Brahma 15900802 TSC2 ignition transformer

The BRAHMA TSC2 15900802 transformers are the ideal solution for gas burners. With high discharge energy, they are superior to capacitive transformers. The plastic housing and epoxy resin filling provide reliable insulation, making them stable.

Notes

It is important to keep in mind the following aspects when using BRAHMA TSC2 15900802 ignition units:

1. Cable length: Avoid unnecessarily long ignition cables, as this may reduce the discharge energy due to possible parasitic capacitance between the cable and the ground bus. Optimize the cable length to maintain maximum discharge efficiency.

2. Cable arrangement: Isolate the ignition cables from other conductors to avoid the transmission of energy through the phenomenon of “parasitic capacitance”. This is especially important near electronic devices to prevent damage to related devices.

Following these recommendations will help ensure reliable and efficient operation of the ignition system and prevent possible problems related to the length of the cable and its location.

Technical information

Operating temperature: -20°C +60°C

Protection: IP20

Max. power cable length: 1 m

Max. ignition cable length: 2 m

Duty cycle: 100%

Weight: 80 g.

High voltage connection: used/removable 2.8×0.5

Power connection: used/removable 6.35×0.8

Power supply: 220-240V 50-60 Hz

Discharge voltage: 20kV

Discharge frequency: 25 Hz

Discharge energy: 2MJ

Consumption: 2 VA

Installation

1. Connection and disconnection: The BRAHMA TSC2 15900802 transformer with ignition cable should be connected and disconnected only after a complete power outage. This caution reduces the risk of electric shock and ensures the safety of service personnel.

2. Installation according to standards: The installation must comply with national and European electrical safety standards such as EN 60355-1, EN 50165, EN 61558-1-2-3. Compliance with the standards ensures reliability and safety of operation.

3. Connection of the valve body to the ground: Ensure that the valve body is connected to the ground to protect against electric shock. This is important to ensure the user’s safety.

4. Installation in any position: The transformer can be installed in any position, which facilitates the installation process.

5. Insulation of high-voltage cables: Avoid placing high-voltage cables next to other cables to prevent possible interference and unwanted effects on adjacent conductors.

6. Shortening the length of the ignition cable: Minimize the length of the ignition cable to reduce parasitic capacitance and the likelihood of interference to nearby cables.

7. Laying cables closer to the ground: Lay the ignition cables as close to the ground bus as possible to reduce the impact of interference on other electrical wires.

8. Single-point grounding: Arrange the grounding at one point to prevent the creation of parasitic ring currents, which contributes to the stability and safety of the system.

Following these recommendations will help ensure the safety and efficient operation of your high-voltage transformer system.

Connection

1. Quick-release power connection (6.3X0.8):

– Make sure that the connection is made according to the specified dimensions (6.3X0.8).

   – When using quick-release connections, be sure to check their reliability and ensure good contact to prevent potential problems such as overheating or poor contact.

2. Quick-release connection for the high-voltage part (2.8X0.5):

– Precisely select connections with dimensions of 2.8X0.5.

– Ensure that the high-voltage part is securely connected to avoid current leaks or short circuits.

3. Connecting and disconnecting:

   – When connecting and disconnecting, use appropriate tools and methods to ensure safety and prevent damage to quick-release connections.

4. Periodic inspection:

– Check the condition of quick-release connections regularly to detect potential wear or damage.

Following these recommendations will help ensure the safe and efficient use of quick-release connections for the transformer.