EEV MG5223 Magnetron for Sale S-Band Marine Radar
Are you looking for an EEV MG5223 Magnetron for marine radar, ship navigation radar, or S-Band radar transmitter replacement? The EEV MG5223 is a high-performance magnetron designed to generate microwave pulses for professional radar systems. With an operating frequency of approximately 3050 MHz and peak power up to 30 kW, this component plays a critical role in supporting ship radar performance under various sea conditions.
In the maritime industry, radar is not just an auxiliary device. It helps ship operators monitor other vessels, buoys, coastlines, port areas, heavy rain, and various obstacles along shipping lanes. Therefore, transmitter components such as magnetrons must have the quality, stability, and specifications that match the radar system in use.
The MG5223 magnetron is developed using e2V technology, widely recognized for high-performance electronic, RF, and microwave applications. This product features a relatively compact design weighing around 2.1 kg, yet it is capable of delivering high pulse power for S-Band marine radar requirements.
Understanding the EEV MG5223 Magnetron
A magnetron is a vacuum electronic component that generates microwaves. In maritime radar systems, these microwaves are emitted as high-power pulses. The signals are then reflected by objects around the ship and received back by the radar system to be processed into visual information on the radar display.
The EEV MG5223 magnetron operates in the S-Band frequency range. This frequency is widely used in marine radar because it supports waterway monitoring, ship navigation, port surveillance, and object detection in marine environments. When the radar operates properly, operators can obtain critical information to aid decision-making during voyages.
With a peak output power of 30 kW, the MG5223 can generate strong signals in short pulse intervals. This characteristic is crucial because pulse radars require high energy to transmit signals to the surrounding area without operating continuously at maximum power.
Technical Specifications of the MG5223 Magnetron
Below are the key specifications of the EEV MG5223 Magnetron to consider before purchasing or replacing a radar unit:
| Parameter | Specification |
|---|---|
| Product Type | S-Band Magnetron |
| Model | EEV MG5223 |
| Operating Frequency | 3050 ± 10 MHz |
| Frequency Range | 3040 to 3060 MHz |
| Peak Output Power | 30 kW |
| Heater Voltage | 6.3 V |
| Filament Current | 1.25 A |
| Maximum Start Current | 6 A |
| Cathode Warm-up Time | 180 seconds |
| Maximum Voltage | 8.5 kV |
| Maximum Anode Current | 12 A |
| Duty Cycle | 0.001 |
| Pulse Width | 1.2 µs |
| Unit Weight | Approx. 2.1 kg |
These specifications indicate that the MG5223 Magnetron is intended for high-power pulse radar applications. A pulse width of 1.2 microseconds and a duty cycle of 0.001 signify that this device is not designed for continuous-wave operation, but rather for radar systems that emit large amounts of energy in very short, repeated bursts.
Advantages of the EEV MG5223 Magnetron
The EEV MG5223 Magnetron offers several advantages relevant to ship radar systems and professional marine radar applications.
- High peak power up to 30 kW to support strong radar signal transmission.
- S-Band frequency around 3050 MHz suitable for various compatible marine radar systems.
- Compact design weighing approximately 2.1 kg, facilitating integration into ship radar systems.
- e2V technology for high-performance RF and microwave applications.
- Designed for pulse radar with pulse width parameters of 1.2 µs and a duty cycle of 0.001.
- Operational safety features through circuit protection and high-voltage terminals.
- Equipped with emergency breaker support to assist in system shutdown under certain conditions.
The main advantage of this magnetron lies in the combination of high power, stable operating frequency, and relatively practical size. This makes the MG5223 a suitable choice for maintenance, repair, or replacement of magnetrons in compatible S-Band radar devices.
Importance of Cathode Warm-up Time
Before use, the MG5223 Magnetron requires a cathode warm-up time of approximately 180 seconds. This warm-up process ensures the cathode reaches stable operating conditions before the magnetron generates electron emission and emits microwaves optimally.
Operating the magnetron before the warm-up time is met can affect radar performance and potentially accelerate component degradation. Therefore, technicians and operators must follow the operating procedures recommended by the radar manufacturer and the device's technical documentation.
