All trademarks remain property of their respective holders, and are used only to directly describe the products being provided. Their use in no way indicates any relationship between SMALLSMT and the holders of said trademarks.
The HR-300 is an extremely user-friendly convection oven suitable for lead-free SMD soldering of printed circuit boards.
It has many advantages especially fully controlled reflow cycle in closed oven!
The special feature of this reflow oven is that the complete cycle takes place in a closed oven.
We have 2400W heating power and hot air circulation to ensure even heat distribution.
Even complicated components like GPS antennas or BGA's can be soldered very well.
As this reflow oven has an exhaust fan, the exhaust gases can be exhausted from the room via a 100mm hose.
All parameters are easy to set and only the temperature to be reached and the dwell time have to be set.
The duration of the heating phase is dynamic until the target temperature is reached, then the fixed holding time expires.
A special feature is the controlled cooling which also reheats when the temperature drops too quickly.
Our HR-300 reflow oven is the perfect solution for prototype production and as a supplement to a vapour phase.
The constant temperature mode can be used to bake components!
Ovens are shipping from Germany.
Reflow oven chamber size is 400x310mm.
New 110V / 1800W version added!
Please ask sunny@smallsmt.biz for download password.
POWER SUPPLY: 230V
MAX POWER: 2400W
HEATER: Infrared radiation heating & hot air circulation
COOLING: Exhaust ventilator 100mm tube outlet
REFLOW AREA: 350x300mm
MODES: 4 reflow profiles, constant heating mode for drying
PC INTERFACE: Profiles can get updated by PC software over RS232 interface
DIMENSIONS: 523 x 500 x 314mm
WEIGHT: 28Kg
$1,094.00
Final price excl. shipping costs
Free shipping to the following countries: Show more Show less
POWER SUPPLY: 110V
MAX POWER:1800W
HEATER: Infrared radiation heating & hot air circulation
COOLING: Exhaust ventilator 100mm tube outlet
REFLOW AREA: 350x300mm
MODES: 4 reflow profiles, constant heating mode for drying
PC INTERFACE: Profiles can get updated by PC software over RS232 interface
DIMENSIONS: 523 x 500 x 314mm
WEIGHT: 28Kg
$1,094.00
Final price excl. shipping costs
Free shipping to the following countries: Show more Show less
Loctite GC10
GC10 Example | Temperature | Time |
READY | 100°C | 01:00 |
HEAT | 210°C | 00:30 |
WELD | 240°C | 00:10 |
HOLD | 220°C | 00:05 |
COOL | 100°C | 00:00 |
Artikelnummer:2376530089554
Felder |
Temperature | Time |
READY | 100°C | 01:00 |
HEAT | 200°C | 00:30 |
WELD | 230°C | 00:10 |
HOLD | 210°C | 00:05 |
COOL | 100°C | 00:00 |
We carried out a temperature test and first calibrated the new oven in constant temperature mode.
The setup menu is accessed by pressing the Run and Enter buttons simultaneously.
A temperature deviation of 15 degrees was compensated. Then checked again in constant temperature mode.
The GC10 profile listed above was then used as the test.
All parts soldered fine except the IC's inside the copper plane but this is an design issue.
A reflow oven is a machine used in the process of surface mount technology (SMT) to attach electronic components to a printed circuit board (PCB). It works by heating the PCB and components to a temperature high enough to melt the solder paste, which then reflows and solidifies to form a permanent connection between the components and the PCB.
Here is a basic explanation of the reflow process:
Preheat: The reflow oven begins by heating the PCB to a low temperature to remove any moisture and prepare it for the soldering process.
Ramp-up: The temperature is gradually increased to a specified temperature range, known as the "preheat zone", where the solder paste starts to become active.
Soak: The temperature is held within the preheat zone for a specified time to allow the solder paste to become evenly distributed and the components to stabilize.
Reflow: The temperature is then rapidly increased to a higher temperature, known as the "reflow zone", where the solder paste reaches its melting point and reflows.
Cooling: The temperature is then gradually decreased to a safe level, where the solder solidifies and the components are firmly attached to the PCB.
The entire process is carefully controlled to ensure consistent results and to prevent damage to the components or the PCB. The temperature profile of the reflow process is typically determined based on the type of solder paste and components being used.
All trademarks remain property of their respective holders, and are used only to directly describe the products being provided. Their use in no way indicates any relationship between SMALLSMT and the holders of said trademarks.
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Wir bauen Bestückungsmaschinen für die zuverlässige SMT Bestückung von Leiterplatten, für Prototypen und Kleinserien. Abhängig von Ihren Ansprüchen bieten wir einfache Produkte bis zu den HP (High Precision) Bestückungsautomaten die über AC Servos und Kugelumlaufspindeln eine absolute Positionierung ermöglichen.
We are manufacturer for Pick & Place machines used for professional SMT assembly of pcb for prototypes and small batches. Depending on your demands we offer simple pick and place machines up to our High Precision HP machines. For HP pnp machines we us AC servo motors and ball screw spindles to achieve closed loop positioning.
Somos fabricantes de máquinas Pick and Place usadas por profesionales para prototipos y pequeñas producciones. Dependiendo de sus demandas podemos ofrecer desde máquinas Pick and Place básicas hasta nuestras máquinas HP de alta precisión. Para nuestras HP pnp usamos servo motores de AC con husillo para conseguir un control de posición de lazo cerrado.
Nous sommes fabricants de machines Pick & Place utilisées pour l'assemblage professionnel de circuits imprimés pour les prototypes et les petites séries. Selon vos besoins, nous proposons des machines Pick & Place simples jusqu'à nos machines HP de haute précision. Pour les machines HP pnp, nous utilisons des servomoteurs AC et des broches à vis à billes pour obtenir un positionnement en boucle fermée.