Components Of The Secumax System

Barrier pillar

Barrier pillar
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Barrier pillar
1
4,040
1BH-SX-00-0-00914

  

The barrier pillar is the basic side safety system component. This product conforms to strength requirements for the A class according to standard PN-EN 13374, and corresponds to safety requirements for safety barriers.
The pillar has an automatic safety component, which locks it in the grip and prevents it from accidentally sliding out of the installation grip. It is also equipped with hooks for the installation of safety railings from planks with a cross-section of 32 x 150 mm, and moving safety devices against the planks accidentally slipping away upwards. The hook width is adjusted so as to be able to join two planks, each with a width of 32 mm, by overlapping. The pillar structure also allows the installation of safety nets.

 

Pillar extension

Pillar extension
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Pillar extension 150
1
1,100
BH-SX-00-0-00907
Pillar extension 250
1
2,000
BH-SX-00-0-00908
Pillar extension 500
1
2,840
BH-SX-00-0-00910

The pillar extension is used to increase the barrier pillar height, so that the upper handrail was found (in line with relevant provisions) at a height of 1,1 metre above the working level. The use of the pillar extension may be substantiated in case of installation of the pillar in a side grip (i. e. on a flight of stairs) or in a stay-in-place grip, a formwork grip and an adjustable formwork grip.

 

 Universal grip

Universal grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Universal grip
1
5,340
BH-SX-00-0-00938
Universal grip 1000 1
7,950
BH-SX-00-0-00939

The clamp-type universal grip is foreseen for use on horizontal and slanted structural components, i. e. concrete pillars, balconies, supports as well as wooden and steel components.
Thanks to the option of adjusting the grip, it is possible to install it on components up to 440 mm thick in its basic version, and on components up to 1000 mm thick with the use of the type 1000 universal grip.

Advantages:
  • simple installation without the need to use any specialised tools,
  • the moving grip arm allows its installation on parts with any given thickness up to 440 mm with use of the basic type, and up to 1000 mm if using type 1000.

 

Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Stair catch for the universal grip 1
1,400
BH-SX-00-0-00949
Stair catch 315 for the universal grip 1
1,500
BH-SX-00-0-00951

The stair catch with universal grip (as the name suggests) allows one to mount safety barriers on stairs, in which previously no side grip seats were embedded during concreting, and in the case of which for various reasons the installation of screw-in grips is not possible, i. e. no option of drilling holes to install anchors.z z różnych powodów nie jest możliwy montaż uchwytów wkręcanych np. ze względu na brak możliwości wiercenia otworów pod kotwy.

The stair catch fixes the universal grip mounted on the flight of stairs, thanks to which, despite a slanted structure of the flight of stairs, the grip constitutes a stable base for the installation of safety barriers on stairs.
The maximum thickness for a concrete component may not exceed 200 mm for the stair catch, and for the type 315 stair catch type, the thickness of the stair flight may not exceed 315 mm. Note! Other varieties of the stair catch are available upon request.

Advantages:

  • installation of safety barriers without the need to interfere in the stair structure,
  • installation at any spot along the flight of stairs,
  • simple mounting without the need to use specialised tools.

CLIP grip

CLIP grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
CLIP grip 1
1,710
BH-SX-00-0-00918
Clip seat 1
0,020
BH-SX-00-0-00895

The Clip grip allows the construction of work platforms at locations, where the use of system work scaffolding is not possible, and work needs to be conducted at locations such as elevator shafts or in-feed ducts. The maximum cross-section dimensions of the square timbers is 100 mm x 200 mm. The length of the load bearing component (beams or battens) must be smaller by 20 mm than the width i. e. of the elevator shaft.

 

Work platform grip

Work platform grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Work platform grip 1
2,400
BH-SX-00-0-00934

This grip, similarly to the Clip grip, is used to mount work platforms in areas, which are hard to reach for standard scaffolding, i. e. in elevator shafts.
Other than the Clip grip, in case of this grip, there is no need to embed any mounting seats during concreting.
Mounting of the grip entails drilling ø 20 openings at a distance of at least 100 mm from the wall edge, to a depth of approx. 85 mm, and embedding the grip inside them. The grip is adapted also for installation using steel thrust anchors. The maximum width of beams or square timbers to be placed in the grip is 100 mm. The length of the load bearing element must be smaller by approx. 40 mm than the width of i. e. the elevator shaft.

