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C3. 3+N Products Hall

Person in charge:  Eris Wu     eris@meanwell.com

+886-2-2299-6100 #350

MEAN WELL possesses over ten thousand of standardized power supplies and Professional Technical Service Teams deploy worldwide. Through our Sales and Technical Service Teams, MEAN WELL can provide suitable products and solutions to customer's application or even building a customized 3 + N system for the application.3 + N system:“3”means Rack Power, Modular Power and System Power and “N”represents infinite possibilities of MEAN WELL's product combination and flexibility, for example: a 3+N system can be 20 units of DRP-3200 + CMU2.
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New Products

NCP-3200 Series

3200W New Generation 2-in-1 Rack-mounted Switching Power Supply & Battery Charger

MEAN WELL NCP-3200 series, 3200W New Generation 2-in-1 Rack-mounted Switching Power Supply & Battery Charger

Considering the application requirements of energy supply systems, the 24 VDC/ 48VDC low-voltage DC power supply and charger output models are specially designed with firmware settings for 2-in-1 application via software settings, suitable for various kinds of light/heavy industrial machinery....

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System Power Solution

RST-7K5/15K Series

7.5KW / 15KW 3 Phase 4 Wire High Voltage DC Output Power Supply

MEAN WELL RST-7K5/15K series, 7.5KW / 15KW 3 Phase 4 Wire High Voltage DC Output Power Supply

MEAN WELL has launched its latest three-phase four-wire AC input RST-7K5(7,500W) and RST-15K(15,000W) power supply with 95% high efficiency design, and the maximum parallel output power up to 30kW. Three different DC output models are provided, including 115V, 230V and 380V, which serve various industries, such as automatic industrial equipment, charging energy storage systems, centralized bus power, and many other applications...

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SHP-10K Series

10kW 3 Phase 3 Wire High Efficiency & Digitalized Switching Power Supply

MEAN WELL SHP-10K series, 10kW 3 Phase 3 Wire High Efficiency & Digitalized Power Supply

Four DC output models are provided, including 55V, 115V, 230V and 380V, which serve various industries, such as automatic industrial equipment, charging energy storage systems, 5G communication equipment, centralized bus power, and many other applications. In addition, thanks to the fully digital design, the output voltage and current are programmable with CANBus, and optionally PMBus or MODBus......

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Media Center

ERG-5000 Series—
Energy Recycling Burn-in System

ERG-5000(H) is an Energy Recycling Burn-in System with a rated input of 5kW and a maximum of 6kW. The energy-saving rate can reach up to 88%, ultimately helping save energy and reduce carbon. The burn-in mode can choose CC or CV mode. Users can choose suitable models based on burn-in and aging application requirements. Built-in CANBus communication protocol, which can be used with CMU2A or controlled and set by coding.
 

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SHP-10K Series —
2300W harsh environment and 5G telecom power supply

SHP-10K is a 3ψ3W high output DC voltage switching power supply. According to the cooling method of power supply, it can be categorized into two types. Forced air cooling and water cooling. Each model suits in different applications, such as telecom, industrial automation, EV charging,and other related industrial cases.



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CMU2 Series—
Power Management Demo Kit

CMU2 demo kit, the YHS-CMU2C, is a 2 in 1 marketing tool that contains a CMU2 with a DPU-3200. It is not only can demonstrate MEANWELL's smart power solution with the combination of programmable power supply DPU-3200 series and smart controller CMU2 in a seminar or booth. The demo kit but also can be utilized as a programmable, high power DC source in usage for RMA or application engineers to do verification of DC-DC and DC-AC products.

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Solutions





Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete. To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.

Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete. To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.

The picture below shows the illustration of the synchrotron of TPS for which it mainly consists of Linear Accelerator (LINAC), Booster Ring and Storage Ring. The source produces the particles which are propelled up to speed in a LINAC before they are injected into a booster ring to be accelerated further. The particle beams then enter the storage ring, which maintains their speed. In case particle beams are diverted at speeds close to the speed of light, it emits part of the energy as synchrotron radiation in the form of electromagnetic waves. Depending on requirements, the super bright beams are then diverted into the beamline to perform the experiment or application in the end station. RF amplifier system is to compensate the power loss of the particle beams in the storage ring due to the emission of synchrotron radiation by which a signal picked up on ring can be amplified and fed back in on the opposite side of the ring at a dedicated phase angle. The feedback loop helps to reduce the size and energy distribution. MEAN WELL system power solution is installed and applied as the DC power source for the RF amplifier system in the storage ring.