Turning the UV Lamps Off– Schema B

1. Turn lamp 1 off after reaching the end of the liner and once the ignition interval has elapsed.
2. Switch lamp 2 off once the ignition interval has elapsed.
3. Switch all of the subsequent lamps off following the same procedure.

(Image: Turning the UV Lamps Off – Schema B)

Ignition of the UV Lamps – Schema C

1. Switch on the lamps of the first core simultaneously.
2. After the ignition interval has elapsed, switch on the lamps of the next core simultaneously.
3. If there are more than two elements repeat this procedure until all cores have ignited and wait for the ignition interval to elapse.

(Image: Ignition of the UV lamps – Schema C )

Pulling in the UV Light Source Core– Schema C

1. Commence pulling in once the ignition process has finished (Figure 33).
2. Pull the first 1.0 m at half of the minimum curing speed.
3. Then increase the speed to the minimum curing speed.
4. Reduce the speed to half the minimum curing speed 1.0 m before reaching the end of the liner.

(Image: Minimum pulling in speed - Schema C)

Turning the UV Lamps Off – Schema C

1. Simultaneously turn off the lamps of the first core after reaching the end of the liner and once the ignition interval has elapsed.
2. After the ignition interval has elapsed, switch off the lamps of the next core simultaneously.
3. If there are more than two elements, repeat this procedure until all cores have been turned off.

(Image: Turning the UV lamps off – Schema C)

Ignition of the UV Lamps – Schema D

1. Switch on the lamps of the first element.
2. After the ignition interval has elapsed, switch on the lamps of the second element.
3. If there are more than two elements, repeat this procedure until all elements have ignited and wait for the ignition interval to elapse.

(Image: Ignition of the UV lamps – Schema D)

Pulling in the UV Light Source Chain – Schema D

1. Commence pulling in once the ignition process has finished.
2. Pull the first 0.5 m at half of the minimum curing speed.
3. Then, increase the speed to the minimum curing speed.
4. Reduce the speed to half the minimum curing speed 0.5 m before reaching the end of the liner.

(Image: Minimum curing speed - Schema D)

Turning the UV Lamps Off – Schema D

1. Simultaneously turn off the lamps of the first element after reaching the end of the liner and once the ignition interval has elapsed.
2. After the ignition interval has elapsed, switch off the lamps of the second element.
3. If there are more than two elements, repeat this procedure until all elements have been turned off.

(Image: Turning the UV lamps off – Schema D)

(Image: The removal of the packers takes place with appropriate protective equipment) (Image: Removal of the packers) (Image: Removal of the packers 1) (Image: Removal of the packers – detail …

Preparation and Installation

When ordering, please specify the following information and already take the planned pulling-in direction into consideration at this stage.

• nominal diameters
• total length and section length (dimensions refer to the center of the nominal diameter change)
• manhole no.
• scheduled pulling-in direction (position of cable winch and Liner box).

Do not ignore the planned pulling-in direction under any circumstances. This may …

Preparation and Installation

Select the light source taking the following criteria into consideration:

• The light source is suitable for both nominal pipe diameters and potential wrinkling of the inner foil is kept in mind when selecting the light source.
• The corresponding curing parameters are available for both nominal diameters.
• Select the working pressure for the smaller nominal diameter.

Introduction:

The renovation of sewers and pipelines with "Lining with cured-in-place pipes " is an established standard construction method, starting with the planning process, through material production and installation, right up to checking the quality achieved. It is characterised by a wide range of applications and a high variance in the fabrication and application processes. This unit teaches the essential basics in relation to the fabrication …

Boundary conditions

Method

Rehabilitation of a concrete manhole by lining it with the Vertiliner system, an on-site UV- cured-in-place pipe product from VERTILINER GmbH & Co. KG.

(Image: Schematic principle of a manhole cross-section)

Location

Side street in a residential area

Boundary conditions

• System: Combined sewer DN 300
• Material: Circular concrete rings with brick taper
• Dimensions of the manhole: Diameter of manhole cover: 55 cm / Height of manhole …

During the renovation of a concrete manhole by CIPP lining it with a UV-curing pipe liner, the following machines and equipment were primarily used:

• measuring laser device with tripod

• Workshop and material truck (workshop and material truck) with control stand

• Pick-up truck with compressor