Hertz Product Catalogue

INDEX Mille........... .............. .......................... ....................................................................... .................................................. ... . 04

Hertz-Digital-Power......................10

Hi-Energy........... .............................................................. ................................................ .................... ........... . ... 14

Hertz-Energy................................... .................................................. .. ... ...... 20

Energy..................... ........... .......................................................................... .......................... . .. ... 24

Dieci...................................... .............. ........... ....................................................................................... ............. ................ 32

SPL............ ............. ....................................... ............................................. ...................................................... 36

INDEX Mille........... .............. .......................... ....................................................................... .................................................. ... . 04

Hertz-Digital-Power......................10

Hi-Energy........... .............................................................. ................................................ .................... ........... . ... 14

Hertz-Energy................................... .................................................. .. ... ...... 20

Energy..................... ........... .......................................................................... .......................... . .. ... 24

Dieci...................................... .............. ........... ....................................................................................... ............. ................ 32

SPL............ ............. ....................................... ............................................. ...................................................... 36

1 TETOLON® DOMETetolon® Fiber dome features a hemispheric-hyperbolic profile for maximum rigidity and linear frequency response beyond the audible range.

2 REN® NEODYMIUM MAGNETIn every component, the motor assembly is centred upon a REN® Neodymium ring, capable of operating in high heat conditions. ML 280 tweeter is equipped with a double REN® Neodymium magnet. The use of a REN® Neodymium magnet generates extraordinary energy, for extremely high performance.

3 ALUMINIUM VOICE COIL & COPPER RINGThe central pole piece is covered with a pure copper sleeve. This combined with its CCAW double layer voice coil wound on a Kapton® former provides a linear

impedance, ensuring maximum power handling and frequency extension, even when listened to off axis.

4 RENEWED CROSSOVERThe highest quality components, the Rubber Touch case, a passive cooling system and a three position level control: these features make this crossover unique.

5 ALUMINIUM MAIN STRUCTUREThe use of aluminium permits a perfect control, contri- buting to the reduction of unwanted resonances and residual vibrations.The main structure and the rear acoustic chamber of the tweeter are CNC machined from a solid aluminium block. The basket is also made from anti-resonant aluminium alloy.

1 TETOLON® DOMETetolon® Fiber dome features a hemispheric-hyperbolic profile for maximum rigidity and linear frequency response beyond the audible range.

2 REN® NEODYMIUM MAGNETIn every component, the motor assembly is centred upon a REN® Neodymium ring, capable of operating in high heat conditions. ML 280 tweeter is equipped with a double REN® Neodymium magnet. The use of a REN® Neodymium magnet generates extraordinary energy, for extremely high performance.

3 ALUMINIUM VOICE COIL & COPPER RINGThe central pole piece is covered with a pure copper sleeve. This combined with its CCAW double layer voice coil wound on a Kapton® former provides a linear

impedance, ensuring maximum power handling and frequency extension, even when listened to off axis.

4 RENEWED CROSSOVERThe highest quality components, the Rubber Touch case, a passive cooling system and a three position level control: these features make this crossover unique.

5 ALUMINIUM MAIN STRUCTUREThe use of aluminium permits a perfect control, contri- buting to the reduction of unwanted resonances and residual vibrations.The main structure and the rear acoustic chamber of the tweeter are CNC machined from a solid aluminium block. The basket is also made from anti-resonant aluminium alloy.

10/11 www.hertzaudiovideo.com

Hertz Digital Power project delivers high power levels while maintaining high efficiency, in a compact footprint chassis size required in today’s modern installations. It has inherited all the technologies which made HP successful, with further advanced performance. More specifically, the D-Class technology has evolved into a Full Range design for offering stunning musical performance also with elevated power output.

1

1 MONITORING LEDs4 LEDs monitor amplifier status and communicate with the user in real time. This system, while allowing the amplifier to operate, also identifies installation faults and leads to eliminate them.

3 OPTIMIZED HEATSINKThe heatsink boasts extremely efficient thermal conductivity, combined with exclusive cosmetics: scratch-resistant finish, end caps shaped for easy handling, control panel accessible from the top as well as a featured back lit Hertz logo which can also be rotated.

4 HDP IN & ARTTM

HDP IN system provides to interface with any OEM (through the Speaker In) and aftermarket (through the RCA In) sources. Using Speaker In inputs, the ARTTM (Automatic Remote Turn On-Off) function is available; the user can also switch it off.

