Kenwood KAC-9152D Instruction Manual
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Also See for KAC-9152D:
- Instruction manual (11 pages) ,
- Service manual (19 pages) ,
- Service manual (18 pages)
Related Manuals for Kenwood KAC-9152D
Summary of Contents for Kenwood KAC-9152D
- Page 1 SUBWOOFER POWER AMPLIFIER KAC-9152D KAC-9102D KAC-8152D KAC-8102D INSTRUCTION MANUAL © B64-3010-00/00 (MV)
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Page 2: Safety Precautions
(optional) to each of the battery wire. • If the unit does not seem to be working right, consult your Kenwood dealer. • Do not allow the wire to directly contact the edge of the iron plate by using Grommets. -
Page 3: Installation Procedure
5. Connect the power wire, power control wire and grounding wire following this order. 6. Install the installation fittings in the unit. 7. Attach the unit. 8. Install the remote controller. (KAC-9152D/8152D only) 9. Connect the negative - terminal of the battery. 2CAUTION • Do not install in the below locations;... - Page 4 Terminal cover Battery wire* Protective Fuse* Subwoofer (L + R) Ground wire* Battery ■ Remote cable connection (KAC-9152D/8152D only) 2CAUTION Remote cable • Before connecting the remote controller cables, always set the Bass boost level control to "0dB". Remote controller...
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Page 5: Power Indicator
6 REMOTE terminal (KAC-9152D/8152D only) <Specifications> in the instruction manual of the center unit. Connects the Remote cable. & BOOST LEVEL (Bass boost level) control (KAC-9152D/8152D only) NOTE Sets the level by which the low frequency range should be boosted. - Page 6 Dual Mono Drive (Function of the KAC-9152D) A Dual Mono Drive system is a system in which 2 monaural amplifiers are both set to bridged mode to drive one subwoofer with a high-output signal. Setting 1. If you use the connection as shown, set amplifier ¡ to the Forward phase CENTER UNIT (PHASE: 0 º) and set amplifier ™...
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Page 7: Specifications
(4 Ω) (20 Hz – 200 Hz, 0.5 % THD) ...............................500 W × 1 300 W × 1 (2 Ω) (100 Hz, 0.9 % THD) ............................900 W × 1 (KAC-9152D) 550 W × 1 (2 Ω) (100 Hz, 0.9 % THD) ............................850 W ×...