIN 975 & 976 (Steel: 4.8 & 8.8)
  • Finish FCN-L: Electro galvanized (as per ASTM B633), Electro Galvanized (as per ASTM B633),
  • Material SS316: DIN EN ISO 3506-1

Beam clamp TKR

PROPERTIES

  • Material: Plate / U-bolt pipe hanger: Steel S235 JR (material no. 1.0037) acc.
  • DINEN10025 Hexagon nut: Steel acc. ISO 898-2 resistance min. 4
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Clamp hanger TKL

PROPERTIES

  • Material TKL: Malleable cast iron EN-GJMB-350-10 acc. to DIN 1562
  • Bolt: Steel 8.8 acc. ISO 4017
  • Nut: Steel acc. ISO 4035, resistance min. 4
  • Material SS-TKL: Steel DX51D acc. to EN 10214, material no. 1.0226
  • Zinc plating: Electro zinc plated, min. 5 µm

Construction element - Bracket
WK / UW S

PROPERTIES - WK

  • Material: Steel DD11 (material no. 1.0332) acc. to DIN EN10111
  • Zinc plating: Electro zinc plated, min. 5 µm


PROPERTIES - UW S

  • material: Steel DD11 (material no. 1.0332) acc. to DINEN10111
  • Zinc plating: Electro zinc plated, min. 5 µm

Channel base

PROPERTIES

  • Material: Q235 high-quality carbon steel, profile thickness 8 mm
  • Surface treatment: Galvanized, min 5 µm Hot dip galvanized, min 45 µm Epoxy coated, min 60 µm

Cover cap FEC

PROPERTIES

  • Material: Polyethlene, black

Threaded rod G / Threaded stud GS

PROPERTIES THREADED ROD G

  • Material (G 6 – G 24): DIN 976 Steel 4.8 acc. to DIN EN ISO 898-1
  • Material (G 1/2” – G 3/4”): Steel S235 JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating: Electro zinc plated, 5 - 8 µm


PROPERTIES THREADED STUD GS

  • Material: DIN 976 Steel 4.6 acc. to DIN EN ISO 898-1
  • Zinc plating: Electro zinc plated, 3 - 8 µm

PROPERTIES THREADED STUD GS A4

  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4


PROPERTIES THREADED ROD G A2/A4

  • Material A2: Stainless steel of the corrosion resistance class II, e.g. A2
  • Material A2: Stainless steel of the corrosion resistancec lass III, e.g. A4


Threaded rod TRS

PROPERTIES

  • Material (G 6 – G 24): Steel 4.8 acc. to ISO 898 - 1
  • Zinc plating: Electro Galvanized,5 - 8 µm

Threaded rod TRSL

PROPERTIES

  • Material: ISO 898-1, DIN 975 & 976 (Steel: 4.8)
  • Finish: Hot Dip Galvanized (as per ASTM A153)
  • Material SS316: DIN EN ISO 3506-1

Hexagonal Bolt SKS

PROPERTIES

  • Zinc plating Electro zinc plated, 3 – 8 µm acc. DIN-EN-ISO 4017, steel 8.8
  • Material A4 Stainless steel of the corrosion resistance class III, e.g. A4

Hexagonal Bolt SKSL

PROPERTIES

  • Material: DIN 933 (Steel: 8.8)
  • Finish: Electro Galvanized (as per ASTM B633), Hot Dip Galvanized (as per ASTM A153)
  • Material SS316: DIN EN ISO 3506-1

High strength threaded stud TSL

PROPERTIES

  • Material: ISO 898-1, DIN 975 & 976 (Steel: 8.8)
  • Finish: Electro Galvanized (as perASTM B633), Hot Dip Galvanized (as per ASTM A153)
  • Material SS316: DIN EN ISO 3506-1

Reduction socket RDM and GRD

PROPERTIES

  • Material: 11SMnPb30 (material no. 1.0277) acc. to DIN EN 10277
  • Zinc plating: Electro zinc plated, 3-8 µm

Hexagonal nut MU

PROPERTIES

  • Material: acc. DIN EN 20898-2; min. strength category 04
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Hexagonal nut HN

PROPERTIES

  • Material: DIN 439
  • Finish: Electro Galvanized (as per ASTM B633), Hot Dip Galvanized (as per ASTM A153)
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Washer U

PROPERTIES

  • Material: Steel DD11 (material no.1.0139) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated, min. 3 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Washer MW

PROPERTIES

  • Material: DIN 125
  • Finish: Electro Galvanized (as per ASTM B633), Hot Dip Galvanized (as per ASTM A153)
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Hexagonal connector VM

