LRX 3.1 - Car stereo AUDISON - Free user manual and instructions

USER MANUAL LRX 3.1 AUDISON

LRx The Universal Sound LRx 3.1k LRx 5.1k Manuale d'uso Owner's manual audison PART OF ELETTROMEDIA - 62018 Potenza Pikena (MC) Italy - T [phone] - F [phone] - www.elettromedia.it audison www.audison.eu CFA-1006 Co.V.M. audison CFA-1006 Co.V.M.

LRx

The Universal Sound

audison

Manuale d'uso

LRx 3.1k

LRx 5.1k

Introduzione

ECI-L INPUT R BYPASS OUT L R L R SUB INPUT PRE INPUT SPEAKER LEVEL BYPASS OUT L R INPUT BYPASS OUT SUB INPUT BYPASS OUT R ECI-H

ECI-L A INPUT B INPUT / PRE OUT SUB INPUT PRE INPUT SPEAKER LEVEL BYPASS OUT A INPUT B INPUT SUB INPUT BYPASS OUT ECI-H

10

Place accurately push 1) 2) Push to click push to click

11

LRx

The Universal Sound

audison

Manuale d'uso

LRx 3.1k

LRx 5.1k

Speaker cables Services Power Supply cables Speaker cables

Pure technical line drawing of a mechanical component without any text, numbers, or symbols

Technical line drawing of a mechanical assembly with no visible text or symbols

Servizi

graph LR
    IN_A["IN A Ch L&R"] --> A
    IN_B["IN B Ch L&R OUT Bypass"] --> A
    IN_SUBdiv["IN SUB Ch L&R MIX"] --> A
    A --> B
    A --> C
    B --> D["R"]
    B --> E["L"]
    C --> F["R"]
    C --> G["L"]
    D --> H["A"]
    E --> H
    F --> I["A"]
    G --> I
    H --> J["B"]
    I --> J

20

■ Configurazioni

Config. 7, 8, 9, 10, 11, 12

Config. 7, 8, 9, 10, 11, 12

22

B Channels

Config. 1, 2, 7, 8

Full Range 20 Hz 200 Hz 2K Hz 20K Hz

Config. 3, 4, 9, 10

Config. 5, 6, 11, 12

130 250 60 450 50 Hz 1k 50 Hz 1k HI-Pass Le-Pass 650 1k2 300 2k3 250 5k Hz Filter HI BAND PASS FULL

Config. 1, 3, 5, 7, 9, 11

SUB Channel

Full Range 20 Hz 200 Hz 2K 20K Hz

23

LRx

The Universal Sound

audison

Manuale d'uso

LRx 3.1k

LRx 5.1k

Config. 2, 4, 6, 8, 10, 12

■ Subsonic SUB Channel (LRx 3.1k e LRx 5.1k)

■ Boost 50 Hz SUB Channel (LRx 3.1k e LRx 5.1k)

Installazione

Technical line drawing of a mechanical component with no visible text or symbols

Technical line drawing of a mechanical device with a 35-unit dimension标注 (no text or symbols present)

Technical illustration of a mechanical component with a screw-like assembly and warning symbol (no text or labels)

Technical illustration of a mechanical component with coiled cable and mounting holes (no text or symbols)

FUSE GOOD + Logo ON = OK! Amp ON

FUSE GOOD Logo ON = KO! Amp OFF

FUSE GOOD KO! Logo OFF OK! Amp ON

Top-down cutaway view of a car showing internal components like seats, wheels, and dashboard (no text or labels)

The Transfer System

Bypass/Hi 50 ÷ 5k Hz

Bypass/Hi 50÷1k/Lo 250÷5kHz

Bypass/Lo 50 ÷ 150 Hz

OFF/20/30 Hz @ 24 dB/Oct.

OFF/+2dB/+4dB

+5÷-5dB

198×538×56

5.

37

LR×3.1k

graph TD
    A["PRE IN"] --> B["12 dB/Oct. Hz"]
    C["R"] --> B
    B --> D["Filter 2"]
    D --> E["0.3×5"]
    E --> F["L"]
    G["PRE OUT"] --> H["2 dB -4 dB"]
    I["PRE IN SUB"] --> J["SUB In"]
    J --> K["mix"]
    K --> L["Level SUB 0.3×5"]
    M["Subsonic 24 dB/Cct. 20-30 Hz"] --> N["20-30 Hz"]
    O["Subsonic 10Hz 30Hz"] --> P["20-30 Hz"]
    Q["VCA"] --> R["Le pass 24 dB/Oct. 50-150"]
    S["OUT L/R"] --> T["L"]
    U["R"] --> V["OUT SUB"]
    W["OUT L/R"] --> X["L"]
    Y["OUT SUB"] --> Z["L"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333
    style J fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style O fill:#ccf,stroke:#333
    style P fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style R fill:#ccf,stroke:#333
    style S fill:#ccf,stroke:#333
    style T fill:#ccf,stroke:#333
    style U fill:#ccf,stroke:#333
    style V fill:#ccf,stroke:#333
    style Z fill:#ccf,stroke:#333

NON INDEPENDENT FREQUENCY CONTROL INDIPENDENT FREQUENCY CONTROL HI-PASS LO-PASS BAND-PASS NON INVERTED AMPLIFIER INVERTED AMPLIFIER STEREO SIGNAL

LR5.1k

graph TD
    subgraph PRE_IN
        L1["L"] --> N1["N"]
        R2["R"] --> S2["S"]
    end

    subgraph PRE_IN/OUT
        L3["L"] --> N3["L"]
        R4["R"] --> S3["S"]
    end

    subgraph PRE_IN_SUB
        L5["L"] --> N5["N"]
        S6["S"]
    end

    subgraph SUB
        L7["L"] --> N7["L+R"]
        S8["S"]
    end

    subgraph Level_A_Ch
        V1["0.3-5"] --> Hi-pass["12 dB/Oct., Hz - 50-250 x1 50-54 x19"]
        Hi-pass --> LoPass["12 dB/Oct., Hz - 250-5k"]
        LoPass --> Filter["2 W/NOS 2 THI"]
        Filter --> L1["L"]
        L1 --> OUT_A["⊕L"]
        L1 --> OUT_B["⊕R"]
    end

    subgraph Level_B_Ch
        V2["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        LoPass --> Filter
        Filter --> L2["L"]
        L2 --> OUT_B["⊕L"]
        L2 --> OUT_B["⊕R"]
    end

    subgraph Level_SUB
        V3["0.3-5"] --> Subsonic["24 dB/Oct., 20-30 Hz"]
        Subsonic --> Subsonic2["Subsonic 3/4/5 Hz 2/3"]
        Subsonic2 --> 30Hz["30 Hz 2 dB - 4 dB"]
        30Hz --> Boost50Hz["4 dB / 3 dB 2 dB 1"]
        Boost50Hz --> LoPass["24 dB/Oct., Hz - 50-150"]
        LoPass --> Filter2["Filter F/U 2 THI"]
        Filter2 --> OUTSUB["⊕ ⊕ ⊖"]
    end

    subgraph VCA
        V4["26/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB["2 dB - 4 dB 2 dB 4"]
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subsonic
        V5["36/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subsonic2
        V6["36/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subsonic2
        V7["36/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subsonic2
        V8["36/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subsonic2
        V9["36/36 Hz"] --> Subsonic2
        Subsonic2 --> 30Hz
        30Hz --> 2dB-4dB
        4dB-4dB --> Boost50Hz
        Boost50Hz --> LoPass
        LoPass --> Filter2
        Filter2 --> OUTSUB
    end

    subgraph Subonance
        V10["1.1K L+R"] --> SUBInc["SUB Incd INX (A+H)"]
        V11["1.1K L+R"] --> SUBInc
        SUBInc --> V10
        V10 --> SUBInc
    end

    subgraph Frequency Conversion
        V11["1.1K L+R"] --> Subonance
        V12["1.1K L+R"] --> Subonance
        V13["1.1K L+R"] --> Subonance
    end

