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With Watlow's diverse RAYMAX® radiant heater line, we have a solution for almost any application requiring radiant heat. Our capabilities cover a wide range of needs, from contamination-resistant panel heaters to fast-responding quartz tubes to rugged tubular elements and high temperature ceramic panels.
Applying radiant heaters can be complicated. Watlow's engineering staff has the level of training required to help you meet your application requirements, providing a high degree of technical support such as conducting testing for your application at our facility, calculating your watt density and temperature requirements, and recommending system components such as sensors and controllers. With our experience in a wide range of industries, chances are Watlow has already helped someone handle a radiant heating application like yours.
Applications
Thermoforming
Food warming
Paint and epoxy curing
Heat treating
High temperature furnaces
Tempering and annealing processes
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A RANGE OF CERAMIC GAS HEATERS ADAPTED TO ALL HEATING NEEDS IN INDUSTRIAL BUILDINGS (height of 4 meters and more).
Use: Industrial buildings, Churches, Sports halls, Car service, Terraces, ...
- a large range of heaters from 2,5 to 27 kW and more.
- a choice of 10 powers for a comfort in all type of buildings whatever the
hanging height of the heaters
- a double-speed option for a better comfort, particularly in well insulated
buildings
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Wide area radiant heaters can be mounted to radiate in any direction and can reliably operate, with no reduction in radiant output over the life of the heater. The lightweight building block approach allows for a modular installation which is easily expandable. One-piece bonded construction resists damage from vibration and shock. These heaters also have a lower operating cost with up to 80% of the input energy transmitted to and absorbed by the work material.
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CPAC Microplate
The INHECO CPAC Microplate is a compact heated and cooled position, built into the deck or ALP of a liquid handling system. Compact footprint and overall height, most SBS listed disposable can be fitted. The system is also suited for the heating and cooling of tubes and other probe formats. The unit is ready to install, CE and UL certified. A thermal fuse provides extra protection from overheating.
Power supply, temperature setting and control of the CPAC Microplate is performed through an INHECO TEC Control unit, please refer to the seperate TEC Control data sheet. Various types of aluminum adapter plates to match the required disposable are available. Adapter plates and positioner can be easily taken down for cleaning, or changed to another configuration within minutes.
The CPAC Microplate is mostly used on robotic platforms and systems in Lab Automation, primarily:
Beckman: Biomek FX, NX
Protedyne: BioCube
Caliper: Sciclone
The following variants are available:
Product Article Dimensions W x D x H (mm) Weight Temperature Range
CPAC Microplate 7000079 89x128x102mm 1,0kg +4ºC to +70ºC
CPAC Microplate HT 7000095 89x128x105mm 1,0kg +4ºC to +90ºC
CPAC Microplate 2-TEC 7000068 89x128x112
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Lytron is at the forefront of cold plate innovation, offering seven different cold plate technologies—the broadest range in the industry. With full custom design and build capabilities, plus over 30 standard parts, Lytron can solve all your thermal challenges.
Lytron offers more cold plate technologies than any other cold plate manufacturer. With tubed, flat tube, and performance-fin cold plates, you can be sure that whatever your thermal and geometric requirements, Lytron has the technology you need and the experience to tailor it to your application.
Lytron’s standard cold plate technologies can be customized and integrated into sub-assemblies.
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Heat Pipe-Assisted Cold Plate Technology
Thermacore’s Heat Pipe Cold Plate technology uses heat pipes embedded in an aluminum plate to provide the necessary high-efficiency heat transfer in space and weight constrained applications. By using heat pipes, the cold plate has the weight of aluminum with an effective thermal conductivity more than four times that of copper. It is capable of operating in harsh environments including high altitude, extreme temperatures/humidity, shock and vibration.
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ZIRCAR Refractory Composites, Inc. produces a comprehensive range of advanced high performance ceramic-ceramic
composites and related products. Our materials are used around the world in demanding thermal, structural and
electrical insulating applications at temperatures from 600°C(1112°F) to 1650°C(3002°F). For over twenty-five years we
have been a problem solver working with many industries to resolve their thermal management problems. We have
developed materials that have become industry standards for induction melting, forging and heat-treating applications,
investment casting, glass processing, hot pressing, as well as many high temperature electrical applications.
