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Electronic Ignition Transformers

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Electronic Ignition Transformers Specification

Voltage Booster Type
Electronic pulse booster

High Voltage
Up to 10 kV

Low Voltage
230 V AC

Rated Voltage
230 V AC

Load Loss
Minimal (<2 W)

Coil Material
Copper

Standard
Complies with EN 61558, CE certified

Capacity
40 VA to 60 VA

Cooling Type
Air cooled

Operating Temperature
-10C to +60C

Dimension (L*W*H)
120 mm x 85 mm x 65 mm

Product Type
Electronic Ignition Transformer

Material
High-grade flame retardant plastic and copper winding

Output
7.5 kV to 10 kV

Frequency (MHz)
50-60 Hz

Efficiency
High efficiency conversion (>95%)

Phase
Single Phase

Usage
Ignition of gas or oil burners in heating systems

Coil Structure
Encapsulated design

Coil Number
Double coil

Power Scope
Suitable for burners up to 75 kW

Weight
Approx. 1.2 kg

Surge Resistance
Protected against voltage surges

Input Current
0.2 A typical

Service Life
>50,000 ignition cycles

Ignition Cable Length
Up to 600 mm

Humidity Tolerance
Up to 95% RH, non-condensing

Connection Type
Screw Terminals

Pulse Energy
Up to 20 mJ

Insulation Resistance
>100 M at 500 V DC

Mounting Type
Panel/Surface mounting

Protection Class
IP40

About Electronic Ignition Transformers

Experience the blue-ribbon standard in ignition reliability with our Elite Electronic Ignition Transformers. Designed as the paragon for modern heating systems, these units offer best-in-class efficiency (over 95%) and robust surge protection. Try now to gain access to superior ignition: supporting up to 600 mm cable length, panel/surface mounting, IP40 protection, and screw terminals for easy installation. Benefit from minimal load loss, high insulation resistance, and encapsulated coils. With up to 10 kV output and CE certification, elevate your burner performance to elite ranks.

Elite Transformers for Precision Ignition

Electronic Ignition Transformers deliver uncompromising performance, specifically engineered for ignition of gas or oil burners in heating systems. Their high-grade flame retardant construction and double coil design ensure safety and longevity, making them ideal for commercial heating, industrial boiler rooms, and large-scale burner applications. Upgrade your setup to achieve consistent, reliable ignition cycles and enhanced system protection, ensuring optimal burner efficiency across varied environments and demanding usage scenarios.

List Price and Export Overview

Our Electronic Ignition Transformers are available at competitive list prices and are delivered swiftly to customers worldwide. The FOB port is located in India, serving as our primary gateway to major export markets in Europe, Middle East, and Asia. Domestically, we cater extensively to the industrial and commercial market segments. Our products meet international standards, ensuring seamless integration and reliable performance for buyers both locally and in global export markets.

FAQs of Electronic Ignition Transformers:

Q: How do I install an Electronic Ignition Transformer for panel or surface mounting?

A: To install the transformer, use the recommended panel or surface mounting method. Secure with screws and connect all terminals using the provided screw-type connectors, ensuring compliance with safety standards and manufacturer instructions.

Q: What is the benefit of using a double coil encapsulated design?

A: A double coil encapsulated design enhances performance by optimizing ignition energy, improving efficiency, and providing robust insulation and protection against environmental factors, thereby prolonging service life and increasing reliability.

Q: When should I replace my ignition transformer?

A: Replace the ignition transformer if ignition cycles fall below expected norms, output voltage drops, or physical damage is discovered. With over 50,000 ignition cycles expected, routine checks can ensure longevity and timely maintenance.

Q: Where can I use this transformer in commercial applications?

A: The Electronic Ignition Transformer is suitable for commercial and industrial settings, including commercial boilers, gas or oil burners, large heating systems, and process burners requiring dependable and certified ignition sources.

Q: What process guarantees surge resistance and insulation safety?

A: Surge resistance is ensured through electronic pulse booster technology, while superior insulation resistance is achieved with high-grade flame retardant plastic and copper winding, both meeting rigorous CE and EN 61558 standards for safety.

Q: How does humidity tolerance contribute to transformer reliability?

A: With tolerance up to 95% relative humidity (non-condensing), the transformer remains reliable in various environments, minimizing risks posed by moisture and ensuring consistent performance in industrial and commercial settings.

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