Brahma Ignition Transformer Type T8 CM150 – 230V

The Brahma T8 CM150 ignition transformer is a high-discharge ignition solution designed for high thermal power and pressurised burners operating on light or heavy oil.

£240.42

Brahma T8 CM150 Ignition Transformer – 220V 50Hz

Manufacturer part no: 15000081

The Brahma T8 CM150 ignition transformer is a high-discharge ignition solution designed for high thermal power and pressurised burners operating on light or heavy oil. Part of the T8 series, this model offers strong ignition performance and robust construction, making it suitable for demanding burner applications where reliable spark generation is essential

The T8 series features column-type construction with two primary windings and two secondary windings, delivering consistent high-voltage output. High-voltage insulation is achieved through vacuum-cast polyester resin, ensuring durability and long-term electrical reliability. The housing is manufactured from stove enamelled pressed metal for added mechanical protection

Designed for efficiency and performance, the T8 CM150 provides high discharge power with proven ignition capability across a wide range of oil-fired burner systems.

Key Features

High discharge power

High ignition efficiency

Robust column-type transformer design

Vacuum-cast polyester resin insulation

Stove enamelled pressed metal housing

Suitable for high thermal power and pressurised oil burners

Technical Overview

Supply voltage: 220 V AC, 50 Hz

Output peak voltage: 2 × 6.5 kV

Output effective current: 35 mA (short circuit secondary)

Input effective current: 2.1 A

Duty cycle: 33% in 3 minutes

Power consumption: 460 VA

Operating temperature range: –10 °C to +60 °C

Recommended electrode gap: 3–5 mm

Standard supply cable length: 700 mm

Weight: 3.5 kg

Applications

Suitable for high-output oil burners and pressurised combustion systems requiring powerful, reliable ignition performance. Installation must comply with applicable electrical safety standards, and overall ignition safety depends on the associated burner control unit.