    subgraph_Output_A["OUT A"]
        L1["L"] --> R["R"]
        R --> L1["R"]
    end

    subgraph_Output_B["OUT B"]
        L2["L"] --> R["R"]
        R --> L2["R"]
    end

    subgraph_Output_SUB["OUT SUB"]
        L3["L"] --> R["R"]
        R --> L3["R"]
    end

    subgraph_Output_SUB_REF["REF"]
        L4["L"] --> R["R"]
        R --> L4["R"]
    end

    subgraph_Output_SUB_OUT["OUT SUB"]
        L5["L"] --> R["R"]
        R --> L5["R"]
    end

    subgraph_Output_SUB_OUT_OUT["OUT SUB"]
        L6["L"] --> R["R"]
        R --> L6["R"]
    end

    subgraph_Output_SUB_OUT_OUT["OUT SUB"]
        L7["L"] --> R["R"]
        R --> L7["R"]
    end

    subgraph_Output_SUB_OUT_OUT_OUT["OUT SUB"]
        L8["L"] --> R["R"]
        R --> L8["R"]
    end

    subgraph Output_SUB_OUT_OUT_OUTOUTOUTOUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_OUT_TOPOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUTOUPTOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOutOuterInS
    end

    subgraph Level_B_Ch
        V10["0.3-5"] --> Hi-pass
        V11["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB�Cap |
        V11["0.3-5"] --> Hi-pass
        V12["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂Top |
        V13["0.3-5"] --> Hi-pass
        V14["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂Bottom |
        V14["0.3-5"] --> Hi-pass
        V15["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap |
        V16["0.3-5"] --> Hi-pass
        V17["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiTop |
        V18["0.3-5"] --> Hi-pass
        V19["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiBottom |
        V20["0.3-5"] --> Hi-pass
        V21["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiBottomSubCap_LiTop |
        V22["0.3-5"] --> Hi-pass
        V23["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiTop |
        V24["0.3-5"] --> Hi-pass
        V25["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiTop |
        V26["0.3-5"] --> Hi-pass
        V27["0.3-5"] --> Hi-pass
        Hi-pass --> LoPass
        Hi-pass --> Filter2
    end

    subgraph Level_SUB₂BottomSubCap_LiTopSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiBottomSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiBottomSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiTopSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiBottomSubCap_LiTopSubCap_LiTusLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLisLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsL isLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLIsLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisLisL isLinePathableOutputInJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, OutLinePathableOutputInJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout, InJout,
    end

    subgraph_Output_A["INX (A+H)"]
    L1["L"] --> H1["S"]
    H1["S"] --> I1["I"]
    I1["I"] --> J1["I"]
    J1["I"] --> K1["S"]

    subgraph_Output_B["INX (B+H)"]
    L2["L"] --> H2["S"]
    H2["S"] --> I2["I"]
    I2["I"] --> J2["I"]

    subgraph Level_SUB�Cap |
      V3["0.3-5"] --> Subonance1["24 dB/Oct."]
      V4["0.3-5"] --> Subonance2["36/36 Hz"]
      V5["0.3-5"] --> Subonance3["36/36 Hz"]
      V6["0.3-5"] --> Subonance4["36/36 Hz"]
      V7["0.3-5"] --> Subonance5["36/36 Hz"]
      V8["0.3-5"] --> Subonance6["36/36 Hz"]
      V9["0.3-5"] --> Subonance7["36/36 Hz"]
      V10["0.3-5"] --> Subonance8["36/36 Hz"]
      V11["0.3-5"] --> Subonance9["36/36 Hz"]
      V12["0.3-5"] --> Subonance10["36/36 Hz"]
      V13["0.3-5"] --> Subonance11["36/36 Hz"]
      V14["0.3-5"] --> Subonance12["36/36 Hz"]
      V15["0.3-5"] --> Subonance13["36/36 Hz"]
      V16["0.3-5"] --> Subonance14["36/36 Hz"]
      V17["0.3-5"] --> Subonance15["36/36 Hz"]
      V18["0.3-5"] --> Subonance16["36/36 Hz"]
      V19["0.3-5"] --> Subonance17["36/36 Hz"]
      V20["0.3-5"] --> Subonance18["36/36 Hz"]
      V21["0.3-5"] --> Subonance19["36/36 Hz"]
      V22["0.3-5"] --> Subonance20["36/36 Hz"]
      V23["0.3-5"] --> Subonance21["36/36 Hz"]
      V24["0.3-5"] --> Subonance22["36/36 Hz"]
      V25["0.3-5"] --> Subonance23["36/36 Hz"]
      V26["0.3-5"] --> Subonance24["36/36 Hz"]
      V27["0.3-5"] --> Subonance25["36/36 Hz"]
      V28["0.3-5"] --> Subonance26["36/36 Hz"]
      V29["0.3-5"] --> Subonance27["36/36 Hz"]
      V30["0.3-5"] --> Subonance28["36/36 Hz"]
      V31["0.3-5"] --> Subonance29["36/36 Hz"]
      V32["0.3-5"] --> Subonance30["36/36 Hz"]
      V33["0.3-5"] --> Subonance31["36/36 Hz"]
      V34["0.3-5"] --> Subonance32["36/36 Hz"]
      V35["0.3-5"] --> Subonance33["36/36 Hz"]
      V36["0.3-5"] --> Subonance34["36/36 Hz"]
      V37["0.3-5"] --> Subonance35["36/36 Hz"]
      V38["0.3-5"] --> Subonance36["36/36 Hz"]
      V39["0.3-5"] --> Subonance37["36/36 Hz"]
      V40["0.3-5"] --> Subonance38["36/36 Hz"]
      V41["0.3-5"] --> Subonance39["36/36 Hz"]
      V42["0.3-5"] --> Subonance40["36/36 Hz"]
      V43["0.3-5"] --> Subonance41["36/36 Hz"]
      V44["0.3-5"] --> Subonance42["36/36 Hz"]
      V45["0.3-5"] --> Subonance43["36/36 Hz"]
      V46["0.3-5"] --> Subonance44["36/36 Hz"]
      V47["0.3-5"] --> Subonance45["36/36 Hz"]
      V48["0.3-5"] --> Subonance46["-"]

end

NON INDEPENDENT FREQUENCY CONTROL INDEPENDENT FREQUENCY CONTROL HI-PASS LD-PASS BANDPASS NON INVERTED AMPLIPIER INVERTED AMPLIFIER STREEO SIGNAL

Amplifier Power Standard CEA CEA-2006 Compliant

CEA 2006 Specifications

CEA measurement standard

LRx 3.1k

Output power @ 4 Ohms, ≤ 1% THD+N, 14.4 Volts:

• 160 W x 2 Ch + 650 W x 1 Ch

S/N ratio (ref. 1 W output)

• 160 W Channels: 80 dBA

• 650 W Channel: 58 dBA

LRx 5.1k

Output power @ 4 Ohms, ≤ 1% THD+N, 14.4 Volts:
- 50 W x 2 Ch + 160 W x 2 Ch + 650 W x 1 Ch
S/N ratio (ref. 1 W output)
- 50 W Channels: 87 dBA
• 160 W Channels: 80 dBA
• 650 W Channel: 58 dBA

Audison measurement standard

Power measures taken according to Audison standard, 2005 edition

• 12 VDC and 14.4 VDC;
• 1 kHz or crossover cut-off frequency;
• 0.3% THD @ nominal power; 1% THD @ continuous power;
• Tolerance: +10%, -5%;
• Continuous power given by RMS Voltage measured on resistive load;
• The nominal power of the amplifier is measured upon a battery Voltage of 12 VDC with a 4 Ohm load and with all channels in function.

audison

PART OF ELETTROMEDIA - 62018 Potenza Picena (MC) Italy - T [phone] - F [phone] - www.elettromedia.it

LRx The Universal Sound LRx 3.1k LRx 5.1k Technology & Audio Manufactured by eletromedia 2

audison

www.audison.eu

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

Introduction

Audison has always stood out for the innovations of its products.

