HEAD LIGHT TRANSFORMER

HEAD LIGHT TRANSFORMER Specification

Accuracy
High

Usage Type
Medical/Electronic Head Light Equipment

Function
Voltage Conversion for Head Lights

Instruments Type
Medical/Electronic Transformer

Features
Overload Protection, Durable, Stable Output

Storage Instructions
Store in dry and ventilated place

Frequency
50-60 Hz

Shelf Life
Long Shelf Life

Equipment Type
Head Light Transformer

Material
High Grade Plastic and Metal Components

Condition
New

Technology
Electrical Transformer Technology

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Manual/Automatic

Use
Head Light Power Supply

Power Source
Electric

Power Consumption
15-50W

Voltage
220-240V AC

Dimension (L*W*H)
160 mm x 90 mm x 110 mm (approx)

Weight
1.2 kg (approx)

Color
Grey/Black

About HEAD LIGHT TRANSFORMER

Headlight Transformer Description

A headlight transformer is a crucial component in various equipment, including medical examination headlamps and LED headlights. Its primary function is to provide a stable and consistent power supply to the headlight, ensuring optimal illumination.

Types of Transformers

Based on the search results, two types of transformers are mentioned:

Step-up/Step-down Transformers: These transformers change AC voltage levels, increasing or decreasing the voltage as needed. They can also provide galvanic isolation between circuits and couple stages of signal-processing circuits.
Specialized Transformers: Designed specifically for headlamps, these transformers are tailored to provide the necessary power to maximize the LED illumination capabilities. They ensure seamless power supply and consistent performance.

Reliable Power Supply for Medical Applications

This head light transformer provides a stable and accurate power source for high-precision medical and electronic head lights. With air cooling and overload protection, it is designed to withstand the demands of operation theaters and examination rooms, ensuring optimal performance when reliability is paramount.

Built for Safety and Convenience

Equipped with robust overcurrent and short circuit protection, this transformer prioritizes user and equipment safety. Lightweight and easily portable, the unit can be conveniently moved and positioned as needed, making it ideal for medical environments where flexibility is crucial.

High Standards and Versatile Operation

Manufactured from high-grade materials and compliant with IS standards, the transformer supports both manual and automatic operations. Its dual functionality and sturdy tabletop or movable design enable seamless integration into diverse professional settings, enhancing operational efficiency.

FAQs of HEAD LIGHT TRANSFORMER:

Q: How do I properly install and set up the head light transformer?

A: Simply place the transformer on a stable surface within reach of a power outlet. Connect the input cable to the mains supply (220-240V AC, 50-60 Hz), and plug your head light device into the standard 2-pin output socket. Ensure the area is dry and well ventilated for optimal performance.

Q: What protection features does this transformer offer for medical head light equipment?

A: The transformer includes advanced overcurrent and short circuit protection to safeguard connected head light devices. This feature minimizes the risk of damage during electrical faults, ensuring stable functioning in sensitive environments like operation theaters.

Q: When is this transformer most beneficial to use in a medical setting?

A: This device is especially beneficial during surgical procedures and examinations where consistent, real-time head light power is essential. Its reliable performance and stable output enable uninterrupted operation, crucial for medical accuracy and patient safety.

Q: Where can this transformer be positioned during use?

A: Designed for tabletop or movable use, the transformer can be conveniently positioned wherever needed in operation theaters or examination rooms. Its portable build and lightweight construction allow for quick relocation between workstations or medical suites.

Q: What are the recommended storage conditions for the transformer?

A: To maintain longevity and performance, store the transformer in a dry and well-ventilated area. Avoid damp or excessively humid locations to prevent internal component degradation and maintain its high accuracy and durability.

Q: How does the transformers dual operation mode benefit users?

A: It supports both manual and automatic operation, providing flexibility for users to select the mode best suited for their tasks. This adaptability simplifies workflow integration, catering to various procedural requirements and user preferences.