SX3-2.5-12 ceramic fiber muffle furnace Features: 1. Full-mirror stainless steel furnace mouth, no discoloration for long-term use. 2. Imported double-insulation ceramic liner with stable performance. 3. Vacuum forming polycrystalline mullite fiber furnace, efficient insulation. 4. High-precision microcomputer control instrument and precision sensor are perfectly combined and the temperature is accurate. Technical Parameters: Operating temperature range: 100-1200 ° C Temperature resolution: 1 °C Temperature fluctuation: ±1 °C The ambient temperature rises to the maximum temperature time: ≤ 30 minutes Furnace material: ceramic fiber Housing: Cold-rolled steel plate, electrostatically sprayed on the surface; model with B: embossed stainless steel Insulation: Ceramic fiber Heater: alloy heating wire Rated power: 1.5kW 3.0kW 4.5kW 6.0kW Vent hole: φ30mm (connecting rectangular chimney size) Temperature control mode: SX3 is a domestic brand color screen LCD single-segment instrument; SX4 is a single-segment instrument imported from Japan; model with P: Japan Fuji color screen LCD 40-segment temperature controller Temperature setting method: Touch type button setting Temperature indication method: Measuring temperature: four digital tube upper row display; setting temperature: four digital tube lower row display Timer: SX3 series has timing function, SX4 series models do not have P no timing function Running function: fixed value running, or program running Additional functions: sensor deviation correction, temperature overshoot self-tuning, internal parameter lock, power-down parameter memory Sensor: SX3 is a platinum-iridium sensor; SX4 is a high-precision K-type sensor
Features: 1. Full-mirror stainless steel furnace mouth, no discoloration for long-term use. 2. Imported double-insulation ceramic liner with stable performance. 3. Vacuum forming polycrystalline mullite fiber furnace, efficient insulation. 4. High-precision microcomputer control instrument and precision sensor are perfectly combined and the temperature is accurate.