Advantages:

  • no need to embed stay-in-place seats (mounting seats) in the wall,
  • easy and simple installation at any given spot.

 

Screw-in grip

Screw-in grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Screw-in grip
1
1,740
BH-SX-00-0-00943
Sleeve anchor EA II M12 1
-
MO-MM-00-0-04405
EAW H12 plus setting tool 1
-
NA-NA-00-0-04798
SDS Plus 15/160 drill bit 1
-
NA-NA-00-0-04864

 

The screw-in pillar grip is foreseen for the installation of a barrier pillar on horizontal work areas, i. e. ceiling slabs.
Installation takes place by screwing the grip into a steel ram-in anchor with internal thread, i. e. Fischer EA II M12 or a different anchor available on the Polish market, with equivalent strength and functional parameters, embedded earlier in the lower layer.
After the grip is screwed in place, its base should adhere to the mounting surface, i. e. the ceiling surface.
In case of use of a pillar along with the screw-in grip, the requirements of the anchor manufacturer must be strictly adhered to.

 

Advantages:

  • no need to position the grip during screwing in of the grip into the anchor,
  • installation at any location on the horizontal surface, if the distance of the anchor to the edge is adhered to.

In case of use of the Fischer anchor for installation of the screw-in grip, please adhere to the following manufacturer indications:
Product description

  • sleeve anchor with internal thread for initial installation,
  • with the help of the EAW H12 plus nail gun, ram the spike inside the sleeve causing it to deform and exert pressure on the internal hole walls.

Advantages

  • use in uncracked concrete from classes B25 (C20/25) to B55 (C50/60) or in natural stone,
  • low anchor depth reduces drilling cost and time,
  • existing seat in the lower surface allows multiple instances of component installation and removal.

Technical details

  • ram-in anchor type EA II M12: drill bit - ø 15 mm, min. opening depth - 54 mm, effective anchor depth - 50 mm, anchor length - 50 mm, thread - M12, min. thread screw-in depth - 12 mm, max. thread screw-in depth - 22 mm, min. axial anchor spacing - 145 mm, min. distance of anchor to edge - 200 mm, min. surface layer thickness - 120 mm, min. torque - 35 Nm,
  • for the installation of the EA II M12 anchor use the EAW H12 plus nail gun from Fischer,
  • flush anchor sleeve type HKD-S M12x50 from Hilti may also be used for the mounting process.

Note: Anchors must be mounted according to manufacturer indications.

Kerb plank grip

Kerb plank grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Kerb plank grip
1
0,800 BH-SX-00-0-00919

 

In case side grips are used, there may exist the need to mount toeboards so that they rest close to the edge on the lower surface of ceiling slabs, panels, etc. This safety measure is created so as to prevent items such as tools, devices and components of an employee's equipment from falling from a height. For this purpose, the kerb plank grip, mounted on a type 250 extension installed earlier in a side grip, is used.

 

Advantages:

  • full protection of lead bearing structural edges against items rolling off or slipping from the ceiling slab level and from falling onto persons located below,
  • simple installation, not necessitating the use of tools,
  • full compliance with other components of the Secumax system.

 

Screw-in side grip

Screw-in side grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Screw-in side grip
1
1,760 BH-SX-00-0-00944
Anchor FISCHER FZEA II 14x40 M12 1
-
MO-MM-00-0-04359
FZED 14 plus setting tool 1
-
NA-NA-00-0-04800
FZUB 14x40 drill bit 1
-
NA-NA-00-0-04860

 

The screw-in side grip is foreseen for the installation of a barrier pillar on vertical surfaces of working parts, i. e. flights of stairs, ceiling slabs, etc. The grip is screwed into the previously embedded anchor, i. e. the Fischer Zykon FZEA II 14 x 40 M12 or a different available anchor with comparable strength parameters. The arrangement of the vertical mounting sleeve position takes place through the embedding of a further dowel in the grip foot. The grips are spaced apart at most 2000 mm from each other, tightening them with a s = 19 mm spanner with a torque of approx. 20 Nm.

