Harman kardon hk 6100 service manual

Page 2

SPECIFICATIONS

Nominal Limit

Continuous Average Power

FTC, both channels driven, 30Watts per channel

20-20,000Hz @ less than 0.09% THD into

8 Ohms

High Instantaneous Current

Capability IHICC) 22A
Half Power Bandwidth I80hms) 10Hz~100kHz
Frequency Responce at -3dB 0.5Hz~230kHz*
Input Sensitivity

Tuner 135mV : 25mV

Phone 2. 2mV :3ng

Signal to Noise Ratio

Tuner 87.13ng 77dB

Phono 81.0ng73dB
Channel Separation at 10kHz

Tuner 55dB g 45dB

Phono 55dB g45dB
IM Distortion Ratio 0.04%;0. 1 %
Damping Factor at 1kHz 70; 50

Tone Control Characteristics
Bass Turnover Frequency (200Hz/4OOHzI
Bass at 50Hz/100Hz
Boost t10dB : 2dB
Cut i 10dB i 2dB
Treble Turnover Frequency I2kHz/6kH1)
Treble at 10kHz/30kHz
Boost 1 1 OdB i 2dB
Cut : 1 OdB i 2dB

Nominal leit

Loudness Control (with Volume

Control at -40dBI
at IOkHz
at 50Hz
DC Output Voltage
L channel
R channel
RIAA Equalization at Tape Out
(20Hz/20kHz) (No load)
Phono Over Load (No load)
Phono (MM)
Dimensions (W x H x D)

Weight
North America area model
Power Supplies
North America area model
International model
Japan model
Power Consumption
North America area model
International model
Japan model

3dB 1 we
IOdB 1 2dB (

OmV 1' 60mV
OmV t 60mV

0.12dB + 0.5dB/0.12dB-0.5dB
135ng110mV
17-1/2 x 4-1/16" x14-1l4
(443 x 103 x 361mm)
14lbs. 201. (6.4kg)
AC 120V, 60Hz
AC 220/240V, 50/60Hz
AC 100V, 50/60Hz

220W (242VA)
190W

98W 6'

* Frequency Responce at -3dB O.5Hz~170kHz

International model

These specifications are service target 5

Specifications and components subiect

pecs.

to change without nolice. Overall

performance will be maintained or improved. ~

LEAKAGE TEST IFOR SERVICE ENGINEERS IN THE u.s.A.)

Before returning the unit to the user, perform the following safety checks:

HK6100

1. Inspect all lead dress to make certain

SIMPSON MODEL 229 ETC, FDR

that leads are not pinched or that
hardware is not lodged between
the chassis and other metal parts
in the unit.

2. Be sure that any protective devices
such as nonmetallic control knobs,
insulating fishpapers, cabinet backs,
adjustment and compartment covers
or shields, isolation resistor-capacity
networks, mechanical insulators,
etc. which were removed for servic»
ing are properly reinstalled.

3. Be sure that no shock hazard exists; check for leakage
current using Simpson Model 229 Leakage Tester,

standard equipment item No. 21641, RCA Model 1135
WT54OA or use alternate method as follows: VVV

Plug the power cord directly into a 1204/olt AC
receptacle (do not use an Isolation Transformer for
this test). Using two clip leads, connect a 1500
Ohm, 10-watt resistor paralleled by a 0.15 uF capacitor,
in series with all exposed metal cabinet parts and
a known earth ground, such as a water pipe or conduit.
Use a VTVM or VOM with 1000 Ohms per volt, or
higher sensitivity to measure the AC voltage drop
across the resistor. (See Diagram.) Move the resistor
connection to each exposed metal part having a
return path to the chassis (antenna, metal, cabinet,
screw heads, knobs and control shafts, escutcheon,
etc.) and measure the AC voltage drop across the

TO EACH EXPOSED
METAL SURFACE OF
UNIT UNDER TEST

LEAKAGE TEST

HIGH
VOLTAGE
OH + LEAD

LEAD

6

VTVM
-0 AC SCALEO_

_.Il__

0.15IAF

TEST PROBE

TO EXPOSED C
METAL PARTS

GROUND

T0 AC GROUND SUCH
AS WATER PIPEIBX CABLE,
CONDUIT, ETC. {5

ONNECT T0 KNOWN
EARTH GROUND

resistor. (This test should be performed with the power switch in both the On and Off positions.)
A reading of 0.35 volt HMS or more is excessive and indicates a potential shock hazard which must be corrected before

returning the unit to the owner.