2 HDP ELECTRONICSPower supply stage featuring toroidal transformers with multi-layered windings, powerful TO220 (for HDP 1) and T220-5pin with dual inside device (for HDP 4 and HDP 5) Mosfets.

2 3

4

MAXIMUM POWER, MAXIMUM QUALITY, MINIMUM SIZE


10/11 www.hertzaudiovideo.com

Hertz Digital Power project delivers high power levels while maintaining high efficiency, in a compact footprint chassis size required in today’s modern installations. It has inherited all the technologies which made HP successful, with further advanced performance. More specifically, the D-Class technology has evolved into a Full Range design for offering stunning musical performance also with elevated power output.

1

1 MONITORING LEDs4 LEDs monitor amplifier status and communicate with the user in real time. This system, while allowing the amplifier to operate, also identifies installation faults and leads to eliminate them.

3 OPTIMIZED HEATSINKThe heatsink boasts extremely efficient thermal conductivity, combined with exclusive cosmetics: scratch-resistant finish, end caps shaped for easy handling, control panel accessible from the top as well as a featured back lit Hertz logo which can also be rotated.

4 HDP IN & ARTTM

HDP IN system provides to interface with any OEM (through the Speaker In) and aftermarket (through the RCA In) sources. Using Speaker In inputs, the ARTTM (Automatic Remote Turn On-Off) function is available; the user can also switch it off.

2 HDP ELECTRONICSPower supply stage featuring toroidal transformers with multi-layered windings, powerful TO220 (for HDP 1) and T220-5pin with dual inside device (for HDP 4 and HDP 5) Mosfets.

2 3

4



AM

P

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1000 WMAX POWERMONO D-CLASS AMPLIFIER

HDP 1 1000 WMAX POWERFULL RANGE D-CLASS

FOUR-CHANNEL AMPLIFIER

HDP 4 950 WMAX POWERFULL RANGE D-CLASS FIVE-CHANNEL AMPLIFIER

HDP 5

HDP

Technical specifications HDP 1 HDP 4 HDP 5

Channel Model 1 4 - 3 - 2 5 - 3

Output Power (RMS) @ 14.4 VDC W x ch @ 4Ω 600 x 1 150 x 4 70 x 4 + 380 x 1 W x ch (Mono) @ 4Ω 150 x 2 + 500 x 1 W x ch @ 2Ω 1000 x 1 250 x 4 100 x 4 + 550 x 1 W x ch @ 2/4Ω 250 x 2 (2) + 500 x 1 (4) W x ch @ 4/2Ω 200 x 2 + 550 x 1

Filters Bypass / Yes A, B: Yes C: / Hz @ dB/Oct. Hi-pass A: 50 ÷ 5k (2 range) @ 12 A: 40 ÷ 150 Hz @ 12 B: 80 ÷ 3.3k Hz @ 12 B: 80 ÷ 3.3k Hz @ 12 Hz @ dB/Oct. Lo-pass 40 ÷ 150 Hz @ 24 A: 50 ÷ 5k (2 range) @ 12 B: 80 ÷ 3.3k Hz @ 12 C: 40 ÷ 150 Hz @ 24 Hz @ dB/Oct. Band-Pass A: 40 ÷ 150 Hz (HI) @ 12 80 ÷ 3.3k Hz (LO) @ 12 Hz @ dB/Oct. Subsonic (Hi-pass) 18 ÷ 40 Hz @ 24 (-50 ÷ 6) dB Remote Sub Volume ok ok

Distorsion - THD % 100 Hz @ 4Ω 0.08 0.08 0.08

S/N Ratio (A weighted) dBA sensitivity @ 1 V RMS 103 100 A&B/C: 100/106

Damping factor 100 Hz @ 4Ω 100 50 A&B/C: 50/100

Size W x D x H mm external

171 x 344 x 46.70 171 x 284 x 46.70 171 x 344 x 46.70

inch 6.73” x 13.54” x 1.83” 6.73" x 11.18" x 1.83" 6.73” x 13.54” x 1.83”

RMS Output Power W x ch 4Ω, ≤1% THD +N, 14.4 V 600 x 1 120 x 4 60 x 4 + 310 x 1S/N Ratio dBA Ref. 1 W Output 83,5 80 60 W: 80 310 W: 84

