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Rica Electronics Leader in heating elements electronic control. Mission:
Design and production of higly innovative electronic controls to be integrated in Rica heating elements in order to supply complete solutions. Rica Electronics is a in-house team of electronic designers linked to the Automation and Electronic Development Center of Zoppas Industries. This Center was created 18 years ago and it is in charge of develop all the hardware and the software for Sipa Machines (PET bottles). During this period we have installed more then 200.000 temperature regulators aboard Sipa Machines and many axis controls, proprietary CPUs etc. Rica Electronics has developed a wide partners network to assure the most complete and strongest support to its customers. This network includes companies with own technology and professional skills
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INTERTEC offers the widest selection of explosion-proof heaters worldwide.
- ATEX/CENELEC approvals for Europe
- CSA/NRTL approvals for America
- GOST approvals for the Russian Federation
Our EX-heaters in combination with EX-controllers satisfy all requirements from freeze protection as well as high demands in the analyse technic.
For further questions please contact: Tel.+49-9445/9532-0
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THERM HI "smart heater" is a system consisting of
an explosion-proof electric heater and a
microprocessor, designed to control the air
temperature in instrument enclosures and protective
cabinets and to limit the surface temperature of the
heater.
The "option E" is equipped with an intrinsically safe
sensor, thus allowing measurement and accurate
regulation of the temperature of the instruments and
equipment (e.g. of manifolds).
... THERM HI heaters are designed to solve
sophisticated and complex heating problems in
hazardous areas, and in particular for high
temperature maintenance of analyzing equipment.
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-Large convection surface
-Clip fixing
-Ready for use
-Maintenance free
Compact convection heater for use in areas with explosion hazard for prevention of formation of condensation, temperature fluctuations and for protection against frost in transmitter housings, switch cabinets and measuring equipment.
Ex protection type:
-Ex d IIC T5 - Ex tD A21 IP6X T100C
-EX d IIC T4 - Ex tD A21 IP6X T135C
Conformity certificate:
-01 ATEX 6073/03, LCIE N 06 ATEX Q8011, IECEx LCI 07. 0020
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Switchgear cabinet heater for highly combustible ranges
Gas zone 2, dust zone 22
Tension: 230V
Achievements: 70W - 400W
Safety class system I (protective grounding) - enclosure IP 67
Installation position: Perpendicularly
Fitting: Silicone cable 3X1,5mm , 1m long
Mounting options: DIN slides attachment, bolt mounting
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The Faratherm Induction Base Heater consists of an induction coil, encapsulated in glass reinforced resin with a heating plate located on top. It uses the same technology as our proven THERMOSAFE Induction Drum Heater.
Powered by single phase ac electricity, it is certified for use in potentially explosive atmospheres to the ATEX and IECEx standards for Zones 1 and 2.
With an ingress protection rating of IP66 and no moving parts, it is suitable for use in harsh environments. There are no heating elements, and no electrical contacts to spark or arc as the maximum temperature is self limiting.
The Faratherm unit can be used by itself, or in conjunction with our THERMOSAFE drum heater for fastest possible melting of solids from drums, and for rapid heating of viscous liquids.
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We present the model RFS, an electric flexible serial resistance, specially design to be applied as a heating system: Electric radiant floor, electric radiant floor for ramps, electric trace heating for pipes, electric trace heating for storage tanks, snow melting system for ramps, systems of prevention of accumulation of snow and ice for roofs and roofs, systems of prevention of accumulation of roofs and gutters, electric heating for animals: pigs, pets, exotic animals habitats, etc. electric heating for the farming: small greenhouses, seedbeds, etc.
We use the RFS to manufacture special heating systems:
Heating blankets, heating mats, crankcase heaters, etc.
Technical characteristics
Operating voltages: 12v, 24v, 48v, 110v, 125v, 230v, 380v... 750v.
