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1. How to remove the setting stem

The ''setting lever'' can not be push if the setting stem is not at normal position.

2. Attention for solar cell unit

Pay attention not to touch and scratch the surface of the solar cell.

3. Dial transparency rate

Keep the transparency rate of the dial more than 30%.

(Effective aperture is 

φ

19mm)

Each elements of solar cell must be kept the transparency rate.

4. The guideline of charging time is as in below

(Dial transparency rate = 30%)

Illumination

(Lx)

Source of light

Environment

A

(Approx.

 Hours)

C

(Approx.

 Minutes)

700

Inside the office

100

3,000

30W 20cm

60

25

10,000

Cloudy

20

8

100,000

Fine weather

5

2

Condition A :  Time required for full charge
Condition B :  Time required for steady operation

Condition C :  Time to charge 1 day of power

5. Caution

When removing the setting stem, put the setting stem at normal position and push the ''setting lever''
by tweezers. (Refer to the Fig.[0].)

Cal.

AS01A

Attention-01

24/Apr./'15

Rev. :  01

B

(Approx.

 Hours)

15 minutes

1.5

4

35

A fluorescent lamp

Sun light

When charging the watch, do not place it too close to fluorescent lamp or other light sources as the
watch temperature will become extremely high, causing damage to the parts inside the watch.

Fig.[0]  

P. 10-01 

Summary of Contents for As01A solar series

Page 1: ...Watch Movement Specification and Drawing SOLAR SERIES Cal AS01A Movement Size Casing Diameter Height Running Time 6 3 4 8 15 3 17 8 mm 3 45 mm Approx 4 months ...

Page 2: ...pearance 01 3 Casing 01 4 Hand fitting 03 5 Hand setting stem 02 6 Dial 01 02 7 01 Dial 02 02 7 02 Dial 03 02 7 03 Casing ring 02 8 Solar cell unit 01 01 9 01 Solar cell unit 02 01 9 02 Solar cell unit 03 01 9 03 Attention 01 01 10 01 Attention 02 01 10 02 Attention 03 01 10 03 ...

Page 3: ...on warning function The two second intervals movement of the second hand is a signal of energy depletion The watch continuous running time after two second intervals movement is approximately 1 day 6 Structure of the separated parts Unlike conventional quartz watches this watch does not use a silver oxide battery thus eliminating the need for battery replacement This watch is a solar powered watch...

Page 4: ...RES Jewels 0 Jewels Anti magnetism Over 1600A m Direct current magnetic field Driving current consumption Approx 0 93μA 1 4V Operation stopping voltage 1 0 V Solar cell type Amorphous silicon solar cell Maximum unbalance of hands Second hand 0 06μN m Minute hand 0 6μN m Hour hand 0 5μN m Moment of inertia Second hand less than 0 11 μg m 5 SECONDARY BATTERY Installed Type Titanium lithium ion secon...

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Page 16: ...nt A Approx Hours C Approx Minutes 700 Inside the office 100 3 000 30W 20cm 60 25 10 000 Cloudy 20 8 100 000 Fine weather 5 2 Condition A Time required for full charge Condition B Time required for steady operation Condition C Time to charge 1 day of power 5 Caution When removing the setting stem put the setting stem at normal position and push the setting lever by tweezers Refer to the Fig 0 Cal ...

Page 17: ...ry Refer to the Fig 4 in below To prevent from the battery explosion it is adopted safety structure not to charge the silver oxide battery even if it is accidentally set When the secondary battery is assembled please match the phase in accordance with illustration and push the battery vertical direction Refer to the Fig 1 2 in below When the secondary battery is disassembled please broaden the spr...

Page 18: ...se be sure to hold the dial If the hand is disassembled without holding the dial it may have a possibility to break the movement 8 How to set the dial The dial is held by the four guide poles on the solar cell unit Cal AS01A Attention 03 24 Apr 15 Rev 01 Hand remover P 10 03 ...

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