DIO 22 - Audio Interface LD Systems - Free user manual and instructions

USER MANUAL DIO 22 LD Systems

This device was developed and manufactured under high quality requirements to ensure many years of trouble-free operation. This is what LD Systems stands for with its name and many years of experience as a manufacturer of high-quality audio products. Please read these operating instructions carefully so that you can quickly and optimally use your new LD Systems product. You can find more information about LD Systems on our website WWW.LD-SYSTEMS.COM

ABOUT THIS MANUAL

• Read the safety instructions and the entire manual carefully before commissioning.
• Observe the warnings on the unit and in the operating instructions.
  • Always keep the operating instructions within reach.
• If you sell or pass on the appliance, be sure to hand over these operating instructions as well, as they are an essential part of the product.

INTENDED USE

The product is a device for professional audio installations!

The product has been developed for professional use in the field of audio installation and is not suitable for use in households! Furthermore, this product is only intended for qualified users with expertise in handling audio installations! Use of the product outside the specified technical data and operating conditions is considered improper use! Liability for damage and third-party damage to persons and property due to inappropriate use is excluded! The product is not suitable for:

• People (including children) with reduced physical, sensory or mental abilities or lack of experience and knowledge.
• Children (Children must be instructed not to play with the device).

EXPLANATIONS OF TERMS AND SYMBOLS

1. DANGER: The word DANGER, possibly in combination with a symbol, indicates immediately dangerous situations or conditions for life and limb.
2. WARNING: The word WARNING, possibly in combination with a symbol, indicates potentially dangerous situations or conditions for life and limb
3. CAUTION: The word CAUTION, possibly in combination with a symbol, is used to indicate situations or conditions that may lead to injury.
4. ATTENTION: The word ATTENTION, possibly in combination with a symbol, refers to situations or states that can lead to damage to property and/or the environment.

This symbol indicates hazards that can cause an electric shock.

This symbol indicates danger spots or dangerous situations.

This symbol indicates danger from hot surfaces.

This symbol indicates danger from high volumes.

This symbol indicates supplementary information on the operation of the product.

This symbol denotes a device that does not contain any user-serviceable parts.

This symbol indicates a device that may only be used in dry rooms.

SAFETY INSTRUCTIONS

DANGER:

1. Do not open or modify the device.
2. If your device is no longer working properly, liquids or objects have gotten inside the device, or the device has been damaged in any other way, switch it off immediately and disconnect it from the power supply. This device may only be repaired by authorized specialist personnel.
3. For devices of protection class 1, the protective conductor must be connected correctly. Never interrupt the protective conductor. Protection class 2 devices do not have a protective conductor.
4. Ensure that live cables are not kinked or otherwise mechanically damaged.
5. Never bypass the device fuse.

WARNING:

1. The device must not be put into operation if it shows obvious signs of damage.
2. The device may only be installed in a voltage-free state.
3. If the power cord of the device is damaged, the device must not be put into operation.
4. Permanently connected power cords may only be replaced by a qualified person.

DANGER:

1. Do not operate the device if it has been exposed to severe temperature fluctuations (e.g. after transport). Humidity and condensation could damage the device. Do not switch on the device until it has reached the ambient temperature.
2. Make sure that the voltage and frequency of the mains supply correspond to the values indicated on the device. If the device has a voltage selector switch, do not connect the device until this is set correctly. Only use suitable power cords.
3. To disconnect the device from the mains at all poles, it is not enough to press the on/off switch on the device.
4. Ensure that the fuse used corresponds to the type printed on the device.
5. Make sure that appropriate measures against overvoltage (e.g. lightning) have been taken.
6. Note the specified maximum output current on devices with a power out connection. Make sure that the total power consumption of all connected devices does not exceed the specified value.
7. Only replace pluggable power cords with original cables.

DANGER:

1. Danger of suffocation! Plastic bags and small parts must be kept out of the reach of people (including children) with reduced physical, sensory or mental abilities.
2. Danger from falling! Make sure the device is installed securely and cannot fall. Only use suitable tripods or attachments (especially for fixed installations). Make sure accessories are properly installed and secured. Make sure that the applicable safety regulations are observed.

WARNING:

1. Only use the device in the manner intended.
2. Only operate the device with the accessories recommended and intended by the manufacturer.
3. During installation, observe the safety regulations applicable in your country.
4. After connecting the unit, check all cable routes to avoid damage or accidents, e.g. due to tripping hazards.
5. Be sure to observe the specified minimum distance to normally flammable materials! Unless this is explicitly stated, the minimum distance is 0.3 m.

ATTENTION:

1. In the case of moving components such as mounting brackets or other moving components, there is a possibility of jamming.
2. In the case of units with motor-driven components, there is a risk of injury from the movement of the unit. Sudden movements of the equipment can lead to startle reactions.

DANGER:

1. Do not install or operate the device near radiators, heat registers, stoves or other heat sources. Make sure that the device is always installed in such a way that it is sufficiently cooled and cannot overheat.
2. Do not place any sources of ignition such as burning candles near the device.
3. Ventilation openings must not be covered and fans must not be blocked.
4. Use the original packaging or packaging provided by the manufacturer for transport.
5. Avoid shock or shock to the device.
6. Observe the IP protection class and the environmental conditions such as temperature and humidity according to the specification.
7. Devices can be continuously developed. In the event of deviating information on operating conditions, performance or other device properties between the operating instructions and the device labeling, the information on the device always has priority.
8. The device is not suitable for tropical climate zones and for operation above 2000 m above sea level.

