The chambers - Import export

Optigrun Combi Inspection Chamber TKS Plus is a control shaft for use as roof outlet inspection; includes base plate and cover. Extendable in 100 mm increments. Combinable with Triangle Water Discharge Profiles.

Optigrun Inspection Chamber TAR 250 to keep roof drainage outlets free with four connection options for TAR 80/250 or TAR 120/250.For pressure drainage and keeping drainage outlets free 4 possible connections for the drainage gutter TAR 80/250 or TAR 120/250 (preperforated openings) Chamber walls and lid with entry seals With aluminium chequered plate Walkable

Optigrun Edge Inspection Chamber RKS 80 for use on greened or gravelled roof areas above drains on edge areas directly before any ascending structural components.Especially suitable for use around edges in front of rising components Above rainage outlets for green or gravelled rooftops Can be connected to 3 strands of WLP Plus Triangle Water Conduit Inspection lid with entry seals Insulation wedge profile released from the back Walkable

Optigrun Triangle Maxi Inspection Chamber TMK suitable for negative pressure drainage. Combinable with Triangle and TSK water discharge systems. Drainage capacity for 2 % roof pitch and profiles connected to all four sides: 24 l/s. Extendable in 50 and 100 mm increments.

Special version of the Optigreen Triangle Maxi Inspection Cham-ber TMK with perforated intermediate floor to guide excess water from higher roof areas.For feeding and conveying excess water from rooftops located higher up to floors located lower down Conveys water through downpipes directly into a tie-in conduit with an open inlet at the top, e.g. in case of: Cascading drainage from smaller top floors, feeds roof drainage water from downpipes on façades into drainage levels of underground car parks or similar Can be connected to up to 6 WLP Plus and 3 TSK With perforated sheet metal intermediate partition Walkable

FE-03TK silicone hollow chamber seal transparent - silicone hollow chamber seal with self-adhesive back, transparent - joint width 4 to 6 mm - dimensions W = 7 mm, H = 6 mm - emission-free and Oddy tested - 60 Shore A

The BSM-03 UV curing chamber with an output of 2 kW is best suited for large-area UV curing, hardening, and bonding. The internal shutter is controlled by the UV-MAT for an accurate dose so that reproducible exposure is achieved even with medium-pressure lamps. With irradiance of 150 mW/cm², the required dose is typically achieved within several seconds. The UV curing chamber can be opened for loading and unloading while the lamp is on. The shutter is monitored and closed with a safety circuit so that no UV radiation is emitted outside the chamber. The sliding sample support also facilitates loading and unloading. It withstands all loads up to 20 kg. With 60 x 40 cm at the base and a height of 25 cm, the irradiation room offers plenty of space. The sample chamber temperature is about 45°C in operation. Due to the high uniformity of the irradiation, the samples may be positioned in any order. UV curing UV sealing UV bonding UV gluing surface activation

The irradiation chamber BSH-02 is a high-powered UVC chamber with superior irradiance of 85 mW/cm². Like all BS irradiation chambers, the BSH-02 offers time- or dose-controlled irradiation of samples with UV light. The chamber is fully equipped with ozone-free UVC amalgam lamps with a total lamp power of 750 W. Compared to our standard BS series, the BSH-02 offers irradiance that is 750% higher. Thus, the irradiance is high enough for high-energy applications or UV curing. The BSH-02 has compact outer dimensions and the interior irradiation chamber has a base area of 46 x 32 cm and a height of 25 cm. The sample chamber operating temperature is about 45°C so that thermal damage to the specimen is minimized. Due to the high uniformity of the irradiation, the samples may be positioned in any order.

The BS-02+ is a compact irradiation chamber for performing photostability tests according to ICH Q1B and VICH GL5 for medical products and active pharmaceutical ingredients. Irradiation is performed with UVA radiation and visible light according to option 2 of the ICH Q1B guideline. With a footprint of 46 x 32 cm and a height of up to 20 cm, the irradiation chamber provides space for samples. The sample chamber temperature during operation is approx. 25 °C, so that thermal damage to the samples is avoided. Due to the high homogeneity of the irradiation, the specimens can be positioned as desired. In accordance with the ICH Q1B guideline, modern LED light sources with a „Cool White“ emission (ISO 10977) and UVA fluorescent lamps are used. The UVA fluorescent lamps emit a maximum between 350nm and 370nm.

