System examples, Power indicator, Controls – Kenwood KAC-5201 User Manual

Page 2: Connection

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System examples

L

R

L

R

L

R

L

R

L

R

L

R

L

R

MONO(Lch)

STEREO

OPERATION

MONO(Lch)

STEREO

L+R

OPERATION

KAC-5201

KAC-6201

LPF

FILTER

OFF

LPF

FILTER

HPF

OFF

L

R

L

R

MONO(Lch)

STEREO

OPERATION

MONO(Lch)

STEREO

L+R

OPERATION

KAC-5201

KAC-6201

LPF

FILTER

OFF

LPF

FILTER

HPF

OFF

MONO(Lch)

STEREO

OPERATION

MONO(Lch)

STEREO

L+R

OPERATION

KAC-5201

KAC-6201

LPF

FILTER

OFF

LPF

FILTER

HPF

OFF

7

8

7

8

7

8

7

8

7

8

7

8

25

4

3

2

Operations of the following control and switches
are required in accordance with the center unit
and speakers connected with this unit.

1 Fuse

25 A

× 1 : KAC-6201

15 A

× 1 : KAC-5201

If you can’t find the specified capacity fuse at your
store etc., consult your Kenwood dealer.

2 Battery terminal

3 Ground terminal

4 Power control (REMOTE) terminal

5 SPEAKER OUTPUT terminals

• Stereo Connections:

When you wish to use the unit as a stereo
amplifier, stereo connections are used.

• Bridged Connections:

When you wish to use the unit as a high-output
monaural amplifier, bridged connections are
used. (Make connections to the LEFT channel (+)
and the RIGHT channel (–) SPEAKER OUTPUT
terminals.)

6 RCA cable ground lead terminal

When using an RCA cable with a ground lead
attached, connect the ground lead to this terminal.

Do not use this terminal for power source
grounding. This unit will be damaged if the power
source grounding wire is connected to this
terminal.

7 FILTER switch

These switches allow filtering of the speaker
output signals.

• HPF (High Pass Filter) position (KAC-

6201 only)

Only frequencies of 150 Hz or higher are output.
(Frequencies below 150 Hz are cut.)

• LPF (Low Pass Filter) position

Only frequencies of 80 Hz or lower are output.
(Frequencies above 80 Hz are cut.)
The Lch and Rch will be mixed before output
even if the operation switch is set to STEREO.

• OFF position

The original sound without filtering is output.

8 OPERATION switch

This switch allows selection of the amplification
method of input signals.

• STEREO position

The amplifier can be used as a stereo amplifier.

• L+R position (KAC-6201 only)

The input left and right signals are combined
before being amplified. Use this position when
the unit is used for subwoofer speakers or the
L+R (monaural) sound is required.

• MONO (Lch) position

Amplifies the signal input from the left side only.
Set to this position and make bridged
connections to use as a high-power monaural
amplifier. (The input right signal is not output.)

9 INPUT SENSITIVITY control

Set this control according to the pre-output level of
the center unit connected with this unit, or to the
maximum power output of the genuine-accessory
car stereo.
Use the diagram on the right as a guide.

For the pre-output level or the maximum power
output, refer to the “Specifications” in the
instruction manual of the center unit.

0 LINE IN terminal

! Speaker level input terminals

Power indicator

When the power is turned on, the Power indicator
lights.
If the Power indicator does not light when the power
is turned on, the protection function may be
activated. Check whether there is any indication of
trouble.

The protection function is activated

in the following situations:

This unit is equipped with a protection function for
protecting this unit and your speakers from various
accidents or problems that can occur.
When the protection function is triggered, the
Power indicator goes off and the amplifier stops
operating.
• When a speaker wire may be short-circuited.
• When a speaker output contacts ground.
• When the unit malfunctions and a DC signal is

sent to the speaker output.

• When the internal temperature is high and unit

won’t operate.

• When a ground wire of the center unit (cassette

receiver, CD receiver, etc.) or this unit is not
connected to a metal part serving as an electrical
ground passing electricity to the battery's
negative - terminal.

NOTE

2CAUTION

NOTE

Controls

25

INPUT

SENSITIVITY(V)

MAX

MIN

0.3

0.5

1.0

(W)

20

15

10

9

0

89

!

6

1 234

5

7

0

89

!

6 7

KAC-5201
KCA-6201

KAC-6201

KAC-5201

Power indicator

KAC-6201

KAC-5201

Terminal cover

Battery

Ground wire*

Battery wire*

Protective Fuse*

Power control wire*

Power wire connection

L

R

L

R

L

C

C

MONO(Lch)

STEREO

OPERATION

MONO(Lch)

STEREO

L+R

OPERATION

KAC-5201

KAC-6201

LPF

FILTER

OFF

LPF

FILTER

HPF

OFF

7

8

7

8

Connection

For safe installation, read "Installation procedure" before starting work.

NOTE

25

25

GND

LEFT

BRIDG

ED

RIGHT

LEFT

BR

ID

GED

RIGHT

LE

FT

RIG

HT

SPEAKER LEVEL INPUT

4

6

!

5

5

4

CENTER UNIT (Cassette receiver,
CD receiver, etc.)

Power control wire*

RCA cable*

Genuine-accessory car stereo (No
line output center unit etc.)

ACC

Battery

Car fuse box

Lead terminal*

Subwoofer

Lead terminal*

Right speaker

Left speaker

Speaker

2-channel system

1-channel system

Subwoofer system

RCA cable connection

Speaker level input connection

Speaker stereo connection

Speaker bridge connection

CENTER

UNIT

CENTER

UNIT

CENTER

UNIT

Tri-mode

Principle of Tri-mode

Method of frequency band division using a coil
and capacitor

...

in case of 6dB/oct. slope

Coil (L): Passes low frequencies and blocks
high frequencies. (Low pass)
Capacitor (C): Passes high frequencies and
blocks low frequencies. (High pass)

Example:

When it is required to set a crossover
frequency of 120 Hz using speakers with an
impedance of 4 ohms.
fc=Cut of Frequency (Hz)
R=Speaker Impedance (

Ω)

• If you wish to bridge-connect a speaker, the

speaker impedance must be no less than 4
ohms. Connecting a speaker with an
impedance lower than 4 ohms may damage
the unit.

• Be sure to connect capacitors to speakers to

which high frequencies will be passed.
Failure to do so will result in a drop of the
combined impedance with the subwoofer.

• Ensure that the withstand voltage and

current ratings of the capacitors (C) and coils
(L) are sufficient.

2CAUTION

L

C

0 dB

-3 dB

Crossover Frequency

Frequency

CENTER

UNIT

High pass

Subwoofer
(L + R)

159000

C= (µF)

fc x R

159 x R

L= (mH)

fc

159000

= = 331.25 µF

120Hz x 4

159 x 4

= = 5.3 mH

120Hz

Left speaker

Right speaker

Left speaker

Right speaker

Left speaker

Right speaker

Subwoofer

Lead terminal*

*Commercially available parts

25W or greater

KAC-6_5201(KE)1En 02.10.16 10:10 AM Page 2

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