TWO Channel Amplifier

PP-AM60020

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5.Input Connectors

Choose the correct length RCA interconnects and run them to the RCA outputs of the source unit. Avoid running beside other looms and or power cable.

6.Input Level

This control is used to match the input level of the amplifier to the output level of your head unit

1.Turn the amplifier level to zero.

2.Turn the volume of the head unit to ¾ and the bass and treble to zero.

3. Adjust the level control until the desired maximum volume is achieved without distortion.

4. Failure to follow these steps may cause permanent damage to the audio system.

a.7. Frequency Control

12dB/Octave crossover, variable from 32Hz to 320Hz. (For adjustment procedure see 12.)

8. Filter Selector - Crossover

LPF - Select for subwoofer(s).

b.Flat – Select for full range speakers.

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1.Speaker Output Connections

Ensure that the speakers are connected observing correct polarity.

2.Fuses

Ensure fuses are replaced with the same type and rating.

3.Power

FUSION amplifiers should be connected directly to the 12V battery terminal with an inline fuse or

circuit breaker as close to the battery as possible.

Ground

When grounding/earthing your amplifier ensure that the location is a good source of ground (preferably the floor pan). Make sure the metal is clean of paint etc, as a poor earth could damage your audio system.

Remote Turn On

This connection turns the amplifier on and should be connected to the remote turn on lead from the Head Unit. If one is not available a switched 12V source must be used.

4.Output Connectors

Line level output for connection to an additional amplifier.

HPF – Select for mid/full range speakers when using a subwoofer in the system.

9. Boost Control

Adjust the Bass Boost to the desired level.

10. Power ON LED

Amplifier is operational when illuminated.

11. Protection LED

When illuminated the amplifier is in protection mode due to any of the following fault conditions. Short Circuit, Thermal, Output Short, DC Offset.

12. Setting the Crossover

a. Diagram for crossover settings for 5” or larger full range speakers.

b. Diagram for crossover settings for mid/full range speakers when using a subwoofer in your system.

c. Diagram for crossover settings for subwoofers.

NB: The gray section indicates acceptable frequency ranges.

PP-AM100010, PP-AM300010, PP-AM120040, PP-AM200010, PP-AM60020 specifications

Fusion PP-AM series represents a pioneering collection of materials designed for additive manufacturing, specifically tailored to meet the demands of various industries. Each variant in the series—PP-AM60020, PP-AM200010, PP-AM120040, PP-AM300010, and PP-AM100010—boasts unique features, technologies, and characteristics that enhance their performance in 3D printing applications.

Starting with PP-AM60020, this material is renowned for its excellent chemical resistance and durability, making it ideal for producing parts that require robustness and resilience against harsh environments. Its impressive thermal stability ensures minimal warping during the printing process, allowing for high precision in the final product. This variant is particularly useful in automotive and industrial applications, where reliability is crucial.

PP-AM200010, on the other hand, is distinguished by its lightweight nature coupled with a high strength-to-weight ratio. This aspect significantly reduces the overall weight of printed components, contributing to enhanced fuel efficiency in transportation applications. Additionally, it offers good impact resistance, making it suitable for creating prototypes and functional parts that undergo stress during service.

The PP-AM120040 variant excels in flexibility, allowing for the creation of parts that require a certain degree of bendability. This property opens avenues for innovative designs in consumer goods and electronics, where flexibility can lead to improved ergonomics and functionality. Its enhanced adhesion properties ensure strong layer bonding, leading to improved overall part integrity.

PP-AM300010 is developed with specific attention to ease of processing, making it accessible for users at various levels of expertise in additive manufacturing. Its compatibility with standard 3D printers streamlines the production workflow, while the material’s excellent dimensional accuracy supports the needs for precise engineering applications. This variant caters particularly well to users seeking a user-friendly experience without compromising quality.

Lastly, PP-AM100010 is designed for high-performance applications requiring exceptional thermal properties. Its superior heat resistance allows it to maintain structural integrity under elevated temperatures, making it an excellent choice for electronics enclosures and automotive parts that encounter high thermal loads.

In conclusion, the Fusion PP-AM series encapsulates a comprehensive range of specialized materials that address the diverse needs of the additive manufacturing landscape, offering remarkable improvements in functionality, performance, and user adaptability across various sectors.