Smart ideas, new solutions, unique circuitry functions created for satisfying enthusiasts and Audison designers' spirit of perfection.

LRx is a unique project; it derives from THESIS HV venti, a state-of-the-art amplifier, and follows its main principles, for the best acoustic performance.

LRx is revolutionary, innovative, since various functions are concentrated together in a single product for the first time.

ECI - Easy Common Interface is an original, universal inputs system sporting interchangeable modules which can accept low and high level signals. ECI modules reversibility is combined with

HCI - Hidden Cables Installation

SAF - Smart Air Flow enhances thermal capacity; the heat sink size decreases, cooling increases and it is possible to get a compact, yet powerful amplifier.

LRx introduces AMP - Amplifier Management Processor, a microprocessor system which handles and controls the amplifier and which analyses the whole audio system.

MSC - Modular Soundproof Construction, the modular structure and the circuits layout were designed in order to get the ultimate sound quality.

A covered control panel shows the information it receives by the AMP about the working status; it has completely independent, bypass crossovers which can be configured in any ways.

The ART - Automatic Remote Turn On-Off function, the Easy Set Up, the ESV - External Subwoofer Volume and the supplied accessories complete the amplifier. These unique qualities are completed by digital amplification.

The advantages of great efficiency and low heat production have been achieved solving the problems of reliability, distortion and inability to drive difficult loads. Audison has developed a D class amplifier with a 220 kHz clock frequency, more than twice the current standards. This technique can reproduce the entire sound range, but is strengthened for Subwoofer frequencies. A performance-enhancing innovative solution with a terrific power impact for endless thrill.

LRx: it is enough to have a look at it, both inside and outside, to install it and listen to it to feel satisfied with owning something special.

The LRx 3.1k and 5.1k are multi-channel power amplifiers designed to drive complete systems. Two or four traditional high-power channels are combined to the performance and efficiency of digital technology to easily achieve bursting pressure levels. Front-Sub, Front-Rear-Sub or bi-amplified multi-way systems, ABDs still feature the same characteristics of Abs adding a final high-current digital section: 750 watt on 4 ohm and more than 1000 watt on 2 ohm. The versatile interface of the ECI modules and the independent filters with control capability, the practical service functions and the continuous electronic test of the operating status are the simplest way to add Audison sound to your system.

Table of contents

Introduction

Table of contents

Packing contents

Safe Sound

General precautions

ECI - Easy Common Interface Modules

LRx 3.1k ECI - L Low Level: Pre-amplified Input/Output module

LRx 3.1k ECI - H High Level: High Level Input/PRE Output module

LRx 5.1k ECI - L Low Level: Pre-amplified Input/Output module

LRx 5.1k ECI - H High Level: High Level Input/PRE Output module

ECI module installation

LRx 3.1k When mounting ECI in reverse

LRx 5.1k When mounting ECI in reverse

Power Supply/Outputs/Other Functions Panel

How to remove the cover

How to reassemble the cover

LRx 3.1k Power Supply and output terminal description

LRx 5.1k Power Supply and output terminal description

How to change the plate

Examples of how to use the plates

How to mount fast-on taker connectors

Other functions

Auto Turn-ON with SPK ON

Remote OUT with ECI-H

When using SUB VOL connector

How to replace the fuse

Control Panel

How to remove the cover

How to reassemble the cover

LRx 3.1k functions

Out Mode

Configuration

Filter

Level 0.3÷5 V (LRx 3.1k and LRx 5.1k)

LRx 5.1k functions

Out Mode

Configuration

Filter

Subsonic SUB Channel (LRx 3.1k and LRx 5.1k)

Boost (LRx 3.1k and LRx 5.1k)

Installation

Amplifier fixing

Mounting template

How to run the cables under the amplifier

LEDS

Connection cables

Speaker Cable recommendations

Power and Ground Cable recommendations

Pattern

Audison logo in reverse

Patterns

Technical specifications

Block diagram

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

1 Packing contents

In the packing, besides your LRx 3.1k or LRx 5.1k, you will find:
• This Manual
• The warranty card
- Mounting template
- Semi-transparent protective cover for Control Panel
• Terminals covering plate with Audison logo
- Formed terminals covering plate for cables routing (preassembled)
- ECI-L Easy Common Interface – Low Level. Preamplified inputs/outputs module (preassembled)
- ECI-H Easy Common Interface - High Level. High level inputs/outputs module
• Audison Multispanner
• Cable guide clip
- Fast-on taker connectors
• SUB VOL connector (preassembled)
- 3.9x25 mm, self-tapping, cross-headed, fixing screws
• Extended length screw driver bit
- 100 A spare fuse.

SAFE SOUND

safe sound

AUDISON AMPLIFIERS USED IN HIGH POWER AUDIO SYSTEMS CAN GENERATE EXTREMELY HIGH UNDISTORTED SOUND PRESSURE. REMEMBER THAT CONTINUOUS EXPOSURE TO EXCESSIVE SOUND PRESSURE LEVELS MAY PERMANENTLY DAMAGE YOUR HEARING. USE COMMON SENSE AND PRACTICE SAFE SOUND.

Safety must be your first priority while driving. Listening levels should never exceed the noise coming from your vehicle or from outside it, in order for you to promptly react to emergency situations.

We recommend that you carefully follow the instructions in this manual to get the best performance from your new amplifier. Building a high quality car audio system demands good automotive and electronic knowledge to avoid potential problems; if you feel you do not have the correct tools or expertise, please visit a specialized installer. A state-of-the-art installation will ensure a thrilling performance without affecting your safety or your automobile reliability.

This manual was written for offering information about the amplifier installation and use. Despite the huge amount of data and recommendations, there might not be the exact mounting instructions you need for your car. If, after reading it, you still have questions regarding this product, go and see your AUDISON dealer.

In case you need more information, you can contact Audison after sales service by email at the following addresses:

• This symbol indicates that you have to pay attention to these instructions. Disregarding them might cause accidental harms or damage your amplifier.
• Before installing the amplifier, make sure you carefully read and understand all instructions.
• The vehicle electric system must have 12 VDC voltage with negative to ground. Make sure your car has it in order to avoid any damages to your amplifier and to the vehicle.
• Pre-plan the configuration of your new amplifier and the best wiring routes to ease installation.
  • Always wear protective eyewear when using tools that may generate splinters.
• During installation, keep the amplifier in its packing as long as possible; this will protect it from damages.
• Secure all auxiliary devices you built to install the components to the vehicle structure through brackets, screws, nuts and bolts; this insures stability and safety while driving.
• The amplifier detachment while driving can damage the people in the vehicle and other cars. Secure the amplifier at best, paying utmost attention if installation is inside the passenger's compartment. Use extra fixing systems if installation occurs inside the engine compartment.
• Before installing the amplifier, turn off the source and all other electronic devices in the audio system for preventing any damages.
• Make sure the location you chose for the components does not affect the correct functioning of the vehicle mechanic and electric devices.
• Do not run the cables or install the amplifier next to electronic gearcases.
• Use extreme caution when cutting or drilling the car plate, checking there are no electrical wiring or structural element underneath.
• Before connecting the power cable to the amplifier, disconnect the negative lead (-) from the car battery.
• Make sure power cable is not short circuited during installation and connection.
• Power cable must have mechanically resistant and self-extinguishing insulation.
  Its section has to comply with what is suggested in this manual. Avoid to run it over or through sharp edges or close to moving mechanical devices. Make sure it is well fixed all along its length. Block positive and negative cables just close to the amplifier respective power supply terminal blocks through a clamping screw.
• Use rubber grommets to protect the wire if it runs in a hole of the plate or proper materials if it is close to heat-generating parts.
• To ground the device (-) in the right way, use a screw in the vehicle chassis; scrape all point or grease from the metal if necessary, checking with a tester that there is continuity between the battery negative terminal (-) and the fixing point. If possible, connect all components to the same ground point; this solution rejects most noise.
• Route all signal cables close together and away from power cables.
• Never run cables outside the vehicle; you would not be protected against wear and in case of accidents.
• When installing speakers and the cables that connect them, make sure that non-insulated parts never touch the vehicle cutting parts. If they do, the amplifier protection is activated.