ATTENTION:

Connecting signal cables can result in significant noise interference. Make sure that devices connected to the output are muted during plugging. Otherwise, noise levels can cause damage.

ATTENTION HIGH VOLUMES WITH AUDIO PRODUCTS!

This device is intended for professional use.

The commercial operation of this device is subject to the applicable national regulations and guidelines for accident prevention.

Hearing damage due to high volumes and continuous exposure: The use of this product can generate high sound pressure levels (SPL) which can cause hearing damage. Avoid exposure to high volumes.

NOTES FOR INDOOR INSTALLATION UNITS

1. Units for installation applications are designed for continuous operation.
2. Equipment for indoor installation is not weather-resistant.
3. Surfaces and plastic parts of installation equipment can also age, e.g. due to UV radiation and temperature fluctuations. As a rule, this does not lead to functional restrictions.
4. With permanently installed devices, the accumulation of impurities, e.g. dust, is to be expected. Always observe the care instructions.
5. Unless expressly stated on the unit, the units are intended for installation heights of less than 5 m.

PACKAGING CONTENT

Remove the product from the packaging and remove all packaging material.

Please check the completeness and integrity of the delivery and notify your distribution partner immediately after purchase if the delivery is not complete or if it is damaged.

The package of LDDI022 includes:

• 1 x DIO 22 Dante Break Out Box
- 1 set of terminal blocks
- 1 x mounting set for on-table or under-table installation
- 1 set of rubber feet (pre-assembled)
- User manual

The package of LDDI044 includes:

• 1 x DIO 44 Dante Break Out Box
- 1 set of terminal blocks
- 1 x mounting set for on-table or under-table installation
- 1 set of rubber feet (pre-assembled)
- User manual

INTRODUCTION

DI022

Part of the TICA ^® series, the DIO 22 is a two input and output Dante interface that delivers the capabilities that audio and AV professionals really need. Equipped with two balanced mic/line inputs and line outputs with four-step gain settings and 24V phantom power on each input. Signal presence lights on each channel speed installation and fault-finding.

The DIO 22 is easy to configure from the front panel and can then be locked to prevent tampering.

Power from any PoE+ network switch or use the optional, external power supply. Since it comes with two Dante networked ports, you can daisy chain devices together. It also works as a PoE+ injector: if you use the external power supply, you can power one further networked device in the chain.

Its tiny form factor (106 x 44 x 222 mm) and included mounting plates allow it to be installed discreetly behind screens or under tables. Alternatively, it fits into 1/3 19 inch rack. Use the optional rack tray to slot up to three TICA® Series products alongside each other and build a system to your exact requirements, using minimal rack space.

Terminal block connections on the analogue inputs and outputs make wiring easy.

The perfect solution for professional installers wanting to interface into Dante equipment.

Dante Domain Manager and AES 67 compliant.

DI044

Part of the TICA ^® series, the DIO 44 is a four input and output Dante interface that delivers the capabilities that audio and AV professionals really need. Equipped with four balanced mic/line inputs and line outputs with four-step gain settings and 24V phantom power on each input. Signal presence lights on each channel speed installation and fault-finding.

The DIO 44 is easy to configure from the front panel and can then be locked to prevent tampering.

Power from any PoE+ network switch or use the optional, external power supply. Since it comes with two Dante networked ports, you can daisy chain devices together. It also works as a PoE+ injector: if you use the external power supply, you can power one further networked device in the chain.

Its tiny form factor (106 x 44 x 222, mm) and included mounting plates allow it to be installed discreetly behind screens or under tables. Alternatively, it fits into 1/3 19 inch rack. Use the optional rack tray to slot up to three TICA® DIO series products alongside each other and build a system to your exact requirements, using minimal rack space.

Terminal block connections on the analogue inputs and outputs make wiring easy.

The perfect solution for professional installers wanting to interface into Dante equipment.

Dante Domain Manager and AES 67 compliant.

FEATURES

DI022

• Two input and output Dante interface
• Connect microphones or line level inputs
  • Four-step gain control and 24V phantom power per channel
  • Terminal blocks for all analogue connections
  • Signal indicators on each channel
• Use PoE or an external power supply
• Use as a PoE injector to power another networked device
  • Daisy-chain Dante devices together
• Easy front panel configuration and user lock

DI044

• Four input and output Dante interface
- Connect microphones or line level inputs
• Four-step gain control and 24V phantom power per channel
- Terminal blocks for all analogue connections
• Signal indicators on each channel
- Use PoE or an external power supply
- Use as a PoE injector to power another networked device
• Daisy-chain Dante devices together
- Easy front panel configuration and user lock

CONNECTIONS, OPERATING AND DISPLAY ELEMENTS

DIO 22

PSE+DATA PD+DATA Dante® OUTPUT 1 2 3 4 5 6 1 2 INPUT 24V DC === 15 A 2

DIO 44

PSE+DATA PD+DATA Dante® OUTPUT INPUT 24V DC = 1.5 A

1 TERMINAL BLOCK CONNECTION FOR POWER SUPPLY

Terminal block connection for the device's power supply. To avoid damage to the unit, please use only the original mains adapter (mains adapter optionally available).

