Microwave Chemical Reactor NMOR-101 operates at 2450±50 MHz, ensuring consistent electromagnetic wave output for optimal energy transfer. It integrates microcomputer technology with inverter-based control for precise regulation. This unit features a large LCD for clear and intuitive operation. It consumes 1100 W of power, suitable for diverse chemical reactions. Our reactor includes an H-type glass pipe for flexible and specialized experimental setups.
$1,775.00
Specifications
| Frequency | 2450±50 MHz |
| Power consumption | 1100 W |
| Maximum output power | 750 W |
| Maximum input current | 7.8 A |
| Power supply | 220 V |
| Chamber dimension | 290×295×190 mm |
| Packaging dimension | 480×340×280 mm |
| Gross weight | 20 kg |
Features
Applications
Ask Expert
FAQ for Microwave Chemical Reactor NMOR-101
1: How powerful is the microwave output of this Microwave Chemical Reactor NMOR-101?
The Microwave Chemical Reactor delivers a maximum output power of 750 W, allowing you to perform a wide range of chemical reactions, including low-power catalytic processes and high-energy synthesis. This flexibility ensures precise control over heating conditions.
2: Is the Microwave Chemical Reactor NMOR-101 easy to control and monitor during experiments?
Yes, the Microwave Chemical Reactor features a large LCD that shows real-time operational parameters, making it simple to monitor and adjust settings as needed. You’ll find the controls intuitive, with options for power selection and easy start/stop functionality.
3: How safe is this Microwave Chemical Reactor to use?
Safety is a priority, with components like a door interlock switch that prevents microwave exposure when the door is open. The sturdy construction and Teflon plate frame also add to the safe and reliable operation during your chemical processes.
4: How does the Microwave Chemical Reactor NMOR-101 ensure even heat distribution?
The design includes a glass tablewheels and an H-type glass pipe that facilitate even microwave energy distribution. This ensures consistent temperature throughout the sample, avoiding hot spots and improving reaction reliability.
5: What maintenance is required for the Microwave Chemical Reactor?
Routine maintenance involves keeping the chamber and components clean and ensuring that the door interlock switch functions correctly. Regular checks will help maintain safety and performance, but the system is designed for ease of use with minimal upkeep.