Yamato FO-410CR 9 Liter Muffle Furnace with Communication Port
Yamato FO-410CR Muffle Furnace, 9L 220V 10.5A 50/60Hz, with Communication Port
Yamato muffle furnaces are recognized for their durability and tightly sealed doors. The FO Series represents the standard type of muffle furnaces that use a microprocessor-controlled thermoregulator characterized by excellent repeatability. They are used for high temperature applications such as fusing glass, creating enamel coatings, ceramics, soldering and brazing metals, alloying, fusion, heat treating, melting, annealing, metallurgy, mining, environmental testing, pharmaceutical development, in R&D and more.
Features
- Wide selection of space-saving compact units with maximum inner capacity
- Easy to use controller
- Excellent heat tightness with a firmly sealed chamber door
- High temperature accuracy at ±2.0°C
- Program operation of maximum of 6 patterns: 30 steps x 1 pattern, 15 steps x 2 patterns or 10 steps x 3 patterns
- Safety features include self-diagnostic functions, calibration off-set, lock function, auto-recovery after power failure, earth leakage breaker and automatic overheat prevention device
- Selectable options include exhaust system unit, Nâ‚‚ gas loading device (with flow meter), temperature output terminal, time up/alarm output terminal and sample tray
- Upgraded with long life R-thermocouple sensors
- Designed with communication port
Specifications
| Operating Temp. Range | 100~1150°C |
| Temp. Control Accuracy | ±2°C (at 1150 ° C) |
| Max. Temp. Reaching Time | ~70min. |
| Exterior Material | Cold rolled steel plate with baked-on melamine resin finish |
| Internal Material | Ceramic fiber |
| Sensor | R-thermocouple |
| Heater | Iron-chrome wire 2.2kW |
| Exhaust Port | ø20mm (top) |
| Cooling Fan Type | Axial fan motor |
| Temp. Controller | PID controll by microprocessor |
| Temp. Setting/Display Method | Digital setting byâ–²/â–¼ keys / Digital display |
| Operation Function | Fixed temperature, quick auto stop, auto stop, auto start, program (maximum 6 patterns: 30 steps x 1 pattern, 15 steps x 2 patterns or 10 steps x 3 patterns) |
| Additional Functions | Calibration off-set, power failure compensation, lock, RS485 communication interface |
| Timer | 1 min. to 99 Hrs. 59 min. and 100 Hrs. to 999 Hrs. |
| Safe Device | Self diagnostic (memory error, heater disconnection, sensor error, SSR short curcuit), Electric leakage breaker, Overheat prevention device |
| Internal Dimensions WxDxH | 200×300×150 mm |
| External Dimensions WxDxH | 446×554×567 mm |
| Internal Capacity | 9L |
| Power Source (50/60Hz) | AC220V 10.5A single phase |
| Weight | ~38kg |
| Accessories | Exhaust port cap 1 pc. |
Â
This product ships directly from Yamato, ensuring fast delivery, proper handling, and factory quality. When you purchase Yamato, you’re backed by a trusted name in laboratory equipment—known for precision, reliability, and dependable support. Shop with confidence knowing your order is fulfilled directly by the manufacturer.
Original: $4,288.00
-65%$4,288.00
$1,500.80Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Yamato FO-410CR Muffle Furnace, 9L 220V 10.5A 50/60Hz, with Communication Port
Yamato muffle furnaces are recognized for their durability and tightly sealed doors. The FO Series represents the standard type of muffle furnaces that use a microprocessor-controlled thermoregulator characterized by excellent repeatability. They are used for high temperature applications such as fusing glass, creating enamel coatings, ceramics, soldering and brazing metals, alloying, fusion, heat treating, melting, annealing, metallurgy, mining, environmental testing, pharmaceutical development, in R&D and more.
Features
- Wide selection of space-saving compact units with maximum inner capacity
- Easy to use controller
- Excellent heat tightness with a firmly sealed chamber door
- High temperature accuracy at ±2.0°C
- Program operation of maximum of 6 patterns: 30 steps x 1 pattern, 15 steps x 2 patterns or 10 steps x 3 patterns
- Safety features include self-diagnostic functions, calibration off-set, lock function, auto-recovery after power failure, earth leakage breaker and automatic overheat prevention device
- Selectable options include exhaust system unit, Nâ‚‚ gas loading device (with flow meter), temperature output terminal, time up/alarm output terminal and sample tray
- Upgraded with long life R-thermocouple sensors
- Designed with communication port
Specifications
| Operating Temp. Range | 100~1150°C |
| Temp. Control Accuracy | ±2°C (at 1150 ° C) |
| Max. Temp. Reaching Time | ~70min. |
| Exterior Material | Cold rolled steel plate with baked-on melamine resin finish |
| Internal Material | Ceramic fiber |
| Sensor | R-thermocouple |
| Heater | Iron-chrome wire 2.2kW |
| Exhaust Port | ø20mm (top) |
| Cooling Fan Type | Axial fan motor |
| Temp. Controller | PID controll by microprocessor |
| Temp. Setting/Display Method | Digital setting byâ–²/â–¼ keys / Digital display |
| Operation Function | Fixed temperature, quick auto stop, auto stop, auto start, program (maximum 6 patterns: 30 steps x 1 pattern, 15 steps x 2 patterns or 10 steps x 3 patterns) |
| Additional Functions | Calibration off-set, power failure compensation, lock, RS485 communication interface |
| Timer | 1 min. to 99 Hrs. 59 min. and 100 Hrs. to 999 Hrs. |
| Safe Device | Self diagnostic (memory error, heater disconnection, sensor error, SSR short curcuit), Electric leakage breaker, Overheat prevention device |
| Internal Dimensions WxDxH | 200×300×150 mm |
| External Dimensions WxDxH | 446×554×567 mm |
| Internal Capacity | 9L |
| Power Source (50/60Hz) | AC220V 10.5A single phase |
| Weight | ~38kg |
| Accessories | Exhaust port cap 1 pc. |
Â
This product ships directly from Yamato, ensuring fast delivery, proper handling, and factory quality. When you purchase Yamato, you’re backed by a trusted name in laboratory equipment—known for precision, reliability, and dependable support. Shop with confidence knowing your order is fulfilled directly by the manufacturer.