 

Advantages:

  • installation at any spot on the vertical surface, with adherence to the distance of the anchor from the edge,
  • allows the execution of masonry and finishing work on horizontal working surfaces with side grips already mounted.

In case of use of the Fischer anchor for the installation of a screw-in grip, please adhere to the following manufacturer indications:

Product description

  • sleeve anchor with internal thread for initial attachment,

Using the FZED 14 plus nail gun, the bolt is driven inside the sleeve, causing it to deform and to exert pressure on the opening internal walls.
Advantages

  • use in uncracked concrete from classes B25 (C20/25) to B55 (C50/60) or in natural stone,
  • low anchor depth reduces drilling cost and time,
  • existing seat in the lower surface allows multiple instances of component installation and removal.

Technical details

  • ram-in anchor type FZEA II 14x40 M12: drill bit - FZUB 14x40, effective anchor depth - 40 mm, thread - M12, min. thread screw-in depth - 15 mm, max. thread screw-in depth - 21 mm, min. axial anchor spacing - 50 mm, min. distance of anchor to edge - 50 mm, min. surface layer thickness - 80 mm, min. torque - 20 Nm,
  • for the installation of the FZEA II 14x40 M12 anchor use the FZED 14 plus nail gun from Fischer,
  • the type HSC-I M12x60 anchor from Hilti may also be used for the mounting process.

Note: Anchors must be mounted according to manufacturer indications.

 

Screw-in bridge grip

Screw-in bridge grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Screw-in bridge grip
1
1,700 BH-SX-00-0-00946

 

The screw-in bridge grip is used for protecting engineering structure edges, where traffic barriers, barrier-handrails or barriers with rungs, mounted using anchored screw spaced every 70 mm, were foreseen. The use of safety barriers for protection of edges of bridges, viaducts or high embankments allows safe execution of all kinds of works up until the time of installation of permanent barriers. The grip is screwed in using a nut with a spacer, using a tightening torque of approx. 20 Nm.

 

 

 

Advantages:

  • assembly with standard anchored bolts of traffic barriers, barrier-handrails or runged barriers,
  • use of standard Secumax system components for the creation of the safety barrier, such as: barrier pillar, pillar extension, kerb plank and railing plank.

 

Stay-in-place grip

Stay-in-place grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Mounting seat 1
0,030/szt BH-SX-00-0-00896
Plastic pipe K 34/40 1
0,350/mb
AS-DK-ST-0-00774
Plastic pipe K 34 1
0,012/szt AS-DK-SC-0-00696

 

The stay-in-place grip is mounted on the internal horizontal surface of formwork or a different structural component being formwork, i. e. a wall.
Before installation, calculate the length of the K 34/40 pipe, in which, later, the barrier pillar shall be placed.
For trimming the pipe to the right size, use the following simple formula:
L = H-10 mm
where: L - required pipe length, H - ceiling slab thickness (or thickness of other relevant component).
For the purpose of protection of the pipe against intrusion of the concrete mix into it, use the K34 cap. The mounting seat and the pipe are stay-in-place components, with the cap being usable multiple times. There exists the possibility of preparation of ready stay-in-place grips of an appropriate height. A stay-in-place grip must be installed between reinforcement bars. The mounting seat is nailed to the formwork i. e. with nails, and must be installed between reinforcement bars.

 

Side grip (registered model)

Side grip (registered model)
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Side grip (registered model) 1
1,120 BH-SX-00-0-00916
Side grip seat 1
0,040
BH-SX-00-0-00897
Side grip seat with level 1 0,040 BH-SX-00-0-00898

 

Thanks to side mounting of the barrier pillar, the side safety devices do not hinder works on stairs or other work surfaces.
The installation surfaces may be protected with a safety barrier until the works are completed, the grip is affixed to the side surface, i. e. of stair flights.
Maximum spacing: 2000 mm.
The grip seat must be mounted on the formwork in such a way so that the side with the inscription 'Oben/Góra' points upwards.

