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德國Optron GmbH紅外線加熱 紅外發(fā)射器 功率控制器 紅外系統(tǒng)
Infrared Heating 紅外線加熱
朗科NETCCA電源
:王工
同號
449147851
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產(chǎn)品系列：
不間斷電源，EPS電源 UPS、EPS Power Supply
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逆變器 Inverter
移動電源Moving power supply
插座 Outlet |
Short Wave Infrared Emitters for Industrial Applications - NIR 短波紅外發(fā)射器的工業(yè)應(yīng)用
Infrared emitters for industrial applications紅外線發(fā)射器的工業(yè)應(yīng)用
Power Controllers for Infrared Emitters紅外發(fā)射器功率控制器
Infrared Systems紅外系統(tǒng)
Stands for Infrared Emitters紅外發(fā)射器
Shock Modules / Infrared Continuous Oven沖擊模塊/紅外連續(xù)爐
紅外線加熱Infrared Heating
Infrared Heating Technology
Modular infrared emitters, stands and power controllers for industrial applications
- Focus heat exactly where it抯 needed
- Heat quickly and precisely controllable
- Contactless in-process heating
- Very short heat-up and cooling-off periods
- Easy integration into existing production facilities
Because the thermal energy is transferred by electromagnetic radiation, infrared heating processes achieve a high operating efficiency. The irradiated object absorbs the infrared radiation and transforms it into heat.
Besides being considerably faster, the IR method allows for more efficient energy use compared to circulating air ovens. The power output of infrared emitters can be regulated faster and more precisely, which means superior heating possibilities especially with varying material thickness of the objects to be heated. Beside our regular range of systems, we also offer complete solutions custom-built for your needs.
Product Series
Short Wave IR Systems |
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| Short Wave IR SystemsNIR halogen emitters (near infrared) | ||||
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Middle Wave IR Systems | |||||
| Middle Wave IR SystemsTwintube emitters | ||||
Power Controllers | |||||
| Power ControllersOur wide range of power controllers covers a large number power levels and variants Link: Power controllers | ||||
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Complete Systems, Stands, Infrared Ovens | |||||
| Complete SystemsOur complete systems offer out-of-the-box solutions for many areas of application Link: Overview, plant construction |
短波紅外發(fā)射器的工業(yè)應(yīng)用Short Wave Infrared Emitters for Industrial Applications - NIR
Short Wave Infrared Emitters for Industrial Applications - NIR
- Infrared lacquer dryers, infrared emitters for heating processes
- Activation processes (primer activation, etc.)
- Infrared process heat
- Industrial IR emitters
- Infrared heating lamps
- Spot repair applications
- Designed for continuous use
- Modular heating for a wide range of
- Regular range of controllers to match any possible material
Infrared Emitters
Information: Short Wave Systems - NIR
Optron抯 infrared emitters IRX und IRE are compact, short wave emitter units with a high performance in industrial drying processes. An integrated fan keeps the casing抯 temperature at an optimal level. The emitters are designed to be easily mounted and combined to create any possible emitter field. Compared to middle or long wave emitters, short wave technology offers clear advantages, for example in lacquer-drying. The shortwave energy penetrates the lacquer coating and dries it from the inside. This means being able to work with higher performance output without having to risk bubble formation- which results in a shorter drying time.
We offer small-sized power controllers in many variations and classes especially for the use in engineering. You can find them under the menu item power controllers.
The deciding factors in process optimization in the area of infrared heat are the positioning and the selection of the heating elements. Depending on the application as well as the length of the cycle and the material to be heated, one would either use short wave emitters with high performance output or middle wave IR emitters.
We will gladly assist you with our expertise and conduct tests to find the optimal solution for your needs ?either on-site or at our company headquarters in Hannover-Garbsen.
Product Area: IR Emitters
Infrared emitters IRE, IRX
| Short Wave Emitter Cassettes IRE, IRXCombinable infrared emitters in tough, ventilated cassettes of various sizes and classes. Differing reflector systems allow for optimal adaptation to your heating needs. Link: short wave IR cassettes |
Short Wave IR Emitters with Water Cooling
| Short Wave Emitter Cassettes |
IR Spot for Selective Heating
IR-SpotIR spot for selective heating of surfaces. Focal length: 50mm, focal spot diameter: 10mm, 150W Data sheet: IR spot |
Power Controllers
Power ControllersFor a wide range of power controllers please visit our product area "power controllers" Link: power controllers |
紅外線發(fā)射器的工業(yè)應(yīng)用Infrared emitters for industrial applications
Infrared emitters for industrial applications
Middle Wave IR Emitters
Our range of products includes a complete system of modularly extensible components.
