Ceramic-Fiber Laboratory Muffle Furnaces

PT-MUF-003

2–80 L muffle furnaces with ceramic-fiber chambers, fixed-temperature and timed operation, and model-specific maximum use temperatures of 900, 1100 or 1200 °C.

  • Model-specific chamber size, electrical ratings and use-temperature limit
  • Ventilated casing and stainless steel inner door liner
  • Overcurrent, overtemperature and door-open power protection

Representative 380 V exterior with three voltage/current display pairs. 220 V versions have one pair; cabinet dimensions vary by model.

Technical Information

ModelChamber volume (L)Voltage (V)Input power (W)Maximum use (°C)
PT-MUF-00322202500900
PT-MUF-0197.22204000900
PT-MUF-020122204000900
PT-MUF-021163808000900
PT-MUF-022363808000900
PT-MUF-0233038012000900
PT-MUF-0248038012000900
PT-MUF-025222025001100
PT-MUF-0267.222040001100
PT-MUF-0271222040001100
PT-MUF-0281638080001100
PT-MUF-0293638080001100
PT-MUF-03030380120001100
PT-MUF-03180380120001100
PT-MUF-0323.822040001200
PT-MUF-0336.838060001200
PT-MUF-0341838080001200

Standard Configuration

Ceramic-fiber chamber with fixed-temperature and timed operation. 220 V versions have one voltage/current display pair; 380 V versions have three pairs. The 380 V chamber uses sectional construction. Heating elements and insulation vary by temperature class. Ventilated casing, stainless steel inner door liner, overcurrent, overvoltage, overheating, leakage and short-circuit protection, and door-open power cutoff. The lower control setting is ambient temperature +30 °C.

Optional Accessories

Printers, RS-485 interface and communication software are optional. Confirm heating-element selection, loading accessories, electrical frequency and final delivery.

Downloads

Download the complete datasheet for model specifications and configuration details.

Download PDF - English

Selection / Ordering Information

Specify the model, sample type, required working temperature, loading arrangement and electrical supply. Use the listed maximum use temperature when selecting the process.

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