Advantages:

  • easy seat installation on formwork internal surface,
  • installation of pillar grip at any time (during removal of formwork or during installation of safety barriers),
  • thanks to side mounting of the barrier pillars, the safety devices do not hinder works carried out in the horizontal area of the room or the flight of stairs, and allow safe execution of works up until the moment if installation of target barriers.

 

Pneumatic side grip key

Pneumatic side grip key
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Pneumatic side grip key
1
- BH-SX-00-0-05805

 

The pneumatic key is used to facilitate removal of the side grip.
The side key requires the use of a compressed air source, to which it is hooked up.
Product available exclusively upon request.




 

Support pillar grip

Support pillar grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Support pillar grip
1
3,980 BH-SX-00-0-00930

The support pillar grip is foreseen for mounting of side safety barriers on system formwork support pillars with a mounting height between 16 cm and 24 cm.
In case of use of support pillars with other heights, there exists the possibility of execution of a special grip foreseen for this type of component.
The pillar grip may also be installed on steel profiles and square timbers with a width b of up to 10 cm and a maximum height h of up to 24 cm.
Maximum spacing: 2000 mm.

 Advantages:

  • allows placement of side safety components on support pillars already in the phase of execution of i. e. ceiling slab formwork,
  • simple installation without the need to use specialised tools,
  • movable cross bar ensures stepped height adjustment,
  • rotating support pillar grip.

 

 

Screw-type pillar grip

Screw-type pillar grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Screw-type pillar grip 1
2,800 BH-SX-00-0-00929

The screw-type pillar grip allows the installation of a system pillar on wooden support pillars with heights of 160 mm, 200 mm and 240 mm. The grip is mounted on the top support pillar shelf, height 40 mm, width 60 mm.

 

Advantages:

  • allows placement of side safety components on support pillars already in the phase of execution of i. e. ceiling slab formwork,
  • simple installation without the need to use specialised tools,
  • attached exclusively to the support pillar upper shelf.

 

Formwork support pillar grip

Formwork support pillar grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Formwork support pillar grip
1
5,500 BH-SX-00-0-00931

 

The formwork support pillar grip is used for mounting of the Secumax system pillar on wooden support pillars with heights of 160 mm, 200 mm and 240 mm, the upper and lower shelves of which have a width of 80 mm and a height of 40 mm or 60 mm. This component allows one to create side formwork of the ceiling slab at the same time.

 Advantages:

  • simple installation with the use of standard tools,
  • option of using the formwork grip,
  • full compliance with other Secumax system components,

 

Precast component grip

Precast component grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Precast component grip
1
2,540 BH-SX-00-0-00924
Pipe wrench for the pre-cast component grip 1
0,450
NA-NA-00-0-04723
Hook for pre-cast component grip, 20-170 mm 1
-
BH-SX-00-0-01744

The precast component grip is foreseen for use on pre-cast slab components of composite ceilings. The use of this grip allows the installation of safety barriers already at lay-out of the first ceiling slab, and keeping them in place until concreting of the ceiling. The grip is equipped with a replaceable threaded hook, the length of which may be selected depending on the height of reinforcement bars.
According to indications of the standard, the grips, together with the pillars, should be arranged at maximum spacings of 2000 mm. The grip is tightened using the special s = 17 mm pipe wrench.

Advantages:

  • simple installation on existing grids of reinforcement bars, i. e. in filigran ceiling slabs.
  • option of adjustment of the grip hook to the height of reinforcement in the slab.