• To prevent all problems, use very good quality cables, connectors and accessories, choosing them in the CONNECTION Audison catalogue.
- When installation is over, and before plugging the main power supply fuse, check the system wiring and make sure all connections were done in the right way.
- Power amplifiers put an increased load on the battery and on its charging system. We recommend checking your alternator and battery condition to ensure they can handle the increased consumption. Standard electrical systems which are in good condition should be able to stand this extra load without problems but we recommend the use of an energy storage capacitor and/or a battery for high level audio systems.
- Put a fuse and its insulated fuse holder 40~cm max. far from the battery positive terminal; connect one end of the power cable to it after connecting the other end to the amplifier. The fuse value must be 50% higher than the amplifier built-in one. In case the cable supplies several amplifiers, the fuse value will have to be 50% higher than the sum of the values of all other fuses in the amplifiers.
- There must be good air circulation where the amplifier is installed; this area must not be affected by humidity, rain, external deposits or parts coming from the vehicle mechanical devices. Do not cover ducts for forced cooling.
• Install the amplifier in the vehicle parts where temperature is between 0°C (32°F) and 55°C (131°F).
WARNING. When working in demanding conditions, the amplifier can reach temperatures of around 80 - 90°C (176÷194°F). Make sure it is not dangerously hot before touching it.
- Periodically clean the amplifier without using aggressive solvents that might damage it. Dampen a piece of cloth with water and soap, wring it and clean the amplifier. Then use a piece of cloth dampened with water only; eventually clean the amplifier with a dry piece of cloth.
- Remove dust and solid deposits from the ducts where air goes in and out. Do not use compressed air on the grilles without removing them, since it would push solid parts in the amplifiers. If necessary, please contact a specialised service centre for internal cleaning. Air ducts obstruction makes the amplifier go in safety.

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

ECI - Easy Common Interface Modules

The LRx amplifier input section is totally new. Audison created ECI, an interchangeable interface module that is very easy to use. There are two different modules and you can choose what type of signal input to use to drive the amplifier. These modules are also reversible, enabling you to run the input cables underneath the amplifier through special recesses in the amplifiers bottom plate. Special cable guide clips are provided to fix the cables. This is very useful for tight installation spaces where you do not have the room to have cables protruding past the amplifier chassis. A label indicates the correct layout and function.

■ LRx 3.1k ECI - L Low Level: Pre-amplified Input/Output module

1_A Ch Input: Preamplified inputs for driving right and left A channels;
2_ BYPASS: Right and Left preamplified outputs. This output signal is not filtered. It outputs the A channel inputs signal;
3. SUB Ch Input: Right and Left preamplified inputs for driving the SUB channel, in the MIX function.

1 2 3 audison 1 2 3 amplified the MIX function.

■ LRx 3.1k ECI - H High Level: High Level Input/PRE Output module

1. Left PRE OUT: Left pre-amplified output. It outputs the A channel left input signal and is unfiltered;
   2_A Ch Speaker Input: Amplified signals inputs for driving A channels Right and Left;
   3_Out BYPASS (Speaker): Right and Left output. It outputs the A channels input signals;
2. SUB Ch Speaker Input: Right and Left amplified signals inputs for driving the SUB channel, in the MIX function;
3. Right PRE OUT: Right pre-amplified output. It outputs the A channel right input signal and is unfiltered.

1 2 3 4 5 aucison 1 2 3 4 5 and Left amplified channel, in the MIX function;

■ LRx 5.1k ECI - L Low Level: Pre-amplified Input/Output module

1. A Ch Input: Preamplified inputs for driving right and left A channels;
   2_B Ch Input/PRE OUT: Preamplified inputs for driving the Right and Left B channels; they can also be configured as Right and Left preamplified outputs. In this case, the output signal is not filtered; it outputs the A channel input signals;
2. SUB Ch Input: Right and Left preamplified inputs for driving the SUB channel, in the MIX function

audison 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

■ LRx 5.1k ECI - H High Level: High Level Input/PRE Output module

1. Left PRE OUT: Left preamplified output. This output signal is not filtered. It outputs the A channels left input signal;
   2_A Ch Speaker Input: High level signal inputs for driving right and left A channels;
2. B Ch Speaker Input: High level signal inputs for driving right and left B channels;
3. SUB Ch Speaker Input: Right and Left amplified signal inputs for driving the SUB channel, in the MIX function;
4. Right PRE OUT: Right preamplified output. This output signal is not filtered. It outputs the A channels right input signal.

1 2 3 4 5 signal panels; signal inputs audison 1 2 3 4 5 and Left amplified signal in the MIX function;

■ ECI module installation

1_ Remove the screws indicated in the drawing;
2. Remove the module by pulling it up, paying special attention not to bend the contacts which are perpendicular to the amplifier;
3_ Replace the module
with the one you want to use, or turn it with the contacts facing the amplifier inside, in the direction you choose;
4. Mount the module paying attention to the contacts:
5. Insert the module until it is all the way into its socket;
6_Fasten the screws making sure you do not force them.

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ LRx 3.1k When mounting ECI in reverse

A label is placed under the amplifier, near the input module, indicating the correct connections and configurations.

ECI-L INPUT R BYPASS OUT L R L R SUB INPUT PRE INPUT SPEAKER LEVEL BYPASS OUT L R INPUT BYPASS OUT SUB INPUT BYPASS OUT R ECI-H

■ LRx 5.1k When mounting ECI in reverse

A label is placed under the amplifier, near the input module, indicating the correct connections and configurations.

ECI-L A INPUT B INPUT / PRE OUT SUB INPUT PRE INPUT SPEAKER LEVEL BYPASS OUT A INPUT B INPUT SUB INPUT BYPASS OUT ECI-H

50

Power supply/Outputs/Other functions Panel

The panel with the power supply and speaker terminals is protected by a removable cover and end plate.

■ How to remove the cover

1) Push Uospris Push 2) Uospris Pull ■ How to reassemble the cover

Place accurately 1) Push to click 2) Push to click Close

51

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ LRx 3.1k Power Supply and output terminal description

1_Protection fuse: 100 A;
2. Anti-short circuit protective shield;
3_-Power (Ground): terminal block for the amplifier power supply negative pole connection. Insert the battery negative cable or a wire connected to the vehicle chassis here.
The hole accepts cables up to 2 A.W.G. For the best current transfer, we recommend the use of cables with as big a section as possible or, at least, with the same section as the wire connected to the positive pole;
4 + Power (11÷15 VDC): terminal block for
the amplifier power supply positive pole connection.
Insert the battery positive cable here. The hole accepts cables up to 2 A.W.G. For the best current transfer, we recommend the use of cables with as big a section as possible or, at least, with the same section as the wire connected to the negative pole;
5_ + Left A Speaker Out: + Left speaker power terminal of A channels;
6_ - Left A Speaker Out: - Left speaker power terminal of A channels;
7. + Right A Speaker Out: + Right speaker power terminal of
A channels;
8_ - Right A Speaker Out: - Right speaker power terminal of A channels;
9_Speaker SUB OUT: + and - speaker power terminal of the SUB output; the signal is MONO; 10_Speaker SUB OUT: + and - speaker power terminal of the SUB output; the outputs are connected in parallel to connect more than one speaker;
11_Remote Sub Volume: Inputs for sub volume remote control, optional VCRA;
12_Speaker ON: Inputs for turning on the amplifier through the speaker power cable. If source does not have a 12 VDC Remote output, connect any power output, even in parallel with a factory speaker, here for turning on the amplifier;
13. Remote IN/OUT: REM IN, terminal for the Remote cable coming from the device which turns on the amplifier. Voltage must be between 7 and 15 VDC. REM OUT, terminal for repeating Remote voltage and turning on other electronic devices. Output voltage is 12 VDC at 50 mA. Connection made to the SPK CN, also without the REM IN, will supply voltage to the REM OUT to turn on other devices.

