CW Magnetron GLCWM-75L

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CW Magnetron GLCWM-75L

Magnetron is a type of crossed-field oscillator valve, which is widely used in microwave system. Its main characteristic is high power, high efficiency, low working voltage, small size, and low cost etc. Magnetrons can be classified as the Continuous Wave Magnetron and the Pulse Magnetron. Continuous Wave Magnetrons mainly used for microwave heating in industrial, agriculture, and mining etc, while pulse magnetron used for precision measurement in radar, airborne radar, and kinds of linear accelerator

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CWM-75L Magnetron Introduction
GLCWM-75L magnetron is a high power microwave source ,specially designed and manufactured for 75KW industrial heating equipment. It has fixed working frequency: 915MHz (or 896MHz, 922 MHz, and 929 MHz). The Anode is water cooling and the magnet field is electromagnet GLCWM-75L magnetron is widely used in industrial heating, roads repair, mining and waste water purification treatment, which has high efficiency (typical 88%), long life and is easy to use etc. GLCWM-75L can directly replace CWM-75L in the application of kinds of microwave heating equipment.
GLCWM-75L Parameter
Operating Frequency………………………………………………915MH z /896MH z/922MH
Output……………………………………………………………75Kw
magnetic field………………………………………………………electromagnet
Output mode………………………………………………………975 wave-guide
Anode cooling………………………………………………………Cooling Water
Output window cooling……………………………………………Cooling air
Cathode cooling……………………………………………………Cooling air
Ring………………………………………………………………Required
commonly parameter
Cathode heated mode……………………………………………Direct heating type
Filament Voltage……………………………………12.6V
Filament Current……………………………………………………112A
Filament surge Current………………………………………250 ( Max ) A
Size of outline………………………………………………………… see the outline drawing
Weight……………………………………………………………………7Kg
Limits
Min Max
Filament Current………………………………………………… 110A 120A
Filament surge Current………………………………….......……… ―― 250A
Anode Voltage…………………………………………………… ―― 18kV
Anode Current…………………………………………………… 2A 6A
Output power……………………………………………………… ―― 108kW
Cooling Water temperature………………………………….…… ―― 50 ℃
Typical Operation
Electromagnet Current………………………………………………5.0A
Filament Voltage………………………………………………………9.5V
Filament Current……………………………………………………85A
Anode Current………………………………………………………5.0A
Anode Voltage………………………………………………………17kV
Output Power………………………………………………………75kW
Outline Drawing