Thermolyne™ Benchtop 1100°C Muffle Furnaces
The Thermolyne™ Benchtop Muffle Furnaces are engineered to reduce energy consumption while drastically improving heat-up times, reaching temperatures up to 1100°C (2012°F). Perfectly suited for a variety of applications, these furnaces excel in ashing organic and inorganic samples, heat treating small steel parts, performing ignition tests, conducting gravimetric analysis, and determining volatile and suspended solids.
Key Features:
- Two capacity options to fit your laboratory needs.
- Digital single setpoint temperature control allows precise adjustments up to 1100°C.
- User-friendly display shows either actual temperature or the setpoint for easy monitoring.
- Advanced ceramic fiber insulation ensures quicker heat-up times, significantly reducing energy costs.
- Embedded heating elements located on the top and sides enhance temperature uniformity throughout the chamber.
- Innovative drop-down door not only offers easy access but also serves as a shelf for convenient loading and unloading.
- Safety features include a door safety switch that immediately cuts power to the heating elements when the door is opened.
- Equipped with thermocouple break protection to prevent runaway conditions due to thermocouple failure.
- A 0.95 cm (0.38 in.) diameter port located at the rear of the chamber allows for temperature monitoring with independent measuring devices.
Specifications:
SKU |
Electrical Information |
Temperature Range |
Temperature Stability |
Power Requirement |
FB1315M |
120V, 50/60Hz |
100°C to 1100°C (212°F to 2012°F) |
±0.3°C at 1000°C (±7.8°F at 1000°F) |
1060W |
FB1415M |
120V, 50/60Hz |
100°C to 1100°C (212°F to 2012°F) |
±0.5°C at 1000°C (±5°F at 1000°F) |
1450W |
Physical Dimensions:
SKU |
Height |
Width |
Length |
Depth |
Compliance |
FB1315M |
14 in |
9 in |
13 in |
5 in |
CSA Approved |
FB1415M |
14.5 in |
10 in |
15.8 in |
6 in |
CSA Approved |
Recommended Applications:
- Ashing a variety of organic and inorganic samples.
- Heat treating small steel components effectively.
- Performing ignition tests with reliable temperature control.
- Conducting gravimetric analysis for accurate measurements.
- Determining volatile and suspended solids efficiently.