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ZIRCAR Refractory Composites, Inc. produces a comprehensive range of advanced high performance ceramic-ceramic composites and related products. Our materials are used around the world in demanding thermal, structural and electrical insulating applications at temperatures from 600°C(1112°F) to 1650°C(3002°F). For over twenty-five years we have been a problem solver working with many industries to resolve their thermal management problems. We have developed materials that have become industry standards for induction melting, forging and heat-treating applications, investment casting, glass processing, hot pressing, as well as many high temperature electrical applications.
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ZIRCAR's Refractory Sheet Type RS-A Moldable is a tough ceramic fiber reinforced insulation which contains no asbestos. Developed for induction coil liners and molten metal transport, Refractory Sheet Type RS-A Moldable is ideally suited for a wide range of high temperature, high
thermal shock applications. It is also used for brazing separators and fixtures for jewelry making, as well as a high temperature gasket material. Its high Alumina (Al2O3) content makes it resistant to sticking in many
environments, including molten metals, and it has a maximum operating temperature of 1450°C (2642°F).
Refractory Sheet Type RS-A Moldable is a wet blanket that can be easily formed into a wide variety of simple and complex shapes. Drying results in a strong rigid shape that can be re-wet to restore the original moldability. Baking irreversibly removes the moldability, leaving Refractory Sheet Type RS-A Moldable rigid and unaffected by moisture. Refractory Sheet Type RS-A Moldable can be frozen and thawed repeatedly with no loss in moldability
or other properties.
Refractory Sheet Type RS-A Moldable can be dried rapidly, either with a torch or by applying directly to a hot furnace, to make quick repairs of cracks, or to replace missing refractories.
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ZIRCAR Refractory Comoposites, Inc. provides a variety of non-asbestos calcium silicate structural insulations that combine high strength and excellent thermal insulating characteristics for use in a variety of heat processing, fire protection and electrical resistance applications. The unique calcium silicate structure provides excellent thermal shock resistance as evidenced in its typical use as a direct contact board for non-ferrous metals and in fire training burn rooms. They are fire resistant to temperatures approaching 2000°F. They also exhibit low thermal conductivities that remain relatively constant over a broad range of operating temperatures.
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ZIRCAR Refractory Composites, Inc. produces a comprehensive range of advanced high performance ceramic-ceramic
composites and related products. Our materials are used around the world in demanding thermal, structural and
electrical insulating applications at temperatures from 600°C(1112°F) to 1650°(3002°F). For over twenty-five years we
have been a problem solver working with many industries to resolve their thermal management problems. We have
developed materials that have become industry standards for induction melting, forging and heat-treating applications,
investment casting, glass processing, hot pressing, as well as many high temperature electrical applications.
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A16B Alarm Annunciator(604 600)
• Programmable with PC or other control devices
• Easy transitions between hardware / software configurations
• 3 port 2.5kVAC isolation
• High efficiency indicator LED’s in front panel
• Low power consumption
• DIN 19235 standard compatible signal functioning
• Removable signal labels
• Wide operation temperature range
The A16B is programmable industrial 16 channel alarm annunciator with different signalization options and compatible with DIN19235 standards. A16B alarm inputs interrogated with 24/110 AC/DC voltage. High isolation is provided between input, output and power supply circuits for maximum safety. A16B is DIP switch configurable and also programmable via Windows based software which allows easy and flexible configuration of input and output characteristics.
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The Series 725 Alarm Annunciator provides the ideal solution to all your alarm system requirements. This innovative and unique design gives exceptional flexibility, reliability and programmability.
- Only 145mm deep
- Fully programmable with power applied and without having to remove lightboxes, backplanes or alarm cards
- Proven, ASIC-based technology: fewer components means higher reliability
- Ultra bright LED's available in a range of six colours
- Surpasses the EMC and LVD directives.
With a range of three window sizes, six colours and a choice of bulbs or ultra-bright LED illumination, a format and size will be available to match your exact requirements.
Each individual alarm way is fully programmable from the front, using the integral programming module. This allows for many different features giving thousands of possible combinations.