UOSI e shield; block for the pole negative e minal block for ative pole connection. here. The hole accepts cables rent transfer, we recommend the ion as possible or, at least, with the ected to the negative pole; ft speaker power terminal of A channels; t speaker power terminal of A channels; ight speaker power terminal of

■ LRx 5.1k Power Supply and output terminal description

1_Protection fuse: 100 A;
2. Anti-short circuit protective shield;
3_-Power (Ground): terminal block for the amplifier power supply negative pole connection. Insert the battery negative cable or a wire connected to the
vehicle chassis here.
The hole accepts cables up to 2 A.W.G. For the best current transfer, we recommend the use of cables with as big a section as possible or, at least, with the same section as the wire connected to the positive pole;
4 + Power (11÷15 VDC): terminal block for
the amplifier power supply positive pole connection.
Insert the battery positive cable here. The hole accepts cables up to 2 A.W.G. For the best current transfer, we recommend the use of cables with as big a section as possible or, at least, with the same section as the wire connected to the negative pole;
5_ +/- Left A Speaker Out: + and - Left speaker power terminals of
A channels;
6_ +/- Right A Speaker Out: + and - Right speaker power terminals of A channels:
7 +/- Left B Speaker Out: + and - Left speaker power terminals of B channels:
8 +/- Right B Speaker Out: + and - speaker power terminals of B channels;
9. +/- Speaker SUB OUT: + and - speaker power terminals of the SUB output; the signal is MONO; 10. Remote Sub Volume: Inputs for sub volume remote control, optional VCRA;
11_ Speaker ON: Inputs for turning on the amplifier through the speaker power cable.
If source does not have a 12 VDC Remote output, connect any power output, even in parallel with a factory speaker, here for turning on the amplifier;
12. Remote IN/OUT: REM IN, terminal for the Remote cable coming from the device which turns on the amplifier. Voltage must be between 7 and 15 VDC. REM OUT, terminal for repeating Remote voltage and turning on other electronic devices. Output voltage is 12 VDC at 50mA . Connection made to the SPK ON, also without the REM IN, will supply voltage to the REM OUT to turn on other devices.

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ How to change the plate

Two plates are supplied with the amplifier. One is formed for exposed cable routing; the other, with the Audison logo, is closed for protecting and hiding the cables.

When you need to reassemble the plate,

match the tongue in pict. A and the location in pict. B.

match the tongue in pict. A and the location in pict. B.

match the tongue in pict. A and the location in pict. B.

match the tongue in pict. A and the location in pict. B.

match the tongue in pict. A and the location in pict. B.

B) Note

Note A)

■ Examples of how to use the plates

Power supply terminals are designed in order to allow mounting also with closed plate.

A special milling on the terminal enables the cable jacket to bend naturally.

Speaker cables Services Power Supply cables Speaker cables 54

If the amplifier is fixed to a panel, the given template tells you where to drill holes for running the cables.

Pure technical line drawing of a mechanical component without any text, numbers, or symbols

54

■ How to mount fast-on taker connectors

Pure mechanical assembly diagram showing a lever mechanism with no text or symbols

■ Other functions

R A + SUB VOL + SPIN ON + SEM IN-/OUT - 12 9 Service; SUB VOL. The external control can be connected in any way to the SUB VOL socket.

+ A + SUB VOL. + SPK ON + REM IN-OUT - 12 11 Remote IN-OUT REM IN REM OUT REM IN REM OUT REM OUT REM OUT auction

graph TD
    A["Power Input"] --> B["Amplifier"]
    B --> C["Speaker Output"]
    D["ON"] --> E["Ground"]
    F["AMP ON"] --> B
    G["Ground"] --> H["Ground"]
    I["Ground"] --> J["Ground"]
    K["Ground"] --> L["Ground"]
    M["Ground"] --> N["Ground"]
    O["Ground"] --> P["Ground"]
    Q["Ground"] --> R["Ground"]
    S["Ground"] --> T["Ground"]
    U["Ground"] --> V["Ground"]
    W["Ground"] --> X["Ground"]
    Y["Ground"] --> Z["Ground"]
    AA["Ground"] --> AB["Ground"]
    AC["Ground"] --> AD["Ground"]
    AE["Ground"] --> AF["Ground"]
    AG["Ground"] --> AH["Ground"]
    AI["Ground"] --> AJ["Ground"]
    AK["Ground"] --> AL["Ground"]
    AM["Ground"] --> AN["Ground"]
    AO["Ground"] --> AP["Ground"]
    AQ["Ground"] --> AR["Ground"]
    AS["Ground"] --> AT["Ground"]
    AU["Ground"] --> AV["Ground"]
    AW["Ground"] --> AX["Ground"]
    AY["Power Input"] --> AZ["Amp ON"]

graph TD
    A["Speaker ON"] --> B["AMP OFF"]
    B --> C["Output"]
    D["OFF"] --> E["Ground"]
    F["3"] --> G["Amplifier"]
    H["5"] --> I["Amplifier"]
    J["7"] --> K["Amplifier"]
    L["9"] --> M["Amplifier"]
    N["12"] --> O["Amplifier"]

55

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

PRE Input Uosipne Speaker ON Auto Turn-ON with SPK ON The amplifier can be turned on through Speaker ON function only when low level inputs are used. High Level Input Remote OUT with ECJ-H or SPK ON When using high level inputs or SPK ON function, the amplifier does not require REM ON connection and generates voltage (12 VDC @ 50 mA) at REM OUT Uosipne Remote OUT 12 VDC When using SUB VOL connector If you don't want to use the external volume control, you must plug the SUB VOL connector in the jack. How to replace the fuse After taking off the cover, remove the fuse with the Audison multispanner supplied with the amplifier.

Control panel

The panel which contains the amplifier controls is protected by a removable cover.

■ How to remove the cover

Push push push audison 1) 2) Pul audison How to reassemble the cover Place accurately audison 1) 2) Push to click push to click audison Push to click

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ LRx 3.1k functions

LRx 3.1k control panel Sub-In L/R INPUT ON L/R CHANNELS Filter Noise Filter Noise 500Hz Cp-pers Sub Channel Level 3+18 4 20Hz 200Hz OFF OFF Mn Sub-CK WR/WD WR/WD WR/WD WR/WD WR/WD WR/WD WR/WD WR/WD WR/WD WR/WD

■ Out Mode

graph LR
    A["IN A Ch L&R"] --> B["SUB FILTER"]
    C["OUT Bypass"] <--_D["SUB"]
    E["IN SUB Ch L&R MIX"] --> F["A FILTER"]
    B --> G["R A"]
    B --> H["L A"]
    G --> I["Parallel connection"]
    H --> I

Configuration

To set the control panel switches, please refer to the following pages.

■ Filters configuration

Config. A Ch SUB Ch 1 2 3 4

You can drive the whole amplifier with the Right and Left inputs of A channels; or, you can use the A inputs for A channels and the SUB inputs for the SUB channel.

■ Inputs configuration

When using the SUB INPUT with a stereophonic signal, a Mix L+R adder is applied to the SUB amplified output as the specific amplifier is monophonic. If the signal is monophonic, you can use either RCA connector named SUB Ch.

Filter

LRx amplifiers have a flexible, completely independent filter section.

After choosing the configuration you like, you can easily adjust every channel the way you prefer.

Config. 1, 2

Config. 3, 4

SUB Channel

Config. 1,3

Config. 2.4

A Channels

Full Range 20 200 2K 2K+10

Full Range 20 200 2K 20K He

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ Level 0.3÷5 V (LRx 3.1k and LRx 5.1k)

Adjust the input sensitivity control, tuning the amplifier input section according to the signal which comes from the source; this exploits the amplifier maximum power without distortion.

