BACC63CB8-2P7H

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The BACC63CB8-2P7H is an electrical component specifically designed for the subsea environment. It is capable of providing an electrical signal from a remotely located instrument, which can then be processed and conditionally accepted in the control system.

The BACC63CB8-2P7H is a submarine interface designed for use in offshore oil and gas applications where it is necessary to transmit signals from devices to control systems. The component is rated for up to 6000 metres in depth and can handle harsh temperatures ranging from -5°C to +65°C. It is also designed to withstand strong currents and pressure.

The BACC63CB8-2P7H is an excellent choice for applications that require an electrical connection between liquid and pressurized oil or gas. It is a 3-wire system, where the signal wire is connected directly to a pressure gauge or temperature sender. This unit can be used to either control senders or transmit signals from a passive medium. The signal is then passed through the interface, and then modified in order to be readable by the control system.

The interface is designed with a high level of reliability in order to ensure the transmission of signals remains unaffected by harsh conditions. The BACC63CB8-2P7H is designed to meet IEC 60754-1 and IEC 60754-2 standards, meaning it is safe for use in hazardous areas. Additionally, the device has Type 4X rating which indicates it is suitable for use in hazardous areas classified according to the NEC.

The working principle behind the BACC63CB8-2P7H is based on the principle of signal transfer of up to 1 kHz. The interface works by converting a low frequency signal to a high frequency signal, which can then be sent over a long distance using common transmission media. The interface is extremely efficient and reliable, making it the perfect choice for long-distance communication.

The BACC63CB8-2P7H is a reliable and efficient way to transmit signals over long distances in subsea environments. Its ability to operate in harsh conditions makes it an ideal choice for offshore oil and gas applications. Moreover, it meets all safety standards, making it a safe option for hazardous areas.

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