Stationary charger 600W 57.6V 10.5A HEP-600C-48
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Stationary charger 600W 57.6V 10.5A HEP-600C-48
Battery Charger – Reliable Power and Performance
This stationary charger with a power of 600W and a voltage of 57.6V, delivering a current of 10.5A, is a solid solution for both professional installers and end users. Designed for charging lead-acid and lithium-ion batteries, it provides efficient and safe charging in a wide range of applications. High efficiency, reaching 96%, translates to minimal energy losses and reduced operating costs.
Design and Functionality
The charger is equipped with an active PFC (Power Factor Correction) filter, which improves the quality of the drawn current and reduces interference in the electrical network. The aluminum housing, filled with a thermally conductive compound, effectively dissipates heat, ensuring stable operation even in harsh conditions. Built-in protections – against short circuit, overload, overvoltage, and overheating – protect both the charger and the connected batteries. Thanks to the ability to adjust the output current (50-100%), it is possible to adapt the charging to the specific needs of different types of batteries.
Applications and Characteristic Features
The charger is ideal for emergency power systems (UPS), photovoltaic installations, electric vehicles, and other applications requiring a reliable power source. Its compact dimensions (280x144x48.5 mm) facilitate installation in limited spaces. Additionally, the charger has passed rigorous durability tests, including vibration tests (10G), which confirms its high quality and reliability. LEDs indicate the operating status of the device – readiness for operation and the charging process. A wide input voltage range (85-264VAC) allows for universal use in different electrical networks. Compliance with safety standards UL62368-1 and TUV BS EN6236-1 guarantees safe operation of the device.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Attachments