 

Formwork grip

Formwork grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Formwork grip
1
2,940 BH-SX-00-0-00926

  

The formwork grip is used to install barrier pillars, with the simultaneous option of executing of the ceiling slab side formwork.
The barrier pillars installed using this grip do not prevent in any way any works during concreting the mounting of reinforcement bars and during concreting of the ceiling, because the barrier pillar is installed outside of the ceiling side formwork in adherence of all provisions of occupational health and safety.
The grip is mounted to vertical wall surfaces using a threaded tie, i. e. type B 15, or a different tie of equivalent strength parameters, placed in in the openings in walls left over from formwork ties. The grip should be affixed using the KP nut from Betomax Polska.
In case of using this grip as a component of side formwork of the ceiling slab, adhere to the component spacing indicated below, which depends on the thickness of the slab. Grips utilised only for the installation of safety barrier pillars, should be installed at a distance of up to 2000 mm from each other.

Advantages:
- installation of barrier pillars outside of the ceiling working area,
- option of using the grip as ceiling slab side formwork,
- easy installation thanks to the option of using the existing openings in the walls left over by the ties.

Recommended grip spacing
Ceiling slab thickness [mm] 150
200 300
Grip spacing [m] 1
0,75
0,5

 

Adjustable formwork grip

Adjustable formwork grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Adjustable formwork grip
1
7,300 BH-SX-00-0-00922

 

The adjustable formwork grip is used to install the barrier pillar, with simultaneous option of execution of the side formwork of the ceiling slab, or the formwork for a building structure component protruding outside of the wall outline. The barrier pillars installed in this grip hinder in no way the works during reinforcement bar layout and concreting, because the barrier pillar is installed outside of the ceiling slab side formwork, with adherence to all requirements of occupational health and safety.

The grip is attached to vertical wall surfaces with the use of a threaded tie, i. e. type B15 or a different with not lesser strength characteristics, placed in openings left over in the walls after the removal of the formwork ties. For the purpose of affixing the grips, the KP nut from Betomax Polska should be used.
A second important advantage of this grip is the option of using it in conjunction with the ceiling slab side surface formwork, and even for the formwork of ceiling slab components protruding outside of the wall outline, i. e. cornices. The maximum extent of the building structural component outside of the wall outline, which can be obtained using this grip, is 230 mm, with simultaneous option of obtaining a side surface inclination against vertical by ±10°.
In case of use of this grip as a ceiling slab side formwork component, one needs to abide by the spacing of these components given below, dependent on the thickness of the executed part, i. e. the ceiling. Grips used only for installation of safety barrier pillars should be mounted using spacing values of up to 2000 mm.

Advantages:

  • adjustable grip arm,
  • installation of barrier pillars outside of the working area i. e. of the ceiling,
  • option of using the grip as the ceiling side surface formwork,
  • easy mounting thanks to the use of existing openings in walls left over after ties.

 

Recommended grip spacing
Ceiling slab thickness [mm] 150
200 300
Grip spacing [m] 1
0,75
0,5

 

Type 650 formwork grip

Type 650 formwork grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Type 650 formwork grip
1
12,500 BH-SX-00-0-00923

 

The type 650 formwork grip is used for mounting barrier pillars, with simultaneous option of execution of the ceiling slab side surface formwork protruding outside of the wall outline. The safety barrier pillars mounted in this grip do not hinder in any way works during reinforcement layout and ceiling concreting, because the safety barrier pillar is installed outside of the ceiling side formwork, with adherence to all requirements of occupational health and safety.

The grip is attached to vertical wall surfaces with the use of a  threaded tie, i. e. type B15 or a different with not lesser strength characteristics, placed in openings left over in the walls after the removal of the formwork ties. For the purpose of affixing the grips, the KP nut from Betomax Polska should be used.Thus, this grip has similar qualities to the adjustable formwork grip, with the maximum distance between the installation area of the grip and the edge of the projected ceiling may be 650 mm. Apart from that, the mode of adjustment was altered here. Shifting the mounting sleeve requires the use of a pipe wrench, catalogue art. no. 35213272.
In case of use of this grip as a ceiling slab side formwork component, one needs to abide by the spacing of these components given below, dependent on the thickness of the executed part, i. e. the ceiling. Grips used only for installation of safety barrier pillars should be mounted using spacing values of up to 2000 mm.

Advantages:

  • adjustable grip arm,
  • installation of barrier pillars outside of the working area i. e. of the ceiling,
  • option of using the grip as the ceiling side surface formwork,
  • easy mounting thanks to the use of existing openings in walls left over after ties.