The irradiation chamber BS-02CT is a chamber to test samples according IEC 60335-1: “Household and similar electrical appliances – Safety – Part 1: General requirements - Edition 5.2” This test is designed for non-metallic materials that are exposed to direct or reflected UVC radiation from 200 nm to 280 nm. The test can be used to test radiation stability against UVC radiation that can cause aging like discolorations, changes in material properties, crack formation and smell. Therefore the UVC low pressure mercury lamps emit a continuous spectral irradiance of 10 W/m² at 254 nm. IR heater heat up the samples so that a black-panel temperature of 63 °C ± 3 °C can be reached and controlled. The time can be set to an exposure duration of 1000 h. The irradiation chamber BS-02CT can also be used to test material properties that are disinfected by UV-C. Typically the UVC dose of a daily disinfection for a period of two years can be accelerated to 12 hours.

The UV LED chamber BSL-04 is the largest irradiation chamber in the BSL series. The high irradiance combined with the exact dose control offers a unique reproducibility for perfect results! The wavelengths 365 nm, 385 nm, 395 nm, 405 nm and 450 nm are available for your application. Due to the irradiance of up to 110 mW/cm² and the high homogeneity, even very large parts or batches can be irradiated. For high irradiances, the UV LED chamber can be ordered completely with one LED wavelength. A particularly flexible application is possible when two separately controllable LED wavelengths are ordered. Compared with our irradiation chambers of the BS series, the BSL-04 offers an irradiance that is 14 times as high. The high irradiance allows for extremely short exposure times. With the high homogeneity of the irradiation, the samples can also be positioned as needed.

The UV LED chamber BSL-03 is the second largest irradiation chamber in the BSL series. The high irradiance combined with the exact dose control offers a unique reproducibility for perfect results! Due to the irradiance of up to 220 mW/cm², it is possible to use the most common UV curing adhesives or lacquers. For high irradiances, the UV LED chamber can be ordered completely with one LED wavelength. A particularly flexible application is possible when two separately controllable LED wavelengths are ordered. Compared with our irradiation chambers of the BS series, the BSL-03 offers an irradiance that is 22 times as high. The high irradiance allows for extremely short exposure times. With the high homogeneity of the irradiation, the samples can also be positioned as needed. Due to the typical characteristics for UV LEDs, such as “immediate start”, the dimmability and the high durability, the BSL-03 is ideally suited for medium-sized laboratory tests and curing of large components.

With the UV LED chamber BSL-02, we offer you a versatile irradiance chamber on a basis of high quality UV LEDs. The most common UV curing adhesives can be applied, due to the high irradiance of 400 mW/cm². Compared to our irradiance chambers of the series BS, the series BSL-02 offers the 40-fold irradiance. In addition, the high irradiance allows for very short exposure times. With the typical UV LED characteristics like „Instant-Start“, the dimmability and the long service life, the BSL-02 is ideal for laboratory tests and the manual production. The irradiance is adjustable from 2% to 100%. The integrated timer controls the irradiance precisely. For even better results, we recommend one of our calibrated UVA+ sensors. The dose control is already integrated in the UV-MAT Touch and UV-MAT control units in the BSL-02 UV LED chamber.

By modern UV LED technology, the chamber BSL-01 reaches a high irradiance of up to 800 mW/cm². Despite its compact dimensions, the UV LED chamber BSL-01i reaches a 80-fold irradiance compared to our classical irradiation chambers. As a compact tabletop unit, the BSL-01i is perfectly suitable for laboratories and manufactory. For different applications, the wavelengths 365 nm, 385 nm, 395 nm, 405 nm and 450 nm are available. Optionally, two wavelengths can be controlled separately. This means that the irradiation chamber can be perfectly adapted to the photoinitiator‘s requirements and is ideal for laboratory use or product changes. A nearly airtight design with separate gas inlets and outlets allow irradiations under inert conditions. For this purpose, we recommend using nitrogen as a scavenging gas with a slight overpressure. The measurement of the O2 concentration can be optionally performed at the rear gas outlet for this purpose.