For more information about our products, please select one of the following product areas:
Middle Wave IR Emitters
| Middle Wave IR Emitters |
IR Emitter Hood
IR Emitter HoodFor quick and easy installation of our middle wave IR tubes. Aluminum profile with reflector Data sheet: IR emitter hood |
Rail System for Middle Wave IR Emitters
Flexible Rail SystemTwintube emitters, Data sheet: Rail System |
Middle Wave QS Emitter Cassette
| Middle Wave QS Emitter CassetteOur compact, unventilated quartz cassettes cover a broad emission spectrum, are stackable and easy to install. Middle wave quartz emitter, quartz emitter in a compact, modular design, up to 750W power. Data sheet: QS Emitter |
Power Controller
Power ControllerYou can find a wide range of power controllers in the product area "power controllers"
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紅外發(fā)射器功率控制器Power Controllers for Infrared Emitters
Power Controllers for Infrared Emitters
Our desktop-sized electronic power controllers are available in various sizes. They can be used wherever the heating process needs to be optimized.
Our wide range of power controllers has been specially designed for our different emitter technologies. Therefore we can offer two different series of power controllers. The PLS series is based on the flimmer-free phase proportioning principle and makes it more comfortable to work in the vicinity of the emitters by eliminating the tubes?flimmer effect. This technology is especially useful with moving objects, i.e. in continuous production processes, because it allows for the permanent and steady heating of the material. The PLS series?fan and over-temperature protection controls have been built directly into the cassette. Power controllers of the PLS series can be operated with IRE or IRX emitters. (Link: emitter IRE,IRX)
The ILS and PLS-M series were specially designed for middle wave emitters like our twintube emitter (Link: Twintube) and our quartzcassette (Link: QS emitter).
The cost-effective burst-fire technology has been customized for the inert heating properties of these tubes.
Series PLS for Short Wave Emitters (IRE, IRX)
Power Controller up to 1 kW - PLS11
| Compact, desktop-sized power controller
For more information please click here: Data sheet: overview PLS 11 |
Power Controller up to 2 kW - PLS12
| Compact, desktop-sized power controller up to 2 kW
For more information please click here: Data sheet: overview PLS 11 |
Power Controller up to 3 kW - PLS13
| Compact, desktop-sized power controller up to 3 kW
For more information please click here: Data sheet: overview PLS 13 |
Power Controller up to 5 kW - PLS15
| Compact, desktop-sized power controller up to 5 kW
For more information please click here: Data sheet: overview PLS 15 |
Power Controller up to 19 kW - PLS319
| Compact, desktop-sized power controller up to 19 kW
For more information please click here: Data sheet: overview PLS319 |
Series ILS, PLS-M for Middle Wave Emitters (Twintube, QS Emitters)
Power Controllers for Infrared Emitters, Engineering
Power controllers for our infrared heating equipment are available in three standard sizes (up to 18 kW power). Depending on model, they are equipped with features such as basic start/stop functionality up to automatic temperature control by radiation pyrometer. Customized control cabinets for our IR modules can be designed, custom-built and installed on-site by our technicians.
Power Controllers for IRE and IRX
| Short description: standard features include:
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紅外系統(tǒng)Infrared Systems
Infrared Systems
- Modules for the quick heating of continuously moving parts
- Individually customizable through height-adjustability and movable stands
- Individually adjustable power
- Operates without water cooling
- Custom-built for optimal integration into your production facilities
- Continuous oven for heating during the production process
- Shock oven for quick heating of continuously moving parts
- Compact design for easy integration into existing production facilities
Infrared Heating
Because the thermal energy is transferred by electromagnetic radiation, infrared heating processes achieve a high operating efficiency. The irradiated object absorbs the infrared radiation and transforms it into heat. Besides being considerably faster, the IR method allows for more efficient energy use compared to circulating air ovens. The power output of infrared emitters can be regulated faster and more precisely, which means superior heating possibilities especially with varying material thickness of the objects to be heated.