Power output at 230 V: 8 to 60w/m
Maximum operating temperature: 180C
Maximum circuit length: According to model
Heating conductor: Ni/Cr 80/20
Core : Woven glass fibre
Type of insulation: Thermal Silicone, Glass fibre, P.V.C, etc.
Supply
.In reels.
.In groups already finishes, according to longitudes.
.With diameter of the Isolation: 2,9mm, 4mm (normalized), 5mm, 6mm.
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Heaters for the thermo-regulation of enclosures, for application on DIN rail, and available in three version:
- with bipolar (15-30W) or three-pole (45-150W) power cable
- with three-pole terminal block (45-150W)
- ventilated (250-400W)
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Condensation poses a particular risk for control electronics, especially with outdoor siting, but also indoors. Various different output categories ensure that the correct thermal output is always available. In this way, the total required thermal output can be distributed with complete accuracy within an enclosure.
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Units for DIN or screw mounting.
TH heaters, installed separately from cooling unit, must be connected to a TMC thermostat. When used to prevent cabinet condensate they should be electrically connected also when cabinet is off.In this cabinet its better to install more heating elements with small heating power.In this way there is an optimal air temperature distribution.
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Technical details
- Protection class I (ground wire) - protection type IP 54 (DK = IP 20)
- Temperature setting:
ON 25 C - OFF 55 C (operating temperature of heating
system itself)*
Tropical version possible: ON 35 C - OFF 65 C
-> Other settings upon request
- 2 Connecting alternatives (optional)
Connecting leads (AL) 0.5 m, 3 x 0.75 mm PVC
- > Other lengths upon request
Lead out terminal (DK) 0.08 - 2.5 mm
- Mounting position: vertical
- 2 fastening alternatives (optional)
Snap fitting for 35 mm DIN rail (figure 1)*
Screw fastening (figure 2)
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PTC units for DIN bar application.
EH/FH heaters, installed separately from cooling unit, must be connected to TMC thermostat. When used to prevent cabinet condensate they should be eletrically connected also when cabinet is off.In this cabinet its better to install more heating elements with small heating power.In this way there is an optimal air temperature distribution.
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Thermofoil heaters are thin, flexible heating elements consisting of an etched foil resistive element laminated between layers of flexible insulation. Since their introduction by Minco over 45 years ago, Flexible Thermofoil heaters have demonstrated significant advantages over conventional electric heaters.
Precise Heating :
Thermofoil heaters put heat where you need it. You simply apply them to the surface of the part to be heated. Their thin and Flexible profile gives close thermal coupling between the heater and heat sink. You can even specify profiled heat patterns with higher watt densities in areas where heat loss is greater.
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The flexible heating foil is the result of printed circuit technology (etched foil) and was developed in order to solve specific problems in advanced market sectors such as the space and aviation fields. In a relatively short time, the heating foil has found applications in many other fields, allowing users to solve problems of particular importance thanks to the following characteristics:
- Can be set to vary heat concentrations to optimize distribution
- Minimum heat dispersion in case of external application on the object to be heated
- Can be molded
- Easy to assemble
- Overall economical in many applications
- Minimum weight and thickness:
Mica 0,9 mm
Polyimide 0,15 mm
Silicone 0,8 mm
Poliestere 0,15-0,25
Teflon 0,8 mm
- Flexibility
- Working temperature:
Mica max working temperature 500 C
Polyimide max working temperature 260 C, with adhesive 175C
Silicon max working temperature 200 C, with adhesive 175C
Polyester max working temperature 100 C, with adhesive 100C
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The multicell heater from Watlow offers independent zone control for precise temperature uniformity, loose fit design for easy insertion in and removal from the equipment and extreme process temperature capability. The heaters are available with up to eight independently controllable zones and one to three internal thermowells for removable sensors. Custom assemblies are available.
