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Lead free:
- yes
PCB size:
- max. 180 x 120 mm
Clearance for assemblies:
- max. 25 mm
Heating controlling:
- microprozessor controlled
Heat distribution:
- Infrared heating element
Solder temperatures:
- 50 - 250 °C
Solder process time:
- ca. 4 - 8 min
Rated power:
- max. 600 W
Features:
- built in automatic air cooling fan
Power requirements:
- 220 VAC / 50Hz
Dimension and weight:
- 300 x 250 x 160mm / ca.18 kg
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SUMMARY:
- Full hot air convection
- 4 Zone control
- PCB width up to 365mm
- Glass Top Design
- Built-inTemperature profile
- WComputer Control
Autotronik BS3020 is a high performance full hot air convection reflow soldering system
with computers control which can handle boards up to 365mm width with less than +/-2 centigrade degree temperatures gradient.
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EKSPLA offers three different solutions for precise crystal heating. TK series of crystal ovens provide reliable, stable performance and can accommodate wide range of crystals.
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VAC AERO hot zones have unitized construction for easy removal and maintenance. Lightweight design with low thermal mass and inertia for faster quenching and long life. Work Load Size: Standard sizes from small laboratory units up to 54” wide x 54” high x 72” deep. Larger models available. Heating Elements: Customer’s choice of lightweight curved graphite, pure or lanthanated molybdenum strip. Hearth: Constructed with quickly removable hearth rails of pure molybdenum designed to support uniformly distributed loads of up to 4000 lbs at 2400°F.
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Carburizing, carbonitriding, bright hardening and carburization-free bright annealing is performed with carbon-controlled atmospheres. These are produced using low-energy process systems that operate to high safety standards. Process control is based on the Carbon-Sensor® along with computer-aided instrumentation and control systems of the Carb-o-Control® series.
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Fives FCB kiln seals are for sure the best ones on the market. The newest experience with bricks lining demonstrates that the kiln outlet seal refractories can withstand severe conditions more than one year without repair (CALCIA Plant). The moulded end parts can last several years. All seals can be supplied separately.
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for drying, calcination, combustion and pyrolysis. Optimized sealing in and around your plants: no incalculable emissions, no secondary air %u2013 and therefore more accurate process control with noticeably lower primary energy consumption.
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Selas Low NOx burners satisfy the worldwide regulation for low NOx emission with nitrogen oxide emission of less than 50 ppmv ( 1000 mg/Nm3). The fuel air mixture flows from the tip of the burner parallel to the hot face of the furnace wall. The mixture ignites and completes its combustion as it spreads over the wall, bringing it to a uniform temperature. No flames impinge on the process tubes. This lowers maintenance costs since the uniform tube temperature increases process tube life and decreases coking. Burner blocks are not needed to use with these burners and they are easy to light, retrofit and maintain. Silencers and other accessories are available for Selas Low NOx burners.
FEATURES & BENEFITS:
Capacity: 1,500,000 BTU/hour
Pressure: 20 psig
Draft: 0.2” WC
Oxygen: 2%
CO: 5 ppm
NOx: As low as 12 ppm
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MAS Kiln Burner for Cement & Lime Kilns.
The patented kiln burner design offers a high flame adjustment range to set the flame according to the heat requirement of the kiln.
Fuels:
- Petcoke, Coal,
- Solid Alternative Fuels
- Liquid Alternative Fuels
- Fuel Oil #2 - #6
- Fuel Gas
The advanced design as multifuel kiln burner offers a high production flexibility.
Accessories:
- ignition burner
- flame monitoring
- automized burner dampers (remote control)
- telescopic pipe for coal feeding
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Conax Technologies sealed feedthroughs and compression seal fittings have proven to be the industry leaders in quality and performance. We are the originators of soft sealant technology that, when combined with mechanical compression, results in a remarkably secure seal on wires, probes, and electrodes passing through a pressure or environmental boundary. The solutions listed below are commonly used products for the Furnace and Autoclave Industry. If you have a custom need, visit our case studies section or simply give us a call and we will provide a solution for your application.