 

Recommended grip spacing
Ceiling slab thickness [mm] 150
200 300
Grip spacing [m] 1
0,75
0,5

 

Elevator shaft grip

Elevator shaft grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Elevator shaft grip
1
2,500 BH-SX-00-0-00927
Sleeve anchor EA II M8 1 - MO-MM-00-0-04406
Setting tool EAW H8x30 plus  1
-
NA-NA-00-0-04799
SDS-Plus 10/160 drill bit  1
-
NA-NA-00-0-04873

 

This grip allows securing elevator shafts, transport ducts (media) and all other wall openings. The elevator shaft grip is mounted to the type EA II M8 anchor by Fischer, which needs to be mounted prior to the grip, or any other anchor with not worse strength characteristics, utilising the M8x20 screw (with spacer), with mechanical property class not worse than 5.6.
The use of an anchor with an external M8 thread is also possible, provided it has strength characteristics not worse than the Fischer EA II M8 anchor, with the M8 nut (with spacer). The grip's structure allows its installation on surfaces parallel or perpendicular to the opening's axis.

 

 

Advantages:
- mounting using standard M8 anchors,
- use of standard Secumax system plank,
- mounting on surface parallel or perpendicular to the opening's axis.
In case of use of the Fischer anchor for installation of the the elevator shaft grip, please adhere to the following manufacturer indications:
Product description
- sleeve anchor with outside thread for preliminary installation,
Using the FZED 14 plus nail gun, the bolt is driven inside the sleeve, causing it to deform and to exert pressure on the opening internal walls.
Advantages
- use in uncracked concrete from classes B25 (C20/25) to B55 (C50/60) or in natural stone,
- low anchor depth reduces drilling cost and time,
- existing seat in the lower surface allows multiple instances of component installation and removal.
Technical details
- ram-in anchor type FZEA II 14x40 M12: drill bit - FZUB 14x40, effective anchor depth - 40 mm, thread - M12, min. thread screw-in depth - 15 mm, max. thread screw-in depth - 21 mm, min. axial anchor spacing - 50 mm, min. distance of anchor to edge - 50 mm, min. surface layer thickness - 80 mm, min. torque - 20 Nm,
- for the installation of the FZEA II 14x40 M12 anchor use the FZED 14 plus nail gun from Fischer,
- the type HSC-I M12x60 anchor from Hilti may also be used for the mounting process.
Note: Anchors must be mounted according to manufacturer indications.

 

Steel structure grip

Steel structure grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Steel structure grip
1
2,100 BH-SX-00-0-00921

  


The steel structure grip is used for mounting on steel profiles with a shelf thickness of up to 40 mm. Mounting is executed by overlay of the grip onto the profile shelf, and the entire arrangement is secured by tightening the grip screw.

Advantages:

  • quick and simple installation on steel profiles,
  • full compatibility with other system components,
  • compact, efficient design.

 

Sheet pile grip

Sheet pile grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Sheet pile grip
1
1,420 BH-SX-00-0-00920

 

The sheet pile grip is foreseen for mounting on edges of sheet piles, protecting the edges of deep pits. The grip is adapted for sheet piles with wall thickness values from 5 mm to 16 mm. The structure of the mounting steel sheet parts of the grip allows mounting it on slightly deformed edges. The grip spacing should not exceed 2000 mm.
The grip is affixed through tightening its screw with a torque of 40 Nm. Tightening is done using a s=19 mm wrench.

Advantages:

  • intuitive, easy installation on top sheet pile edges,
  • compact, efficient design.

 

Ram-in grip

Ram-in grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Ram-in grip
1
3,720 BH-SX-00-0-00941
Ram-in grip mallet 1 2,750 BH-SX-00-0-00905

 

The ram-in grip simplifies and greatly facilitates edge protection installation for earthworks (excavations).
The grip should be rammed into the ground to a depth of approx. 500 mm, with a barrier pillar with its protective planks placed in it afterwards.
Before installation of the pillars, first the embedding and fixing condition of the grip in the soil needs to be checked.
In order for the ram-in grip to be used correctly during installation, the special mallet from the Secumax system range should be used.
Maximum spacing: 2000 mm.