Our heating solutions are custom-built for the needs of our customers. Below you will find a small selection of infrared solutions for various areas of application. We will be glad to design the right heating solution for your production processes.
 | Infrared Shock Module / IR Oven |
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 | Stands |
We offer a full range of stands for all kinds of heating jobs. Our stand emitters are designed to fulfill all your curing and drying needs i.e. lacquer repair, spot repair and reworking jobs. For an overview of our standard designs please visit out product area "Stands". Link: Stands
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| Custom Solution, 12 kW Power for Tank CoatingPortable dryer with temperature control |
Areas of Application:Automotive engineering, tank coating, production and maintenance of tank lorries | |
 | Custom Stand for QS Cassettes, 23 kW |
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標(biāo)準紅外發(fā)射器Stands for Infrared Emitters
Stands for Infrared Emitters
We offer a full range of stands for all kinds of heating jobs. Our stand emitters are designed to fulfill all your curing and drying needs i.e. lacquer repair, spot repair and reworking jobs. Optron IR emitters make use of short wave IR frequencies (NIR). The highest-possible performance has been built into the smallest-possible space. The shortwave energy penetrates the lacquer coating and dries it from the inside. This means being able to work with higher performance output without having to risk bubble formation - which results in a shorter drying time.
The right equipment for your needs!
Please note:
沖擊模塊/紅外連續(xù)爐Shock Modules / Infrared Continuous Oven
Shock Modules / Infrared Continuous Oven
- Modules for the quick heating of continuously moving parts
- Individually customizable through height-adjustability and movable stands
- Individually adjustable power
- Operates without water cooling
- Custom-built for optimal integration into your production facilities
- Continuous oven for heating during the production process
- Shock oven for quick heating of continuously moving
- Compact design for easy integration into existing production facilities
Infrared Heating
Because the thermal energy is transferred by electromagnetic radiation, infrared heating processes achieve a high operating efficiency. The irradiated object absorbs the infrared radiation and transforms it into heat.
Besides being considerably faster, the IR method allows for more efficient energy use compared to circulating air ovens. The power output of infrared emitters can be regulated faster and more precisely, which means superior heating possibilities especially with varying material thickness of the objects to be heated.
Our heating solutions are custom-built for the needs of our customers. Below you will find a small selection of infrared solutions for various areas of application. We will be glad to design the right heating solution for your production processes.
| 6 kW PowerOne-sided shock module / IR oven 3 x 2 KW |
Areas of Application:Treatment of profiles, rubber processing, aluminum processing | |
| 12 kW PowerShock module / IR oven 6 x 2kW |
Areas of Application:Treatment of profiles, rubber processing, aluminum processing | |
| 12 kW PowerShock module / IR oven 2 x 6kW |
Areas of Application:Treatment of profiles, rubber processing, aluminum processing | |
| 12,8 kW PowerShock module / IR oven compact 8 x 1,6kW |
Areas of Application:Treatment of profiles, rubber processing, aluminum processing | |
| 16 kW PowerShock module / IR oven compact 4 x 4kW |
Areas of Application:Treatment of profiles, rubber processing, aluminum processing