General Purpose Instrument Lead (TG - 24T)
2 - 24 Wires #24 AWG Teflon Insulated
Temperature Range: -300º to 450º F (-184º to 232º C)
Vacuum to 8,000 PSI (551 Bar)
100 VDC Rated
High Temperature Instrument Lead Feedthrough (TG - 24F)
2 - 24 Wires #24 or #20 AWG Fiberglass Insulated
Temperature Range: -300º to 1,400º F (-184º to 760º C)
Vacuum to 300 PSI (21 Bar)
Instrument Level Signals: 10 VDC Max
High Pressure Ruggedized Feedthrough (PL)
1 - 18 Wires #20 to #8 AWG Kapton Insulated
Temperature Range: -300º to 450º F (-184º to 232º C)
Vacuum to 10,000 PSI (689 Bar)
600 VDC Rated
High Density Wire Feedthrough (HD)
12, 24, 40, 60 Wire Feedthroughs #24AWG Teflon Insulated
Temperature Range: -112º to 250º F (44º to 121º F)
Vacuum to 5,000 PSI (345 Bar)
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Libratherm offers ready to use control panel for electrical furnaces, ovens or any other electrical heating system, which can be used by the OEMs or the end users. The panels are fabricated as per the auto-cad drawing using the high grade steel and are duly powder coated. The size, volume and the air circulation arrangement of the panel is chosen as per the requirement. Depending upon the requirement and application of heating system and desired degree of temperature accuracy the temperature controllers, controlling method and the end controlling device is selected. The panels can be supplied for single phase load or three phase load.
The main controllers can be simple On/Off controllers (model DTC-300, DTC-720) or more precise single or multi loop PID controllers (model PID-300, PID-966, PID-723 or PID-8000) or the single or multi zone Ramp/Soak profile programmers (model PRC-300, PRC-309, PRC-8000 etc…) The parallel safety controllers can be selected as model DTC-300 or linearized controller model DLC-301.
The final controlling device can be a suitably rated electromechanical contactor or solid state relays for single and three phase load. For larger capacity heating systems requiring precise control, thyristor power controllers (either phase angle controlled or burst firing control) are incorporated, having single phase, two phase or three phase star/delta load configuration. The suitably rated heavy duty terminals or bus bars are provided for heater and power line connections. The load connections are isolated using the suitable contactors in series to isolate the heating system during maintenance of the panel or the heater load.
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GBC FE oven for welding electrodes drying & storage.
Temperature range from 0° C to 400° C, with completely automatic programmable drying or heating cycles, power from 1700 W to 6000 W.
Load capacity up to 300 Kg.
High insulation and safety grade guaranteed by door latch avoiding any accidental door opening while temperature is in danger range for operator.
Supplied with internal separate shelves for accommodation of different welding electrodes size and compound.
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Gullco stationary electrode ovens provide efficient dry storage for electrodes and wire reels. The six sizes are scaled to meet the needs of any shop. (10lbs.– 1000lbs)
Gullco portable electrode ovens are ideal for shop or field use. six models are available to suit any requirement. All are light weight, durable, and easily carried to the welding site. They are insulated for accurate temperature control and efficient operation. Each welder can carry only the electrodes required for the job. All models are equipped with rod lifters to simplify loading and unloading of electrodes. The Dry-Pak® is a tightly sealed thermal container which holds oven conditioned electrodes below AWS or ASME moisture levels for more than twenty- four hours. It does not require electricity! The other portable ovens operate on 115 or 230 volt power. Choose one model or an assortment of models to suit a job or shift length.