Alternative power supply:

Ethernet switch or PoE injector with PoE+ (Power over Ethernet plus) or better.

2 STRAIN RELIEF

Use the strain relief for the flexible cable of the power supply unit to protect the device's power terminal block connector and the power supply terminal block from damage and to prevent the terminal block from being pulled out unintentionally.

3 INPUT

Analogue audio inputs with balanced terminal block connectors suitable for both line and microphone levels. A 24 volt phantom power supply can be switched on. The poles +, - and G are intended for the balanced input signal (suitable for unbalanced cabling).

Terminal blocks are included in the packaging content.

4 OUTPUT

Analogue audio outputs with balanced terminal block connections. The poles +, - and G are intended for the balanced output signal (suitable for unbalanced cabling). Terminal blocks are included in the packaging content. If there is no audio signal at the line outputs OUTPUT, they are automatically muted after some time. If an audio signal is detected, the mute function is automatically deactivated.

5 PSE+DATA (Power Sourcing Equipment)

Dante® interface with RJ45 socket for connecting further Dante® devices to the Dante® network. If the DIO 22 or DIO 44 is supplied with power via an external power supply unit, another DIO 22 or DIO 44 can be supplied with power via PoE (see connection example 2).

6 PD+DATA (Powered Device)

Dante® interface with RJ45 socket for connecting the DIO 22 or DIO 44 to a Dante® network. The DIO 22 or DIO 44 can be supplied with voltage via PoE+ (Power over Ethernet plus) or better.

9 INPUT 1 2 10 P24V 11 GAIN -15 0 +15 +30 SIGNAL 8 12 INPUT 1 2 OUTPUT 1 2 DIO 22 13 7

9 INPUT 1 2 3 4 10 P24V 11 GAIN -15 0 +15 +30 8 12 SIGNAL INPUT 1 2 3 4 OUTPUT 1 2 3 4 DIO 44 7 LD

7 POWER SYMBOL

As soon as the DIO 22 or DIO 44 is supplied with voltage, the starting process begins. During the start-up process, the white power symbol flashes and the line outputs OUTPUT are muted. When the start-up process is completed after a few seconds, the symbol lights up permanently and the unit is ready for operation.

8 ROTARY-PUSH ENCODER

The status query and editing of the settings of the input channels is done with the help of the rotary-push encoder.

Status request: Press the encoder briefly and then rotate it to sequentially retrieve the status information of each input channel. The number of the selected channel lights up. The status of the phantom power (symbol lights up orange = on / symbol does not light up = off) and the value of the input gain (-15, 0, +15, +30, selected value lights up white) are displayed.

EXAMPLE DIO 22

INPUT 1 2 P24V GAIN -15 0 +15 +30 0,5 sec INPUT 1-2

INPUT 1 2 P24V GAIN -15 0 +15 +30

INPUT 1 2 P24V GAIN -15 0 +15 +30

The illumination of the characters is automatically deactivated if no input is made within approximately 40 seconds.

EXAMPLE DIO 44

INPUT 1 2 3 4 P24V GAIN -15 0 +15 +30 0,5 sec INPUT1-4

INPUT 1 2 3 4 P24V GAIN -15 0 +15 +30

INPUT 1 2 3 4 P24V GAIN -15 0 +15 +30

INPUT 1 2 3 4 P24V GAIN -15 0 +15 +30

INPUT 1 2 3 4 P24V GAIN -15 0 +15 +30

The illumination of the characters is automatically deactivated if no input is made within approximately 40 seconds.

Edit mode: Press the encoder briefly and then select the desired channel by turning the encoder. Now press the encoder for about 3 seconds to switch to editing mode. The channel number and the abbreviation for phantom power P24V start flashing. Now switch the phantom power of this channel on or off by turning the encoder (P24V flashes in sync with the channel number = phantom power on, P24V flashes quickly = phantom power off). Confirm the selection by briefly pressing the encoder. At the same time, the currently set value for GAIN now starts flashing and you can change the value as desired by turning the encoder. Confirm the selection by briefly pressing the encoder. The digit of the next channel then flashes and you can set the status and value as desired or exit the editing mode by pressing the encoder again for about 3 seconds.

DIO 22

9 INPUT

Illuminated digits for the input channels. In each case, one of the digits lights up when the corresponding channel is selected during the status query and flashes in editing mode.

10 P24V

The orange abbreviation for the 24 V phantom power P24V lights up during the status query when phantom power is switched on and flashes in editing mode (P24V flashes in sync with the channel digit = phantom power on, P24V flashes quickly = phantom power off).

11 GAIN -15 / 0 / +15 / +30

White illuminated digits for status enquiry and for editing the channel preamplification. One of the values -15 to +30 lights up during the status query and flashes in editing mode. The values -15 and 0 are intended for line level and signals are passed on unprocessed. The values +15 and +30 are for microphone levels and signals are processed with a high-pass filter at 100 Hz.

12 SIGNAL INPUT / OUTPUT

Two-colour illuminated digits for signal detection and clip display.

INPUT: As soon as an audio signal with sufficient level is present at an input channel, the corresponding digit lights up white. As soon as one of the digits lights up red, the corresponding input stage is operated at the distortion limit. In this case, reduce the channel pre-amplification GAIN or reduce the level on the playback device so that the digit no longer lights up red.