AM

P

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1000 WMAX POWERMONO D-CLASS AMPLIFIER

HDP 1 1000 WMAX POWERFULL RANGE D-CLASS

FOUR-CHANNEL AMPLIFIER

HDP 4 950 WMAX POWERFULL RANGE D-CLASS FIVE-CHANNEL AMPLIFIER

HDP 5

HDP

Technical specifications HDP 1 HDP 4 HDP 5

Channel Model 1 4 - 3 - 2 5 - 3

Output Power (RMS) @ 14.4 VDC W x ch @ 4Ω 600 x 1 150 x 4 70 x 4 + 380 x 1 W x ch (Mono) @ 4Ω 150 x 2 + 500 x 1 W x ch @ 2Ω 1000 x 1 250 x 4 100 x 4 + 550 x 1 W x ch @ 2/4Ω 250 x 2 (2) + 500 x 1 (4) W x ch @ 4/2Ω 200 x 2 + 550 x 1

Filters Bypass / Yes A, B: Yes C: / Hz @ dB/Oct. Hi-pass A: 50 ÷ 5k (2 range) @ 12 A: 40 ÷ 150 Hz @ 12 B: 80 ÷ 3.3k Hz @ 12 B: 80 ÷ 3.3k Hz @ 12 Hz @ dB/Oct. Lo-pass 40 ÷ 150 Hz @ 24 A: 50 ÷ 5k (2 range) @ 12 B: 80 ÷ 3.3k Hz @ 12 C: 40 ÷ 150 Hz @ 24 Hz @ dB/Oct. Band-Pass A: 40 ÷ 150 Hz (HI) @ 12 80 ÷ 3.3k Hz (LO) @ 12 Hz @ dB/Oct. Subsonic (Hi-pass) 18 ÷ 40 Hz @ 24 (-50 ÷ 6) dB Remote Sub Volume ok ok

Distorsion - THD % 100 Hz @ 4Ω 0.08 0.08 0.08

S/N Ratio (A weighted) dBA sensitivity @ 1 V RMS 103 100 A&B/C: 100/106

Damping factor 100 Hz @ 4Ω 100 50 A&B/C: 50/100


171 x 344 x 46.70 171 x 284 x 46.70 171 x 344 x 46.70

inch 6.73” x 13.54” x 1.83” 6.73" x 11.18" x 1.83" 6.73” x 13.54” x 1.83”

RMS Output Power W x ch 4Ω, ≤1% THD +N, 14.4 V 600 x 1 120 x 4 60 x 4 + 310 x 1S/N Ratio dBA Ref. 1 W Output 83,5 80 60 W: 80 310 W: 84

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1 DIE-CAST AND REFINED HEATSINKEquipped with an optimized die-cast heatsink for enhanced thermal perfor-mance, HE amplifiers feature vertical fins besides the horizontal fins, used in the traditional extruded heatsink.

2 HE STATUS LOGOThis technology allows the user to visually monitor the status of the amplifier in real time. The logo lights up of a blue colour when the amplifier is working correctly, changing into an orange when it enters into protection status.

3 HE INTo interface the HE line with both OEM (Speaker In) and aftermarket (RCA In). HE IN provides noise-free installation in any type of system design.

When HE IN is used, ART™, Automatic Remote Turn-On/Off function, automatically turns on and off the amplifier when the OEM radio turns on and off.

4 HE ELECTRONICSUnderneath the heatsink, multiple winding transformers, high current 105° C Electrolytic capacitors and low RDS-ON mosfets are employed. HE 2 and HE 4 are equipped with SANKEN TO3P output transistors, while HE 1D features a Class D output stage based on solid TO247 power mosfets, also employed in the Synchro D-Class circuit.

20/21

1 DIE-CAST AND REFINED HEATSINKEquipped with an optimized die-cast heatsink for enhanced thermal perfor-mance, HE amplifiers feature vertical fins besides the horizontal fins, used in the traditional extruded heatsink.

2 HE STATUS LOGOThis technology allows the user to visually monitor the status of the amplifier in real time. The logo lights up of a blue colour when the amplifier is working correctly, changing into an orange when it enters into protection status.

3 HE INTo interface the HE line with both OEM (Speaker In) and aftermarket (RCA In). HE IN provides noise-free installation in any type of system design.

