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General| Type | Power Amplifier |
|---|---|
| Output Power (bridged) | 1600W @ 8Ω |
| Channels | 2 |
| DSP | Yes |
| Output Channels | 2 |
| Networking | Ethernet |
| THD | <0.05% |
| Output Power (per channel) | 800W @ 4Ω |
| Frequency Response | 20Hz - 20kHz |
| Damping Factor | >200 |
| Dimensions | 88mm x 482mm x 428mm |
| Weight | 10.5kg |
Product adherence to European LVD and EMC directives and standards.
Product adherence to UL60065 standards for the USA market.
Instructions for unpacking the amplifier and checking for transit damage.
Guidelines for physically mounting the amplifier in a rack enclosure.
Overview of the Martin Audio iK42/iK81 Series amplifier's advanced technology.
Highlights of the amplifier's capabilities and advanced features.
Explanation of the Drive Module concept for speaker-based control.
Details on Linear Impulse Response crossover filtering for flat group delay.
Explanation of Finite Impulse Response filtering for linear phase EQ.
Guide to connecting analogue and digital audio sources to the amplifier inputs.
Guidance and recommendations for using unbalanced audio connections.
Information on connecting loudspeakers to the amplifier's output connectors.
Speakon connector wiring for the iK42 amplifier channels.
Speakon connector wiring for the iK81 amplifier and Bi-Amp configurations.
Wiring configuration for operating amplifier channels in bridged mode.
Description of the main controls and indicators on the front panel.
Explanation of the display screen and how to navigate menus.
Function of mute buttons and the bridge mode indicator.
Meaning of amplifier protection and driver status indicators.
Explanation of output limiter status indicators (Sig, -6dB, LIMIT).
Step-by-step guide to loading XE500 presets for bi-amp operation.
Description of the unit's startup cycle and initial display.
Overview of the device's organizational concepts: Modules, Presets, Components, Snapshots.
How to move between parameters and sections using controls.
Using encoders to select and change parameter values.
Overview of the Home Page, Drive Modules, and their relationships.
Explanation of different preset types and their usage.
Procedure for saving custom Drive Module configurations as presets.
How to load previously saved Drive Module presets.
Loading individual processing components to specific outputs.
Configuring AES3, Dante inputs and automatic input selection.
Adjusting input gain, polarity, and initial processing.
Configuring input delay, high-pass filters, and parametric/shelving EQ.
Details on input routing and FIR Shelving EQ for linear phase.
Adjusting output gain, delay, and configuring crossover filters.
Applying parametric EQ, limiters, and LIR crossover filtering to outputs.
Details on the VX Limiter, including Threshold and Overshoot.
Thermal limiter to protect drivers from overheating.
Excursion limiter to prevent mechanical damage to speaker cones.
Methods for creating Drive Modules via output routing.
Adjusting drive level based on driver impedance and signal.
Adjusting screen contrast, stereo linking, and IP configuration.
Managing snapshots, configuring AUX port, and power saving modes.
Automatic IP addressing and network setup for Vu-Net.
Explanation of automatic IP address assignment via DHCP or AUTO-IP.
Guidelines and warnings for using static IP addresses.
Recalling and storing device states using snapshots.
Configuring the AUX port for snapshot recall or muting.
Activating secure mode, flushing overlays, and reverting to factory settings.
Understanding protection systems and their indication methods.
Monitoring device incident states (fault, check, OK) in Vu-Net.
Understanding the fault relay output for external monitoring.
Tracking performance data like supply current and thermal capacity.
Details on the TIPI protocol, frame format, and addressing schemes.
Understanding commands, responses, security, and available methods.
Information on parameter value formats and security restrictions.
Practical examples of scripting commands for TIPI control.
List of available TIPI methods for controlling iKON amplifiers.
Data on power draw and thermal dissipation for the iK42 model.
Important notes related to iK42 power and performance measurements.
Data on power draw and thermal dissipation for the iK81 model.
Graphical representation of Butterworth filter response curves.
Graphical representation of Linkwitz-Riley filter response curves.
Graphical representation of Bessel filter response curves.
Graphical representation of Hardman filter response curves.
Graphical representation of LIR linear phase filter response curves.
Graphical representation of all-pass filter phase responses.
Graphs showing parametric EQ with varying gain and bandwidth.
Key specifications like output channels, power, inputs, and control.
Details on amplifier topology, modulation, dynamic range, and frequency response.
Specifications for resolution, sample rate, and special processing features.
Output power ratings for iK42 and iK81 under various conditions.
Details on power supply, system protection, and speaker protection.
Information on power distribution protection and monitoring/logging.
Details on cooling, connectors, display, enclosure, and dimensions.
Information on optional accessories like the rear rack support kit.
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