Primary-switched DC/DC converter, QUINT POWER, DIN rail mounting, SFB Technology (Selective Fuse Breaking), Push-in connection, input: 12 V DC , output: 24 V DC / 5 A
DC/DC converters provide a regulated DC voltage. Avoid disturbances in your application by using voltage converters. They regenerate voltages so that the load is always supplied with a regulated DC voltage, even in the case of long cable lengths. DC/DC converters can be used to alter the voltage level or enable the creation of independent supply systems by means of electrical isolation.More information
The new QUINT POWER DC/DC converter with an additional voltage level and Push-in connection rounds out the product family. The devices are distinguished by their high functionality, power reserves, and preventive function monitoring.
The new QUINT DC/DC converter in the performance class up to 100 W extends the product range. The device has an internal decoupling function and a high isolation voltage between the input and output.
The DC/DC converter supplies your photovoltaic system directly from the field. A reliable power supply is even guaranteed without a central grid. With an input voltage of up to 1,500 V DC, it is ideal for all types of photovoltaic systems.
DC/DC converters from the QUINT family maximize the availability of your application. With SFB Technology, preventative function monitoring, and a long service life, they increase safety and reliability. For the first time, you can benefit from dynamic boost (200% for 5 s) and the choice between Push-in and screw connection technology for DC/DC converters as well. You can also adjust signaling thresholds and characteristic curves individually. Some converters also feature IECEx approval, which enables use in potentially explosive areas.
QUINT DC/DC converters convert nominal input voltages of 12 V DC, 24 V DC, or 48 V DC into output voltages of up to 56 V DC.
The DC/DC converters from the QUINT family are suitable for high power ratings with currents up to 20 A. Thanks to the large input voltage range, the DC/DC converters cover all common input and output voltages in the performance classes up to 480 W.
QUINT DC/DC converters with wide-range input enable input voltages of 42 to 96 V DC or 67 to 154 V DC and offer high flexibility. They are ideal for use in railway applications or power generation, for example.
QUINT DC/DC converters are also available in the power range up to 100 W. Particularly powerful and space-saving, these converters feature high efficiency, preventive function monitoring, and static and dynamic boost. In addition, you can choose between Push-in and screw connections.
The QUINT DC/DC converters with protective coating are extremely resistant and suitable for extreme environments. The protective coating on the DC/DC converters protects against dust, corrosive gases, and 100% humidity, as well as failure caused by corrosion-related creepage currents and electrochemical migration.
The Plus version of the DC/DC converters with integrated decoupling MOSFET for 1+1 and n+1 redundancy provides symmetrical load distribution, thus increasing system availability. The wide temperature range of -40°C to +70°C allows use under extreme ambient conditions.
The DC/DC converters in the TRIO family supply your system with 1500 V directly from the field and provide a reliable power supply even without a central grid. They are ideal for applications in photovoltaics and drive technology.
With the TRIO DC/DC converter, it is even possible to start the central inverter in photovoltaic systems without a supply grid. In addition, it can be used for the direct and immediate supply of the string monitoring function within string combiner boxes.
In the field of drive technology, the device also generates 24 V directly in the machine to supply the system controller.
Supply your control cabinet directly from the photovoltaic system with the DC/DC converter from the UNO POWER family. With direct connection to string voltages of up to 1,000 V DC, the combiner box is supplied directly from the photovoltaic panel. You save additional installation costs and increase system efficiency. In a further expansion stage, the signal line can be replaced by a wireless connection.