Products Description
The vacuum system of the atmosphere furnace incorporates advanced design technology, offering safe and user-friendly operation with excellent vacuum performance. It achieves an ultimate vacuum level of 0.1 MPa and features superior sealing capabilities, ensuring prolonged vacuum retention. The furnace is capable of accommodating various atmosphere gases, including oxygen, nitrogen, and argon, with a maximum atmosphere pressure limit of 0.1 MPa. Additionally, it employs a distinctive water-cooled sealing technology at the furnace port, guaranteeing long-term operational safety and ease of use.
Technical Parameters
| Product Features: | |
| Uses resistance wire as heating elements and employs a double-layer shell structure. | |
| The controller is mounted on the side of the furnace door, capable of meeting various rapid sintering requirements. | |
| The microcomputer PID controller offers simplicity in operation, precision, reliability, and safety in temperature control. | |
| The furnace chamber utilizes alumina polycrystalline fiber material to ensure durability and longevity. | |
| Excellent door sealing minimizes heat loss and enhances temperature uniformity within the furnace chamber. | |
| A forced-air cooling system is equipped between the double-layer furnace shells, enabling rapid heating and cooling. | |
| Multi-segment Programmable Controller: | |
| Microcomputer programming controls temperature, time, heating rates, and other parameters, enabling rapid sintering tests to be conducted efficiently. | |
| Programmable controller with a 31-segment temperature control system, incorporating phase-shifting trigger and silicon-controlled rectification. | |
| Utilizes microprocessor P.I.D. control mode with multi-segment programmable control, truly realizing automatic control and operation. | |
| Safety Features: | |
| Equipped with an over-temperature protector, power-off function when the door is opened, a cooling fan on the cabinet surface, and an alarm system for abnormal conditions in the resistance furnace (including heater failure, temperature sensor malfunction, memory content abnormality, and over-temperature issues), providing audible and visual alerts to ensure safe and accident-free operation. | |
| Incorporates various safety protection measures such as over-current, over-voltage, and over-heating to guarantee the safe use of the electric furnace. | |
| Ceramic fiber board is chosen as the thermal insulation material, offering excellent insulation properties and low surface temperature on the cabinet shell. | |
| Technical Parameters: | ||||||||
| Model | Max. temperature (℃) | Operating temperature (℃) | Furnace sizeΦxH(MM) | External Dimension | Power | Input power (W) | Heating element | |
| DxWxH(MM) | ||||||||
| XW-Q1200-20 | 1200 | 1100 | 200x200x200 | 650x560x1060 | 220V/50HZ | 3KW | Nichrome wire | |
| XW-Q1200-30 | 1200 | 1100 | 300x200x200 | 820x800x1300 | 220V/50HZ | 6KW | Nichrome wire | |
| XW-Q1200-40 | 1200 | 1100 | 400x300x300 | 920x800x1370 | 380V/50HZ | 10KW | Nichrome wire | |
| XW-Q1200-50 | 1200 | 1100 | 500x400x400 | 1030x1000x1500 | 380V/50HZ | 16KW | Nichrome wire | |
| Remark | Temperature control accuracy: ±1C | |||||||
| Security function | Over-temperature protector, cooling fan on the cabinet surface, and abnormal alarm function for the resistance furnace (including heater failure, temperature sensor failure, and over-temperature abnormality). | |||||||