PROPERTIES

  • Material: 9SMnPb28k (material no. 1.0718) acc. to DIN EN 10087
  • Zinc plating: Electro zinc plated, 3 – 8 µm

Push-through connector PFCN

PROPERTIES

  • Material Cap: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Material Sliding nut: Steel S420MC, EN 10149-2
  • Material Hexagon nut: 8.8 M 1028, DIN 933
  • Material Plastic parts: Polypropylene Zinc plating: Electro zinc plated acc. to DIN 50979, min. 8 µm

Push-through saddle flange PSF

PROPERTIES

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated acc. to DIN 50979, min. 8 µm

Push-through bracket

PROPERTIES

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc plated acc. to DIN 50979, min. 8 µm

Push-through bracket PFAF / PFUF

PROPERTIES

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc-plated acc. to DIN 50979, min. 8 µm

Push-through brackets PFUF D

PROPERTIES

  • Material:Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating:Electro zinc-plated acc. to DIN 50979, min. 8 µm

Push-through variable bracket PVB

PROPERTIES

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc-plated acc. to DIN 50979, min. 8 µm

Reduction piece RD

PROPERTIES

  • Material: 9SMnPb28k (material no. 1.0718) acc. to DIN EN 10087
  • Zinc plating: Electro zinc plated, 3 – 8 µm

Push-through bracing elements PSAE

PROPERTIES

  • Material: Steel DD 11 (material no. 1.0332) acc. to DIN EN 10111
  • Zinc plating: Electro zinc-plated acc. to DIN 50979, min. 8 µm

Channel FLS

PROPERTIES

  • Material: Steel S-250-GD (material по. 1.0242) acc. to DIN EN 10346
  • Zinc plating: Sendzimir-galvanised, app. 20 µm

Cantilever arm ALK

PROPERTIES

  • Material Base plate: Steel E295 (material no.: 1.0050) acc. to DIN EN 10025-2 Steel E295 (material no.: 1.0050) acc. to DIN EN 10025-2
  • Material Channel: Steel S215 G (material no.: 10116 G) acc. to DIN 1623
  • Zinc plating: Electro zinc-plated, min.13 µm

Angle brace WS 31-45°

PROPERTIES

  • Material: Steel S235 JR (material no.: 1.0037) acc. to DIN EN 10025
  • Zinc plating: Electro zinc-plated, min. 20 µm acc. DIN EN ISO 4042

Channel connector SV 31

PROPERTIES

  • Material: Steel S235 JR+CR (material no.: 1.0037) acc. to DIN EN 1652
  • Zinc plating: Electro zinc-plated, min. 5 µm acc. DIN EN ISO 4042

Sliding channel nut FSM Clix P

PROPERTIES

  • Material channel nut: Steel S420MC (material no.: 1.0980) acc. DIN EN 10149-2
  • Material plasic cage: Polypropylene PP, item number 11400, Color black
  • Zinc plating: Electro zinc-plated, min.13 µm acc. DIN EN ISO 4042

Channel washer HK 31

PROPERTIES

  • Material: Steel S235 JR+CR (material no.: 1.0037) acc. to DIN EN 1652
  • Zinc plating: Electro zinc-plated, min. 5 µm acc. DIN EN ISO 4042

Anti-corrosion spray

FTC-ZS DESCRIPTION

  • All iron and steel surfaces
  • Blank laminations

Anti-corrosion spray

FTC-ZA DESCRIPTION

  • All iron and steel surfaces
  • Hot-dip galvanised surfaces following drilling, iron work or welding
  • Non-ferrous heavy metal

Elongation (Thermal Expansion)

PROPERTIES

Materials expand with heat. For long components, the change in length is mainly considered. So it is not always a matter of expansion. Shrinkage upon cooling is also to be included in the calculation. This is important when installing pipes. Within piping, the change in length is to be specifically steered. Not doing this during installation results not only in pipe defects, but also in serious damage to components. It is therefore essential to determine how great the change in the length of a pipe can be. For this purpose, the pipe length and the expansion coefficient of the pipe material, as well as the expected temperature difference, must be known. This is to be determined such that not only the normal operating temperatures, but also the maximum temperatures that can arise in a case of malfunction, are taken into account. The range is therefore from around 10°C assembly temperature up to 95°C service temperature for water f illed systems

Corrosion protection

PROPERTIES

In most cases , pipes and supply lines are installed in dry rooms. Therefore, in addition to corrosion resistant materials, such as plastics or stainless steel and copper, the steel products used for installation systems are galvanised. A zinc coating thickness of 5-8 µm by means of electrolytic process (galvanising) is standard. For mounting rails, Sendzimir galvanised material is mainly used. Sendzimir galvanising is a method in which the material is drawn through a molten zinc bath, thereby achieving a zinc layer thickness of 12-20 µm. This method is used when there is no more welding for the subsequent processing. This is the case for mounting rails because they are cold-formed after galvanising. By cutting and stamping the holes, the surface in this area is not completely covered by a protective layer. Punched mounting rails are therefore only recommended for the dry interior rooms.