■ LRx 5.1k functions

LRx 5.1K functions

CHANNELS

100 200 60 300 30 400 B2 M-Poss X19 M R1 FULL Range Filter B Channel Filter M H L Lo Pens Le-Pens R1 N1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 R21 R22 R23 R24 R25 R26 R27 R28 R29 R30 R31 R32 R33 R34 R35 R36 R37 R38 R39 R40 R41 R42 R43 R44 R45 R46 R47 R48 R49 R50 SUB CHANNELS LO 4 dB FULL 7 dB 90 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 100 dB 1 Sub Input Sub Output Level 3=58 Level 3=59 Input Output Level 3=58 Level 3=59 Sub Input Sub Output Level 3=58

■ Out Mode

graph LR
    IN_A["IN A Ch L&R"] --> SUB_FILTER1["SUB FILTER"]
    IN_B["IN B Ch L&R OUT Bypass"] --> SUB_FILTER2["SUB FILTER"]
    IN_C["IN SUB Ch L&R MIX"] --> SUB_FILTER3["SUB FILTER"]
    SUB_FILTER1 --> R_R["R"]
    SUB_FILTER2 --> R_L["L"]
    SUB_FILTER3 --> R_R["L"]
    SUB_FILTER3 --> R_L["L"]
    A["A"] --> R_R["R"]
    A --> R_L["L"]
    A --> R_R["R"]
    A --> R_L["L"]

60

Configuration

To set the control panel switches, please refer to the following pages.

■ Filters configuration

Config.	A Ch	B Ch	SUB
1
2
3
4
5
6
7
8
9
10
11
12

You can drive the whole amplifier with the Right and Left inputs of A channels; otherwise, refer to the table below.

■ Inputs configuration

	A CH	B CH	SUB CH
IN INPUTSODI (100/25 IN)	A IN	AIN8=PRE OUT	MIXA+B IN
IN INPUTSODI (100/25 IN)	A IN	BIN	MIXA+B IN
IN INPUTSODI (100/25 IN)	A IN	AIN8=PRE OUT	SUB IN
IN INPUTSODI (100/25 IN)	A IN	BIN	SUB IN

When using the SUB INPUT with a stereophonic signal, a Mix A+B adder is applied to the SUB amplified output as the specific amplifier is monophonic. If the signal is monophonic, you can use either RCA connector named SUB Ch.

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

Filter

LRx amplifiers have a flexible, completely independent filter section.

After choosing the configuration you like, you can easily adjust every channel the way you prefer.

A Channels

■ Config. 1, 2, 3, 4, 5, 6

Full Range 20 Hz 200 Hz 2K 20K Hz

■ Config. 7, 8, 9, 10, 11, 12

Config. 7, 8, 9, 10, 11, 12

62

B Channels

Config. 1, 2, 7, 8

Full Range 20 200 2K 20K Hz

Config. 3, 4, 9, 10

Config. 5, 6, 11, 12

130 60 50 Hz 1k 250 450 Hi-Pass Lo-Pass 650 1kZ 300 250 2kZ Hz Sk Filter HI BAND PASS FULL

Config. 1, 3, 5, 7, 9, 11

Full Range 23 200 25 20K Hz

63

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

Config. 2, 4, 6, 8, 10, 12

■ Subsonic SUB Channel (LRx 3.1k and LRx 5.1k)

■ Boost 50 Hz SUB Channel (LRx 3.1k and LRx 5.1k)

Installation

■ Amplifier fixing

For hidden installation the mounting holes for the screws are inside the amplifier outline. Secure the screws with the extended length screw driver bit provided with the amplifier.

For hidden installation the mounting holes for the screws are inside the amplifier outline. Secure the screws with the extended length screw driver bit provided with the amplifier. UGSONE Ø MAX 75 mm (5'16") Ø MAX 75 mm (5'16') 10"1/4 21"3/16

19"1/4 21"5/16 LR3.1H LR3.1H 14"1/2 16"1/2 audison 6"5/16 7"12/16

65

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ Mounting template

Perimetro per il montaggio a filo del pannello Non-Projecting Outline Perimetro per il montaggio semi-incassato Semi-Projecting Outline Perimetro esterno External Outline Input Cable Hole Area LR2 audison LR2-3.1K LR2-5.1K * Fori di fissaggio Fixing Holes

A template is supplied to help you pre-plan the mounting of your amplifier. Printed on the template are instructions for flush or semi-embedded mounting, or for installing it on a flat surface. If you want to hide the cables, you can refer to the proper holes on the template.

Technical line drawing of a mechanical component with no visible text or symbols

■ Flush mounting

Technical line drawing of a mechanical device with a 35-unit height dimension (no text or symbols)

■ Semi-embedded mounting

Technical illustration of a device with a screwdriver and warning symbol (no text or labels)

You can connect the cables to ECI-H module before securing it to the amplifier.
Choose the module position and follow
the connection instructions you can find on
the labels. The amplifier must be off.

66

Diagram of a mechanical component with coiled spring and mounting holes (no text or symbols)

■ How to run the cables under the amplifier

If you use CONNECTION Audson interconnects, attach Y BLOCK on one of the mounting pins of the amplifier after plugging in RCA connectors.

■ CONNECTION AUDISON Y BLOCK

Route the cable in the proper location and secure it with the supplied clips.

Push to click 2 1 MAX ø6,5 mm

To attach the clip, insert the tongue first, and then press until you hear a click.

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

LEDS

FUSE GOOD + Logo ON = OK! Amp ON

FUSE GOOD + Logo ON KO! AMP OFF

FUSE GOOD + KO! Logo OFF OK! AMP ON

PROTECTIONS = STOP LISTENING CHECK SPEAKER CABLES! C: Contact with ground Auto Reset PROTECTIONS = STOP LISTENING CHECK SPEAKER CABLES! C: Uncertain or rare contact with ground Turn Off Amp to reset

PROTECTIONS T CHECK ENVIRONMENTAL TEMPERATURE T: Thermal protection Amp in Limiting -1,5 dB W 158÷167° F

PROTECTIONS T = CHECK ENVIRONMENTAL TEMPERATURE T: Thermal protection Amp in Limiting -3 dB W 176÷185° F

PROTECTIONS T = CHECK ENVIRONMENTAL TEMPERATURE T:Thermal protection Auto Reset @ <167° F

PROTECTIONS O 0 = CHECK TOTAL SPEAKER LOAD O Overload protection Amp OFF, Auto Reset <0.5Ω

PROTECTIONS O 0 = CHECK TOTAL SPEAKER LOAD O: Amp in LIMITING Rare overload occurs Turn OFF Amp to reset 0,5÷1Ω

PROTECTIONS T O C KO! POSSIBLE INTERNAL MALFUNCTION Rare audible high distortion Amp OFF AUDSON

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k LRx 5.1k

Connection cables

For maximum performance, always use new, good quality cables; their outer jacket must not be spoiled, and the copper must not show oxidation. For proper operation, always consider the length of the connection, the load and the current it has to handle. CONNECTION Audison products are the most flexible and complete; they are designed and built in order to get the best out of every installation, especially when used with Audison amplifiers.

■ Speaker Cable

The table refers to continuous power into 4 Ohm load. If load decreases, cable size will have to increase proportionally.

■ Power supply cable

If you don't know your system current consumption, find it using the mathematical formula below and find this same value on the left hand column of the table. Then calculate the length of your connection and find this same value on the bottom column of the table. At the point where these two values cross is the minimum section in gauge (A.W.G.) which CONNECTION recommends for building a high performance, reliable system.

How to calculate your system current consumption

I = Current consumption of your system in ampere (A);

TP = Total power (RMS) of channels of all amplifiers in your system;

Vbatt = Usually value is 12 V, the nominal automotive electrical system voltage.

