Top-opening well-type electric furnace: 1200℃ constant temperature operation with linked temperature control of ±1℃. Adopting silicon carbide/molybdenum disilicide rods for surrounding heating and mullite fiber insulation, it is an industrial heat treatment equipment suitable for sintering high-temperature materials.
A compact high-temperature heat treatment device designed for laboratories and small-batch production. It adopts a vertical well-type structure, featuring small footprint, high thermal efficiency, and easy operation. Suitable for material sintering, heat treatment, and other processes.
| Specification | 1200℃ |
| Maximum Operating Temperature | 1200℃ |
| Normal Operating Temperature | 1200℃ |
| Temperature Control Precision | ±1℃ |
| Furnace Chamber Uniformity | ±3℃ (see parameters in the heating control section for details) |
Characteristics of Well-type Furnace | |
| Furnace Top Door | = |
| Working Environment | Anti-interference; furnace body temperature ≤50℃ at 1400℃, which greatly improves the working environment |
External Structure Parameters | |
| Shell Material | The shell is made of 100 angle steel and 20 cold-rolled steel plate |
| Shell Material Treatment | Spray-painted, corrosion-resistant, acid and alkali resistant, with a novel appearance |
| Heating Control Position | The heating control cabinet is isolated from the furnace body and connected to the furnace body via a wire slot |
Heating Control Parameters | |
| Operating Voltage | 380V (three-phase) |
| Power | Maximum power (automatically adjusted according to furnace temperature and heating rate) |
| Microcomputer Control | Programmable (heating curve), fully automatic heating, heat preservation, and cooling; multi-channel detection and protection, dual-loop protection, including overtemperature, overvoltage, overcurrent, thermocouple break, heating element damage detection, etc. |
| Voltage Regulator | 9 imported thyristor modules and high-voltage-resistant electrical appliances |
| Working Principle of Temperature Control Instruments | 3 sets of temperature control systems with 3 temperature control points communicate with each other to ensure simultaneous heating, simultaneous segment transition, simultaneous heat preservation, and simultaneous cooling. Each set is divided into three phases, and the voltage and current of each phase can be adjusted to achieve better furnace temperature uniformity. |
| Temperature Control Points | 3 points distributed on the upper, middle, and lower parts of the furnace body |
| Temperature Measurement | Platinum-rhodium thermocouple (Type S, 0-1600℃) |
| Heating Time | 40-50 minutes (empty furnace) to reach the maximum temperature (1400℃) from room temperature |
| Distribution of Heating Elements | Around and at the bottom of the furnace chamber |
| Heating Elements | Silicon carbide rods / molybdenum disilicide rods |
| Optional Computer Control System | Real-time data monitoring |
| (Operate the electric furnace and check its heating status in the office) | |
| Maximum Control of 4 Electric Furnaces | ① Displays the current operating data and parameter settings of the electric furnace in two modes: numerical display and curve display. The green curve represents the set temperature curve of the current lower computer, and the red curve represents the actual temperature curve of the current lower computer. |
| ② When viewing the trend graph, the temperature axis and time axis can be zoomed in or out, and a specific area in the graph can be enlarged for observation. | |
| ③ Over-temperature alarm for each measurement channel, with sound and color indicators during alarm. | |
| ④ Equipped with an electric furnace parameter curve library that can store up to 40 temperature curves. Users can view and modify any curve; any curve can be downloaded to the current lower computer for storage, or the program curve in the current lower computer can be uploaded to the curve library for storage. | |
| ⑤ When the lower computer is running, the system automatically saves its running time, actual temperature value, and set temperature value, forming a data file named after the system time at the start of operation for query. | |
| Historical data monitoring | |
| ① Check the historical running time, actual temperature value, and set temperature value of the electric furnace. | |
| ② Check the curve trend graph of the actual temperature value and set temperature value of the electric furnace. | |
| ③ The temperature axis and time axis of the historical curve trend graph can be zoomed in or out, and a specific area in the graph can be enlarged for observation. | |
Furnace Chamber Parameters | |
| Insulation Materials | 1. All insulation materials are made of alumina polycrystalline mullite fibers, with an energy-saving effect better than that of old-style electric furnaces (1600℃). The high-alumina fiber insulation material resists temperatures up to 1400℃. Both materials are produced by Luoyang Refractory Material Research Institute. |
| Furnace Bottom Material | The furnace bottom loading plate is made of refractory bricks, with excellent load-bearing capacity. |
| Name | Function Introduction | Function Code | |
| Temperature Controller | Standard 50-segment heating curve, optional imported controller (B) | Choose one out of two. | AB |
| Touch Screen | Chinese menu, multi-curve storage, historical data recording (7-inch) | Choose one out of two. | C |
| IoT Interface | RS485 communication for real-time data access (start/pause/stop/curves/timing) | D | |
| Computer Control System | PC software for full furnace control (start/stop/curve setting/data logging). Supports data recording (1s-1h intervals), parameter adjustment, and long-term storage. | E | |
| PLC Control | Siemens PLC (controls heating curves, atmosphere, flow rates, power). Open ports for upstream/downstream equipment integration. | F | |
| Observation Window | High-temperature quartz glass window on furnace door | H | |
| Gas Inlet | Float flow meter + manual valve (selectable flow range/gas type) | Choose one out of two. | K |
| Digital mass flow controller (selectable flow range/gas type) | M | ||
| Exhaust | Manual exhaust valve | Choose one out of two. | T |
| Automatic electric valve (program-controlled by heating curve segments) | P | ||
| Full Auto Gas Control | PLC-controlled electric valves synchronized with heating curves (requires touch screen option) | Y | |
| Casters | 2 swivel + 2 fixed wheels | R | |
| Rapid Cooling | Program-controlled cooling with inverter + centrifugal fan | N | |
| Multi-zone Control | +10% cost per additional heating zone, +20% for independent control | X | |
| Stirring Fan | Metal fan (<1050°C):-4000; Inverter: -1500-2000; PLC-auto control: -4000 | Z | |
| Separate Control Cabinet | Independent cabinet (1600×600×400mm) with 5m control cables | Q | |
| Heat-storage Base | 50mm recessed hollow base with multi-point support (+5% cost) | W | |
| Exhaust Treatment | VOC treatment furnace (40m³/h or 80m³/h options) | V | |
| Corrosion-resistant Chamber | Acid/alkali/HF-resistant materials | G | |
| Heating Element Protection | Protective features against powder contamination and vapor corrosion | L | |
| Clean Chamber | Ceramic/glass/metal lining to prevent dust/vapor contamination | J | |
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