In addition to the warm-up phase, inspection of the power supply condition, filament connections, system ventilation, cooling, high-voltage cables, and waveguide compatibility should also be performed during the magnetron replacement process. These steps are important to maintain radar performance and help extend component lifespan.
Applications of the MG5223 Magnetron for Marine Radar
The EEV MG5223 Magnetron is used as a microwave transmitter source in radar systems. This product can be applied to various marine monitoring and navigation needs, especially in radars using compatible S-Band specifications.
- Merchant ship navigation radar
- Passenger ship and ferry radar
- Fishing vessel radar
- Patrol boat radar
- Shipping lane monitoring systems
- Port area surveillance radar
- Marine navigation safety systems
- Magnetron replacement for compatible S-Band radars
During nighttime, rain, fog, rough seas, or limited visibility conditions, radar helps crew members obtain an overview of conditions around the shipping lane. An optimally functioning magnetron supports the radar in effectively transmitting signals so that important objects in the water can be detected and displayed on the radar screen.
Things to Check Before Purchasing
Before purchasing the EEV MG5223 Magnetron, ensure the product truly matches the radar unit in use. Choosing the wrong magnetron can cause device incompatibility, suboptimal radar performance, or even pose risks to the electrical system and radar transmitter.
- Ensure the magnetron model number matches, i.e., EEV MG5223.
- Check the radar operating frequency, approximately 3050 MHz.
- Ensure the system's peak power requirement matches the 30 kW capability.
- Check physical shape, size, mounting, connectors, and installation configuration.
- Ensure the voltage and characteristics of the radar power supply support the magnetron specifications.
- Inspect the condition of the waveguide, cooling, cables, and other supporting components.
- Perform installation only by technicians who understand radar systems and high-voltage safety.
This magnetron can operate at maximum voltages up to 8.5 kV and maximum anode currents of 12 A. Therefore, installation, inspection, and repair must be carried out carefully by competent technical personnel. Always ensure the power source is turned off, high-voltage capacitors are safely discharged, and work safety procedures are followed before handling the device.
EEV MG5223 Magnetron for Sale
We provide industrial electronic components and supporting devices for professional applications, including the EEV MG5223 Magnetron for marine radar. Contact our admin and sales team to inquire about product availability, pricing, ordering information, shipping requirements, and consultation on product compatibility with your radar system.
To get the best offer, prepare information about the radar unit in use, the old magnetron part number, photos of the device label, and any available technical specifications. This information will help the compatibility checking process before you place an order.
Contact Admin and Sales
- Admin/Sales A: 0815-8888-344
- Admin/Sales B: 0811-1262-220
- Admin/Sales C: 0811-1751-503
- Admin/Sales D: 0815-8683-8888
You can also visit our official website to get product information and special pricing:
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EEV MG5223 Magnetron FAQ
1. What is the EEV MG5223 Magnetron?
The EEV MG5223 Magnetron is an S-Band magnetron used as a microwave transmitter source in radar systems, especially compatible marine radar and ship navigation radar.
2. What is the operating frequency of the MG5223 Magnetron?
The MG5223 Magnetron has an operating frequency of approximately 3050 ± 10 MHz, with a frequency range of 3040 to 3060 MHz.
3. What is the output power of the EEV MG5223 Magnetron?
This magnetron has a peak output power of up to 30 kW. This power is generated in pulse form to support radar signal transmission needs.
4. Can the MG5223 be used for all ship radars?
Not always. The magnetron can only be used on radars with compatible specifications, including operating frequency, output power, physical configuration, connectors, voltage, power supply, and waveguide system.
5. Why does the magnetron need to be warmed up before use?
The MG5223 Magnetron requires a cathode warm-up time of approximately 180 seconds for stable electron emission. Proper operation according to procedures helps maintain component performance and lifespan.
6. Is it safe to install the MG5223 Magnetron yourself?
Magnetron installation is not recommended for individuals without technical expertise. This component involves high-voltage systems up to 8.5 kV, so inspection and installation must be performed by competent technicians.
7. How do I order the EEV MG5223 Magnetron?
You can contact our admin and sales team via the available WhatsApp numbers. To speed up the checking process, include the part number, photos of the old magnetron label, and the type or brand of the radar unit in use.