220-110V DC – 150 Ahr / 25A REDRESSOR

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220-110V DC - 150 Ahr / 25A REDRESÖR
Nominal Gerilim	: 230V AC ( ±% 20 )
Frekans	: 50 Hz (±% 5)
Giriş Gücü	: 4200VA
Güç Faktörü	: > 0.8
Çıkış Gerilimi	: 122 V DC
Ayarlanabilir Gerilim	: 99-132V DC (1V Adımlarla)
Çıkış Akımı	: 25A
Ayarlanabilir Çıkış Akımı	: 1-25 A
Çıkış Gücü	: 3050W (maks)
Güç Kontrol Teknolojisi	: İzolasyon Trafolu Tristör Kontrollü Doğrultucu
Verim	: ˃%75
Soğutma	: Fan Kontrollü (ayarlanabilir sıcaklık sensörü) ve Aşırı Sıcaklık koruması
Çalışma Sıcaklığı	: -20 ile + 55 C
Alarm Kontakları	: 15 Adet NO/NC Kuru Kontak
İzolasyon	: 2kV/1 dk.(Giriş-Çıkış, Giriş-Gövde, Çıkış-Gövde)
Standartlar	: IEC 60146 (Tip Testi)  IEC 62040 (EMC)
Kalite Belgeleri	: ISO 9001 : 2015  ISO 14001 : 2015  OHSAS 18001 : 2007
Akü gurubu	: 150Ahr
Ana Ekranda İzlenebilen Parametreler	: Giriş Gerilimi ve Akımı, Frekans, Çıkış Gerilimi ve Akımı, Akü Şarj Gerilimi ve Akımı, Sıcaklık, Akü Doluluk yüzde Oranı, Saat ve Tarih, DC Artı ve Eksi Kaçak, Aşırı Sıcaklık, Aşırı Yük
Menülerde Ayarlanabilen Parametreler	: AC Düşük ve Yüksek Gerilim Alarmı, DC  Düşük ve Yüksek Gerilim Alarmı, Akü Derin Deşarj Koruma Gerilimi, Sıcaklık Alarmı,Fan Devreye Alma ve Çıkma Sıcaklık Alarmı, Akü Bakım Saat ve tarih
Hata Kontak Çıkışları (scada çıkışları)	: Ortak Çıkış, Akü Seviyesi 1, Akü Seviyesi 2, Akü Seviyesi 3,Artı Kaçak,Eksi Kaçak, AC Kesik, Yedak Çıkış, Isı Yüksek,DC Kaçak, Akü Hata, DC Düşük, DC Yüksek, AC Düşük. AC Yüksek
Ölçü / Kg	: En 50 cm, Boy 156 cm, Derinlik 73 cm, Ağırlık 470 kg

220-110V DC – 150 Ahr / 25A REDRESSOR

2 YEAR WARRANTY

FREE SHIPPING

#rectifier #220-110V-DC

General Information

A rectifier is an electronic circuit component that converts electrical energy from alternating current (AC) to direct current (DC). This conversion process plays a critical role in many applications, as numerous electronic devices require direct current to function properly. Rectifiers generally perform a rectification function and are used in a wide range of applications, from industrial applications to household appliances. The operating principle of rectifiers is based on the properties of diodes. Diodes are semiconductor elements that only allow current to flow in one direction. When AC voltage is applied, diodes only conduct current in a specific direction, thereby converting the positive half-wave of AC into DC. This process is simple in half-wave rectifiers, but full-wave rectifiers employ a more complex structure. Consequently, the rectifier is an indispensable part of modern electronics. This element, which is essential for the proper use of electrical energy, plays an important role in a wide range of applications, from complex systems to simple ones. The correct selection of rectifiers in electrical engineering and electronic design is critical for the efficiency and performance of systems.

Basic Functions:

• Converting AC to DC: A rectifier converts AC voltage into direct current, enabling electricity to be stored or used.
• Ensuring Smooth Output: Ensures that the DC voltage at the output is stable and smooth.

Types:

• Single Direction Rectifiers: Generally using diodes convert AC to DC.
• Four-Way Rectifiers: Used for greater efficiency and a smooth DC output

Areas of Use:

1. Electronic Devices:

• It is used in devices such as radios, televisions and computers to convert AC power to DC.