For cantilever brackets, non-galvanised channel pieces are used which are welded to the base plate. Following completion, the entire component is galvanised, creating a zinc coating thickness of 5-8 µm. Threaded parts are either galvanised or made of stainless steel. Hot dip galvanising is less suitable for this because the large zinc layer thickness of 40-150 µm severely impairs the thread engagement. If installation systems are installed outdoors or in wet interior rooms, they must be made of either hot dip galvanised steel or stainless steel. Hot dip galvanising is very well suited to the protection of steel. The corrosion process is thus 10 times slower than with galvanising. The zinc loss depends on the surrounding atmosphere and humidity. An annual zinc reduction of 1 - 10 µm can, however, be assumed. The layer thickness is therefore crucial to the durability of the material. Crucial here are the environmental influences under which the systems are installed. An overview of the expected impact on the protective action can be seen in the following diagram and tables

Fire protection

PROPERTIES

Fire protection in pipe installations according to the latest standards. Fire-proof installations for individual pipes and pipe routes from R30 - R120 or F30 to F120. Proof of compliance with the criteria of MLAR (German standard pipe system directive) for installation in escape and rescue routes

Fire protection - protection goals Firstly, fire protection serves to protect people and is regulated by the building laws in the respective countries (or regional states). Secondly, fire protection serves to protect property and this is regulated by the insurance associations, such as VdS and FM. These requirements partially go beyond the building legislation. This is particularly evident in the installation of fire protection systems, such as sprinklers, etc., as approved or recognised components must be used here. (See the following section for further details on this)

Fire inspection reports for the mounting of pipe clamps and mounting rails Fire safety inspection reports meet the requirements for fire protection according to the building regulations of the countries and especially for Germany, according to the nationwide homonymic of German pipe systems directive (LAR), based on the standard pipe systems directive of 2005 (MLAR 2005). Personal protection is defined in the MLAR Directive through clear rules for escape routes, such as corridors, stairwells and hallways between stairwells and the exit. The key message is to ensure the safety of the escape route by ensuring the functioning of the fire-proof sub-ceiling. To this end, compliance with the minimum distance of min a ≤ 50mm according to MLAR is required between installations and underlying suspended fire-proof F30 sub-ceilings (fire resistance of 30 minutes). Based on the fire inspections, load information for a fire resistance of 30 minutes in relation to the maximum permissible deformation of mounting rails or pipe clamps, for example. The necessity for these considerations arises from the properties of the steel, which at 30 minutes is subjected to a temperature of >800°C according to the standard temperature curve (ISO curve).

Channel nut FCN Clix

PROPERTIES

  • Material 1: Steel S235 JR (material no. 1.0037) acc. DIN EN 10025, plastic nylon PA6
  • Zinc plating: Electro zinc plated, min. 5 µm Material 2 HDG: Steel S235 JR (material no. 1.0037) acc. to DIN EN 10025
  • Zinc plating HDG: Hot-dip galvanized, approx 40 µm acc. to DIN EN ISO 1461
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4
  • Plastic: Nylon PA 6
  • Material: ISO 898-1, DIN 975 & 976 (Steel: 4.8 & 8.8)
  • Finish FCN-L: Electro galvanized (as per ASTM B633), Electro Galvanized (as per ASTM B633),
  • Material SS316: DIN EN ISO 3506-1

Beam clamp TKR

PROPERTIES

  • Material: Plate / U-bolt pipe hanger: Steel S235 JR (material no. 1.0037) acc.DINEN 10025 Hexagon nut: Steel acc. ISO 898-2 resistance min. 4
  • Zinc plating: Electro zinc plated, min. 5 µm
  • Material A4: Stainless steel of the corrosion resistance class III, e.g. A4

Clamp hanger TKL

PROPERTIES

  • Material TKL: TKL: Malleable cast iron EN-GJMB-350-10 acc. to DIN 1562 Bolt: Steel 8.8 acc. ISO 4017 Nut: Steel acc. ISO 4035, resistance min. 4
  • Material SS-TKL: Steel DX51D acc. to EN 10214,material no. 1.0226
  • Zinc plating: Electro zinc plated, min. 5 µm