TECHNICAL DATA

RMS Power measured at 12.5 Volts DC:

 

Total maximum power

450 Watts

Front @ 1 kHz < 0.08 % THD into a 4 ohms load

2 x 45 Watts

Rear @ 1 kHz < 0.08 % THD into a 4 ohms load

2 x 35 Watts

Sub @ 50 Hz < 0.1 % THD into a 4 ohms load

1 x 80 Watts

Dynamic Power measured at 14.4 Volts DC:

 

Front @ 1 kHz < 0.1 % THD into a 4 ohms load

2 x 65 Watts

Rear @ 1 kHz < 0.1 % THD into a 4 ohms load

2 x 50 Watts

Sub @ 50 Hz < 0.1 % THD into a 4 ohms load

1 x 115 Watts

Front @ 1 kHz into a 2 ohms load

2 x 90 Watts

Rear @ 1 kHz into a 2 ohms load

2 x 70 Watts

Sub @ 50 Hz into a 2 ohms load

1 x 130 Watts

Crossover frequencies

 

High-Pass, Front/Rear

Flat, 63 or 80 Hz

Low-Pass, Sub

50, 80 or 120 Hz

Crossover slope

12 dB/Octave

Frequency response ± 1 dB

10 - 50,000 Hz

Total harmonic distortion

0.08%

Signal-to-noise ratio (IHF A-weighted)

> 100 dB

Input sensitivity/Impedance at 12.5Volt DC

200-4000 mV/20 kohms

Speakers’ impedance

2 ohms min

Power supply

14.4 V DC (11-16 V allowed)

Weight

3.5Kg

Size

217(l) x 49(h) x 370(d) mm

Due to continuing improvement, the features and the design are subject to change without notice.

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Macrom 45.40 owner manual Technical Data, RMS Power measured at 12.5 Volts DC, Dynamic Power measured at 14.4 Volts DC

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.