2. Battery Chargers:

• It is commonly used in charging vehicle batteries and various energy storage systems.

3. Industrial Applications:

• It is used in motor control systems, automation systems and robot technologies.

4. Power Sources:

• DC power supplies utilise rectifiers to enable the operation of various electronic circuits.

5. Telecommunications:

• It operates by supplying DC voltage to telephone exchanges and communication systems.

6. Renewable Energy Systems:

• It is used to convert the AC electricity generated by solar panels into DC.

7. Medical Equipment:

• It is used in hospitals and medical devices to provide a reliable and stable power supply.

8. Lighting Systems:

• It is preferred in lighting systems that require DC, such as LED lighting.

 

There are many benefits to using a rectifier. Here are the main advantages:

1. Converting AC to DC:

• Most electronic circuits and devices require DC voltage. Rectifiers convert AC power sources to make them suitable for such devices.

2. Energy Efficiency:

• Modern rectifiers operate with high efficiency, minimising energy losses, which translates to lower energy consumption.

3. Reliability:

• Rectifiers ensure that electrical systems operate more stably. A smooth DC output extends the lifespan of devices.

4. Battery Charging:

• Used in battery charging systems, it ensures that batteries are charged safely and effectively.

5. Different Applications:

• It is used in many areas, from industrial machinery to home electronics, which provides versatility.

6. Lower Noise Levels:

• A smooth DC output produces less noise and vibration on motors and other devices.

7. Easy Integration:

• Rectifiers can be easily integrated with various circuit components, which simplifies circuit design.

• Industrial machinery

220-110V DC 150 Ahr / 25A Rectifier Technical Specifications

This 25A rectifier model converts 220V AC mains voltage into a stable and regulated 110V DC output. Compatible with a 150 Ah battery capacity, it provides a powerful and reliable energy solution for high-voltage DC systems. It is specifically designed for industrial facilities, power plants, and critical infrastructure applications.

• Input Voltage: 220V AC
• Output Voltage: 110V DC (Regulated)
• Output Current: 25A
• Battery Compatibility: 150 Ah
• Charging System: Intelligent and automatic battery charge control
• Protection Features: Overcurrent, short circuit, reverse polarity and overheating protection
• Cooling: Fan-assisted active cooling system
• Indicator: Status and fault monitoring via LED/LCD panel

Powerful Solution for High-Voltage DC Systems

Systems requiring a 110V DC output are typically used in power stations, transformer stations, railway signalling systems and large-scale automation infrastructures. This rectifier model ensures the safe operation of sensitive control systems thanks to its stable and clean DC output.

The regulated output voltage minimises fluctuations and contributes to the long-term performance of connected equipment.

Battery-Backed Uninterruptible Power Infrastructure

The system, which is compatible with a 150 Ah battery capacity, automatically charges the battery when mains power is available. In the event of a power cut, it supplies the load via the battery, ensuring that critical systems continue to operate.

The smart charging algorithm prevents the battery from being overcharged and extends battery life with deep discharge protection.

Industrial Durability and Safety

Thanks to its robust metal body construction and advanced internal circuit design, it delivers reliable performance under heavy working conditions. The fan-controlled cooling system ensures stable operation under prolonged high loads.

In the event of overload and short circuit conditions, automatic protection is activated, protecting both the rectifier and the connected equipment.

Areas of Use

• Power stations and substations
• Railway signalling systems
• Industrial automation panels
• Telecom infrastructure
• Emergency power and control systems
• High-voltage DC applications

Energy Efficiency and Stable Performance

Energy losses are minimised thanks to the high efficiency ratio. The low ripple ratio contributes to the safe operation of sensitive control circuits.

This model offers a long-lasting and reliable solution for high-voltage DC infrastructures. a8> energy solution for high-voltage DC infrastructures with a long service life and high reliability.

Why a 220-110V DC 150 Ah / 25A Rectifier?

It is a powerful, stable and reliable power supply for high-voltage DC systems. With a 25A output capacity and 150 Ahr battery compatibility, it offers flexible usage in large-scale projects.

It creates a long-lasting and secure energy infrastructure with its industrial durability, advanced protection systems and battery-supported structure.