The 3D UV test chamber BS-05 is a large irradiation chamber for double-sided, 3D irradiation of samples with UV or visible light. A sample plate made of stainless steel or fused silica or a rotating holder for mixing of fluids are available. Like all BS irradiation chambers, the BS-05 offers time- and dose-controlled irradiation of samples with UV light. The chamber can be fully equipped for one of the spectral ranges UVC, UVB, or UVA to achieve the highest irradiance. Alternately, the use of two separately controlled lamp groups for different spectral ranges allows for especially flexible operation of the chamber. The large irradiation chamber of the test chamber has a base area of 86 x 65 cm² and a height of 32 cm. The maximum sample chamber temperature during operation is approx. 25 °C, so that thermal damage to the samples is avoided. Due to the high homogeneity of the irradiation, the samples can be positioned as required.

The UV test chamber BS-04 is large, robust equipment for the time- or dose-controlled irradiation of samples with UV light. The chamber can be fully equipped for one of the spectral regions UV-C, UV-B, or UV-A to achieve the highest irradiance. Alternately, the use of two separately controlled lamp groups for different spectral regions allows for especially flexible operation of the chamber. The interior irradiation chamber has a base area of 86 x 65 cm² and a height of 32 cm. The sliding sample carrier facilitates loading and unloading. With a load of up to 20 kg, this can withstand all demands. The sample chamber operating temperature is about 25°C so that thermal damage to the specimen is avoided. Due to the high uniformity of the irradiation, the samples may be positioned in any order. The BS-04 can be equipped with two irradiation controls: the UV-MAT and the UV-MAT Touch.

The BS-03 is a medium-sized, rugged irradiation chamber for time- or dose-controlled irradiation of samples with UVA, UVB, or UVC. The chamber can be fully equipped for one of the spectral ranges UVC, UVB, or UVA to achieve the highest irradiance. Alternately, the use of two separately controlled lamp groups for different spectral ranges allows for especially flexible operation of the chamber. The interior irradiation chamber has a base area of 68 x 49 cm² and a height of 32 cm. The sliding sample carrier facilitates loading and unloading. With a load of up to 20 kg, this can withstand all demands. The sample chamber operating temperature is about 25°C so that thermal damage to the specimen is avoided. Due to the high uniformity of the irradiation, the samples may be positioned in any order. Two irradiation controls are available for the BS-03: the UV-MAT and the UV-MAT Touch.

Solution 58C: Base cover + body + pressurized hot air wrist joint. Quick and easy to clean, the robot cover can be cleaned directly on the robot using a foam cannon with cleaning products. Protection for robots in the food industry, specifically in cold chambers, is made with watertight seams, making the covers highly resistant to cleaning products and chemical infiltration. A fan coupled with a heating system helps maintain the robot at the required operating temperature in cold chambers. Lower maintenance and servicing costs for industrial robots. Reduced downtime for robots protected by our protective covers. Protect your machine investment from wear and damage: ASP protective robot covers can be repaired in our workshops or with repair kits. Once designed by our engineering department, the covers can be easily ordered for replacement, with each protection cover having its own reference code. TEXPRAL B+, T1A, and FPB comply with FDA 21 CFR Part 1 – § 177.1600 requirements.

Our fully automated winding centres for fine and self-bonding wire make us the perfect partner for any tasks you require. Our coils are tinned with lead-free coatings (RoHS). We can wind onto any desired coil form using many different press-in ferrite and metallic cores. Multiple tap coils are also possible. Pins are automatically applied to the coil connections during the winding process, with wire drawing electrically controlled. Our winding machines handle single-chamber and multi-chamber coils with wire thicknesses from 0.045 to 0.71 millimetres.

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable, cold lead and temperature sensors. Concrete floor heatings from Klöpper Therm are the optimum protection against dangers from black ice in cold stores. Concrete brings heat from outside into the cooling chamber. Thereby the temperature of the concrete along the heat flow falls to the temperature of the cooling chamber. The moisture stored in the warmer air condenses on the cold concrete surface through which black ice can form. Dangers through the exchange of warmer and colder air arise particularly in the area of locks. When, through repeated opening of the doors, condensation from the walls and ceilings falls on the floor and black ice forms, it can lead to accidents. In consequence of the effects of permanent cold, doors can freeze solid at the seals and be severely damaged.

