Advanced Switch-Mode Power Supply for Battery Charging

Harness the precision and efficiency of SMPS technology for optimal battery charging. This charger adjusts output for accurate, safe performance, supporting varied battery chemistries including Lead Acid, VRLA, SMF, and GEL. Its low output resistance and forced air cooling maximize battery life and charging speed, while protection features help mitigate operational risks.

Robust Design for Versatile Installation

Built with a powder coated metal enclosure, the charger is engineered for durability and longevity. Its flexible mounting options-wall-mount or tabletop-allow straightforward installation in diverse environments. The LED indicators deliver real-time status updates, simplifying monitoring and enhancing user experience.

FAQ's of SMPS Based Battery Charger:

Q: How do I install the SMPS Based Battery Charger?

A: You can mount the charger on a wall or place it on a tabletop, depending on your space and requirements. Ensure stable AC power (180-270V, 50Hz), proper ventilation for forced air cooling, and connect the battery terminals according to polarity using the provided instructions.

Q: What types of batteries are compatible with this charger?

A: This charger supports Lead Acid, VRLA, SMF, and GEL batteries. Select the suitable model variant for 12V or 24V DC batteries to match your application's requirements.

Q: When should I use different charging current settings?

A: Charging currents of 5A, 10A, or 20A are available based on your battery's capacity and desired charging speed. Refer to your battery manufacturer's recommendations to select a suitable current that optimizes charging without impacting battery health.

Q: Where can this charger be used?

A: It is suitable for industrial, commercial, and residential settings in India or internationally, where reliable battery charging and standards compliance (IS 15885 / IEC 61558) are required. It can be installed indoors in controlled environments within specified temperature ranges.

Q: What protection features are included in the charger?

A: The charger provides safeguards against over voltage, over current, short circuits, and reverse polarity, helping prevent damage to the battery and charger, and increasing operational safety.

Q: How does the charger display charging status?

A: LED indicators on the front panel convey real-time charging conditions, including power on, charging, fault, and battery full, allowing users to easily monitor the process.

Q: What are the main benefits of using an SMPS based charger?

A: The switch-mode power supply design provides high charging efficiency (>85%), precise voltage and current regulation (1%), lower weight, and reduced heat output. These qualities ensure longer battery lifespan and consistent performance.

Product Brochure

SMPS Based Battery Charger

Name: SMPS Based Battery Charger
Brand: EXCELLA ELECTRONICS
Price: 3800.00 INR
Availability: InStock

3800.00 INR/Piece

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Product Details:

Resistance Low output resistance to ensure efficient charging
Output DC output, suitable for battery charging
Theory Switch-Mode Power Supply (SMPS) regulation
Type SMPS Based Battery Charger
Accuracy 1% (typical)
Operating Voltage 180-270V AC, 50Hz
Output Voltage 12V/24V DC (model dependent)
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SMPS Based Battery Charger Price

Price 3800.00 INR/Piece
Minimum Order Quantity 1 Piece

SMPS Based Battery Charger Specification

Operating Voltage 180-270V AC, 50Hz
Resistance Low output resistance to ensure efficient charging
Type SMPS Based Battery Charger
Storage Temperature -20C to 80C
Accuracy 1% (typical)
Output Voltage 12V/24V DC (model dependent)
Theory Switch-Mode Power Supply (SMPS) regulation
Operating Temperature 0C to 50C
Output DC output, suitable for battery charging
Compensated Temperature -10C to 60C

SMPS Based Battery Charger Trade Information

Supply Ability 5 Piece Per Day
Delivery Time 1-7 Days

Product Description

A SMPS (Switch-Mode Power Supply) based battery charger is a sort of battery charging framework that utilizes a switch-mode power supply to charge battery-powered batteries productively. This sort of charger is usually utilized in different applications, including purchaser hardware, auto, modern gear, and environmentally friendly power frameworks.

FAQs of SMPS Based Battery Charger:

Q: What is the main role of a SMPS-based battery charger?

A: The main role of a SMPS-based battery charger is to re-energize battery-powered batteries by changing over an info voltage (frequently from an air conditioner power source or another DC source) into an appropriate voltage and current for charging the batteries. These chargers are intended to give a controlled and productive charging process.

Q: How does a SMPS-based battery charger work?

A: A SMPS-based battery charger works by utilizing a changing controller to switch the info voltage over completely to the ideal charging voltage and current for the particular sort and limit of the battery being charged. It can change its result boundaries powerfully to upgrade the charging system.

Q: Can SMPS-based battery chargers be utilized for quick charging?

A: Indeed, SMPS-based battery chargers are able to do quick charging when intended for this reason. Quick charging commonly includes higher charging flows and cautious control of temperature to guarantee security.

Q: Are there any security contemplations while utilizing SMPS-based battery chargers?

A: Indeed, wellbeing is a basic thought while utilizing battery chargers. Cheating, overheating, and wrong charging boundaries can prompt battery harm or even wellbeing dangers. It's crucial for use chargers explicitly intended for the kind of battery you are charging and keep producer suggestions and security rules.

Q: Can SMPS-based battery chargers be utilized in sun powered and sustainable power frameworks?

A: Indeed, SMPS-based battery chargers are normally utilized in sun powered and sustainable power frameworks to productively charge batteries from sun powered chargers or other environmentally friendly power sources. They assist with putting away energy for sometime in the future and guarantee the batteries are charged ideally.

Technical Details