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Type | Active Studio Monitor |
---|---|
Woofer Size | 6.5 inches |
LF Driver Size | 6.5 inches |
Tweeter Size | 1 inch |
HF Driver Size | 1 inch |
Input Connectors | XLR, TRS |
Input Types | Balanced |
Crossover Frequency | 3 kHz |
Frequency Response | 49 Hz - 20 kHz (+/-3dB) |
Amplifier Power (LF) | 75W |
Amplifier Power (Woofer) | 75 Watts |
Dimensions | 8.5 x 10.5 inches |
Dimensions (H x W x D) | 12.5 x 8.5 x 10.5 inches |
Weight | 11 kg |
Discusses risks of permanent hearing loss from high noise levels and OSHA exposure limits.
Information on proper disposal of the product according to WEEE Directive and its environmental impact.
Details the high-resolution, two-way, bi-amplified active monitor design and its benefits.
Describes the 6.7-inch woofer, 1-inch tweeter, and passive radiator used in the monitors.
Explains how room acoustics affect bass response and the importance of the ACOUSTIC SPACE switch.
Describes the balanced/unbalanced input connectors (XLR, TRS, RCA) and wiring.
Explains the input sensitivity control and its effect on the signal level.
Details the three-way switch for compensating low-frequency response based on placement.
Explains how to use the front panel switch in conjunction with the rear POWER MODE switch.
Describes the power status indicator and the overload protection warning light.
Details the overload protection mechanism and what the blinking indicator signifies.
Explains the thermal protection that switches the unit to Standby mode if heatsinks overheat.
Describes the shielding designed to prevent magnetic fields from affecting nearby screens.
Provides recommendations for using high-quality, shielded cables for optimal signal integrity.
Guides users through common troubleshooting steps for power-related problems.
Provides steps to diagnose and resolve issues where no sound is produced.
Offers solutions for distorted sound, bass issues, or poor overall audio quality.
Helps identify and eliminate common sources of noise interference.
Explains why sound might persist after power off and how to avoid it.
Detailed specifications for enclosure, transducers, amplifier, and system inputs.