Sanyo HECSA5000 Bedienungsanleitung

FILE No.

SERVICE MANUAL

REFERENCE NO. SM6510488-00

Chair Type Massager

(Massager Lounger)

HEC-DR5000

(GENERAL)

290 W

AC Local voltage 50/60 Hz

30 minutes

730 mm[width] x 1,240 mm[depth] x 1,200 mm[height]

* When not reclined (with foot rest retracted)

730 mm[width] x 1,940 mm[depth] x 680 mm[height]

* When reclined (with foot rest set horizontally)

(5 stages) Approx. 300 times/min., 390 times/min., 480 times/min.,

540 times/min., 600 times/min.

One up/down pass in approx. 35 sec.

Approx. 70kg

No gradation or 2cm/one press of button

Approx. 120 - 170 degrees

Motor-driven type (Linked with foot rest)

Strong: Approx. 27kPa

Weak: Approx. 21kPa

Approx. 720 mm

Stand, Installation screws(Three)

Artificial leather 100%

(5 stages) Approx. 10 times/min., 15 times/min., 20 times/min.,

25 times/min., 30 times/min.

Power consumption

Power source

Rated time

Dimensions

Weight

Massaging balls up/down range

Height adjustment of

massaging balls

Reclining angle

Reclining method

Lower Body Massaging

(Air pressure)

* There is a slight

difference according

to the part.

Accessories

Exterior cloth

Vertical movement speed

Partial stretching(Long) :Repetition within Approx.200mm

Partial stretching(Short) :Repetition within Approx.100mm

Backbone stretching width

Massaging Frequency

Tapping width (Upper body)

Tapping Frequency (Upper body)

Range of partial stretching

(MANUAL COURSE) Approx. 15 minutes

Timer

(5 stages) Approx. 70mm, 85mm, 100mm, 115mm,

130mm Vartical movement speed

(5 stages) Approx. 70mm, 85mm, 100mm, 115mm,

130mm Range of partial stretching

(WHOLE BODY SENSOR AUTOMATIC COURSE)

Approx. 15 minutes (maximum Approx. 20 minutes)

(AUTOMATIC COURSE) Approx. 15 minutes (maximum Approx. 20 minutes)

Specifications

HEC-DR5000

(GENERAL)

OPEN

LOCK

POWER

OFF

POWER switch

LOCK switch

Caster

Tapping motor

Massage motor

Strength motor

Elevation motor

Earthing screws

(for LOW voltage)

Massage unit

Remote control

Stand

Senser

Seat cover

( 2 Air bags )

( 18 Air bags )

Foot rest

Power cord

Power plug

Head cover

Back rest

Back pad

Massage hands

Arm rest

Reclining motors

Control unit

Air pump & Solenoids

Name/Function of Each Part

HEC-DR5000

(GENERAL)

CN1 CN2

CN5 CN6 CN27

CN7 CN28 CN20

CN25

CN4

CN3

CN14

CN24 CN12CN23

CN906 CN921

CN905

CN902

CN904

CN903

CN911

CN16 CN13

CN703

CN1

CN19

CN8 CN9 CN10 CN11

CN22

CNA701

CNB701

CNA791

CN702

CN701

CN21

CN901

CN931

CN17

CN18CN15

Air Pump

Power Switch

Fuse

(250V 4A)

Reclining Motor(Foot Rest)

Motor

Reclining Motor (Back Rest)

Reactor

Limit SW(UPPER)

(Elevation)

Transformer

Printed board

(Massage Pulse)

Printed board

(Elevation Pulse)

Printed board

(Strength Pulse)

Printed board

(Tapping Pulse)

Main Harness

Volume Rotary

(Pressure)

Limit Switch(UPPER)

(Strength)

Motor(Elevation)

Perspiration Sensor

Printed board

(Pulse Sensor)

(Sensor)

(Remote Control)

Printed board

(Sensor Control)

Printed board

(Sensor Operation)

Printed board

(Remote Control)

Printed board(Main)

Heater(Sole)

Thermistor

Printed board(Power)

Motor(Strength)

Motor(Massage)

Motor(Tapping)

Valve (No.8)

Valve (No.7)

Valve (No.6)

Valve (No.5)

Valve (No.4)

Valve (No.3)

Valve (No.2)

Valve (No.1)

