Brahma 15911051 TC1SVCA ignition transformer

BRAHMA TC1SVCA 15911051 ignition transformers stand out for their amazing compactness and are used in various types of burners, such as gas burners, as well as burners for light and heavy types of liquid fuels. They are used in both domestic and commercial installations, as well as in industrial sectors. The basis for the operation of these transformers is a high-frequency electronic generator, which increases the voltage to high-voltage values using the ferritic core of the BRAHMA TC1SVCA 15911051 transformer, reaching 15 kV.

All models of BRAHMA TC1SVCA 15911051 spark transformers can be equipped with a filter to reduce electromagnetic interference, which allows them to comply with the standards of Directive 2004/108/EC without the use of additional external filters. In addition, BRAHMA TC1SVCA 15911051 transformers have versions for continuous operation with a 100% duty cycle or with a 50% duty cycle in 2 minutes.

Main Features

• The possibility of delivery with an integrated EMC filter;
• 100% duty cycle;
• Compact size and low weight;
• High efficiency and ignition power;
• Low power consumption;
• Single or double-pin high voltage output;
• Various mounting and connecting systems;
• Built-in short circuit protection.

Technical specifications

Number of contacts: 1

Peak output voltage kV: 15

Peak current mA: 45

Frequency of output voltage kHz (1): 6

Frequency of output voltage kHz (2): 10

VA Energy Consumption: 25

Supply voltage: 220-240 V 50/60 Hz On request: 110-120 V 50/60 Hz

Duty cycle: 100 %

Operating temperature: -10 … +60 °C

Protection: IP00

Recommended electrode spacing (spark distance): 3-5mm

Max. length of ignition cable: 1.5 m

Standard power cable length: 560mm

Weight: about 420 g.

Construction

1. The principle of operation based on a high-frequency electronic generator:

   – A high-frequency electronic generator is used to create a high ignition power.

   – This principle allows you to create a compact and lightweight device, while ensuring high efficiency.

2. Compact size and light weight:

– The device is compact in size and light in weight due to the use of a high-frequency electronic generator and optimized components.

3. High ignition power:

   – The principle of operation allows you to achieve high ignition power, which is a key parameter for certain applications.

4. Thermal conductivity and protection against temperature fluctuations:

– The electronic circuit and the transformer with a ferritic core are coated with a special composition with high thermal conductivity.

   – The unique expansion coefficient provides protection against temperature fluctuations and overloads during continuous operation.

5. Built-in varistor for protection against mains voltage:

   – The built-in varistor protects the device from possible power surges in the power supply network.

6. Various transformer options:

– Transformers are available in various versions with different number and position of contacts.

   – Options include high voltage connection types and various power cable options, with/without an EMC (electromagnetic) filter.

7. Electromagnetic filter:

– The presence of transformers with an integrated EMC filter to suppress electromagnetic interference.

8. Support for various operating conditions:

   – Provides protection against overheating and overloads, which makes the device resistant to prolonged operation in various operating conditions.

9. Variety of delivery options:

– Various transformer options are provided, taking into account the different number of contacts, connection types, cable options and the presence/absence of an EMC filter.