RO UV Smps

RO UV Smps Specification

Warranty
1 year

Usage & Applications
Industrial

Rated Voltage
110-215 Volt (V)

Phase
1

Material
Plastic

Features
Good Quality

RO UV Smps Trade Information

Minimum Order Quantity
50 Pieces

FOB Port
Delhi

Supply Ability
10000 Pieces Per Month

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
All India

About RO UV Smps

We are engaged in dealing a wide array of RO UV SMPS. It is fabricated with a high quality of thick plastic material and metal structure to render smooth performance and hassle free operational handling. This adapter comes with a long cord which can easily customize and connected to electric power. RO UV SMPS is used in the domestic Ro water purifying system. Due to its robust and chemical resistance structure, it is highly demanded in the market.

Payment Terms :

Cheque
Rtgs
Bank transfer
Online

Specification

AC-DC SMPS Adaptor
Model -Aqua SS - 101
Input -130- 270vac, 700ma, 50hz
Output -24v- 2.0a
Min Order Quantity: 48
Supply Ability: 10000 Pic
Delivery Time: 1 Week
Payment Trams: Cash/Online

Reliable Power Solution for Industrial RO UV Systems

The RO UV SMPS delivers consistent power with its single volt output, catering to the essential requirements of industrial-grade water purification units. Its robust plastic construction ensures longevity, while a rated voltage span of 110-215V provides flexibility for varying operational needs. This product guarantees seamless integration and dependable performance in critical water treatment settings.

Proudly Manufactured and Supplied from India

As a trusted manufacturer and supplier from India, this RO UV SMPS stands for quality and reliability in the power supply segment. Designed for industrial installations, it combines cutting-edge engineering with stringent quality controls, resulting in a product that supports efficient water purification while upholding international standards.

FAQ's of RO UV Smps:

Q: How do I install the RO UV SMPS in an industrial water purification setup?

A: Installation of the RO UV SMPS is straightforward. Ensure the power supply is disconnected, connect the input wires to a 220V AC source, and attach the output terminals to the RO UV system as per the device's wiring diagram. Always follow safety guidelines and consult a qualified technician if necessary.

Q: What is the process for claiming the 1-year warranty on this RO UV SMPS?

A: To claim the 1-year warranty, contact the manufacturer or supplier with your purchase details and product serial number. The team will guide you through the process, which usually involves validation of your claim and either repair or replacement of the defective unit in accordance with warranty terms.

Q: When is it ideal to use this SMPS for industrial applications?

A: This RO UV SMPS is ideal for situations requiring efficient and resilient power delivery, such as continuous operation water purification plants. Its wide 110-215V output and sturdy plastic housing make it suited for demanding industrial environments, especially where reliability and safety are paramount.

Q: What are the main benefits of using a plastic-bodied SMPS in industrial RO UV systems?

A: The plastic body provides lightweight durability, electrical insulation, and corrosion resistance, making it safe for prolonged industrial use. It also reduces maintenance needs and extends the overall lifespan of the power supply unit in harsh conditions.

Q: Where is this RO UV SMPS manufactured and supplied from?

A: This product is manufactured and supplied in India by a reputable company with expertise in industrial power solutions and water purification technology. The supplier ensures comprehensive support across the country.

Q: How does using a single-phase, single volt output benefit my RO UV application?

A: A single-phase, single volt output SMPS maintains stable power, which is critical for the consistent operation of RO UV purification systems. This helps reduce fluctuations, enhances efficiency, and ensures the system's key components function optimally over time.

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