Brahma 15357001 T16/M ignition transformer

SKU: 15357001, 246.820.115

Price on request

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Ignition transformers BRAHMA T16/M 15357001 are designed for use in burners running on liquid or gaseous fuels. This means that they can provide the necessary ignition and flame maintenance in systems using various types of fuels, including liquids and gases.

This versatility makes the BRAHMA T16/M 15357001 transformers suitable for various types of heating and industrial systems where a variety of fuels are used. Such transformers play an important role in ensuring stable and efficient ignition, which is critical for the operation of heating systems and burners.


1. Various connection and mounting systems:

– An extensive variety of connection and mounting systems provides flexibility in integrating transformers into various types of equipment.

   – This allows users to choose the best connection and mounting options according to specific requirements and conditions of use.

2. High discharge power:

   – Ignition transformers BRAHMA T16/M 15357001 have high discharge power, which makes them an ideal choice for applications where long ignition wires are required.

   – This characteristic is especially useful in situations where it is necessary to ensure stable and efficient ignition over a considerable distance.

3. High efficiency and ignition power:

   – BRAHMA T16/M 15357001 high voltage transformers provide high ignition efficiency and power, which makes them suitable for various applications where efficient use of energy and reliable ignition are required.

   – These characteristics make transformers an ideal choice for situations requiring outstanding ignition characteristics.

Such transformers represent a reliable and efficient solution for systems where high efficiency, discharge power and variety in connection and mounting systems are important.

Technical data

– Supply voltage: 220 V – 50 Hz

– Operating temperature range: -10°C +35°C

– Insulation: polyester resin

– Recommended distance between electrodes: 3 – 5 mm

– Standard length of the power cable: 550 mm

– Number of poles: 2

– Output peak voltage (KV): 2 x 8

– Output effective voltage (KV): 2 x 5

– Output effective current (mA): 20

– Input effective current (A): 1.1

– Duty cycle: 33% in 3 minutes

– Power consumption (VA): 240

– Weight (kg): 3.5

– Dust and moisture protection class: IP 00

– Ignition cable connectors: screw Ø2.5 mm

– Dimensions: 11.5x8x7.6 cm


1. The shape of the magnetic circuit:

   – The magnetic circuit of the transformer has the shape of a shell, which can affect its electromagnetic characteristics and efficiency.

2. Grounding of the secondary windings:

– The secondary windings are grounded in the center, which is a safety measure and can reduce electromagnetic interference.

3. Radio interference suppression screen:

– The transformer is equipped with a radio interference suppression screen, which requires reliable grounding for efficient operation.

4. Coil closure caps:

– Two caps painted with flame retardant paint close the transformer coils, forming a single unit with a magnetic circuit.

5. Identification of the transformer:

   – Each transformer is identified by the letter T (transformer), a series of numbers indicating the model, and possibly a letter of the alphabet indicating a specific mounting system.

6. Mounting system:

– The mounting system may be standard or different depending on the requirements. The part designation T11 refers to a transformer with a standard mounting system, while T11/N may refer to a transformer T11 with a different mounting system.

7. Flexibility of choice:

   – Ignition devices BRAHMA T16/M 15357001 can have the same electrical characteristics, but different mounting systems, which provides flexibility of choice depending on specific requirements and conditions of use.


The high-voltage insulators used in transformers BRAHMA T16/M 15357001 are an important element of the system, providing a safe and reliable connection to high-voltage cables. In this case, depending on the connection method, they come in two types:

1. Screw terminal:

   – It is used for connection to high-voltage cables using special screw connections.

   – Provides a strong and reliable connection where high-voltage cables are attached to the transformer using screws.

2. Cylindrical terminal with a diameter of 4 mm or 6.3 mm:

– Used for connection to high-voltage cables using a cylindrical terminal.

   – Depending on the specific requirements and settings, the terminal may have a diameter of 4 mm or 6.3 mm.

Insulators material:

– Insulators are made of 30% PBT glass fiber (polybutylene terephthalate).

   – This material provides a high degree of insulation and resistance to high voltages.

The choice between these two types of insulators provides users with the flexibility to install and connect BRAHMA T16/M 15357001 transformers with ignition cable according to specific requirements and preferences.


– Be careful! Dangerous voltage may be present.

– Connect and disconnect the ignition transformer only after disconnecting the power supply.

– Comply with applicable national and European standards (e.g. EN 60335-1 / EN 60335-2-102) regarding electrical safety.

– Make sure that the transformer ground and the electrical system ground are well connected.

– Place a single grounding center, thus preventing the formation of ring tracks from the grounding conductors.

– The device can be installed in any position.

– Reduce the length of the ignition cable to a minimum (this reduces parasitic capacitance and the likelihood that the ignition cable will act as an antenna transmitting interference to nearby cables).

– Route the ignition cables along a separate path near the grounding planes (this reduces the effect of interference on the remaining electrical wires).

– Avoid placing high voltage cables near other cables.

– Make sure that the degree of protection corresponds to the system.