Float Cum Boost Chargers

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Product Details:

Dimension (L*W*H) Varies as per model (e.g., 500 x 400 x 750 mm)
Ambient Temperature 0C to 45C
Capacity 10A to 200A or higher (model dependent)
Power Up to 5 kW or above, model-specific
Suitable For Lead Acid, VRLA, Ni-Cd Batteries
Product Type Float Cum Boost Chargers
Material Mild Steel (MS) Cabinet
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Float Cum Boost Chargers Price And Quantity

Minimum Order Quantity 1 Piece

Float Cum Boost Chargers Product Specifications

Dimension (L*W*H) Varies as per model (e.g., 500 x 400 x 750 mm)
Ambient Temperature 0C to 45C
Charger Type Float Cum Boost Charger
Product Type Float Cum Boost Chargers
Weight Approx. 25-150 kg (varies with capacity)
Output Voltage 12V, 24V, 48V, 110V, 220V DC (as per requirement)
Voltage Range 180V to 270V AC
Socket Type Hard Wired / Industrial Plug
Usage Industrial / Battery Charging
Suitable For Lead Acid, VRLA, Ni-Cd Batteries
Size Standard & Custom Sizes Available
Rated Frequency 50Hz / 60Hz
Capacity 10A to 200A or higher (model dependent)
Input Voltage 220 Volt (V)
Material Mild Steel (MS) Cabinet
Power Up to 5 kW or above, model-specific

Control Panel Digital/Analog Meters for Voltage & Current
Indication LED/Lamp Indications for status & alarms
Charging Modes Automatic Float & Boost Modes
Efficiency Above 85%
Rectification Solid State / Thyristor Controlled
Cooling Natural Air / Forced Air Cooling
Compliance IS/IEC Standards
Enclosure Protection IP20 / IP21, as required
Mounting Type Floor / Wall Mounted Options
Protection Overload, Short Circuit, Reverse Polarity, High/Low Voltage

Float Cum Boost Chargers Trade Information

Supply Ability 100 Piece Per Month
Delivery Time 2-3 Days

Product Description

Float Cum Boost Chargers

We are one of the renowned manufacturers, suppliers, exporters and traders of a wide array of Float Cum Boost Chargers. All these chargers are manufactured using quality tested metals and alloys in adherence with industry laid guidelines. These chargers are widely used in telecom applications and its automatic refreshing systems ensures that the battery remain in the full charged condition. Float Cum Boost Chargers are widely appreciated by our clients for their excellent attributes such as over voltage protection, short circuit proof, microprocessor controller and easy operations.

Special Key feature of Float Cum Boost Chargers:

Durability
Low maintenance
High performance
Soft Start Output
High Voltage Shut Down
Reverse Polarity Protection
Automatic Boost/Trickle mode change-over
No-delay change-over from mains to battery and battery to mains

Advanced Charging Modes for Efficient Battery Management

Float Cum Boost Chargers provide both automatic float and boost modes for adaptable battery maintenance. The float mode delivers a steady trickle charge, ideal for keeping batteries topped up without overcharging. When rapid recharging is needed, boost mode applies higher current, ensuring batteries are ready when you are. This dual-mode operation maximizes both longevity and readiness for industrial power supply needs.

Comprehensive Protection and Quality Compliance

Every charger incorporates multiple safety features-overload, short circuit, reverse polarity, and high/low voltage protection-keeping batteries and systems safe from electrical hazards. With IP20/IP21 enclosures and IS/IEC standard compliance, these units are engineered to deliver dependable performance under demanding conditions. LED/lamp indicators promptly display operating status and any alarms, facilitating swift troubleshooting.

Flexible Design for Diverse Industrial Environments

Designed with versatility in mind, these chargers are available as standard or custom solutions, supporting a broad range of voltages and capacities. Options for floor or wall mounting, and hard wired or industrial plug sockets, allow easy integration into existing infrastructure. Sturdy construction from mild steel (MS) ensures long-term use, while efficient solid-state or thyristor controlled rectification and cooling (natural or forced air) optimize operational efficiency beyond 85%.

FAQ's of Float Cum Boost Chargers:

Q: How do the automatic float and boost modes work in the Float Cum Boost Charger?

A: The charger automatically switches between float and boost modes based on battery requirements. In float mode, it provides a low, constant voltage to maintain the battery's charge without overcharging. When batteries need a faster recharge, the boost mode delivers a higher current for quicker charging, then returns to float mode once charging is complete.

Q: What protection features are included with these battery chargers?

A: These chargers are equipped with multiple protection mechanisms: overload, short circuit, reverse polarity, high/low voltage detection, and enclosure protection (IP20/IP21). Such features safeguard both batteries and charging equipment, reducing risks of damage during operation.

Q: When should I use a Float Cum Boost Charger in my industrial setup?

A: Float Cum Boost Chargers are ideal when you require continuous and reliable battery charging, such as in power backup systems, telecom exchanges, and industrial battery banks. Their ability to handle a wide range of capacities and voltages makes them suitable for various operational scales.

Q: Where can these chargers be installed?

A: These chargers offer flexible installation, with both wall and floor mounting options as per site requirements. Their robust mild steel cabinets and enclosure ratings (IP20/IP21) ensure safe use in diverse industrial environments, including workshops and control rooms.

Q: What is the process for monitoring and controlling charger operation?

A: Operation is monitored and controlled via digital or analog panels, displaying real-time voltage and current readings. LED or lamp indications show charging status and alert users to any faults or alarms, making it easy to oversee the charging process and respond promptly if required.

Q: Which types of batteries are compatible with these chargers?

A: Float Cum Boost Chargers are suitable for charging Lead Acid, VRLA, and Ni-Cd batteries. Their adjustable output voltage and current make them adaptable to various battery technologies and capacities.

Q: What benefits do these chargers provide for industrial battery maintenance?

A: They extend battery life through precise charge control, minimize downtime via rapid boost charging, and maximize operational safety with comprehensive protection. High efficiency reduces energy consumption, while rugged construction and compliance with IS/IEC standards ensure reliable, long-lasting service.