 

 

Counterweight grip

Counterweight grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Counterweight grip
1
11,00 BH-SX-00-0-00936

 

The structure of the counterweight grip allows its use practically at any spot of the load bearing structural components of buildings or other constructions. In order to stabilise the counterweight grip, one uses four concrete blocks with the following dimensions: 380 x 230 x 120 mm, 380 x 240 x 120 mm, 380 x 250 x 120 mm per standard PN-EN 771-3 and with own mass of 23 kg. The grip conforms to requirements of standard PN-EN 13374 for class A.

Advantages:
  • simple mounting without anchor components,
  • use of standard concrete blocks,
  • use of standard Secumax system components.




Betomax protective plank

Betomax protective plank
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Betomax protective plank 1
5,5÷6,5 BH-SX-00-0-00894
Protective plank with company logo 1 5,5÷6,5 -

 

Betomax protective planks, used for safety handrails and kerb planks, are made of at least C-18 class wood, and have minimum dimensions of 32 x 150 x 2500 mm and 32 x 150 x 1500 mm.
Upon request, the safety planks may have the company name placed on them.
In order to estimate the number of planks for a required structure, the following formulae may be used:
A=(L/2)+1, where A - number of barrier pillars, L-length of required structure in metres;
Should one want to use three planks for the structure, then one should use the following formula:
X=(A-M)*3, where X - plank count, M - barrier count.
Should one want to use two planks for a structure (i. e. flights of stairs), then one should use the following formula:
X=(A-M)*2, where X - plank count, M - barrier count.
A barrier is a single structure of an edge protection system.

 

'Foot' grip

'Foot' grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
'Foot' grip 1
28 BH-SX-00-0-00937

This grip allows securing of corridors at the construction site. The material this grip is made of is PVC, thanks to which its use is possible on any construction surface of the building during any kinds of works, as well as after their conclusion. The grip does not conform to requirements of standard PN-EN 13374 for class A.

Advantages:

  • simple mounting without anchor components,
  • any chosen mounting surface - also any finished surface - ready for acceptance,
  • use of standard Secumax system components.

 

Cable grip

Cable grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Cable grip 1
0,600 BH-SX-00-0-00925

 

The grip is made of galvanised steel, and the part holding the cables is further protected by an additional coat providing impulse resistance of at least 1 kV. The structure allows suspension of electric, hydraulic, pneumatic and other types of cables, protecting them from accidental damage or destruction. Using these grips, one can quickly and simply lay out diverse cables connecting numerous devices used at various stages of execution of the relevant building or structure.

Advantages:

  • component compatible with Secumax system pillars and grips,
  • option of hanging multiple cables,
  • guaranteed impulse resistance of 1 kV.



Protective profile grip

Protective profile grip
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Protective profile grip L=150mm 1
16,5 BH-SX-00-0-00948

 

The universal protective profile is used for securing electrical cables and installation piping with a maximum diameter of 30 mm. The standard issue profile has a length of 1500 mm. The universal protective profile is able to sustain vehicle traffic of the construction site.

Advantages:

  • protection of electrical cabling and installation piping,
  • characteristic contrasting colour permanently marks the point of layout of electrical cables or installation piping.




PVC cover for reinforcement bars

PVC cover for reinforcement bars
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
PVC cover for reinforcement bars D8/16mm 1 0,010 BH-SX-00-0-00904
PVC cover for reinforcement bars D16/32mm 1 0,020 BH-SX-00-0-00903

These covers are foreseen for protecting protruding reinforcement bars at the construction sites. They protect from injuries, which are threatened by sharp bar ends.
PVC cover for 8-16 bars: A = 25 mm, B = 48 mm, C = 71 mm
PVC cover for 16-32 bars: A = 39 mm, B = 55 mm, C = 76 mm

 

Safety net

Safety net
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Safety net 1 19,000 BH-SX-00-0-00912

 

The safety net is used to provide safety from falling from a height for persons and tools. The use of the protective net allows one to secure the entire space described by the barrier of the Secumax system along its length and height, constituting a barrier for employees and items exceeding 50 mm in size. In the bottom area, up to a height of 150 mm, a thicker weave was used, to ensure compliance with requirements of standard PN-EN 13374. The entire part was made of certified steel with a zinc coat, ensuring long life.
Advantages:
  • assembled using standard Secumax system components,
  • durable zinc coat warranting long-term use.
 



