JVC L-AX1 - Power Specifications

1. Specifications
MOTOR AND PLATTER
Drive system
Driver Motor
Speeds
Wow and Flutter
Signal to Noise Ratio
Platter
TONEARM
Type
Effective Arm Length
Overhang
Applicable Cartridge
Weight
CARTRIDGE
Type
Stylus
Optimum Tracking
Force
Output
Frequency Response
Separation
: Belt drive system
: DC servo motor
- 33-1/3 rpm and 45 rpm
: 0.07% (DIN)
: 65 dB (DIN-B)
: 11-13/16 inch (30 cm) diameter
die-cast aluminium alioy
: Statically balanced and in-
tegrated straight tubular arm
with JVC developed TH (Trac-
ing Hold) balancing system.
: 220 mm
- 15 mm
- 5.15 grams
: Moving magnet (MD1055B)
- 0.6 mil. diamond for DT-55B
: 2,.0+0.25 grams
- 2.5 mV (71 KHz 50 mm/sec.
jateral)
- 10 Hz to 22,000 Hz
: 25 dB (1 kHz)
: 47 kohms
: 7X 10°§cm/dyne
(100 Hz Dynamic)
: 70 pm at 315 Hz
Load Resistance
Compliance
Tracking Ability
L-AX1/L-AX1B
GENERAL
Dimensions - 43.5(W) x 35.5(D) x 10(H) cm
Net Weight : 2.8 kg (6.2 Ibs)
POWER SPECIFICATIONS
Power
U.S.A. & CANADA! AC 120 V, 60 Hz
CONTINENTAL
EUROPE AC 220 V~, 50 Hz
U.K. & AUSTRALIA| AC 240 V~, 50 Hz
AC 110 V—120 V
{220 V--240 V
selectable, 50/60 Hz
AC 110 V—120 V |
U.S. MILITARY
MARKET
come AREAS
Design and specifications subject to change without notice.
{220 V—240 V
selectable, 50/60 Hz
2. Operation of Automatic Mechanism
2-(1) Change Cycle Mechanism:
1. During playing, the notch of the main gear position
relative to the turntable spindle gear is as shown in Fig.
1. As the projection is away from the engagement, the
main gear does not rotate even though the turntable.
2. As playing proceeds, the trip slide moves toward the
center of the turntable following the movement of the
tonearm.
3. The engagement is very easy to move as it simply rests
on the lower trip. On the music section of the record
groove the engagement moves so slightly that it is
returned by the tip of the projection. Consequently, the
turntable spindle gear does not engage with the main
gear and thus does not trigger the auto-return operation
as shown in Fig. 2.
4. When playing ends and the pick-up cartridge enters the
lead-out groove which is spaced out, the engagement
advances more then it is returned by the projection.
Because of this, the engagement is pressed by the pro-
jection as shown in Fig. 3, causing the main gear to turn
and engage with the turntable spindle gear. Thus the
change cycle is started.
Projection
Engagement
Platter Spindle Gear
Platter gear
Fig. 1
(No. 2820) 1-2