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable and cold lead, length to customer specification, up to 180 m possible. Heating mats from Klöpper Therm work against the penetration of cold in to the ground and prevent upheaval of the ground and destruction of the foundations. Cold stores and cooling chambers give off cold to their environments. In the area of partly or fully sunk in the ground supports, foundations and floors the underlying soil receives the cold. If the natural heat flow from the environment and the earth is insufficient, the moisture in the ground freezes, expands and the ground is lifted. Depending on the nature of the ground, this may cause substantial damage to buildings. Frost heave protection in cold stores and cooling chambers is, therefore, an essential and a reliable preventative measure against frost damage and damp.

2-row product infeed, divided heating chamber, 2 top-mounted main blowers, with cooling fan 2x 400x600mm, hood length 3.000mm, heating power 36KW, speed 20 containers/min

The low ceiling height makes the IK3000 particularly ideal for crafts operations. It entices not only by shortest cooling times, but also convinces with its many possible equipment options including optional cooking! The intensive cooling system's applications are not limited to use in trades The particularly high cooling output per chamber unit and the modular constructionkit build make the system attractive to the industry as well. Small space demand Cooling times reduced by up to 75% Longer durability from fastest passage through the critical temperature range for germ growth Less weight loss Less water consumption Additional steam cooking possible Optionally available with brine circuit Maximum flexibility thanks to construction kit system

Single-acting pneumatic cylinder with two parallel working piston rods made of brass, nickel-plated or stainless steel.

Stainless steel containers with digester chamber volumes from 100 to 10,000 m3 Gastight cover, with or without a gas accumulator Individually customisable Durable due to high quality materials Ideal for the collection of residual gases or for improving efficiency Homogenisation device to suit the task in each case Integrated gas accumulator with optional wind, weather and UV radiation protection

Pneumatic cylinder with 4 separate compressed air chambers and 4 pistons for maximum pressure force in a compact space for presses.

DIGESTER CHAMBER VOLUMES FROM 100 UP TO 10,000M³ The flexible LIPP Eco Digester for use in industry and agriculture can be adapted to individual requirements and customer demands. With a wide variety of different container roofs to choose from, tank solutions with or without an integrated gas accumulator can be offered. KEY BENEFITS Production of renewable energy and reduction of fossil CO2 emissions Low noise emissions Flexibility with regard to substrate composition Customisable pumping and stirring technology High functional safety External heating system available Production on site for quick construction Low investment costs Durable and low maintenance Consistent quality worldwide PRODUCT SPECIFICATION WIDE RANGE OF CONTAINER ROOFS WITH OR WITHOUT A GAS ACCUMULATOR The LIPP Eco Digester has a modular design and essentially consists of a stainless steel container (Verinox) with a digester chamber volume of 100 to 10,000 m3.

MUNICIPAL AND INDUSTRIAL APPLICATIONS WITH CHAMBER VOLUMES FROM 100 TO 7,000 M3 The LIPP UniCentralmix Digester with its central agitator is designed for industrial and municipal applications. The special feature of this tank, in addition to the central agitator, is the roof construction, with a high quality stainless steel diaphragm cover. The flexible LIPP System ensures each digester can be adapted to each individual application and customer requirements. KEY BENEFITS Energy efficient, central agitator Maximum leak tightness Flexible substrate composition High functional safety Stainless steel diaphragm roof without bolts External heating system available Production on site enables quick construction Low investment costs Low maintenance and durable High quality the world over PRODUCT SPECIFICATIONCENTRAL AGITATOR WITH BOLT LESS STAINLESS STEEL DIAPHRAGM ROOF At the heart of the LIPP UniCentralmix is a stainless steel tank (in Verinox) with a digester chamber

Stainless steel digester with a digester chamber volume of 200 to 5000 m3 External panel heating and insulation Optimised diameter to height ratio for optimum mixing and minimal stirring Flexible stirring technology which can be adapted to the substrate and digester Stirring technology can be maintained without having to empty the tank