Switch Motor Switch

Wiring Diagram (for LOW voltage)

HEC-DR5000

(GENERAL)

CN1 CN2

CN5 CN6 CN27

CN7 CN28 CN20

CN25

CN4

CN3

CN14

CN24 CN12CN23

CN906 CN921

CN905

CN902

CN904

CN903

CN911

CN16 CN13

CN703

CN1

CN19

CN8 CN9 CN10 CN11

CN22

CNA701

CNB701

CNA791

CN702

CN701

CN21

CN901

CN931

CN17

CN18CN15

Air Pump

Power Switch

Fuse

(250V 4A)

Reclining Motor(Foot Rest)

Motor

Reclining Motor (Back Rest)

Reactor

Limit SW(UPPER)

(Elevation)

Transformer

Printed board

(Massage Pulse)

Printed board

(Elevation Pulse)

Printed board

(Strength Pulse)

Printed board

(Tapping Pulse)

Main Harness

Volume Rotary

(Pressure)

Limit Switch(UPPER)

(Strength)

Motor(Elevation)

Perspiration Sensor

Printed board

(Pulse Sensor)

(Sensor)

(Remote Control)

Printed board

(Sensor Control)

Printed board

(Sensor Operation)

Printed board

(Remote Control)

Printed board(Main)

Heater(Sole)

Thermistor

Printed board(Power)

Motor(Strength)

Motor(Massage)

Motor(Tapping)

Valve (No.8)

Valve (No.7)

Valve (No.6)

Valve (No.5)

Valve (No.4)

Valve (No.3)

Valve (No.2)

Valve (No.1)

Switch Motor Switch

Wiring Diagram (for HIGH voltage)

HEC-DR5000

(GENERAL)

Air tank

Air pump

Air bag position Solenoid / Air pump position

432

5555

765

compressing

Air pump

Air tank

decompressing

Solenoid

(Foot shiatsu, middle)

Air bag

(Foot shiatsu, middle)

Air bag

(Foot shiatsu, middle)

Air bag

(Foot shiatsu,

back and forth)

Air bag

(Foot shiatsu,

back and forth)

Air bag

(Leg shiatsu, upper)

Air bag

(Leg shiatsu, lower)

Air bag

(Leg shiatsu, upper)

Air bag

(Leg shiatsu, lower)

Solenoid

(Foot shiatsu,

back and forth)

Solenoid

(Leg shiatsu, upper)

Solenoid

(Leg shiatsu, lower)

Exhaust

Solenoid

(Leg pinching)

Air bag

(Leg pinching)

Air bag

(Leg pinching)

Air bag

(Foot pinching, insaide)

Air bag

(Foot pinching, insaide)

Air bag

(Foot pinching, outsaide)

Air bag

(Foot pinching, outsaide)

Air bag

(Thigh, right , left)

Air bag

(Thigh, right , left)

Solenoid

(Foot pinching, outsaide)

Solenoid

(Foot pinching, insaide)

Solenoid

(Thigh, right , left)

Exhaust

HEC-DR5000

(GENERAL)

Air Wiring

Air tank

Air hoses

Solenoids

Air pump Photo-2

Photo-1

1, Foot shiatsu, middle

2, Foot shiatsu, back and forth

3, Leg shiatsu, upper

4, Leg shiatsu, lower

5, Leg pinching

6, Foot pinching, outsid

7, Foot pinching, insaide

8, Thigh, right, left

Structure of air massaging component for lower extremites

5555

8765

1. The air massager is composed of 20 air bags (photo-1) contained in an air pump, an air

tank and solenoids (Photo-2), and foot and leg massaging components and of air hoses

(photo-2) connecting among them, all of which are located under the seat.

2. Air pressured by means of the air pump is supplied to the individual air bags by switching

among the solenoids.

3. In massaging, the process of two steps is repeated; 1) pressing and finger-pressurizing

feet and legs by air bags expanded with filled air and 2) compressing the air bags by

discharging air from the solenoids.

HEC-DR5000

(GENERAL)

Air Massage

HEC-DR5000

(GENERAL)

Massage Motors

Elevation motor

Massage motor

Tapping

motor

This motor rotates to move the massage balls upward and downward alternately via

the driving belt coupled to the motor.

