Trotec flue gas chamber
A cost-efficient flue gas alternative for flat roof leak detection is the use of a flue gas chamber.
Revealing smoke signals
If laying a ring line or sufficiently wetting the waterproofing membrane is too time-consuming or not possible, the smoke signal method can be used. The process is characterized by its simplicity and speed of application.
The removable firing basket allows better cleaning of the complete chamber.
A permanent chamber seal is ensured with the aid of the readjustable sealing cover.
Here, the special fumes are generated by a flue gas cartridge inserted in the flue gas chamber's cartridge container and then blown into the insulation layer.
The flue gas cartridges, which are available as accessories, produce a dense white
An inexpensive alternative for leak detection on flat roofs is the Trotec smoke chamber.
When the white smoke rises, the leakage point is quickly found. With a fog and flue gas simulation, leak tests can be carried out quickly and with pinpoint accuracy.
In the field of optical leak testing, the flue gas method, among others, is popular - especially when it comes to testing flat roofs. The principle is simple: artificial fog and flue gas rise straight up and find the fastest way.
In the case of a leaking flat roof, which is lined with special plastic membranes, damaged areas are quickly discovered.
This is because the smoke escapes through every leak, no matter how small, and is quickly and clearly visible to the inspector.
Special features of the Trotec smoke chamber
Application examples from practice:
Benefits in Practice :
- Permanent chamber sealing through readjustable sealing cover
- Professional quality “Made in Germany”
- Dimensions (l x b x h): 150 x 230 x 165 mm
- Weight: 3.06 kg
- Diameter input / outlet clips: 38 mm
Prerequisite for smoke injection via the flue gas chamber is the connection of an appropriately powerful insulation layer dryer, such as a unit of the Trotec VE or VX series.
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VX 5 MultiQube
Energy-saving all-rounder for insulation drying.
Extremely light, extremely flexible, extremely powerful. All you need for insulation drying is a VX - nothing else!
Learn more! -
VE 4 MultiQube
The VE 4 MultiQube was designed by our engineers as the central power unit of the innovative MultiQube system, which can also be used flexibly in stand-alone operation.
Learn more! -
VE 4 S MultiQube
Trotec is the innovation leader in the drying market and a pioneer in system solutions for negative pressure drying, which we were the first manufacturer to consistently introduce to the market as early as the mid-1990s.
Learn more!
standard equipment
optionally available
not available
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Rauchgaskammer Edelstahl V2
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Technical data
| Technical data | ||
|---|---|---|
| General information | ||
| Article number | 3.510.010.035 | |
| Flue gas | ||
| Generator principle | Fog & flue gas | Flue gas chamber | |
| Burning time of each flue gas cartridge | Approx. 90 s | |
| Interfaces | ||
| Process connection - (Ø 38 mm) | ||
| Housing design | ||
| Metal | ||
| Dimensions | ||
| Length (packaging excluded) [mm] | 150 | |
| Width (packaging excluded) [mm] | 230 | |
| Height (packaging excluded) [mm] | 165 | |
| Weight | ||
| (packaging excluded) [kg] | 3.06 | |
| Standard scope of delivery | ||
|---|---|---|
| Standard scope of delivery | ||
| Generator | ||
| Operating manual | ||
| Fog hose (5 m, plastic, Ø 38 mm) | ||
| Adapter turbine connector to reduce the diameter from 50 to 38 mm | ||
| Fluid hose with coupling | ||
| Filling pipe | ||
| 5 l of fog fluid in canister | ||
standard equipment
optionally available
not available