Applications
Super plastic forming and diffusion bonding
Hot forging dies
Heated platens
Furnaces applications
Superheating of air and other gases
Fluidized beds for heat treating
Glass forming, bending and tempering
Long heater needs (1219 cm (40 feet))
Soil remediation
Aluminum processing
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-Pressure clamp connectors
-Dynamic heating up
-Wide voltage range
-Temperature limiting
-Energy saving
-Clip fixing
-Quick installation
These heaters are used in enclosures where damage from condensation must be prevented, or where the temperature may not fall below a minimum value.
The aluminium profile heater body design has a chimney effect and distributes the heat evenly.
The pressure clamp connectors save time and simplify installation.
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Technical details
- Protection class I - protection type IP 20
- Fan features:
- constant
-Mounting position: Air outlet, top or side
- Connection:
Connecting terminal 0,08-2,5mm
- Fastening:
Snap fitting DIN rail
- Off blow temerature: 120C
- Case temperature: 45C
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-Compact heater
-Heating capacity adjusts to ambient temperature
-Adjustable temperature range
-Temperature safety cut-out
-Clip fixing
-Optical indicator
Semiconductor fan heaters prevent the formation of condensation and ensure an even temperature in switch and control equipment.
The built-in regulator is used to set the desired temperature.
Approvals: UL File Nr. E 204590
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Silicone rubber is a rugged, flexible elastomer material with excellent temperature properties. It is most suited to larger heaters and industrial applications.
- Rugged construction provides high reliability in a wide range of heating applications.
- Optional custom profiled heat density creates a uniform heatsink temperature which can improve processing yields.
- Factory vulcanization and high temperature capability allows higher wattage levels for faster processing.
- High temperature capability to 235C (455F)
- UL component recognition available
- Resistant to many chemicals
- Not suitable for radiation, vacuum, or prolonged exposure to oil
- Most economical in large sizes
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The flexible heating foil is the result of printed circuit technology (etched foil) and was developed in order to solve specific problems in advanced market sectors such as the space and aviation fields. In a relatively short time, the heating foil has found applications in many other fields, allowing users to solve problems of particular importance thanks to the following characteristics
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Watlow layers thick film resistor and dielectric materials on quartz, stainless steel and ceramic substrates to produce high performance industrial heaters. The thick film heaters provide very fast temperature response and uniformity on a low-profile heater. Thick film heaters are ideal for applications where space is limited, where conventional heaters can't be used, when heat output needs vary across the surface, or in ultra-clean or aggressive chemical applications.
Applications
Ultra pure aggressive chemicals
Large panel processing
Analytical equipment
Foodservice equipment
Packaging sealing equipment
Life science sterilizers and GC/mass spectroscopy
Semiconductor wafer equipment
Plastics hot runner nozzles and manifolds
Thermal Uniformity and Fast Response
Series 400 Stainless Steel
Thick film on stainless steel provides low profile heating with the ability to be laser cut or machined to fit any CAD-generated, two dimensional shape.
Stability and Fast Response
Ceramic
Ceramic substrates provide low thermal expansion, high temperature tolerance, low dielectric constant, rigidity and dimensional stability for thick film applications.
In-Line Quartz
In-line Quartz
In-line quartz heaters are ideal for use in continuous and intermittent flow aggressive chemical applications. This unique quartz resistive heater module design eliminates process contamination risk in the event of heater failure.
Corrosion Resistance with a See-Through Option
Flat Quartz
Thick film on quartz substrates provide a low-profile heater that can be cut to fit applications requiring corrosion resistance, high thermal density and visibility.