OUTPUT: As soon as an audio signal with sufficient level is present at an output channel, the corresponding digit lights up white. As soon as one of the digits lights up red, the corresponding output stage is operated at the distortion limit. In this case, reduce the level on the source player so that the digit no longer lights up red.

13 LOCK SYMBOL

The editing mode can be locked against unauthorised editing. Press the encoder for about 10 seconds to activate the lock. Ignore the fact that the editing mode is activated after about 3 seconds. Now the lock symbol flashes for a few seconds and then lights up permanently and only the status query of the input channels can be carried out. To deactivate the lock, press the encoder again for about 10 seconds.

AIR VENTS

To prevent damage to the device, do not cover the ventilation openings on the left and right sides and on the top and bottom of the device and ensure that air can circulate freely. Covering the ventilation openings on the top or bottom of the enclosure when mounting it underneath or on top of a table is not critical, as the cooling provided by the ventilation openings on the remaining sides is sufficient.

Tip: Preferably use balanced audio cables for wiring analogue line inputs and outputs.

CONNECTION EXAMPLES

DIO 22

graph TD
    A["LD IPA + LD X EDAI"] --> B["Dante® Controller"]
    A --> C["Questra"]
    B --> D["24V DC Power supply"]
    C --> D
    D --> E["Network Devices"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

2

Ethernet Switch 24V DC Power supply

3

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    B --> D["Dante® Mixer"]
    D --> E["PSE+DATA"]
    D --> F["3D+DATA"]
    D --> G["OUTPUT"]
    D --> H["INPUT"]

4

graph TD
    A["XILICA"] -->|touch control wall panel| B["Ethernet Switch"]
    B -->|PoEPOE| C["Dante Controller"]
    C -->|INPUT 1+2| D["Output 1+2"]
    C -->|INPUT 1+2| E["OUTPUT 1+2"]

DIO 44

1

graph TD
    A["LD IPA + LD X EDAI"] --> B["Dante® Controller"]
    A --> C["Questra"]
    B --> D["24V DC Power supply"]
    C --> D
    D --> E["Internet"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

2

graph TD
    A["Ethernet Switch"] --> B["4D Danke*"]
    B --> C["24V DC Power supply"]
    B --> D["4D Danke*"]
    D --> E["24V DC Power supply"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333

3

graph TD
    A["Active Loudspeaker"] --> B["PSE+DATA"]
    C["Active Loudspeaker"] --> B
    B --> D["Dante® Mixer"]
    E["Analog Mixer"] --> B
    F["Dante® Mixer"] --> B
    G["OUTPUT"] --> B
    H["OUTPUT"] --> I["PD+DATA"]
    I --> J["Dante® Mixer"]
    K["PO-DATA"] --> I
    L["PO-DATA"] --> I
    M["PO-DATA"] --> I
    N["PO-DATA"] --> I
    O["PO-DATA"] --> I
    P["PO-DATA"] --> I
    Q["PO-DATA"] --> I
    R["PO-DATA"] --> I
    S["PO-DATA"] --> I
    T["PO-DATA"] --> I
    U["PO-DATA"] --> I
    V["PO-DATA"] --> I
    W["PO-DATA"] --> I
    X["PO-DATA"] --> I
    Y["PO-DATA"] --> I
    Z["PO-DATA"] --> I

4

graph TD
    A["2003 Linux Interface"] --> B["touch control wall panel"]
    B --> C["XILICA®"]
    B --> D["Ethernet Switch"]
    D --> E["Dante® Controller"]
    E --> F["POE"]
    D --> G["POE"]
    G --> H["OUTPUT 1 - 4"]
    G --> I["INPUT 1 - 4"]

TERMINAL BLOCK CONNECTIONS

DIO 22
INPUT Connections

balanced 2 3 XIRY 1 unbalanced - /G + INPUT

OUTPUT connections

balanced 1 3 XLR m 2 unbalanced 2 -/G OUTPUT

DIO 44
INPUT Connections

3 1 balanced 2 3 xR↑ 1 4 2 UNBALANCED ·/G + INPUT

OUTPUT connections

3 1 balanced 1 3 XUR m 2 4 + - G + - G 2 UNBALANCED - /G M a + OUTPUT

When wiring terminal blocks, please observe the correct assignment of the poles/terminals. The manufacturer accepts no liability for damage caused by faulty wiring!

DANTE® CONTROLLER

A Dante® network is set up using the freely available DANTE® CONTROLLER software. Download the software from the manufacturer's website www.audinate.com and install it on a computer. Connect the Ethernet interface of the computer to a network interface of the DIO 22 or DIO 44 using a network cable (Cat. 5e or better) and run the Dante® Controller software. The software has an automatic device detection function. Signal routing is done by mouse click and the unit and channel designations can be individually edited by the user. IP address, MAC address and other information about the devices in the Dante® network can be displayed in the software.

Dante Controller - Network View File Devices View Help Primary Leader Clock: dio22-86dd4d Routing Device Info Clock Status Network Status Events Dante® Filter Transmitters Transmitters (2) Filter Receivers dio22-86dd4d TX1 TX2 dio44-96bd24 TX1 TX2 TX3 TX4 dio04-96bd2a RX1 RX2 RX3 RX4 dio22-86dd4d RX1 RX2 dio44-96bd24 RX1 RX2 RX3 RX4 P: S: 3 devices Audio Multicast Bandwidth: 0 bps Event Log: Clock Status Monitor:

Once the configuration of the devices on the Dante® network is complete, the Dante® Controller software can be closed and the computer disconnected from the network. The settings in the units in the network are retained.