Basket transport container

Basket transport container
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Basket transport container 1 77,500 BH-SX-00-0-00899

 

As the name suggests, the transport container is used to transport, store and secure Secumax edge protection system components. The container structure allows transport of parts weighing up to 1200 kg in total. The container base rests on two support feet, which simplifies setting it up on the ground, even if the ground area is not level.
In addition, these feet allow transporting the container using a forklift and stacking the containers in a warehouse. In the corners, eyes were installed, allowing transport with a hoisting device using a sling. One container side is a swing-away wall, allowing easier access to the components stored inside.
The container bottom is made of profiled sheet steel, and the side walls are made of mesh. Internal reinforcement ribs (placed at each container side walls) allow division of the container into smaller spaces, thanks to which diverse system components can be stored in the same container.

Advantages:
  • transport using a forklift or a hoisting device,
  • proper storage of Secumax system components,
  • container made of zinc-coated components,
  • optimum use of storage space.
 

 

Number of individual Secumax system components stored in the container.
Barrier pillar 100 pcs./container
Pillar extension 150
600 pcs./container
Pillar extension 250
350 pcs./container
Pillar extension 500
200 pcs./container
Universal grip 70 pcs./container
Universal grip 1000
30 pcs./container
Side grip 600 pcs./container
Formwork pillar grip 50 pcs./container
Pillar grip 100 pcs./container
Screw-in grip 250 pcs./container
Ram-in grip 150 pcs./container
Precast component grip 60 pcs./container
Sheet pile grip 250 pcs./container
Screw-in side grip  250 pcs./container
Adjustable formwork grip 30 pcs./container
Formwork grip 140 pcs./container
Work platform grip 200 pcs./container
Screw-in bridge grip 250 pcs./container
Elevator shaft grip 300 pcs./container
Kerb plank grip 600 pcs./container
Cable grip 600 pcs./container
Stair catch  300 pcs./container
Clip grip 300 pcs./container

 

Secumax transport container for battens and meshes

Secumax transport container for battens and meshes
Symbol
Unit [pcs.]
Weight [kg/pcs.]
Art. no.
Secumax transport container for battens and meshes 1 190,00 BH-SX-00-0-00901

 

Kosz transportowy na deski i siatki systemu SECUMAX® można wykorzystać do przewozu desek (148 szt.) lub siatek zabezpieczających (29 szt.) systemu SECUMAX® . Posiada on The Secumax transport container for battens and meshes allows transport and storage of battens (148 pcs) or protective mesh (29 pcs.) of the Secumax system. It is a light (190 kg) structure, with a removable front panel, allowing quick loading and unloading of parts. The entire product may be transported using a forklift, or close-range transport equipment with an appropriate four-wire sling.
The Secumax transport container for battens and meshes was made of certified steel profiles with a zinc coat, and its dimensions and load bearing capacity allow storage together with the transport container for storage and transport of system pillars and grips.

Advantages:

  • protection of battens and safety meshes of the Secumax system,
  • proper storage of battens and safety meshes of the Secumax system,
  • durable corrosion protection,
  • optimum warehouse space use.
 


Rules of storage of Secumax system transport containers


The system containers were designed in such a way, so that it would be possible to store and transport them jointly. Two simple transport containers (beside each other) may be put on top of a Secumax batten and mesh transport container. One container for battens and meshes can be put on top of two simple transport containers.
Two containers for battens and meshes may also be put on top of one another. Containers, on top of which other containers are stacked, must always be filled with stored parts. It needs to be remembered in all cases that each constituent element may only be carried individually.