Features:

1. Utilizes imported high-temperature furnace wires with an integrated electromechanical design. The reactor loading/unloading mechanism is driven by bottom-mounted mechanical transmission, ensuring simple and convenient installation and operation.
2. The control system adopts Siemens PLC design, with gas flow measured and controlled by mass flow controllers (MFCs), ensuring accurate and reliable flow rates with real-time display. Features self-learning temperature control algorithms, programmable settings, and control modes including open-loop stepwise and closed-loop fully automatic.
3. Temperature transmitters employ solid-state two-wire modules with automatic temperature compensation and linearization.
4. Capable of simulating the entire testing process to verify system operational status.
5. Automatically activates the ventilation system during testing to expel indoor CO gas, preventing operator poisoning and ensuring air circulation.
6. Connects to a touchscreen computer for real-time display of temperature and gas flow curves. Includes a CO2 flow deficiency alarm function.
7. Equipped with over-temperature alarm and automatic power cutoff to prevent damage from thyristor failure, thermocouple damage, or signal interference.
8. Includes over-pressure protection.
9. Thermocouples are protected by GH3030 high-temperature alloy steel sleeves.

Technical Parameters:

A. Standard Control Process:

• Room temperature to 1100°C, heating rate: 15°C/min (adjustable).
• At 400°C, introduces 0.8L/min N2 for protection.
• At 1050°C, preheats CO2.
• At 1100±5°C, stabilizes for 10min, switches off N2, and introduces 5L CO2 for a 2h reaction.
• Furnace stops heating; reactor descends and exits the furnace. CO2 is cut off, and 2L N2 is introduced for protection.
• An alarm sounds when the coke cools to 100°C, marking the end of the test.
• The entire process is automatically controlled by a Siemens PLC.

B. Temperature Control:

1. Three-point thermocouples: Type S or N, Class 0.5; control accuracy: 1100°C±3°C.
2. Protection tube: Alumina.
3. Heating program: Room temperature to 1100°C at 15°C/min; holds at 1100°C for 2h.

C. Flow Control:

1. Automated mass flow controller (MFC); includes 2 drying tubes.
2. N2: 0-10L adjustable; CO2: 0-10L adjustable.
3. Accuracy: ±1.5% F.S.

D. Reactor:

1. Material: GH3044; maximum operating temperature: ≤1400°C.
2. Reactor dimensions: Inner diameter Φ80mm.

E. Type I Drum:

1. Dimensions: Φ140mm×700mm; wall thickness: 5mm.
2. Rotation: 20±0.5 rpm, automatically controlled for 600 rotations with automatic counting.

F. Test Sieves:

1. Square-hole sieves (optional, ISO standard): 19mm, 22.4mm, 10mm.
2. Round-hole sieves: 23mm, 25mm, 10mm.

G. Furnace:

1. Integrated furnace chamber; rated power: 7.5KW.
2. Power supply: Three-phase five-wire system with balanced load.
3. Three independently controlled heating zones with a 300mm uniform temperature zone. Displays upper, middle, and lower temperature control curves on the touchscreen.
4. Maximum operating temperature: ≤1250°C.
5. Dimensions: 1000mm×850mm×1800mm.

Total weight: <500kg.