When the DIO 22 or DIO 44 is disconnected from the Dante® network, the unit's audio outputs are muted and the power icon on the front panel starts flashing.

UNDER / ON-TABLE MOUNTING

There are two recesses on the top and bottom of the enclosure, each with two M3 threaded holes, for mounting underneath or on top of the table. Screw the two enclosed mounting plates to the top or bottom using the enclosed M3 countersunk screws. Now the amplifier can be fixed in the desired position (see illustration, fixing screws not included). For tabletop mounting, the four rubber feet must be removed beforehand.

Technical line drawing of a mechanical or electronic component with four mounting holes and a central grid pattern (no text or symbols)

CARE, MAINTENANCE AND REPAIR

To ensure the proper functioning of the unit in the long term, it must be cared for regularly and serviced as required. The need for care and maintenance depends on the intensity of use and the environment.

We generally recommend a visual inspection before each start-up. Furthermore, we recommend that you carry out all the maintenance measures listed below every 500 operating hours or, in the case of low intensity of use, after one year at the latest. Defects caused by inadequate care may result in limitations of the warranty claims.

CARE (CAN BE CARRIED OUT BY THE USER)

WARNING! Before carrying out any maintenance work, disconnect the power supply and, if possible, all appliance connections.

NOTE! Improper care can lead to impairment or even destruction of the unit.

1. Housing surfaces must be cleaned with a clean, damp cloth. Make sure that no moisture can penetrate the unit.
2. Air inlets and outlets must be regularly cleaned of dust and dirt. If compressed air is used, make sure that damage to the unit is prevented (e.g. fans must be blocked in this case).

3. Cables and plug contacts must be cleaned regularly and freed from dust and dirt.

4. In general, no cleaning agents, disinfectants or agents with an abrasive effect may be used for maintenance, otherwise the surface finish may be impaired. Especially solvents, such as alcohol, can impair the function of the housing seals.

5. Units should generally be stored in a dry place and protected from dust and dirt.

MAINTENANCE AND REPAIR (BY QUALIFIED PERSONNEL ONLY)

DANGER! There are live components in the unit. Even after disconnecting from the mains, residual voltage may still be present in the unit, e.g. due to charged capacitors.

NOTE! There are no assemblies in the unit that require maintenance by the user.

NOTE! Maintenance and repair work may only be carried out by specialist personnel authorised by the manufacturer. In case of doubt, contact the manufacturer.

NOTE! Improperly performed maintenance work can affect the warranty claim.

DIMENSIONS (mm)

142 221 215 223

Technical line drawing of a rectangular industrial or mechanical component with internal grid pattern and dimension annotations (no text or symbols)

TECHNICAL DATA

Item number LDDI022 LDDI044

Product type 2x2 I/O Dante Interface 4x4 I/O Dante Interface

Inputs 2 4

Input type Switchable balanced mic or line level

Line outputs 2 4

Output type Balanced line level with auto mute relay on loss of Dante/AES67 signal

Cooling Convection

Analogue Input Section
Number of input connectors 2 4

Connection type 3-pin terminal block, Pitch 3.81 mm

Mic input sensitivity 55 mV (Gain +30 dB switch)

Nominal input clipping 20 dBu (Sine 1 kHz, Gain 0 dB switch)

Frequency response 10 Hz - 20 kHz (-0.5 dB)

THD + Noise

< 0.003% (0 dB switch, 4 dBu, 20 kHz BW)

DIM < -90 dB (+4 dBu)

Input Impedance

10 kohms (balanced)

Crosstalk < 105 dB (20 kHz BW)

SNR	>112 dB (0 dB switch, 20 dBu, 20 kHz BW, A-weighted)

CMRR > 50 dB

High Pass Filter

100 Hz (-3 dB, when +15 or +30 dB is selected)

Phantom power (per input) + 24 VDC @ 10 mA max

Gain	-15 dB, 0 dB, +15 dB, +30 dB

Analogue Line Output

Number of output connectors

2

4

Connection type 3-pin terminal block, Pitch 3.81 mm

Max. Output Level

18 dBu

Interm. Distortion SMPTE < 0.005% (-20 dBFS to 0 dBFS)

THD + Noise

< 0.002% (10 dBu, 20 kHz BW)

Idle Noise > -92 dBu

Dynamic Range

>107 dB (0 dBFS, AES 17, CCIR-2k Weighting)

Frequency response 15 Hz - 20 kHz (-0.5 dB)

Item number LDDI022 LDDI044

Dante® Specifications

Audio Channels 2 Inputs / 2 Outputs 4 Inputs / 4 Outputs

Bit depth 24 bit

Sample Rate 48 kHz

Latency Minimum 1 ms

Dante Connector 100 BASE-T RJ45

Power over Ethernet (PoE) Specifications

Minimum PoE Requirements PoE+ IEEE 802.3at

PSE+Data Capable of powering 1 extra PD unit

Power Input Requirements

Input Voltage 24 VDC
Minimum Current 1.5 A
Power Input Connector Pitch 5.08 mm terminal block (2-pin)
Max power consumption 10 W
Idle power consumption	7.5 W (no signal input)
Power Consumption with Secondary Port use	22 W
Mains Inrush Current	1.7 A @ 230 VAC
Operating Temperature	0°C - 40°C; < 85% humidity, non condensing

General

Material	Steel chassis, Plastic front panel
Dimensions (W x H x D)	142 x 53 x 229 mm (height with rubber feet)
Weight	1.050 kg
Included Accessories	Mounting plates for surface mount applications, Terminal blocks for Electrical Connections, rubber feet.