Example:
- Your total system power (RMS) of all channels in all amplifiers is a combined 650 W.
- Your amplifier average is 50% efficiency, as most amplifiers today.
- Your electrical system is 12 Volt.
I = 650 × 212 = 108.3 A Current consumption

70

Pattern

Top-down cutaway view of a car showing internal components like wheels, sensors, and wiring (no text or labels)

The Transfer System

Power Cable Ground Cable Speaker Cable

Subwoofer Cable Audio Interconnect Video Interconnect

1 BATTERY CLAMPS: ensure high current transfer without the power robbing consequences of a high resistance connection.
2 GROUND TERMINALS: minimize resistance and the consequent power losses associated with poor system grounding.
3 FUSE HOLDERS: are the first line of protection for your vehicle and yourself from dangerous short circuits. The high temperature case and waterproof construction ensure reliability in any environmental condition.
4 POWER & GROUND CABLES: are of fundamental importance to obtain reference performance in your car audio/video system. The special structure of Main Power and Power Flow cables minimize eddy current power losses and allow high instantaneous current transfer, enabling you to experience the full dynamics of your music.
5 FUSE DISTRIBUTION: their name tells you their function: transferring energy to electronic devices. They are available in various models, even modular, and they can house the protection fuse. Fuse distributions are to be used in every system where you need to transfer a huge amount of current without losses.

6 GROUND DISTRIBUTION BLOCKS: are as important as the power distribution to your systems overall performance. Solid, low resistance ground points prevent harmful voltage differences between components and improve high-level current transfer without power loss.
7 SUPERFARAD™: capacitors act as a "current reserve" storing DC energy for when your amplifiers demand it the most.
8 AUDIO INTERCONNECTS: are the first component in your system that audio signals pass through. For faithful reproduction, they must transfer these signals from the head-unit to the amplifiers without modifying the sound, while at the same time, reject the tremendous amount of noise radiated by on-board computer-controlled devices in your automobile.
9 VIDEO INTERCONNECTS: provide outstanding picture detail, definition and color balance. With constant 75-ohm impedance and outstanding shielding, stunning picture quality is assured.
10 SPEAKER CABLES: provide that last step in the faithful reproduction of your music. They ensure the transfer of music to your speakers without the coloration or degradation of the signal.

71

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

■ Audison logo in reverse

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

Patterns

graph TD
    A["IN SUB Ch (ECI-L or ECI-H) SUB"] --> B["FRONT LEFT"]
    A --> C["PRE OUT"]
    A --> D["FRONT RIGHT"]
    B --> E["A Left"]
    C --> F["A Right"]
    G["LRx 3.1k: Front + Sub"] --> H["Sub"]
    I["2Ω"] --> J["Sub"]

graph TD
    A["IN A Ch (ECI-L or ECI-H) REAR"] --> B["FRONT LEFT"]
    A --> C["FRONT RIGHT"]
    D["IN B Ch (ECI-L or ECI-H) FRONT"] --> E["FRONT RIGHT"]
    D --> F["FRONT LEFT"]
    G["REAR LEFT"] --> H["SUB"]
    I["REAR RIGHT"] --> J["SUB"]
    K["A Left"] --> L["B Left"]
    M["A Right"] --> N["B Right"]
    O["2 Ω"] --> P["Sub"]

■ LRx 3.1k: Front + Sub LRx 2.4: Rear

graph TD
    A["IN SUB Ch (ECI-L or ECI-H) SUB"] --> B["FRONT LEFT"]
    A --> C["FRONT RIGHT"]
    B --> D["PRE OUT"]
    C --> E["PRE OUT Optional use"]
    D --> F["LR_π.1k"]
    E --> G["LR_2.4"]
    H["IN A Ch (ECI-L or ECI-H) FRONT"] --> I["A Left"]
    J["IN A Ch (ECI-L or ECI-H) REAR"] --> K["A Right"]
    L["REAR LEFT"] --> M["B Left"]
    N["REAR RIGHT"] --> O["B Right"]
    P["SUB"] --> Q["2 Ω"]

LRx

The Universal Sound

audison

Owner's manual

LRx 3.1k

LRx 5.1k

graph TD
    A["IN SUB Ch (ECI-L or ECI-H) SUB"] --> B["PRE OUT Optional use"]
    B --> C["IN A Ch (ECI-L or ECI-H) FRONT"]
    D["FRONT LEFT"] --> E["Parallel Connection 2 Ω"]
    F["FRONT RIGHT"] --> G["Parallel Connection 2 Ω"]
    H["A Left"] --> I["A Right"]
    J["B Left"] --> K["B Right"]
    L["SUB"] --> M["2 Ω"]
    N["LRx 5.1k"] --> O["In Sub Ch (ECI-L or ECI-H) SUB"]

graph TD
    A["LRx 5.1k: 3 way Multichannel + Sub"] --> B["IN SUB Ch (ECI-L or ECI-H) SUB"]
    B --> C["FRONT LEFT"]
    C --> D["PRE OUT Optional use"]
    D --> E["FRONT RIGHT"]
    E --> F["FRONT LEFT"]
    F --> G["FRONT RIGHT"]
    G --> H["FRONT LEFT"]
    H --> I["FRONT RIGHT"]
    I --> J["FRONT LEFT"]
    J --> K["FRONT RIGHT"]
    K --> L["FRONT LEFT"]
    L --> M["FRONT RIGHT"]
    M --> N["FRONT LEFT"]
    N --> O["FRONT RIGHT"]
    O --> P["FRONT LEFT"]
    P --> Q["FRONT RIGHT"]
    Q --> R["FRONT LEFT"]
    R --> S["FRONT RIGHT"]
    S --> T["FRONT LEFT"]
    T --> U["FRONT RIGHT"]
    U --> V["FRONT LEFT"]
    V --> W["FRONT RIGHT"]
    W --> X["FRONT LEFT"]
    X --> Y["FRONT RIGHT"]
    Y --> Z["FRONT LEFT"]
    Z --> AA["FRONT RIGHT"]
    AA --> AB["FRONT LEFT"]
    AB --> AC["FRONT RIGHT"]
    AC --> AD["FRONT LEFT"]
    AD --> AE["FRONT RIGHT"]
    AE --> AF["FRONT LEFT"]
    AF --> AG["FRONT RIGHT"]
    AG --> AH["FRONT LEFT"]
    AH --> AI["FRONT RIGHT"]
    AI --> AJ["FRONT LEFT"]
    AJ --> AK["FRONT RIGHT"]
    AK --> AL["FRONT LEFT"]
    AL --> AM["FRONT RIGHT"]
    AM --> AN["FRONT LEFT"]
    AN --> AO["FRONT RIGHT"]
    AO --> AP["FRONT LEFT"]
    AP --> AQ["FRONT RIGHT"]
    AQ --> AR["FRONT LEFT"]
    AR --> AS["FRONT RIGHT"]
    AS --> AT["FRONT LEFT"]
    AT --> AU["FRONT RIGHT"]
    AU --> AV["FRONT LEFT"]
    AV --> AW["FRONT RIGHT"]
    AW --> AX["FRONT LEFT"]
    AX --> AY["FRONT RIGHT"]
    AY --> AZ["FRONT LEFT"]
    AZ --> BA["FRONT RIGHT"]
    BA --> BB["FRONT LEFT"]
    BB --> BC["FRONT RIGHT"]
    BC --> BD["FRONT LEFT"]
    BD --> BE["FRONT RIGHT"]
    BE --> BF["FRONT LEFT"]
    BF --> BG["FRONT RIGHT"]
    BG --> BH["FRONT LEFT"]
    BH --> BI["FRONT RIGHT"]
    BI --> BJ["FRONT LEFT"]
    BJ --> BK["FRONT RIGHT"]
    BK --> BL["FRONT LEFT"]
    BL --> BM["FRONT RIGHT"]
    BM --> BN["FRONT LEFT"]
    BN --> BO["FRONT RIGHT"]
    BO --> BP["FRONT LEFT"]
    BP --> BQ["FRONT RIGHT"]
    BQ --> BR["FRONT LEFT"]
    BR --> BS["FRONT RIGHT"]
    BS --> BT["FRONT LEFT"]
    BT --> BU["FRONT RIGHT"]
    BU --> BV["FRONT LEFT"]
    BV --> BW["FRONT RIGHT"]
    BW --> BX["FRONT LEFT"]
    BX --> BY["FRONT RIGHT"]
    BY --> BZ["FRONT LEFT"]
    BZ --> CA["FRONT RIGHT"]

