Product overview: The M 6040 P SS Hot Air Sterilizer is a dry-heat sterilization oven with a 120 L stainless steel chamber. It operates from ambient +5 °C up to 250 °C and provides homogeneous temperature distribution through natural air circulation. PID digital control and an SSR load switching element enable precise temperature management, while an independent safety thermostat adds protection for laboratory and medical applications.
Specifications- Working temperature range: Ambient temperature +5 °C to 250 °C
- Capacity (Chamber volume): 120 L
- Type of thermoelement: J type
- Temperature control: PID digital control
- Load switching element: SSR (Solid State Relay)
- Thermostat setting increments: 1 °C steps
- Thermostat working accuracy: ± 1 °C
- Chamber temperature accuracy: ± 2 °C
- Circulation: Natural air circulation ensuring homogeneous heat distribution
- Power rating: 1500 W
- Power supply: AC 190–240 V / 50–60 Hz
- Chamber material: Stainless steel
- Casing material: Sheet steel with stoved enamel paint
- Dimensions (W x H x D): 79 x 79 x 53 cm
- Net weight: 55 kg
CategoryThe M 6040 P SS belongs to the Hot Air Sterilizers category, using dry heat to sterilize instruments, glassware and materials without moisture. The stainless steel chamber supports cleanliness and long-term use in laboratories, clinics and research facilities.
Applications- Sterilization of laboratory glassware and stainless instruments
- Drying and heat treatment of samples and components
- Sterilization of powders, oils and heat-resistant materials
- Quality control and research processes requiring controlled dry heat
Safety & maintenanceAnnual calibration is recommended to ensure temperature accuracy. Clean the chamber regularly, avoid corrosive substances and verify electrical connections before operation. The built-in safety thermostat provides additional protection against overheating.
FAQ:Q: How often should the sterilizer be calibrated?A: The sterilizer should be calibrated annually to ensure accurate temperature control and optimal performance.