DISPOSAL

Packing:

1. Packaging can be fed into the recycling system via the usual disposal channels.
2. Please separate the packaging according to the disposal laws and recycling regulations in your country.

Device:

1. This appliance is subject to the European Directive on Waste Electrical and Electronic Equipment as amended. WEEE Directive Waste Electrical and Electronical Equipment. Old appliances and batteries do not belong in household waste. The old appliance or batteries must be disposed of via an approved waste disposal company or a municipal waste disposal facility. Please observe applicable regulations in your country!
2. Observe all disposal laws applicable in your country.
3. As a private customer, you can obtain information on environmentally friendly disposal options from the dealer from whom the product was purchased or from the relevant regional authorities.

MANUFACTURER'S DECLARATIONS

MANUFACTURER'S WARRANTY & LIMITATIONS OF LIABILITY

Adam Hall GmbH, Adam-Hall-Str. 1, D-61267 Neu Anspach / E-mail [e-mail] / +49 (0)6081 / 9419-0.

Our current warranty conditions and limitation of liability can be found at:

https://cdn-shop.adamhall.com/media/pdf/MANUFACTURERS-DECLARATIONS_LD_SYSTEMS.pdf.

Contact your distribution partner for service.

UKCA-CONFORMITY

Hereby, Adam Hall Ltd. declares that this product meets the following guidelines (where applicable):

Electrical Equipment (Safety) Regulations 2016

Electromagnetic Compatibility Regulations 2016 (SI 2016/1091)

The Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulation 2012 (SI 2012/3032)

Radio Equipment Regulations 2017(SI 2016/2015)

UKCA-DECLARATION OF CONFORMITY

Products that are subject to Electrical Equipment(Safety)Regulation 2016, EMC Regulation 2016 or RoHS Regulation can be requested at [e-mail].

Products that are subject to the Radio Equipments Regulations 2017

(SI2017/1206) can be downloaded from www.adamhall.com/compliance/

CE CONFORMITY

Adam Hall GmbH hereby confirm that this product meets the following guidelines (where applicable):

R&TTE (1999/5/EC) or RED (2014/53/EU) as of June 2017.

Low Voltage Directive (2014/35/EU)

EMC Directive (2014/30/EU)

RoHS (2011/65/EU)

The complete Declaration of Conformity can be found at www.adamhall.com.

Furthermore, you can also request it at [e-mail].

CE DECLARATION OF CONFORMITY

Declarations of conformity for products subject to the LVD, EMC, RoHS Directive can be requested from [e-mail].

Declarations of conformity for products subject to RED Directive can be downloaded from www.adamhall.com/compliance/.

DEUTSCH

5 PSE+DATA (Power Sourcing Equipment)

6 PD+DATA (Powered Device)

DIO 22
Anschlüsse INPUT

balanced 2 3 XLRT 1 unbalanced INPUT -/G

Anschlüsse OUTPUT

balanced 1 3 XLR m 2 unbalanced 2 OUTPUT -/G

DIO 44
Anschlüsse INPUT

3 1 balanced 2 3 XLR ↑ 1 4 2 UNBALANCED ·/G + INPUT

Anschlüsse OUTPUT

balanced 1 3 xUR m 2 unbalanced -/G OUTPUT

Technical line drawing of a mechanical or electronic component with four ports and a central grid pattern (no text or symbols)

Technical line drawing of a rectangular device with internal grid pattern and dimension annotations (no text or symbols)

TECHNISCHE DATEN

Item number LDDI022 LDDI044

Produktart 2x2 I/O Dante Interface 4x4 I/O Dante Interface

Eingänge 24

5 PSE+DATA (Power Source Equipment)

6 PD+DATA (Powered Device)

Ethernet Switch 24V DC Power supply

3

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    D["Dante® Mixer"] --> E["Analog Mixer"]
    B --> F["PSE+DATA"]
    B --> G["3D+DATA"]
    B --> H["Dante*"]
    B --> I["INPUT"]

4

graph TD
    A["XILICA"] -->|touch control wall panel| B["Ethernet Switch"]
    B -->|POEPOE| C["Dante Controller"]
    C -->|INPUT 1+2| D["Output 1+2"]
    C -->|INPUT 1+2| E["OUTPUT 1+2"]