76

Technical specifications

Audison measurement standard

Power supply

Voltage	11÷15 VDC
Minimum idling current	2.6 A
Idling current when off	0.02 mA
Consumption @ 14.4 VDC(MAX musical power)	99 A
Remote IN Voltage	7÷15 VDC (1 mA)
Remote OUT Voltage	12 VDC (50 mA)
Internal fuse (AFS)	100 A

Amplifier stage

Distortion A,B Ch - THD (1 kHz @ 4 Ω)	0.08%
Distortion SUB Ch - THD (100 Hz @ 4 Ω)	0.5%
Bandwidth A,B Ch (-3 dB)	4+62kHz
Bandwidth SUB Ch (-3 dB)	7+800Hz
S/N A,B Ch ratio (weighted A @ 1 V)	103 dB
S/N SUB Ch ratio (weighted A @ 1 V)	87 dB
Damping factor A,B Ch (1 kHz @ 4 Ω)	200
Damping factor SUB Ch (100 Hz @ 4 Ω)	110
Input sensitivity (PRE IN)	0.3+5 V
Input sensitivity (Speaker IN)	1.4+24 V
Input impedance (FRE IN)	15 kΩ
Input impedance (Speaker IN)	5 kΩ

Load impedance (MIN)
• 3 Ch (A + SUB Ch)
- 5 Ch (A + B + SUB Ch)
Nominal output power (RMS) PN @ 12 VDC:
A.B Ch THD 0.3%; SUB Ch THD 1%
Output power (RMS) @ 14.4 VDC: THD 1%
- 3Ch 2Ch×4Ω+1×4Ω 170W×2+750W
• 3 Ch 2 Ch × 4 Ω + 1 × 2 Ω 160 W × 2 + 1150 W
- 3 Ch 2 Ch x 2 Ω + 1 x 4 Ω 250 W x 2 + 710 W
- 3Ch 2Ch×2Ω+1×2Ω 250W×2+1030W
- 501 ACh2x4Ω+BCn2x4Ω+1x4Ω
-5Cr ACh2×4Ω+BCn2×4Ω+1×2Ω -5Cb ACh3×4Ω+BCn3×3Ω+1×3Ω
- 3.01 ACHEX+22+LCHEX2,22+TAX22

Inputs / Outputs / Filters

IN A Ch	PRE / Speaker
IN B Ch
IN SUB Ch	PRE / Speaker
OJT (Bypass)	PRE / Speaker
A Ch Filter (12 dB/Oct.)	Bypass / Hi-pass 50 ÷ 150 Hz
B Ch Filter (12 dB/Oct.)
SUB Ch Filter (Mono 24 dB/Oct.)	Bypass / Lo-pass 50 ÷ 150 Hz
Subsonic	OFF/20/30 Hz @ 24 dB/Oct.
Boost 50 Hz	OFF / +2 dB / +4 dB
Sub remote volume control	+5 ± -5 dB

Size

B x L x H inches	7"13/16 x 19"1/4 x 2"1/4
Weight lb / kg	11.02 / 5.0

LR5.1k

11÷15 VDC3 A0.02 mA110 A

7÷15 VDC (1 mA)12 VDC (50 mA)100 A

0.01%, 0.05%0.5%4÷62kHz7÷800Hz105 dB87 dB200860.3÷5 V1.4÷24 V15 kΩ5 kΩ

2×4 Ω + 2×2 Ω + 1×2 Ω

45W×2+140W×2÷625W

60W×2+170W×2+750W

50W×2÷160W×2+1150W

50W×2÷250W×2+1030W

PRE / Speaker

PRE / Speaker

PRE / Speaker

PRE

Bypass/Hi 50 ÷ 5k Hz

Bypass/Hi 50÷1k/Lo 250÷5kHz

Bypass/Lo 50 ÷ 150 Hz

OFF/20/30 Hz @ 24 dB/Oct.

OFF/+2 dB/+4 dB

+5÷-5dB

7"13/16×21"3/16×2"1/4

12.57 / 5.7

77

LR×3.1k

graph TD
    A["PRE IN"] --> B["Hi-pass 12 dB/Oct. - Hz - 50-150"]
    C["PRE OUT"] --> D["Sub Sub 24 dB/Oct. - V - 0.3-6"]
    E["SUB IN"] --> F["Subsonic 24 dB/Oct. - V - 0.3-6"]
    G["SUB IN SUB"] --> H["Subsonic 24 dB/Oct. - V - 0.3-6"]
    B --> I["Filter 1: 2 ± 1"]
    D --> J["Filter 2: 2 ± 1"]
    F --> K["Level 50 Hz 2 dB - 4 dB"]
    H --> L["Level 50 Hz 2 dB - 4 dB"]
    I --> M["L OUT L/R"]
    J --> N["R OUT L/R"]
    K --> O["L OUT L/R"]
    L --> P["VCA"]
    M --> Q["L OUT SUB"]
    N --> R["L OUT SUB"]
    P --> S["Filter 1: 2 ± 1"]
    Q --> T["Filter 2: 2 ± 1"]
    R --> U["OUT SUB"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#ccf,stroke:#333
    style H fill:#ccf,stroke:#333
    style J fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style L fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style N fill:#ccf,stroke:#333
    style O fill:#ccf,stroke:#333
    style P fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style R fill:#ccf,stroke:#333

NON INDEPENDENT FREQUENCY CONTROL INDDEPENDENT FREQUENCY CONTROL HI-PASS LO-PASS BANDPASS NON INVERTED AMPLIFIER INVERTED AMPLIFIER STEREO-SIGNAL

LR×5.1k

graph TD
    A["PRE IN"] --> B["L N S"]
    B --> C["LEVEL A Ch"]
    C --> D["HI-pass 12 dB/Oct. - Hz - RANGE 50-500 x1 500-5k x10"]
    D --> E["HI-pass 2/3/4/1"]
    E --> F["L OUT A"]
    E --> G["R OUT B"]
    H["PRE IN/OUT"] --> I["L N S"]
    I --> J["B Input"]
    J --> K["LEVEL B Ch"]
    K --> L["HI-pass 12 dB/Oct. - Hz - 50-1k"]
    L --> M["Lo pass 12 dB/Oct. - Hz - 250-5k"]
    M --> N["Filter 2/3/4/1"]
    N --> O["L OUT A"]
    N --> P["R OUT B"]
    Q["PRE IN SUB"] --> R["L N S"]
    R --> S["SUB Input"]
    S --> T["Level SUB"]
    T --> U["VCA"]
    U --> V["Subsonic 24 dB/Oct. 20-30 Hz"]
    V --> W["Subsonic 28/36/2"]
    W --> X["50 Hz 2 dB - 4 dB"]
    X --> Y["Reset 40 Hz 7.6 dB/3.2 dB/1"]
    Y --> Z["Lo pass 24 dB/Oct. - Hz - 50-150"]
    Z --> AA["Filter 2/3/4/1"]
    AA --> AB["OUT SUB"]
    AC["PRE IN/OUT"] --> AD["L N S"]
    AD --> AE["Mix"]
    AE --> AF["L N S"]
    AF --> AG["L/N S"]
    AG --> AH["L/N S"]
    AI["EXT POT"] --> AJ["Mix"]
    AJ --> AK["L/N S"]

NON INDEPENDENT FREQUENCY CONTROL INDEPENDENT FREQUENCY CONTROL HI-PASS LO-PASS BANDPASS NON INVERTED AMPLIFIER INVERTED AMPLIFIER STEREO SIGNAL