Step Down Transformer

Price 300.0 INR/ Piece

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MOQ : 50 Pieces

Step Down Transformer Specification

Power Source
Electric

Temperature Range
-10C to 45C

Frequency
50/60 Hz

Core Components
Core, Windings, Insulation, Enclosure

Feature
High Efficiency, Low Noise, Overload Protection

Accuracy
2%

Automation Grade
Manual

Capacity
5 kVA

Measurement Range
Up to 5 kVA

Model No
PHY-136

Voltage
Input 220/230 V AC, Output 110 V AC

Equipment Materials
Copper Winding, CRGO Core, Mild Steel Body

Type
Step Down Transformer

Usage
Industrial, Laboratory, Commercial Applications

Display Type
Analog

Dimension (L*W*H)
520 x 340 x 350 mm

Weight
42 kg

Noise Level
< 45 dB

Compliant Standards
IS 2026, IEC 60076

Painting/Finish
Powder Coated

Cooling Method
Air Cooled

Operating Humidity
Up to 95% RH, Non-Condensing

Terminal Type
Copper Lugs

Insulation Class
Class F

Mounting Type
Floor Mounted

Resistance to Short Circuit
Yes

About Step Down Transformer

Step Down Transformer Model

We are a leading manufacturer, supplier, and exporter of Step Down Transformer Models designed for physics laboratories, schools, colleges, and engineering institutions. This educational model helps students understand the principle of voltage reduction using transformers and provides a practical demonstration of electromagnetic induction.

The Step Down Transformer Model demonstrates how high-voltage AC power is converted into lower-voltage AC power through transformer action. It clearly illustrates the relationship between primary and secondary windings, making it an excellent teaching aid for understanding transformer construction and operation.

This model converts 220V AC input into 12V AC output, allowing students to observe the voltage step-down process safely and effectively. It is widely used in science laboratories, STEM education programs, and classroom demonstrations.

High-Efficiency Voltage Conversion

This step down transformer is engineered for high efficiency, providing stable and precise voltage conversion. With an accuracy of 2% and overload protection, it ensures the safe and reliable operation of sensitive equipment. Suitable for continuous use, it excels in environments requiring consistent power delivery.

Built to Last in Demanding Environments

Constructed with copper windings, a CRGO core, and a mild steel enclosure, the transformer withstands industrial stresses and resists short circuits. The powder-coated finish guards against corrosion, and its components are optimized for compatibility with different application needs.

Simple Installation and Maintenance

Floor mounting and copper lug terminals facilitate swift, stable installation. The manual operation and analog display simplify usage and monitoring, while the air-cooled design reduces maintenance needs. Its compact build is ideal for areas with space constraints.

FAQ's of Step Down Transformer:

Q: How does the step down transformer model PHY-136 operate in high humidity environments?

A: The PHY-136 transformer is designed to perform reliably in operating humidity levels up to 95% RH (non-condensing). Its robust insulation (Class F) and powder-coated mild steel body provide added protection against moisture, making it suitable for industrial and laboratory settings with elevated humidity.

Q: What are the main benefits of installing this step down transformer in a commercial or laboratory setup?

A: This transformer offers high efficiency, low noise operation (<45 dB), and precise voltage conversion, making it ideal for environments demanding stability and reliability. Overload protection and short circuit resistance further enhance equipment safety.

Q: What process should be followed to install the transformer securely?

A: The transformer should be mounted on a stable floor surface using the specified dimensions (520 x 340 x 350 mm). Copper lugs ensure secure terminal connections. It's recommended to follow local electrical standards and connect to suitable electric power sources for safe operation.

Q: Where can this step down transformer be used most effectively?

A: The PHY-136 is well-suited for industrial, laboratory, and commercial applications where stable voltage conversion from 220/230 V AC to 110 V AC is required. Its robust construction and compliance with IS 2026 and IEC 60076 standards make it highly versatile.

Q: What core components are used in the construction of this transformer?

A: The transformer features copper windings, a CRGO core, insulation, and a durable mild steel enclosure, all selected for optimal electrical performance and mechanical strength.

Q: How does the noise level of the transformer benefit sensitive environments?

A: Operating at less than 45 dB, the transformer emits minimal noise, supporting quiet work in laboratories and commercial areas where low sound levels are crucial for productivity and comfort.

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