When HE IN is used, ART™, Automatic Remote Turn-On/Off function, automatically turns on and off the amplifier when the OEM radio turns on and off.

4 HE ELECTRONICSUnderneath the heatsink, multiple winding transformers, high current 105° C Electrolytic capacitors and low RDS-ON mosfets are employed. HE 2 and HE 4 are equipped with SANKEN TO3P output transistors, while HE 1D features a Class D output stage based on solid TO247 power mosfets, also employed in the Synchro D-Class circuit.

MONO D-CLASS AMPLIFIER900 WMAX POWER

400 WMAX POWER

800 WMAX POWER

HE 1D.1STEREO AB-CLASS AMPLIFIERHE 2.1

FOUR-CHANNEL AB-CLASS AMPLIFIERHE 4.1

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Technical specifications HE 1D.1 HE 2.1 HE 4.1

Channel Model 1 2 - 1 4 - 3 - 2 Output Power (RMS) W x ch @ 4Ω 200 x 1 70 x 2 70 x 4@ 14.4 VDC W x ch (Mono) @ 4Ω - 200 x 1 200 x 2 W x ch @ 2Ω 320 x 1 100 x 2 100 x 4 W x ch @ 1Ω 450 x 1 W x ch @ 2/4Ω 100 x 2 (2Ω) +200 x 1 (4Ω)

Filters Bypass - Yes Yes Hz @ dB/Oct. Hi-pass 15 ÷ 40Hz @ 24dB (mono) 40 ÷ 400Hz @12dB A/B: 40 ÷ 400Hz @12dB Hz @ dB/Oct. Lo-pass 0 ÷ 250Hz @ 24dB (mono) 40 ÷ 400Hz @12dB A/B: 40 ÷ 400Hz @12dB Hz @ dB/Oct. Subsonic 0 ÷ +12dB @ 50Hz - -

Distorsion - THD % 1kHz @ 4Ω 0.04 0.06 % 100 Hz @ 4Ω 0.15

S/N Ratio (A weighted) dBA sensitivity @ 1 V RMS 100 104 104

Damping factor 1kHz @ 4Ω 150 150 100 Hz @ 4Ω 150


266 x 289 x 63,5 266 x 289 x 63,5 267 x 393 x 63,5 inch 10”1/2 x 11”3/8 x 2”1/2 10”1/2 x 11”3/8 x 2”1/2 10”9/16 x 15”1/2 x 2”1/2

RMS Output Power W x ch 4Ω, ≤1% THD +N, 14.4 V 150 x 1 55 x 2 55 x 4S/N Ratio dBA Ref. 1 W Output 60 82 82

MONO D-CLASS AMPLIFIER900 WMAX POWER

400 WMAX POWER

800 WMAX POWER

HE 1D.1STEREO AB-CLASS AMPLIFIERHE 2.1

FOUR-CHANNEL AB-CLASS AMPLIFIERHE 4.1

22/23

Technical specifications HE 1D.1 HE 2.1 HE 4.1

Channel Model 1 2 - 1 4 - 3 - 2 Output Power (RMS) W x ch @ 4Ω 200 x 1 70 x 2 70 x 4@ 14.4 VDC W x ch (Mono) @ 4Ω - 200 x 1 200 x 2 W x ch @ 2Ω 320 x 1 100 x 2 100 x 4 W x ch @ 1Ω 450 x 1 W x ch @ 2/4Ω 100 x 2 (2Ω) +200 x 1 (4Ω)

Filters Bypass - Yes Yes Hz @ dB/Oct. Hi-pass 15 ÷ 40Hz @ 24dB (mono) 40 ÷ 400Hz @12dB A/B: 40 ÷ 400Hz @12dB Hz @ dB/Oct. Lo-pass 0 ÷ 250Hz @ 24dB (mono) 40 ÷ 400Hz @12dB A/B: 40 ÷ 400Hz @12dB Hz @ dB/Oct. Subsonic 0 ÷ +12dB @ 50Hz - -

Distorsion - THD % 1kHz @ 4Ω 0.04 0.06 % 100 Hz @ 4Ω 0.15

S/N Ratio (A weighted) dBA sensitivity @ 1 V RMS 100 104 104

Damping factor 1kHz @ 4Ω 150 150 100 Hz @ 4Ω 150


266 x 289 x 63,5 266 x 289 x 63,5 267 x 393 x 63,5 inch 10”1/2 x 11”3/8 x 2”1/2 10”1/2 x 11”3/8 x 2”1/2 10”9/16 x 15”1/2 x 2”1/2

RMS Output Power W x ch 4Ω, ≤1% THD +N, 14.4 V 150 x 1 55 x 2 55 x 4S/N Ratio dBA Ref. 1 W Output 60 82 82

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1 V-CONE® The exponential profile gets very close to a perfect one, providing exceptional dispersion.