- Eliminate the risk of costly rework and rejects
- Ensure consistent physical properties and X-ray quality welds
- Protect Low Hydrogen quality in electrodes and flux core wire
- Protect coatings on Aluminum, Bronze, Cast Iron, Stainless and other
electrodes
- Prevent electrode wastage
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It is able to offer the heat shrinking of goods stacked on pallets thanks to warm air without the presence of flames at the lowest waste of energy. There is the possibility of fitting an appliance in that raises the pallet allowing the thermoretractile film to fix itself in the lowest part of the pallet. it can work with every type of gas or electricity and there is an automatic and semiautomatic model
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In applications such as ceramics glazing, reducing zones of incinerators, annealing furnaces, and other surface treating processes for metals, it is often necessary to control to a specific oxidizing or reducing condition. These analyzers can measure sub-stoichiometric furnace atmospheres accurately and reliably thereby helping to maintain a consistent product quality.
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Analysis Cabinet, Multigas, Turn On Key
Description :
- Study, Designe and Production of an analysis system where are integrated several kinds of analyzers (ARELCO or other), and a sampling system (manual or automatic).
- Exemple : Gas Analysis in furnace atmosphere for heat treatment application (Steel Industry, Glass Industry).
ARELCO offers global solution for gas analysis in galvanizing line, annealing line, reheating furnace (CGL, CAL, ...).
Measured Gas in this application : O2, H2, dewpoint
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The continuous measurement of oxygen and COe (combustibles) in cement plants has always been a challenge for any type of analysing probe. Up to now, it’s been nearly impossible to extract measuring gas for continuous analysing systems, because the probe becomes “cemented over and sealed” very quickly, resulting in extremely high maintenance costs and kiln production down time. Now ENOTEC has solved these special analysing problems in the cement industry with the new analysing system called CEMTEC®. Now Cement plants are able to significantly reduce their maintenance costs to a fraction of their previous costs. Mounted in a water-cooled outer jacket, the measuring probe is continuously turning +/- 90°. This keeps the gas inlet area free of cement and prevents the dust build up on the probe filter. Additionally, a highly effective automatic cleaning system with pressurised air ensures that the probe with its dust filter and the gas channels remain completely clean and clear. The InSitu probe measures oxygen using a ZrO2 cell and the COe concentration with a Ga2O3 sensor. The system delivers 2 continuous measuring signals with a response time less than 1 second. In addition, it is also possible to extract flue gas for the extractive type flue gas analysis (SO2, NOx, etc.).
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Of all brazing processes, the most variables are presented when brazing in atmosphere or vacuum. Among these are the type of base and filler metal used, type of atmosphere, dew point, temperature, and even furnace construction. Most furnace brazing pastes are supplied without flux, consisting only of atomized filler metal and a neutral binder.
Fusion offers a full line of controlled atmosphere brazing pastes for various base metals and filler metals. The filler metals include copper and copper based alloys, including copper/phosphorous based systems, silver brazing alloys, and aluminum based filler metals.
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Italbras manufactures any kind of brazing paste for any kind of furnace brazing process:
- copper based brazing pastes, used in the furnace brazing of steel and stainless steel, for instance in bathroom radiators industry;
- copper and phosphorous based brazing pastes, used in the furnace brazing of copper and brass, for instance in the copper heat exchangers industry;
- nickel based brazing pastes, used in the furnace brazing of stainless steel, for instance in the automotive and EGR cooler industries;
- Cuprobraze pastes, used in the furnace brazing of copper and brass automotive radiators;
- aluminium based brazing pastes, used in the furnace brazing of aluminium, for instance in the automotive and electrical heating elements industries;
- silver based brazing pastes, used instead of standard brazing alloys;
- active brazing pastes, used in the furnace brazing of ceramic materials with stainless steel.
According to the different brazing processes and to the materials to be joined, pastes can be with or without flux.
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The series comprises two instruments:
contrAA 300, the high-resolution continuum source AAS for flame and hydride technology
contrAA 700, a compact, versatile system for flame, hydride and graphite furnace technology, capable of analyzing liquid as well as solid samples in one single instrument.