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Heaters
Voltage: AC 220V
Power: 50W, 75W, 100W, 150W, 200W, 300W, 500W
Power frequency withstand voltage: 2kV
Operating life: 5 years
Temperature & humidity controllers
Power supply: AC220V}10%i50HZj
Withstand voltage: 2 kV
Controlled temperature precision: }1
Action humidity point: 93%RH or 80%RH
Range of target temperature: 5~15
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PTC Schaltschrankheizung
Types: P-ssm-Al, P10, P25, P65, P80
Tensions: 12V - 48V, 110V - 265V (wide rank)
Achievements: 10W - 300W
Safety class system II (protective grounding) - enclosure IP 54 (DK = IP 20)
Temperature behavior:
- self-regulating in dependence of the ambient temperature
- dynamic heating
Z.T. Exhaust for better air distribution mountable
Partly 2 connection types
Connecting cable (AL) with silicone cable 2X0,75 mm
Execution clamp (DK) 0.08 - 2.5 mm
Installation position perpendicularly
3 mounting options (alternatively)
Bolt mounting
DIN slides attachment
Attachment by means of thread groove
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Low surface temperature
Quick mounting due to clip fixing
Double insulated (plastic)
Wide voltage range
Small size
Compact heater for the use in enclosures with electrical/electronical components. The design of the heater supports the natural convection which results in a high air-current of warm air.
The surface temperatures on the accessible side surfaces of the housing are kept down as a result of the heater design.
Our complete range of thermostats and hygrostats can directly be connected to the heater CS 060.
This heater is also available in a version with plug-in thermostat requiring no additional wiring (CSF 060).
Both versions are designed for permanent operation.
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Low surface temperature
Integrated thermostat
Quick mounting due to clip fixing
Double insulated (plastic)
Wide voltage range
Small size
Compact heater for the use in enclosures with electrical/electronical components. The design of the heater supports the natural convection which results in a high air-current of warm air.
The surface temperatures on the accessible side surfaces of the housing are kept down as a result of the heater design.
This model with plug-in thermostat does not require additional wiring.
The heaters are designed for permanent operation.
This heater is also available in a version without thermostat (CS 060).
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Switchgear cabinet heating waterproof
Types: Wadi IP 65-AL, Wadi LH IP-65-AL
Tensions: 115V - 500V
Achievements: 180W - 380 W
Safety class system I (protective grounding) - enclosure IP 65
Temperature attitudes:
A 25C (35C) - from 55C (65C) (Eigentemperatur)
Other attitudes on request
Connection types:
Connecting cable (AL) 0,5m 3 x 0.75 mm PVC
Other lengths on request
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Ribbed heating elements/Air duct heaters/Convectors
Ribbed resistance heaters are ideal for the convection-heating of air in stoves, industrial ovens, drying cabinets and facilities, air-conditioning equipment etc. Ribbed heaters are generally used to heat air or non corrosive gas by natural or forced convection.
The heating elements are made of Z6 CNT 18-10 stainless steel (ST. ST. AISI 321) tubes of diameters 8.5, 10, 13 and 16 mm. The sheaths are fitted without clearance with electrogralvanized steel ribs.
Air duct heater are equipped with pin or spiral formed sheathed heating elements mounted on a stainless steel or galvanized iron casing. They are used to heat circulating air.
Convectors perfectly meet industrial requirements. They can be equipped with regulation devices.Waterproof and ATEX certified products are available for power ranging from 250W to 6kW.
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Description:
Finnend tubular heating elements are based on a RHK type heaters. The surface area is enlarged by a strip in order to heat gases. At a high power the surface temperature is small and the heating element is short.
Application:
Channel air heaters for air-conditioning and drying apparatus.
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Mechanically-bonded continuous fin assures excellent heat transfer and helps prevent fin vibration at high air velocities.
Several standard formations and mounting bushings available.
Standard fin is high temperature painted steel with steel sheath.
Optional stainless steel fin with stainless steel or incoloy sheath for corrosion resistance.
120v, 208v, 240v, 480v available.
Maximum Sheath Temperature
750F (400C) - Steel
900F (480C) - ST.ST./INCOLY
Made in U.S.A.
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Ultra flat silicon elemets for application maximum 200C .
Minimum thickness 0.8mm , with adhesive and Available in low voltage or std voltage.
Available with termal cut-out .
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