Thermo Scientific™ Lindberg/Blue M™ 1700°C Box Furnaces

Heat to high temperatures faster with Thermo Scientific Lindberg/Blue M 1700 C furnaces. They are designed for efficient, high-temperature use with minimal maintenance.

Manufacturer: Thermo Scientific™ BF51314C

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Catalog No. 10-549-113

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    Specifications

    Capacity (Metric) 2.5L
    Capacity 0.09 cu. ft., 2.5L
    Capacity (English) 0.09 cu. ft.
    Depth (English) Interior 6 in.
    Depth (Metric) Interior 15.2cm
    Dimensions (D x W x H) Interior 6 x 5 x 5 in. (15.2 x 12.7 x 12.7cm)
    Dimensions (L x W x H) Exterior 16 x 16 x 14 in. (40.6 x 40.6 x 35.6cm)
    Height (English) Exterior 14 in.
    Height (English) Interior 5 in.
    Height (Metric) Interior 12.7cm
    Height (Metric) Exterior 35.6cm
    Length (English) Exterior 16 in.
    Hertz 50/60Hz
    Length (Metric) Exterior 40.6cm
    Power Consumption 3500w
    Shipping Weight (English) 85 lb.
    Shipping Weight (Metric) 39kg
    Temperature Control Independent (CC59256PC0MC)
    Temperature Range (Metric) 1700°C
    Voltage 208/240V
    Width (English) Interior 5 in.
    Width (English) Exterior 16 in.
    Width (Metric) Exterior 40.6cm
    Electrical Requirements 208/240V 50/60Hz
    Width (Metric) Interior 12.7cm

    Designed for applications which require extremely rapid heat-up rates, with 3500 watt models reaching 1700°C in as little as 15 minutes, Thermo Scientific™ Lindberg/Blue M™  1700°C Box Furnaces with Independent Control are available in two popular chamber sizes, each with a fully programmable independent controller (ordered separately).
    Not available in Europe

    • Designed for efficient high-temperature use with minimal maintenance
    • Choice of single setpoint or programmable control
    • Side swing door provides full and easy access to chamber, protects user from heat surge
    • Atmosphere port, 0.375in. diameter, for fresh air or inert gas inlet (located at back wall, bottom)
    • Solid-state power module with ammeter, circuit breaker, transformer and front panel indicator lights for “Ready Element” and “Main Power Applied”
    • Safety power disconnect switch cuts power to heating elements when door is opened
    • Moldatherm™ high-temperature ceramic fiber insulation with advanced graded design for fast heat-up and resistance to thermal shock
    • Moldatherm hearthplate supports load and protects chamber from spills or mishandling
    • High-volume cooling fans move air between inner and outer chamber to reduce exterior shell temperatures and improve energy efficiency and operator safety
    • Long-life type “B” thermocouples with 10ft. compensated lead wire and polarized plug for accurate high-temperature measurement
    • Removable panels for easy access to replaceable heating elements and thermocouples

    Smart Heating Elements

    • Molybdenum disilicide elements with unique right-angle bend and sidewall mounting reduce maintenance usually associated with element termination and mounting
    • Designed for easy replacement without matching resistance values
    • Fast heat-up and recovery with excellent uniformity and energy efficiency
    • Increased resistance to thermal shock, ideal for rapid cycling over extended periods

    Overtemperature Control (OTC)†

    • Adjustable digital overtemperature control protects furnace and load in the event of primary control circuit failure
    • Overrides main controller and shuts off power to furnace if high limit is reached
    • Manual reset required for safety
    • Operates via signal from independent thermocouple

    Programmable Controller With Communications (COM Models)

    • With RS-485 data port (communications card and port) for connection to remote computer
    • Enables modification, interrogation and data transfer of instrument control and configuration parameters
    • Up to 30 units can be connected to one PC

    Digital Multiple Program, Multiple Segment Programmable Controller

    • Microprocessor-based PID control (proportional, integral, derivative) prevents overshoot
    • Multiple programs and segments for ramp (up and down) and dwell (timed hold) temperature control
    • Simultaneous digital LED display of actual temperature vs. setpoint in either °C or °F

    Digital Single-Setpoint Controller

     

    • Microprocessor-based PID control (proportional, integral, derivative) prevents overshoot
    • Single segment, single setpoint, one ramp to setpoint
    • Adjustable high limit overtemperature protection
    • Simultaneous LED display of actual temperature vs. setpoint in either °C or °F

     

    Requires:

    Power cord, hardwiring wiring

    Recommended for:

    • Composite research
    • Precious and exotic metals treatment
    • High-temperature ceramic research
    • Powder metallurgy

  • Description & Specifications

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