(The motor revolutions is adjustable in three steps so that the tapping frequency

can be changed over to approximately 300,390,480,540 and 600 cycles/minute.)

2, Massage motor

This motor rotates to move the massage balls crosswise via the driving belt and gear

box coupled to the motor.

(The motor revolutions is adjustable in three steps so that the massaging frequency

can be changed over to approximately 10,15,20,25 and 30 cycles/minute.)

(When tapping, shiatu and stretching the backbone line, the massage ball position

can be changed over in three steps after starting the massagemotor.)

(Massage ball width approximately 70,85,100,115 and 130 mm.)

3, Strength motor

This motor rotates to transmit its rotating torque to the shaft screw via the driving

belt, whereby the massage unit is moved forward, and backward and the massage

balls is moved forward and backward.

(This motor rotates clockwise and counterclockwise to thereby move the massage

unit forward and backward.)

(When tapping, massage, shiatu and stretching the backbone line, the massage unit

position can be changed over in five steps after starting the strength motor.)

4, Elevation motor

This motor rotates to transmit its rotating torque to the gear of right and left of a

massage unit the driving belt.

The gear is included in right and left of a back frame. It has geared with the gear of

right and left of a massage unit.

This motor rotates, a gear on either side rotates and a massage unit moves up and

down in the gear top of a back frame.

(This motor rotates, clockwise and counterclockwise to thereby move the massage

unit move up and down.)

(When stretching the backbone line, the massage ball is moved up and down.)

Strength motor

Tapping motor

HEC-DR5000

(GENERAL)

Massage Motors

Shoulder Gripping & Massaging

With the aid of a massage hand unit with a joint which moves freely like a thumb, a

massaging technique called "Grip/Grasp/Massage/Knead" for gripping and massaging

the muscles of shoulders has been reproduced.

This massaging technique has been reproduced by way of gripping the shoulders from

above while projecting the massage hands greatly together with a massage unit at the

back (maximum projection of massage hands: approx. 160mm).

Operation of Shoulder Gripping & Massaging

There are two large massage hands and two small massage hands at both ends of the

right and left massage arms. The small massage hands have the structure to move freely.

The massage hands move from side to side according to the operation of massage motors.

When the distance between the massage hands becomes narrower (the massage hands

move inwards), the massage hands move so that the clearance between the large

massage hands and the small massage hands becomes narrower.

Operation of shoulder gripping and massaging: Shoulder position is first measured, and

the massage hands project forward greatly only at the shoulder position and "grip and

massage the shoulders".

*The "shoulder gripping and massaging" function does not work on the back or the waist.

Wide massage hands Narrow massage hands

Large massage hands

Small massage hands

HEC-DR5000

(GENERAL)

Operation of Stiffness Detecting Sensor

The sensor employs two types of sensors; an photo sensor and an electrical skin resistance

sensor for monitoring two physiological factors (pulse rate and perspiration respectively).

If stiffened position is subjected to stimulation of massage, the pulse rate and perspiration

will change accordingly. The sensor monitors such change in those two factors.

The stiffness determined by a change in perspiration and

pulse rate monitored will be indicated in real time on a level

meter of a remote controller.

1;When relaxed, the perspiration tends to decrease.

2;When in normal condition, each physiological

parameter shows less change.

3;When felt stiffened, the perspiration as well as pulse rate tends to increase.

4;When feeling a pain, the perspiration significantly increases and the pulse rate tends

to increase.

In the massage position display, the position where stiffness is detected (=the point needs

to be massaged) will be displayed.

Perspiration Pulse rate

When stimulated

and felt "stiffened"

Perspiration

increases

Sensor

Detection

A stimulation given to the stiffened or

sore muscle will cause vital reaction

considered to represent a change in

sensation such as better feeling with

comfortable pains. Monitoring such vital

reaction (perspiration and/or change in

pulse rate) concurrently enables

determination of the effectiveness of the

stimulation given.

Point that may be massaged.

Position where stiffness is detected

Indicates positions where the sensor detects

stiffness by monitoring perspiration and pulse rate that will

change when better feeling is given through stimulation

by massage.

Stiffness display

Indicates stiffness in real time by

monitoring fingers for any change

in perspiration and pulse rate

during acupressure massage.

Massage position display

Pulse rate

increases

STIFFNESS

RELAX HIGHT

STIFFNESS

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