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| 60 kW PowerIR oven with automatic material guidance 2 x 30 kW |
Areas of Application:Automotive industry, mould carrier heating, forming technology, material coating |
DIN weichdichtend
| Armatur: | Kugelhahn DIN, Fabrikat JC nach DIN 3357 |
Beschreibung: | 2-teiliges Gehäuse, schwimmende und zapfengelagerte Kugel, voller Durchgang, Montageflansch DIN ISO 5211 für Antriebsaufbau, kurze und lange Baulänge | |
Anschluss: | Flansch | |
Nennweiten: | DN 15 - DN 300, kurze Baulänge nach DIN EN 558-1 Reihe 27 (F4/F5) | |
DN 15 - DN 100, lange Baulänge nach DIN EN 558-1 Reihe 1 (F1) | ||
Druckstufen: | PN 16 - PN 40 | |
Werkstoffe: | Stahl 1.0619 und Edelstahl 1.4408, Sonderwerkstoffe wie Duplex, Hasloy, Inconel usw. auf Anfrage | |
Sitzringe: | PTFE, Nylon, Stansit (PTFE+50% Edelstahl), PTFE+Graphit, PEEK u.a. | |
Zertifizierung: | DIN EN ISO 9001:2000 - TÜV CERT, DGRL 97/23/EG, Herslung gem. AD 2000, TA-Luft 2002, FIRE-SAFE tested nach ISO 10497:2004 und BS 6755 Part 2, ATEX, SIL 3, APZ 3.1 | |
Einsatzbereiche: | z.B. Tanklager, Chemie, Petrochemie, Verfahrenstechnik, Raffinerie |
ANSI weichdichtend
Armatur: | Kugelhahn ANSI, Fabrikat JC nach API 6D/ASME B16.34 |
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Beschreibung: | 2-teiliges Gehäuse, schwimmende und zapfengelagerte Kugel, voller und reduzierter Durchgang, Montageflansch DIN ISO 5211 für Antriebsaufbau, kurze und lange Baulänge | |
Anschluss: | Flansch | |
Nennweiten: | 1/2" - 8" | |
Druckstufen: | class 150 - class 600 | |
Werkstoffe: | Stahl A 216 Gr. WCB und Edelstahl A 351 Gr. CF8M, Sonderwerkstoffe wie Duplex, Hasloy, Inconel usw. auf Anfrage | |
Sitzringe: | PTFE, Nylon, Stansit (PTFE+50% Edelstahl), PTFE+Graphit, PEEK u.a. | |
Zertifizierung: | DIN EN ISO 9001:2000 - TÜV CERT, DGRL 97/23/EG, Herslung gem. AD 2000, TA-Luft 2002, FIRE SAFE tested nach ISO 10497:2004 und BS 6755 Part 2, ATEX, SIL 3, APZ 3.1 | |
Einsatzbereiche: | z.B.Tanklager, Chemie, Petrochemie, Verfahrenstechnik, Raffinerie |
Metallisch dichtend DIN und ANSI
| Armatur: | Kugelhahn metallisch dichtend DIN/ANSI geflanscht, Fabrikat JC nach DIN 3357/API6D-ASME B16.34 |
Beschreibung: | 2-teiliges Gehäuse, schwimmende und zapfengelagerte Kugel, voller und reduzierter Durchgang, Montageflansch DIN ISO 5211 für Antriebsaufbau, für Hochtemperatureinsatz bis 800 °C | |
Anschluss: | Flansch | |
Nennweiten: | DN 15 - DN 200; 1/2" - 8" | |
Druckstufen: | PN 16-PN 40; class 150 - class 600 | |
Werkstoffe: | Stahl 1.0619 und Edelstahl 1.4408, Sonderwerkstoffe wie Duplex, Hasloy, Inconel usw. auf Anfrage | |
Sitzringe: | metallisch | |
Zertifizierung: | DIN EN ISO 9001:2000 - TÜV CERT, DGRL 97/23/EG, Herslung gem. AD 2000, TA-Luft 2002, FIRE SAFE, ATEX, SIL 3, APZ 3.1 | |
Einsatzbereiche: | z. B. Tanklager, Chemie, Petrochemie, Verfahrenstechnik, Raffinerie |
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High Performance Absperrklappen
Zentrische Absperrklappen
| Armatur: | Absperrklappe |
Beschreibung: | mit zentrisch gelagerte Klappenscheibe, weichdichtend, Rasterhandhebel oder Getriebe, automatisierbar | |
Anschluss: | Anflanschausführung-(Lug -Type) oder Zwischenflanschausführung (Wafer-Type) | |
Nennweiten: | DN 25 - DN 1200 | |
Druckstufen: | PN 10 - PN 16 | |
Werkstoffe: | Gehäuse:GGG 40/GGG 50, Edelstahl Klappenscheibe: Edelstahl,GGG 50 galvanisiert , PTFE beschichtet | |
Sitz: | EPDM, NBR, PTFE, Viton, EPDM PTFE-ummant, Silikon, usw. | |
Zertifizierung: | CE-Kennzeichnung, WAZ EN 10204 3.1 | |
Einsatzbereiche: | z.B. Tanklager, Chemie, Petrochemie, Verfahrenstechnik, Kühl- und Heizungsanlagen |
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