1200C Table-Top Motorized Bottom Loading Furnace with Optional Stirring 8x12

BLF1200 Series Desktop Bottom Loading Furnace

The BLF1200 series bottom-loading furnace combines advanced technology and robust design for precision thermal processes up to 1200°C. Featuring Kanthal spiral wire coils and Mitsubishi 1600-grade alumina fiber insulation, it ensures uniform heating and energy efficiency.

Key Features:

• Motorized Bottom Elevator Hearth: Convenient loading and unloading of samples.
• Advanced Temperature Control: Eurotherm multi-segment PID controller for precise heating with minimal overshooting.
• Built-In Monitoring Tools: Integrated ammeter, dual voltmeters, and computer interface for real-time diagnostics.
• Optional Stirring Function: Enhances uniformity for specific applications.

Safety Features:

• Overheat Protection: Automatically shuts down the furnace in case of overheating or thermocouple failure.
• Power Failure Protection: Resumes operation at the last process point after power restoration.

Specifications:

• Model: BLF1200
• Electrical Requirements: 208-240VAC, 50/60Hz, single phase
• Temperature Range:
  • Max Working Temp: 1200°C (2192°F)
  • Constant Working Temp: 1100°C (2012°F)
  • Recommended Heating Rate: 15°C/min
• Refractory Lining: Mitsubishi 1600-grade alumina fiber
• Heating Element: Kanthal A1 resistance coil wire
• Controller: Eurotherm 3204 with 5 programs (8 segments each)
• Chamber Sizes:
  • Small Chamber: 6 x 8" (0.13 cu ft, 3 kW)
  • Large Chamber: 8 x 12" (0.35 cu ft, 5 kW)
• Dimensions (WxDxH):
  • Small: 27 x 31 x 46 inches
  • Large: 29 x 33 x 47 inches

Included in Standard Packages:

• BLF1200 table-top furnace (1 pc)
• Type-K thermocouple (1 pc)
• Thermal gloves (1 pair)
• Eurotherm USB software (1 pc)
• User manual (2 pcs)

Warranty: 1 year

The BLF1200 furnace is ideal for laboratories and industrial applications requiring precise temperature control and safety. Its durable construction and customizable settings make it an excellent choice for demanding thermal processes.