- Just one light source for all elements
- Sequential multi-element routine as standard
- Unique simultaneous background correction
- High sample throughput
- Rapid readiness for measurement
- Easy to operate and robust
- Independence of hollow cathode lamps
The protracted burn-in time of the light source, necessary for conventional line sources, is now also no longer required, since any drift phenomena are corrected simultaneously. The use of a xenon lamp as a continuous source of radiation opens up the entire wavelength range relevant for AAS for the customer in just one step. Previously, individual methods predominated; now the sequential multielement-routine has become standard. This provides enormous savings in time and cost of materials. The evaluation of molecular absorption bands, allowing the analysis of additional elements, such as sulfur or phosphorus, is a further innovation.
The unique resolution with a spectral bandwidth of below 2 pm/ pixel is decisive for the new quality of the measurement results. Interference is minimized through optimum line separation. Errors, which were caused by the limits of the resolution in traditional line AAS, can be identified for the first time and thereby avoided.
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Greenray Industries offers a full line of rugged precision OCXOs for both Military and Commercial requirements. Custom specifications and frequencies are available upon request. Sinewave and squarewave outputs are available.
Features:
Available from 1MHz to 1GHz
Stabilities down to 1ppB
Low Phase Noise
Low G-Sensitivity
Low Input Power
GPS Disciplined
SMT and Through-Hole configurations available
Applications:
Base Stations
Test Equipment
Synthesizers
Up-Converters
Radar
Communications
Timing
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Typical Applications:
- Base Stations
- Test Equipment
- Synthesizers
- Digital Switching
Features:
- 4-Pin Dip
- Surface Mount Package Optional
- Fast Warm-up
- TCXO Replacement for better short term
- stability
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OCXO exhibits an extremely high frequency stability by housing the crystal unit or both the crystal unit and the oscillation circuit in a constant-temperature oven.
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Standard Pin Oven Chain:
Our Standard Pin Oven chain begins its life as 3⁄4" pitch ANSI chain but that's where the "standard" part ends. We improve this chain?s ability to perform in the harshest of environments by providing the components with the same superior qualities as our industrial drive chains such as: raw material selection and closely controlled heat treatment. Then we incorporate some additional clearances to accommodate the high temperatures of the drying ovens and allow more access for lubricant to enter the critical pin/bushing joint
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Pin Oven (Deco) Chain from Tsubaki is built to handle extreme temperatures, high tension, and demanding production rates. Wide-waist link plates increase strength, shock resistance, and durability. Extra clearance between chain joints ensures smooth operation, even with heavy buildup on line. A wide range of pin tip styles keep cans uniform and secure.
Count on Pin Oven Chain from Tsubaki to keep you rolling when the heat is on.
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Basket translation for a furnace
Location : Steel Industry
Serapid Product in use : Chain 60 SG
Description : Specific push pull system to load and unload baskets in a furnace
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Handling / Robotics
One specialist (One-stop-shop) to provide you with all mechanical and thermal turnkey solutions you need for drying, heating, curing.
Full control of your process allows us to offer technical solutions that best suit your environment, supporting and conveying your product and keeping it at temperature in hot zones.
CUSTOMIZED DESIGNS FOR :
Automated loading and unloading by robot or manipulator
Coating parts by quenching, wiping or spraying. Tanks and troughs for quenching with or without overflow
Handling and transfers between different positions and in the hot zones
Realisation of stand parts
Creation of special machines, assembly or control stations, mixing stations
Integration of standard equipment
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Powerflow™ fume extraction and filtration systems are specifically designed to be integrated with machine production processes that produce hazardous fumes and dust. Purex International engineers are available to advise on the correct combination of pre-filter, main filter and machine required for any specific process, including: -
Wave soldering
Reflow soldering
Etching, marking and cutting
Curing ovens
Powder handling and packaging
High volume chemical handling
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Moisture removal efficiency of the drying oven that does not attach the mixing fan is 47%
If the mixing fan was attached, Up to 87% (compared with our product)
Temp. distribution inside the drying oven that does not attach the mixing fan is plus minus 7ﾟC
If the mixing fan was attached, Possibility even plus minus 1ﾟC (compared with our product)
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