Carbolite Gero - Model FST/FZS - Split Tube Furnace Up to 1300°C
From Tube Furnaces - Split Tube Furnace
The FST, single zone, and FZS, 3-zone, split tube furnaces can be used either vertically or horizontally and have a maximum operating temperature of 1300 °C. The split heating module allows either easy positioning of the work tube or positioning around reactors which have fixed end flanges. The split design may also allow faster cooling of the sample. Cooling channels are engineered into the housing to aid with convection cooling of the outer case. A handle is attached to the upper half of the split tube furnace with two quick-release clamps to safely unlock and lock the furnace.
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Product Details
The two furnace halves are ceramic fibre modules with high quality APM wire heating elements mounted in the insulation, held in position by a ceramic holding ridge. A safety switch protects the operator by switching off the heating elements once the furnace is opened.
Customized versions and a comprehensive range of tube furnace accessories complete the available options.
Applications Examples
CVD, coating, test fuel cells, thermocouple calibration, CIM, MIM, ageing, annealing, brazing, calcination, catalyst research, degassing, drying, hardening, miniplants, pyrolysis, sintering, soldering, sublimation, synthesis, tempering.
Standard Features
CVD, coating, test fuel cells, thermocouple calibration, CIM, MIM, ageing, annealing, brazing, calcination, catalyst research, degassing, drying, hardening, miniplants, pyrolysis, sintering, soldering, sublimation, synthesis, tempering.
Options (Specify These at Time of Order)
- 1300 °C maximum operating temperature
- Carbolite Gero 3216CC controller, with single ramp to setpoint & process timer
- 3-zone models fitted with 1 x 3216CC and 2 x 3216CC end zone controllers, with retransmission of setpoint
- Accepts work tubes with outer diameter up to 150 mm
- Single-zone heated lengths of 200, 500 or 1000 mm
- 3-zone heated lengths of 500 or 1000 mm
- Split design allows work tubes or reactors with fixed flanges to be accommodate
- For horizontal or vertical use
- Exceptionally long life time and temperature stability
- High grade type S thermocouple
- Low thermal mass ceramic fibre insulation
- High quality 5 mm APM wire heating elements
- Supplied with separate control box with 3 m cable, plug and socket
Technical Specifications
FST 13/40/200
Dimensions: Max outer diameter accessory tube (mm): 40
Heated length (mm): 200
FST 13/70/500
Dimensions: Max outer diameter accessory tube (mm): 70
Heated length (mm): 500
FST 13/100/500
Dimensions: Max outer diameter accessory tube (mm): 100
Heated length (mm): 500
FST 13/100/1000
Dimensions: Max outer diameter accessory tube (mm): 100
Heated length (mm): 1000
FST 13/150/1000
Dimensions: Max outer diameter accessory tube (mm): 150
Heated length (mm): 1000
FZS 13/50/500
Dimensions: Max outer diameter accessory tube (mm): 50
Heated length (mm): 500
FZS 13/100/500
Dimensions: Max outer diameter accessory tube (mm): 100
Heated length (mm): 500
FZS 13/100/1000
Dimensions: Max outer diameter accessory tube (mm): 100
Heated length (mm): 1000
FZS 13/150/1000
Dimensions: Max outer diameter accessory tube (mm): 150
Heated length (mm): 1000
- Max temp (°C): 1300
- Furnace dimensions H x W x D (mm): 590 x 1200 x 520
- Furnace weight (kg): 100
- Tube length for use in air (mm): 1190
- Tube length for use with modified atmosphere (mm): --
- Control module dimensions H x W x D (mm): 850 x 560 x 500
- Control module weight (kg): 90
- Uniform length ±5°C (mm): 600
- Power (kW): 12.0
- Power supply: d
Please note
- Heat up rate when using an optional ceramic work tube must be limited to 5 °C/min
- Further to the depth of the control module 150 mm for the power plugs and other plugs needs to be added
- The power supply is based on 200 – 240 V for 1 phase and 380 – 415 V for 3 phase power
- Minimum uniform length in horizontal furnace with insulation plugs fi tted at 100 °C below max. temperature
- Power supply: a = 1 phase (16A)+N / b = 3 phase (16A)+N / c = 3 phase (32A)+N / d = 3 phase (63A)+N
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