Controls and Indicators

Min. Max.

10 • SUB OUTPUT PHASE ADJUSTMENT: It allows the continuous phase adjustment in the region comprised between Min and Max of the SUB output compared to the

FRONT and REAR outputs. The easiest way to determine the “Wave Alignment” is to use a third-of-octave sound analyzer. Utilize a CD with a pink noise track and position the microphone exactly at ear level in the

driver’s seat. Adjust the Wave Alignment as follows:

Turn the potentiometer of the “Wave alignment” until the crossover point between the SUB section and the other sections reaches the maximum value. The audio analyzer will display the maximum increase.

If the same adjustment is to be made without the relevant instrument, one must rely on his own ears. Utilize again a CD with a pink noise track or a well known sound track.

Turn the Wave Alignment potentiometer until low frequencies increase.

11 • SPEAKER CONNECTOR: Outputs for speaker connection. The amplifier allows to connect speakers with minimum 2-ohm impedance per channel.

NOTE: No mono or mixed-mono bridge configuration is possible.

Be sure to keep the right polarity and phase in connecting the speakers.

Avoid any contact between poorly insulated wires and the car’s ground or metal pieces and between the wires themselves.

12 • BAT + CONNECTOR: to be connected directly to battery + by means of a fuse located close to the battery itself. Utilize a cable having an adequate section. Do not connect this cable to the car’s electrical system wiring (eg.: dome-light circuit, car radio etc.)

13 • GND CONNECTOR: connect the ground terminal to a clean base metal part of the vehicle chassis (if possibile, to an existing screw). Utilize a cable having an adequate section.

14 • REMOTE-ON CONNECTOR: to be connected either to the remote switch-on output lead or to the output lead of the power antenna coming from the head unit. As a resul, the 45.40 will be switched on and off simultaneously with the head unit.

15 • CHECK CONTROL LED: this led shows the amplifier’s status of operation :

WHITE: the unit is off

GREEN: the unit is working OK

RED: the unit has entered the protection mode

The 45.40 is equipped with three different protection devices:

Overheating: in case of wrong installation the unit enters the protection mode before being damaged. As soon as the temperature returns to normal values, the unit resumes normal operation.

Overload: if several speakers are connected to the amplifier and the total impedance decreases below the allowable threshold (0.5 - 1 ohm), the amplifier enters automatically the protection mode to avoid any damage. To restore normal operation the head unit has to be switched off and then on again.

Output short circuit: in case of a short circuit at the speakers outputs, the unit enters the protection mode to avoid serious damage to the end stage transistors. Normal operation is restored by eliminating the short circuit and by switching on the head unit again.

45.40 specifications

Macrom 45.40 is an advanced polymer formulation designed to meet the needs of modern manufacturing and industrial applications. Known for its exceptional versatility and performance, Macrom 45.40 has gained recognition in various sectors, including automotive, aerospace, and consumer goods.

One of the main features of Macrom 45.40 is its high durability. This polymer can withstand extreme conditions including temperature fluctuations, chemical exposure, and mechanical stress. This makes it a preferred choice for components that require longevity and reliability in demanding environments. Whether it is used in protective coatings or structural components, Macrom 45.40 ensures that end products maintain their integrity over time.

Another significant characteristic of Macrom 45.40 is its excellent adhesion properties. The formulation allows for superior bonding to various substrates, which is crucial when creating composite materials. This is particularly beneficial in industries that require multi-material applications, ensuring that layers stay securely bonded during their operational life.

Macrom 45.40 also incorporates advanced processing technologies that enhance its usability. It can be easily extruded, injection molded, or applied as a coating, allowing manufacturers to adapt it to their specific production processes. This flexibility means that Macrom 45.40 can be efficiently integrated into existing workflows, reducing downtime and cost.

The polymer's thermal stability is also noteworthy. Macrom 45.40 can operate effectively in a broad temperature range, making it suitable for applications that experience thermal cycling. This property is especially critical in automotive components, where exposure to heat can cause degradation in lesser materials.

In addition to these features, Macrom 45.40 is designed with sustainability in mind. The formulation can be produced using environmentally friendly processes, and it is often designed to be recyclable. This aligns with the increasing demand for sustainable materials in industrial applications, allowing companies to reduce their environmental footprint while still achieving high-performance results.

To summarize, Macrom 45.40 stands out as a high-performance polymer that combines durability, excellent adhesion, processing versatility, thermal stability, and sustainability. These characteristics make it an ideal choice for a wide range of applications across various industries, driving innovation and efficiency in modern manufacturing.