Thermo Riko's patented GVL infrared rapid heaters are using a specially designed Infrared Lamp to emit NIR wavelength. Gold coated spheroid reflectors are precisely manufactured to collect the NIR efficiently and introduce the infrared wavelength to the top of the Quartz rod. The Quartz rod transferes the NIR wavelength with minimal loss of wavelength towards the substrate surface. For more information for the technology, please visit Technology page
Specifications and Features
- Max temprature: 1,500°C
- Heating speed: 100°C/sec max.
- Less than 1 minute to 1,500°C
- Typical working distance: < 5mm to the substrate surface
- Cooling : water and air
- Cooling water requirement: 2 litre/min. filtered water recommended
- Heating substrate region only
- No contamination from atmospheric heat source
- Programmable controller allows flexible control of the temperature and time
- Low power consumption, 1kW and 2kW model
- Can be used with any gases (i.e. Oxygen)
- Mounting Flange: CF35 (2-3/4"/70mm OD flange)
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Lineups of GV/GVL series Quartz-guided Infrared heater
Feature | GV198 | GVL298 | GVL398 |
---|---|---|---|
IR Reflector | Gold Spheroid | Gold Spheroid | Gold Spheroid |
IR Lamp Power | 1kW | 2kW | 3kW |
Vacuum Seal | Oring V21 | Oring VL21 | Oring VL21 |
Flange | DN35CF | DN35CF | DN35CF |
Quartz Rod Dia. | 20mm | 20mm | 20mm |
Max. Temp | 1,300 | 1,500 | 1,600 |
Heating Area | 20mm | 20mm | 20mm |
Leak Rate | 1.33 x 10-8Pa·m3/sec or less | 1.33 x 10-8Pa·m3/sec or less | 1.33 x 10-8Pa·m3/sec or less |
Ultimate Vacuum | 5 x 10-7Pa (5 x 10-9 mbar) |
5 x 10-7Pa (5 x 10-9 mbar) |
5 x 10-7Pa (5 x 10-9 mbar) |
Heating speed | 100-150ºC/sec | 100-150ºC/sec | 100-150ºC/sec |
Cooling water | 1 litre/min | 2 litre/min | 2 litre/min |
Configuration (Typical GVL298)
- Infrared Guide Section: IG298
- Vacuum Flange: VL21
- Infrared guide rod: GRL100
- Linear shift device: SD25
- Temperature Controller: TP300RF
- Flow switch: DFS3
Model | Total Length | L | ℓ |
GV198 | 485 ~ 510 | 380 | 105 ~130 |
GVL298 | 642 ~ 692 | 490 | 152 ~ 202 |