The Float Cum Boost Battery Charger represents advanced industrial charging technology designed for critical power applications. This robust unit delivers a constant DC supply while maintaining connected batteries at optimal charge levels through sophisticated SCR full control technology. With adjustable float voltage of 121V DC and boost voltage of 124V DC, plus adjustable DC current up to 120A, it provides precise charging parameters for various industrial battery types. The charger operates on 415V AC three-phase input with four-wire configuration and maintains excellent voltage regulation within ±1% from no load to full load. Its natural air cooling system ensures reliable operation while achieving efficiency ratings of ≥80% at rated load, making it both energy-efficient and cost-effective for continuous industrial use.

This charger serves essential functions across multiple industries where uninterrupted power is non-negotiable. Manufacturing facilities rely on it for maintaining...

The Float Cum Boost Battery Charger represents advanced industrial charging technology designed for critical power applications. This robust unit delivers a constant DC supply while maintaining connected batteries at optimal charge levels through sophisticated SCR full control technology. With adjustable float voltage of 121V DC and boost voltage of 124V DC, plus adjustable DC current up to 120A, it provides precise charging parameters for various industrial battery types. The charger operates on 415V AC three-phase input with four-wire configuration and maintains excellent voltage regulation within ±1% from no load to full load. Its natural air cooling system ensures reliable operation while achieving efficiency ratings of ≥80% at rated load, making it both energy-efficient and cost-effective for continuous industrial use.

This charger serves essential functions across multiple industries where uninterrupted power is non-negotiable. Manufacturing facilities rely on it for maintaining backup power systems that support critical machinery during grid outages. Telecommunications companies use it to keep network infrastructure operational through battery banks at remote sites. Data centers depend on its reliable performance to protect servers and storage systems during power transitions. Transportation sectors utilize these chargers for railway signaling systems and airport ground power units. The industrial design with IP42 protection and RAL7032 paint finish ensures durability in challenging environments, from factory floors to outdoor installations exposed to varying weather conditions.

The business value of this Float Cum Boost Battery Charger lies in its reliability and operational efficiency. By maintaining batteries at optimal charge levels, it extends battery life significantly, reducing replacement costs and downtime. The adjustable parameters allow customization for specific battery chemistries and aging characteristics, ensuring maximum performance throughout the battery lifecycle. Comprehensive protection features including current limiting, surge protection, and phase failure detection prevent damage to both the charger and connected equipment. The analog monitoring system provides clear visibility into operational status, while LED indicators alert operators to potential issues before they become critical failures. This combination of features delivers peace of mind for operations where power continuity directly impacts productivity and safety.

Key Features:
- SCR full control technology for precise voltage and current regulation
- Adjustable float voltage (121V DC) and boost voltage (124V DC) settings
- 120A DC adjustable output current for various battery bank sizes
- Natural air cooling system with efficient heat dissipation
- Comprehensive protection including surge protection and phase failure detection

Benefits:
- Extends battery life through optimal charging parameters and minimal ripple content
- Reduces operational costs with high efficiency (≥80%) and low maintenance requirements
- Ensures reliable power continuity for critical industrial applications
- Provides operational flexibility with automatic/manual mode selection
- Offers clear system monitoring through analog meters and LED status indicators