Gutter System STAL

Specification

System scheme
01
Steel
02
galvanized
03
passivation layer
04
primer
05
polyurethane coating

Features

DEEP GUTTER

Deep gutter ensures proper rainwater drainage, even during heavy rainfall. System 125 - depth of 80 mm System 150 - depth of 92 mm

DEEP GUTTER

LONG CORNERS

Long arms of a corner provide the possibility of attaching a gutter hanger which stabilizes the corner when connected with a gutter joint.

LONG CORNERS

WIDE GUTTER JOINT

An 84 mm wide gutter joint with a rubber gasket ensures a stable and tight connection. Clamp fastening makes installation quick and easy.

WIDE GUTTER JOINT

EASY VENTILATION

A specially designed deep-drawn gutter hanger moves the gutter away from the fascia board, providing more efficient ventilation of the roof slope.

EASY VENTILATION

ENRICHED COATING

Multi-layer protection of the steel core and the polyurethane coating additionally protect against scratching and loss of colour.

ENRICHED COATING

System scheme

System scheme
01
Roof gutter
02
Metal gutter bracket straight
03
Metal gutter bracket twisted
04
Gutter hanger
05
Drop outlet
06
Gutter joint
07
Inner corner
08
Universal end cap
09
Outer corner
10
Down pipe clamping ring
12
Down pipe
13
Down pipe clamping ring
14
Down pipe joint
15
T-pipe
16
Clean-out
17
Pipe elbow
18
Downspout shoe
19*
Sediment trap / Reductions

System elements

System

Colors

assembly instructions

1
GUTTER SYSTEM BRYZA STAL INSTALLATION

CORRECT INSTALLATION A GUARANTEE OF RELIABILITY

GUTTER SYSTEM BRYZA STAL  INSTALLATION

When choosing a gutter system, calculate the so-called Effective Roof Surface using the following formula: ERS = (A+B/2) x C A - horizontal distance from the corner to the roof ridge (m) B - roof heigh [m] C - roof length [m]

2
LOCATION OF GUTTER UNDER EAVES

LOCATION OF GUTTER UNDER EAVES

Correct installation must protect gutters against the impact of snow slid­ing down a roof. The upper edge of gutter flanging should be lowered below the extension of the roof slope surface.

3
GUTTER DECLINE

GUTTER DECLINE

Extend a string between the highest and the lowest hanger. This helps determine the position of the rest of the hangers. The decline of the gutter towards the drain should be at least 2 mm per 1 m.

4
GUTTER HANGERS

GUTTER HANGERS

Gutter hangers should be mounted directly to the face board at 60 cm intervals. The first hanger should be placed 10 cm away from the roof edge.

5
RAFTER HOOKS

RAFTER HOOKS

Rafter hooks should be installed at the maximum spacing of 1 m. The hooks should be distanced from the rafter edge at least 2 cm to allow free ventilation of the roof (Fig. 1.4.).

6
SPACING OF HOOKS

SPACING OF HOOKS

The distance between the rafter hooks and the edge of rafters should be 2 cm, which allows for free ventilation of the roof, especially in difficult winter conditions. Lack of appropriate spacing prevents correct installation of corners.

7
INSTALLATION OF DOWN PIPE AND DROP OUTLET

INSTALLATION OF DOWN PIPE AND DROP OUTLET

After installing the hangers, place the gutter in them and mark the position of the drop outlet at the lowest point.

8
LOCATION OF DROP OUTLET

LOCATION OF DROP OUTLET

Use a soft pencil to outline the edge of the drop outlet on the surface of the gutter.

9
CUTTING OUT THE DRAIN HOLE

CUTTING OUT THE DRAIN HOLE

The drain hole must be cut out by using scissors. The use of high-speed tools is not permitted! The diameter of the hole should be reduced by approximately 2,5 cm in relation to the previously marked edge of the drop outlet.

10
EDGE PROCESSING

EDGE PROCESSING

Profile the cut edge on the inside of the gutter using suitable tools that do not damage the gutter coating, e.g. a soft faced hammer.

11
INSTALLATION OF DROP OUTLET

INSTALLATION OF DROP OUTLET

Stability of the drop outlet is ensured by four mounting elements, the so-called leaves, which must be bent deep into the gutter flanging.

12
GUTTER JOINTS

GUTTER JOINTS

After latching the gutter joint on the rear flanging of the connected elemets, the joint with a gasket must be tightened and pressed from underneath. Only after pressing can the clamp be latched onto the front flanging and locked in place by bending the leaves.

13
CORNERS

CORNERS

Connect corners to the gutters with gutter joints. It is necessary to use additional gutter hangers to stabilise the system. In order to ensure proper dilatation of the system, leave a 5 mm gap at the connection between the corner and the gutter. Mount the additional gutter hangers maximum 15 cm from the centre of the gutter joint.

14
INSTALLATION OF GUTTER HANGERS AND CLUMPS

INSTALLATION OF GUTTER HANGERS AND CLUMPS

The first step is to drill a hole in the wall. We recommend using a stabilising flange. Screw the back part of the clamping ring with an appropriate thread onto the screwed hook.

15
VERTICALISATION OF DOWN PIPE

VERTICALISATION OF DOWN PIPE

Always use a spanner for screwing in or unscrewing the clamping ring when verticalisation of the down pipe.

16
INSTALLATION OF DOWN PIPE CLAMPING RINGS

INSTALLATION OF DOWN PIPE  CLAMPING RINGS

After screwing on the back part of the clamping ring, push the front part into the socket and screwed tight. Down pipe clamping rings should be installed at least every 2 m.

17
CONNECTION OF DOWN PIPES

CONNECTION OF DOWN PIPES

Down pipes have a socket end (fig. 6.1). In case of a pipe with a cut off end, use a pipe joint (Fig. 6.2).

18
INSTALLATION OF DOWNSPOUT SHOE

INSTALLATION OF DOWNSPOUT SHOE

The downspout shoe should be installed min. 5 cm above the ground surface. There can also be used a sediment trap from the BRYZA PVC gutter system.

19
INSTALLATION OF PVC SEDIMENT TRAP

INSTALLATION OF PVC SEDIMENT TRAP

Install the sediment trap in the ground, making sure to flush it with the final ground surface. In order to provide the necessary stability, pour concrete on an excavation bottom and connect the sewage system piping. After establishing the final ground level, pour another layer of concrete around the sediment trap. Then connect the down pipe.