DIO 44

1

graph TD
    A["LD IPA + LD X EDAI"] --> B["4D LTE"]
    A --> C["3D LTE"]
    A --> D["1D LTE"]
    A --> E["8D LTE"]
    A --> F["6D LTE"]
    G["Dante® Controller"] --> H["24V DC Power supply"]
    I["Questra"] --> H
    J["OUTPUT"] --> H
    K["8D LTE"] --> H
    L["6D LTE"] --> H
    M["8D LTE"] --> H
    N["8D LTE"] --> H
    O["8D LTE"] --> H
    P["8D LTE"] --> H
    Q["8D LTE"] --> H
    R["8D LTE"] --> H
    S["8D LTE"] --> H
    T["8D LTE"] --> H
    U["8D LTE"] --> H
    V["8D LTE"] --> H
    W["8D LTE"] --> H
    X["8D LTE"] --> H
    Y["8D LTE"] --> H
    Z["8D LTE"] --> H
    AA["8D LTE"] --> H
    AB["8D LTE"] --> H
    AC["8D LTE"] --> H
    AD["8D LTE"] --> H
    AE["8D LTE"] --> H
    AF["8D LTE"] --> H
    AG["8D LTE"] --> H
    AH["8D LTE"] --> H
    AI["8D LTE"] --> H
    AJ["8D LTE"] --> H
    AK["8D LTE"] --> H
    AL["8D LTE"] --> H
    AM["8D LTE"] --> H
    AN["8D LTE"] --> H
    AO["8D LTE"] --> H
    AP["8D LTE"] --> H
    AQ["8D LTE"] --> H
    AR["8D LTE"] --> H
    AS["8D LTE"] --> H
    AT["8D LTE"] --> H
    AU["8D LTE"] --> H
    AV["8D LTE"] --> H
    AW["8D LTE"] --> H
    AX["8D LTE"] --> H
    AY["Data"] --> AZ["Dante® Controller"]
    AY --> BA["Questra"]

2

graph TD
    A["Ethernet Switch"] --> B["4D Channel"]
    B --> C["USB Port"]
    B --> D["4D Channel"]
    D --> E["24V DC Power supply"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    B --> D["Dante® Mixer"]
    D --> E["OUTPUT"]
    D --> F["PSI+DATA"]
    D --> G["PD+DATA"]
    D --> H["iDante®"]
    D --> I["INPUT"]

graph TD
    A["touch control wall panel"] -->|PoE| B["Ethernet Switch"]
    B --> C["Dante® Controller"]
    C -->|POE| D["Network Interface"]
    D --> E["OUTPUT 1 - 4"]
    D --> F["INPUT 1 - 4"]

CÂBLAGE DES CONNECTEURS EUROBLOCK

balanced 1 2 3 XLR Y 1 unbalanced INPUT -/G

balanced 1 3 XLR m 2 unbalanced 2 OUTPUT -/G

3 1 balanced 2 3 XLR ↑ 1 4 2 UNBALANCED ·/G + INPUT

Technical line drawing of a mechanical or electronic component with four ports and a central grid pattern (no text or symbols)

ENTRETIEN, MAINTENANCE ET RÉPARATIONS

Technical line drawing of a rectangular industrial or mechanical component with internal grid pattern and dimension annotations (no text or symbols)

DÉCLARATION DE CONFORMITÉ EU

5 PSE+DATA (Power Sourcing Equipment)

6 PD+DATA (Powered Device)

Ethernet Switch iDarive* OUTPUT INPUT 24V DC Power supply iDarive* OUTPUT INPUT

3

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    D["Dante® Mixer"] --> E["Analog Mixer"]
    B --> F["PSE+DATA"]
    B --> G["3D+DATA"]
    B --> H["Dante*"]
    B --> I["OUTPUT"]
    B --> J["INPUT"]

4

graph TD
    A["XILICA"] -->|touch control wall panel| B["Ethernet Switch"]
    B -->|POEPOE| C["Dante Controller"]
    C -->|INPUT 1+2| D["Output 1+2"]
    C -->|INPUT 1+2| E["Input 1+2"]

DIO 44

1

graph TD
    A["LD IPA + LD X EDAI"] --> B["Network Port"]
    B --> C["Dante® Controller"]
    B --> D["Questra"]
    B --> E["24V DC Power supply"]
    C --> F["Ethernet Port"]
    D --> G["Ethernet Port"]
    E --> H["24V DC Power supply"]

2

graph TD
    A["Ethernet Switch"] --> B["4D Danke*"]
    B --> C["24V DC Power supply"]
    B --> D["4D Danke*"]
    D --> E["24V DC Power supply"]

graph TD
    A["Active Loudspeaker"] --> B["Dante® Mixer"]
    C["Active Loudspeaker"] --> B
    B --> D["Analog Mixer"]
    D --> E["OUTPUT"]
    D --> F["PSI+DATA"]
    D --> G["PD+DATA"]
    D --> H["Dante®"]
    H --> I["INPUT"]

graph TD
    A["2003 Interface"] --> B["touch control wall panel"]
    B --> C["XILICA"]
    B --> D["Ethernet Switch"]
    D --> E["Dante® Controller"]
    E --> F["POE"]
    D --> G["POE"]
    G --> H["INPUT 1-4"]
    G --> I["OUTPUT 1-4"]

balanced 2 3 XLR T 1 unbalanced INPUT -/G

balanced 1 3 XLR m 2 unbalanced 2 -/G OUTPUT

DIO 44
Conectores de ENTRADA

3 1 balanced 2 3 xLR↑ 1 4 2 UNBALANCED ·/G + INPUT

balanced 1 3 XUR m 2 unbalanced -/G OUTPUT

Technical line drawing of a mechanical or electronic component with four ports and a central grid pattern (no text or symbols)

Technical line drawing of a rectangular industrial or mechanical component with internal grid pattern and dimension annotations (43 and 53) — no readable text or symbols beyond measurement labels.

