Connecting Speakers

LU63PB-LU63PW CONNECTION

Connecting Your Speakers

LU63PB

Speaker Wire -We recommend the use of two conductor 18-gauge speaker wire to connect the speakers to your receiver. When connecting the speakers in a stereo configuration, the wire length should be similar. One length should not be dramatically longer or shorter then the other. Maintaining similar wire lengths will provide superior sound quality.

Polarity - Speaker wire polarity is indicated by either a color stripe on the insulation, ridges molded into one side of the insulation, the color of the insulation case around the wire, or by the color of the wire itself (copper or silver).

Connect speaker wire using the positive (+) terminal on the receiver to the positive (+) speaker terminal, and the negative (-) terminal on the receiver to the negative (-) speaker terminal. All speakers in a system must be connected with the same relative polarity.

Connection - It is recommended that the speaker wire insulation be stripped back approximately 3/8”, allowing the wire conductor to make a proper connection. The gold terminals have red (positive) and black (negative) polarity indicators. Loosen the gold terminals by turning counter- clockwise. Insert the wire end and re-tighten.

Banana style connectors may also be used. The connection is made by connecting the speaker wire to the banana plugs, and then inserting the banana plug into the top portion of the binding posts.

Note: Do not allow the positive and negative speaker wire from the receiver to make contact at any time, as this will cause a short.

LU63PB/PW specifications

The Dual LU63PB/PW is a standout product in the realm of dual power supply solutions, engineered to meet the demands of both residential and commercial applications. This innovative power supply offers a robust combination of advanced features and cutting-edge technologies, making it a preferred choice for users seeking reliability and performance.

At the core of the LU63PB/PW design is its dual-input architecture. This system allows for seamless switching between two different power sources, ensuring that critical applications remain powered even during outages or fluctuations in one supply. This redundancy is particularly valuable for environments that require uninterrupted power, such as data centers, medical facilities, and telecom installations.

One of the key features of the Dual LU63PB/PW is its automatic transfer switch (ATS) functionality, which intelligently manages the transition between power sources. The transition occurs without any manual intervention, minimizing downtime and protecting sensitive equipment from potential damage due to power interruptions. This technology guarantees that operations can proceed smoothly, regardless of external power conditions.

Additionally, the LU63PB/PW is equipped with advanced monitoring capabilities. Users can access real-time data on power consumption, load balancing, and system performance through a user-friendly interface. This feature not only enhances operational efficiency but also allows for proactive maintenance, reducing the likelihood of unexpected failures.

The LU63PB/PW includes multiple protection mechanisms to safeguard against overvoltage, overcurrent, and short circuits. These safety features protect both the power supply unit and connected devices, ensuring stable performance in various environmental conditions.

Another notable characteristic of the Dual LU63PB/PW is its compact design, which facilitates easy installation in tight spaces. Its lightweight build does not compromise on durability; the unit is constructed with high-quality materials that withstand extreme conditions.

Ultimately, the Dual LU63PB/PW stands out due to its impressive integration of functionality, reliability, and advanced technology. Whether for enhancing the efficiency of business operations or ensuring the safety of personal electronics, this power supply solution represents a significant advancement in dual power management systems, tailored to meet the evolving needs of modern energy requirements. Users can rely on its performance, making it an invaluable addition to any power infrastructure.