2 ULTRA FLAT Small size and shallow depth for installations without limits.

3 REN® NEODYMIUM Small and powerful motor structure with copper-covered pole, for maximum linearity and energy.

4 RHFC® TECHNOLOGY Provides the ability of orienting tweeter direction according to the listening point, for the benefit of the high frequencies.

5 NON-PRESSED PAPER CONE on the EV 165L, for the best energy trasfer at low end and mid frequencies.

24/25

1 V-CONE® The exponential profile gets very close to a perfect one, providing exceptional dispersion.

2 ULTRA FLAT Small size and shallow depth for installations without limits.

3 REN® NEODYMIUM Small and powerful motor structure with copper-covered pole, for maximum linearity and energy.

4 RHFC® TECHNOLOGY Provides the ability of orienting tweeter direction according to the listening point, for the benefit of the high frequencies.

5 NON-PRESSED PAPER CONE on the EV 165L, for the best energy trasfer at low end and mid frequencies.

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ES F20.5 200 (8”) 400 200 4 32 ÷ 400 93 38 (1” 1/2) 12 (1/2”)

ES F25.5 250 (10”) 500 250 4 30 ÷ 300 92 60 (2” 3/8) 13 (1/2”)

EBX F20.5 200 (8”) 250 (10") 400 200 4 40 - 400 90 520 x 108 x 320 20”1/2 x 4”1/4 x 12”5/8

EBX F25.5 250 (10”) 300 (12”) 600 300 4 38 - 350 92 670 x 119 x 403 26”3/8 x 4”11/16 x 15”7/8

EBX 200 200 (8”) - 500 250 4 30 - 400 91 390 x 297 x 288 15”3/8 x 11”11/16 x 11”5/16

EBX 250 250 (10”) - 700 350 4 28 - 300 93 465 x 340 x 338 18”5/16 x 13”1/16 x 13”5/16

EBX 300 300 (12”) - 1000 500 4 25 - 250 94 545 x 331 x 400 21”7/16 x 13”1/16 x 15”3/4

High densityflux ferrite

Water-repellent pressed paper

High Density flux ferrite

EBX F20.5REFLEX SUB BOX400 W

ES F20.5SUBWOOFER400 W



Box Size

ES F20.5

ES F25.5

EBX F20.5

EBX F25.5

30/31

ES F20.5 200 (8”) 400 200 4 32 ÷ 400 93 38 (1” 1/2) 12 (1/2”)

ES F25.5 250 (10”) 500 250 4 30 ÷ 300 92 60 (2” 3/8) 13 (1/2”)

EBX F20.5 200 (8”) 250 (10") 400 200 4 40 - 400 90 520 x 108 x 320 20”1/2 x 4”1/4 x 12”5/8

EBX F25.5 250 (10”) 300 (12”) 600 300 4 38 - 350 92 670 x 119 x 403 26”3/8 x 4”11/16 x 15”7/8

EBX 200 200 (8”) - 500 250 4 30 - 400 91 390 x 297 x 288 15”3/8 x 11”11/16 x 11”5/16

EBX 250 250 (10”) - 700 350 4 28 - 300 93 465 x 340 x 338 18”5/16 x 13”1/16 x 13”5/16

EBX 300 300 (12”) - 1000 500 4 25 - 250 94 545 x 331 x 400 21”7/16 x 13”1/16 x 15”3/4

High densityflux ferrite

Water-repellent pressed paper

High Density flux ferrite





Box Size

ES F20.5

ES F25.5

EBX F20.5

EBX F25.5

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Box Size

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Box Size

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external

%, 100 Hz @ 4Ω

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external

%, 100 Hz @ 4Ω

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90131106

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90131106

Documents

Hertz Product Catalogue