DATOS TÉCNICOS

5 PSE+DATA (Power Sourcing Equipment)

Ethernet Switch FSC-0378 FE-12A @Data* OUTPUT OUTPUT 24V DC Power supply FSC-0378 FE-12A @Data* OUTPUT OUTPUT

3

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    D["Dante® Mixer"] --> E["PSE+DATA"]
    D --> F["PD+DATA"]
    D --> G["OUTPUT"]
    D --> H["MI/UT"]

4

graph TD
    A["3413 USB"] --> B["touch control wall panel"]
    B --> C["XILICA®"]
    B --> D["Ethernet Switch"]
    D --> E["Dante® Controller"]
    D --> F["POE"]
    D --> G["POE"]
    F --> H["INPUT 1+2"]
    F --> I["OUTPUT 1+2"]

DI044

1

graph TD
    A["LD IPA + LD X EDAI"] --> B["Dante® Controller"]
    A --> C["Questra"]
    B --> D["24V DC Power supply"]
    C --> D
    D --> E["Network Switches"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

2

graph TD
    A["Ethernet Switch"] --> B["MDArte*"]
    B --> C["24V DC Power supply"]
    B --> D["MDArte*"]
    D --> E["24V DC Power supply"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333

graph TD
    A["Active Loudspeaker"] --> B["Dante® Mixer"]
    C["Active Loudspeaker"] --> B
    B --> D["Analog Mixer"]
    D --> E["OUTPUT"]
    D --> F["PSI+DATA"]
    D --> G["PD+DATA"]
    D --> H["Dante®"]
    H --> I["INPUT"]

graph TD
    A["XILICA"] -->|POE| B["Ethernet Switch"]
    B --> C["Dante Controller"]
    C -->|POE| D["Network Interface"]
    D --> E["INPUT 1-4"]
    D --> F["OUTPUT 1-4"]

POŁĄCZENIA TERMINALI ZACISKOWYCH

balanced 2 3 XLR1 1 unbalanced INPUT -/G

Przyłącza wyjściowe

balanced 1 3 XLR m 2 unbalanced -/G OUTPUT

balanced 1 3 XUR m 2 unbalanced -/G M OUTPUT

Technical line drawing of a mechanical or electronic component with four ports and a central grid pattern (no text or symbols)

PIELEGNACJA, KONSERWACJA I NAPRAWA

Technical drawing of a rectangular electronic component with a central circular feature and two side supports (no text or symbols)

Technical line drawing of a rectangular industrial component with internal grid structure and dimension annotations (no text or symbols)

221 215 223

DANE TECHNICZNE

Ethernet Switch 24V DC Power supply

3

graph TD
    A["Active Loudspeaker"] --> B["Analog Mixer"]
    C["Active Loudspeaker"] --> B
    D["Dante® Mixer"] --> E["PSE+DATA"]
    D --> F["PD+DATA"]
    D --> G["OUTPUT"]
    D --> H["MI/UT"]

4

graph TD
    A["3410 USB"] --> B["touch control wall panel"]
    B --> C["XILICA®"]
    B --> D["Ethernet Switch"]
    D --> E["Dante® Controller"]
    D --> F["POE"]
    D --> G["POE"]
    F --> H["INPUT 1+2"]
    F --> I["OUTPUT 1+2"]

DIO 44

1

graph TD
    A["LD IPA + LD X EDAI"] --> B["Network Switch"]
    B --> C["Dante® Controller"]
    B --> D["Questra"]
    B --> E["24V DC Power supply"]
    C --> F["Network Switch"]
    D --> F
    E --> F

2

graph TD
    A["Ethernet Switch"] --> B["4Dda/ATA Interface"]
    B --> C["24V DC Power Supply"]
    B --> D["4Dda/ATA Interface"]
    D --> E["24V DC Power Supply"]

graph TD
    A["Active Loudspeaker"] --> B["Dante® Mixer"]
    C["Active Loudspeaker"] --> B
    B --> D["Analog Mixer"]
    D --> E["OUTPUT"]
    D --> F["PSI+DATA"]
    D --> G["PD+DATA"]
    D --> H["Dante®"]
    H --> I["INPUT"]

graph TD
    A["XILICA"] -->|POE| B["Ethernet Switch"]
    B --> C["Dante® Controller"]
    C -->|POE| D["OUTPUT 1-4"]
    A -->|touch control wall panel| E["2003-2006"]
    B -->|INPUT 1-4| F["OUTPUT 1-4"]

COLLEGAMENTI DELLA MORSETTIERA

balanced 2 3 XLR1 1 unbalanced INPUT -/G

balanced 1 3 XLR m 2 unbalanced 2 -/G OUTPUT

balanced 2 3 XLR ↑ 1 unbalanced ·/G INPUT

balanced 1 3 x18 m 2 unbalanced -/G OUTPUT

Technical line drawing of a mechanical or electronic component with four ports and a central grid pattern (no text or symbols)

Simple line drawing of a rectangular object with a central circular hole and two side supports (no text or symbols)

Technical line drawing of a rectangular industrial or mechanical component with internal grid pattern and dimension annotations (no text or symbols)

221 215 223

DATI TECNICI