Numerous relay outputs are included as standard to connect to external equipment and individual repeat relays can be supplied as an option. The ASIC technology utilised in this design has a proven track record in a wide range of industries around the world.
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The PEX7250 Explosion Proof Alarm Annunciator offers a vast range of features and benefits normally reserved for use in safe area annunciators only. The heart of the system is our field proven Series 725 Alarm Annunciator which is available in 3 individual window sizes 30mm x 30mm, 30mm x 60mm or 60mm x 60mm. Reliability of the system is vastly improved over conventional systems with the use of ASIC's (Application Specific Integrated Circuits) for each pair of alarms, removing any reliance on common control cards. The standard enclosure is copper free cast alloy, finished in a light grey two-part epoxy paint, making it ideal for offshore applications.
Systems are available in a range of formats and sizes and are certified for use in Zone 1 hazardous areas. All systems are automatically covered by our standard 5 Year Warranty.
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Explosion Proof Alarm Annunciator from RTK Instruments
RTK Instruments’ PEX7250 Explosion Proof Alarm Annunciator, suitable for use in Zone 1 and Zone 2 hazardous areas, offers a vast range of features and benefits normally reserved for use in safe area annunciators only.
The heart of the system is RTK Instruments’ field-proven Series 725 Alarm Annunciator, which uses multi-redundant ASIC technology to greatly improve reliability compared with conventional systems. This high level of reliability is backed up by RTK Instruments’ 5 year warranty.
The PEX7250 Alarm Annunciator is available in a range of sizes and shapes from one to 56 points in a single enclosure, with a choice of three window sizes. Illumination is using high reliability, ultra-bright LEDs.
The standard enclosure is copper-free cast alloy and finished in a light grey two-part epoxy paint, making it ideal for offshore applications. A stainless steel enclosure is available as an option.
RTK Instruments is a leading global supplier of safe and hazardous area alarm, display and interface products and can provide specific application advice, as well as product recommendations and installation advice.
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The RTK UC625 Alarm System, developed from the field proven P625 range of alarm annunciators, offers the latest in ASIC technology packed into an compact design for applications where panel space is at a premium.
However simple or complex your alarm requirement, the UC625 with compact packaging, ASIC Technology and "no master module" philosophy, will give the most cost-effective solution.
Programmable alarm sequence, signal duplicating relays, dual horn relays, LED display, proven ASIC technology and dual redundant universal power inputs make it ideal for all industry sectors.
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Format DIN 144x144.
Automat for centralising technical faults with 12 high luminosity leds, PC parameter settings and text display.
A "top of the range" product with all the functions of the J3000 with all the flexibility of PC programming.
Many additional functions.
Application: All industries including "high risk". This product is preferable in situations requiring sophisticated or different, channel by channel settings.
Simple, user-friendly PC software supplied. Bus RS422/485 Modbus/Jbus.
Selections by input channels
Output scheduler
Scheduling and processing of alarms and indicators
Text display with History and settings menu
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Integral or Remote Logic Design
Expandable to 256 points
Choice of Lamp or LED displays
Optional internal pushbuttons
Fully "DIP" switch configurable
Optional ModBus Slave Serial Port
IEC61508 Certified
Repeat Relay Option
The Omni16C is the latest upgrade in the series of field-proven popular Omni16 alarm annunciators (previously sold under the CONLOG brand).
Completely redesigned to take advantage of the latest technologies, this latest release offers backlit LED displays, and serial communications.
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LN1000 Intrinsically Safe Annunciator provides a unique solution for problems with hazardous area alarm indication. The annunciator provides a visual display of the alarm status including 'first-up' information and can be mounted in the hazardous area for the benefit of operators working in any Zone.
The lightweight stainless steel construction gives a compact and simple to install modular unit which can easily be expanded by the addition of extra alarm cards.
Maintenance can be carried out live without the necessity of 'gas checks' or prior shutdown. Unlike flameproof, purged and type 'N' systems, installation is simple and relatively low cost.
Power to the annunciator is supplied from the safe area through a single Intrinsically Safe interface for up to 32 channels.
With the addition of a number of ancillary devices a complete intrinsically safe alarm and control package can be provided
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