Microwave Chemical Reactor NMOR-102 functions at a frequency of 2450±50 MHz with a power consumption of 1100 W. It uses a magnetron to transform electrical energy into microwave radiation. This unit offers precise temperature control to maintain accurate conditions. It is equipped with a door interlock switch for enhanced safety. Our microwave reactor provides a large-screen LCD screen for easy and intuitive operation.
$2,950.00
Specifications
| Frequency | 2450±50 MHz |
| Power consumption | 1100 W |
| Maximum output power | 650 W |
| Maximum input current | 7.8 A |
| Power supply | 220 V |
| Chamber dimension | 290×295×190 mm |
| Packaging dimension | 480×340×380 mm |
| Gross weight | 35 kg |
Features
Applications
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FAQ for Microwave Chemical Reactor NMOR-102
1: Is the power adjustable during experiments?
Yes, the microwave power is continuously adjustable through an advanced microcomputer control system with adaptive PID technology. This means you can fine-tune the power precisely for optimal heating and reaction control.
2: What safety features does this Microwave Chemical Reactor NMOR-102 have?
The Microwave Chemical Reactor is equipped with a door interlock switch and robust safety components like Teflon plate frames and glass tablewheels. These features ensure safe operation while maintaining accuracy during experiments.
3: Is the microwave radiation evenly distributed inside the chamber?
Yes, the Microwave Chemical Reactor design ensures uniform microwave distribution, providing even heating across the sample. This helps avoid hotspots and promotes consistent reaction conditions.
4: How does the door interlock switch protect the user?
The door interlock immediately cuts off microwave power when the door opens, preventing exposure to microwave radiation. This safety feature is crucial for protecting users during sample loading and unloading.
5: What maintenance is required to keep the Microwave Chemical Reactor NMOR-102 functioning well?
Routine cleaning of the chamber and inspection of safety components are recommended. The durable design minimizes frequent repairs, and simple preventive maintenance helps maintain optimal performance.
