High temperature quenching furnace, BTF-1400C-BVT

Voltage

· Voltage rated:  AC220V 50/60HZ

Working Temperature

· Max. Temperature: 1400 °C

· Continuous working temperature: ≤1300℃

· Recommended heating Rate: ≤10°C /min

Temperature Controller

· PID automatic control and auto-tune function.

· 30 programmable segments for precise thermal processing.

· Built-in protection for the over-heated and broken thermocouple. 

· HMI plus PLC Control 10 inch LCD screen Control

Length of heating zone

· 320mm

Heating Elements

· Silicon carbon rod

Temperature Accuracy

+/- 1 °C

Processing tube

· Tube size：Φ80*1200mm(optional）

Liquid storage tank

· Size: Height 350mm, diameter ≥150mm

· Material:stainless steel 304

· The bottom end uses the spring as the buffer when the sample falls

· Passable atmosphere protection be protected (according to the customer's own process requirements) and the liquid is not filled so that the sample will fall and then gradually out there will have a space buffer to prevent it from spilling into the corundum pipe.

Dimensions

· Furnace size:  850*600*1960mm(L*W*H )

Net Weight

150kg

Vacuum Flange

· With water-cooled flange, the upper flange can manually control clamping the sample and releasing the sample (only reserve the interface of connecting the sample to the wire, do not provide the wire,） can realize the sample leaving the thermal field quickly; The lower flange realizes the connection between the vacuum chamber and the storage tank through the electric plate valve.

Sample clamping and release implementation details

· The upper end flange end cover is inserted into a small iron core by opening a small hole, the iron core and the flange end cover are extruded and sealed by sealing ring, and the upper end is fixed with the iron core through the split excitation electromagnet (the electric time division excitation electromagnet absorbs the iron core to ensure that it does not fall; The electromagnet withdraws the absorbing force and the sample falls under the action of gravity.

Vacuum Pressure

· 10^-1 pa can be achieved by mechanical pump

· 10^-3 pa can be reached by molecular pump