Wiring the System

IMPORTANT: Make sure all equipment is turned off before making any connections.

For speaker connections, use a minimum #16-gauge speaker wire with polarity coding. The side of the wire with a ridge or other coding is usually considered positive polarity (i.e., +).

NOTE: If desired, consult your local Infinity dealer about speaker wire and connection options.

The speakers have coded terminals that accept a variety of wire connectors. The most common connection is shown in Figure 4.

To ensure proper polarity, connect each + terminal on the back of the amplifier or receiver to the respective + (red) terminal on each speaker, as shown in Figure 5. Connect the – (black) terminals in a similar way. See the owner’s guides that were included with your amplifier, receiver and television to confirm connection procedures.

IMPORTANT: Do not reverse polarities (i.e., + to – or – to +) when making connections. Doing so will cause poor imaging and diminished bass response.

– +

–

1. Loosen the terminals.

2. Insert bare ends; tighten terminals.

FIGURE 4 – This example shows how to connect bare wires to the

terminals. Banana plugs may also be inserted directly into the rear of the connector.

Standard	(one channel shown)
Connection

– +

Receiver or Amplifier (rear view)

+ –

Speaker

(rear view)

FIGURE 5 – Wiring diagram shows polarity connections for one channel of a stereo or home-theater system.

4INTERLUDE

108IL10B, 108IL10C, 108IL30C, 108IL40C, 108IL30B specifications

The Infinity 108IL series, which includes models 108IL40B, 108IL30B, 108IL40C, 108IL30C, and 108IL10C, represents a cutting-edge advancement in the field of industrial automation and control. These models are designed to cater to varying operational demands and provide a multitude of features that enhance efficiency and reliability in industrial settings.

One of the hallmark features of the Infinity 108IL series is its robust build and high-quality components that ensure durability and long service life. These models are engineered to withstand the rigors of industrial environments, making them suitable for applications in various sectors including manufacturing, automation, and robotics.

The series incorporates advanced processing technology that enables fast data handling and real-time monitoring. With high-performance processors and enhanced memory capabilities, these devices can manage complex tasks with ease. This makes them ideal for applications requiring precision control and immediate feedback, such as CNC machining and automated assembly lines.

A standout feature of the Infinity 108IL models is their user-friendly interface, which facilitates effortless navigation and configuration. Operators can easily adjust settings and monitor performance metrics through a sleek graphical display. The intuitive design reduces training time and enhances productivity, allowing users to focus on core operations rather than on system complexities.

Connectivity is another key aspect of the Infinity 108IL series. These models are equipped with versatile communication options, including Ethernet, USB, and various serial protocols, enabling seamless integration with existing systems and devices. This flexibility allows for real-time data exchange and remote monitoring, essential for modern industrial environments.

Furthermore, the series employs advanced safety technologies that adhere to industry standards. Features such as emergency stop controls, overload protection, and fault detection mechanisms enhance operational safety, ensuring that both the equipment and personnel are safeguarded against potential hazards.

In terms of energy efficiency, the Infinity 108IL devices are designed to optimize power consumption, reducing operational costs while maintaining high performance. This aspect is particularly crucial in today's sustainability-focused industrial landscape.

In summary, the Infinity 108IL40B, 108IL30B, 108IL40C, 108IL30C, and 108IL10C models represent a comprehensive solution for industrial automation. With their durability, advanced processing capabilities, user-friendly interfaces, versatile connectivity options, safety features, and energy efficiency, these devices are poised to meet the demands of various industrial applications effectively.