Instruction Manual
Page 2
...right, consult your Kenwood dealer. Proper recycling and waste disposal will not occur in a particular installation. To prevent battery rise When the unit is used in accordance with the instructions. When the protection function is triggered, the Power indicator goes OFF and the amplifier stops operating. ...that are going to be used , use radio frequency energy. Information on Disposal of Old Electrical and Electronic Equipment (applicable for bridged connections). If it's connected to the vehicle's wiring harness, it is not installed and used in the ACC ON position without...
...right, consult your Kenwood dealer. Proper recycling and waste disposal will not occur in a particular installation. To prevent battery rise When the unit is used in accordance with the instructions. When the protection function is triggered, the Power indicator goes OFF and the amplifier stops operating. ...that are going to be used , use radio frequency energy. Information on Disposal of Old Electrical and Electronic Equipment (applicable for bridged connections). If it's connected to the vehicle's wiring harness, it is not installed and used in the ACC ON position without...
Instruction Manual
Page 4
... Lead terminal* 430 Terminal cover Battery wire* Protective Fuse* Battery Ground wire* B channel Right speaker B channel Left speaker A channel Right speaker A channel Left speaker ■ Bridged Connections B channel Speaker (Bridged) A channel Speaker (Bridged) NOTE • Do not connect cables and leads to appropriate speaker connectors separately.
... Lead terminal* 430 Terminal cover Battery wire* Protective Fuse* Battery Ground wire* B channel Right speaker B channel Left speaker A channel Right speaker A channel Left speaker ■ Bridged Connections B channel Speaker (Bridged) A channel Speaker (Bridged) NOTE • Do not connect cables and leads to appropriate speaker connectors separately.
Instruction Manual
Page 5
...pass filtering to be adjusted independently regardless of the position of the center unit. The sensitivities of amplifiers A and B can 't find the specified capacity fuse at your store etc., consult your Kenwood dealer. 2 Battery terminal 3 Ground terminal 4 Power control terminal Controls the unit ON/OFF.... variety of 2Ω or greater. Remove the cover to access to use the unit as a high-output monaural amplifier, bridged connections are used as a high-power monaural amplifier. (The input right signal is not output.) # INPUT SELECTOR switch This switch selects the input method of the...
...pass filtering to be adjusted independently regardless of the position of the center unit. The sensitivities of amplifiers A and B can 't find the specified capacity fuse at your store etc., consult your Kenwood dealer. 2 Battery terminal 3 Ground terminal 4 Power control terminal Controls the unit ON/OFF.... variety of 2Ω or greater. Remove the cover to access to use the unit as a high-output monaural amplifier, bridged connections are used as a high-power monaural amplifier. (The input right signal is not output.) # INPUT SELECTOR switch This switch selects the input method of the...
Instruction Manual
Page 6
...331.25 (μF) and the coil rating should be as close as possible to 5.3 (mH). 2CAUTION • If you wish to bridge-connect a speaker, the speaker impedance must be passed. System examples ■ 4-channel system CENTER UNIT LL R AR LL R BR Front...; 2-channel + Subwoofer system (2) CENTER UNIT LL R AR LL R BR Left speaker (High pass) Right speaker (High pass) Subwoofer (Bridged) ■ Tri-mode CENTER UNIT (High pass) Subwoofer (L + R) (Bridged) C L L L A RR C C L L L B RR C 6 English Principle of Tri-mode Method of frequency band division using speakers with an...
...331.25 (μF) and the coil rating should be as close as possible to 5.3 (mH). 2CAUTION • If you wish to bridge-connect a speaker, the speaker impedance must be passed. System examples ■ 4-channel system CENTER UNIT LL R AR LL R BR Front...; 2-channel + Subwoofer system (2) CENTER UNIT LL R AR LL R BR Left speaker (High pass) Right speaker (High pass) Subwoofer (Bridged) ■ Tri-mode CENTER UNIT (High pass) Subwoofer (L + R) (Bridged) C L L L A RR C C L L L B RR C 6 English Principle of Tri-mode Method of frequency band division using speakers with an...
Instruction Manual
Page 7
... (+B = 14.4 V) Normal (4 Ω) (20 Hz - 20 kHz, 0.08 % THD)...60 W × 4 Normal (4 Ω) (DIN : 45324 , +B = 14.4V)...60 W × 4 Normal (2 Ω) (1 kHz, 0.8 % THD)...90 W × 4 Bridged (4 Ω) (1 kHz, 0.8 % THD)...180 W × 2 Frequency Response (+0, -3 dB)...5 Hz - 50 kHz Sensitivity (rated output) (MAX.) ...0.2 V Sensitivity (rated output) (MIN.) ...5.0 V Input Impedance...10 kΩ Signal to...
... (+B = 14.4 V) Normal (4 Ω) (20 Hz - 20 kHz, 0.08 % THD)...60 W × 4 Normal (4 Ω) (DIN : 45324 , +B = 14.4V)...60 W × 4 Normal (2 Ω) (1 kHz, 0.8 % THD)...90 W × 4 Bridged (4 Ω) (1 kHz, 0.8 % THD)...180 W × 2 Frequency Response (+0, -3 dB)...5 Hz - 50 kHz Sensitivity (rated output) (MAX.) ...0.2 V Sensitivity (rated output) (MIN.) ...5.0 V Input Impedance...10 kΩ Signal to...