Thermolyne Fold Down Door Furnaces
from Barnstead International
Discontinued
- Recommended Substitute: Thermolyne* Benchtop Muffle Furnaces.
Fold-Down Door for Convenience and Safety!
- 203 or 375 cubic inch capacities.
- 1050° C maximum temperature.
- Unique fold-down door can be used as shelf.
Product Description
- Unique fold-down door enables customer to use door as shelf and keeps hot surfaces away.
- A black anodized aluminum plate attached to the exterior of the door becomes a convenient cooling surface.
- Two chamber sizes: Type F114200 offers 203 cubic inches of heating area.
- Type F114300 provides 375 cubic inches of heating area.
- Open coil heating elements for fast heating:
- Type F114200 has an element on each side.
- Type F114300 has one heating element on each side and another in the back of the chamber.
- Built-in venting system removes undesirable contaminants and moisture; extends the life span of the element and unit.
- The rear of the chamber incorporates a 0.38" (0.95 cm) diameter port for monitoring chamber temperatures with independent measuring devices.
Operation
- Four temperature controller models:
- - A1: Digital single set point control.
- A single display shows actual temperature or set point.
- - B1: Digital single set point control with a single ramp to set point and a dwell.
- A single display shows actual temperature or set point.
- The furnaces that use this control also utilize a mechanical Over Temperature Protection relay.
- - C1: Digital programmable control with one stored program of 8 segments.
- The furnaces that use this control also utilize a mechanical Over Temperature Protection relay.
- - D1: Digital programmable control with 4 stored programs, 16 segments per program.
- The controller also includes RS232 communications.
- The furnaces that use this control also utilize a mechanical Over Temperature Protection relay.
Safety
- Door safety switch protects operator by removing power to the heating elements upon opening the door.
- Thermocouple break protection cuts power to the heating elements, prevents a thermocouple failure runaway condition.