TECHNICAL GUIDE |
| Cal. 5J32A | ||||
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| Problems, causes and methods of repair |
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| Problems | Possible causes | Methods of repair and checking | See the |
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| page below. |
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| The quickness of the | 1) The coil for detecting | 1) Check the resistance of the coil for | Page 15 |
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| hand movement after | generation of the hour and | detecting generation. Replace the hour |
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| the activation of the | minute coil block is broken. | and minute coil block if the coil is broken. |
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| time relay function has |
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| reduced a little. |
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| The oscillating weight | 1) The coil of the generating | 1) Check the resistance of the generating | Page 15 |
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| rotates at an abnormally | coil block is broken. | coil block. Replace the generating coil |
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| high rate, and no |
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| block if the coil is broken. |
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| charging is made. |
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| 2) The pivot of the generating | 2) Remove the broken piece of the | Page 11 |
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| rotor is broken. (The pinion | generating rotor, and replace and |
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| of the generating rotor and | lubricate the generating rotor. (Overhaul |
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| the gear of the intermediate | and clean if necessary.) |
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| wheel for generating rotor |
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| are out of mesh.) |
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| The oscillating weight | 1) The gear of the oscillating | 1) If the gear of the oscillating weight and | Page 10 |
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| will not rotate. | weight and the pinion of the | the pinion of the intermediate wheel for |
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| intermediate wheel for | generating rotor are intact, reassemble |
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| generating rotor are out of | them to the movement. |
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| mesh. |
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| 2) The pivot of the generating | 2) Remove the broken piece of the | Page 11 |
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| rotor is broken. (The pinion | generating rotor, and replace and |
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| of the generating rotor and | lubricate the generating rotor. (Overhaul |
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| the gear of the intermediate | and clean if necessary.) |
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| wheel for generating rotor |
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| engage with each other.) |
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| The current consump- | 1) When the measurement is | 1) After connecting the tester, move the | Page 16 |
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| tion for the whole of the | made, the IC is still in the | oscillating weight more quickly for a |
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| movement exceeds the | quick start mode. (When the | longer period of time, and then, make |
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| standard value. | c u r r e n t c o n s u m p t i o n | the measurement again. |
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| measures about 200 ∝A, it is |
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| likely that the IC is in the |
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| quick start mode.) |
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| 2) The load applied on the gear | 2) If the current consumption for the circuit | Page 17 |
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| train, etc. has increased, and | block alone is within the standard value |
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| the driving pulse to compen- | range, overhaul and clean the movement |
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| sate it has been generated. | parts, and then, make the measurement |
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| again. |
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| The current consump- | 1) The light from outside the | 1) Shut out the light, and make the | Page 17 |
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| tion for the circuit block | movement is affecting the | measurement again. |
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| alone exceeds the | measurement. |
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| standard value. | 2) When the measurement is |
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| 2) Switch the IC to the normal mode, and | Page 17 |
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| made, the IC is still in the | make the measurement again. |
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| quick start mode. (When the |
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| c u r r e n t c o n s u m p t i o n |
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| measures about 200 ∝A, it is |
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| likely that the IC is in the |
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| quick start mode.) |
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| 3) The IC is out of order. | 3) Replace the circuit block. |
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| The manual power save | 1) The energy depletion | 1) Swing the watch until the second hand | Page 18 |
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| function cannot be | forewarning function is in | moves at |
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| activated. | operation. | check if the manual power save function |
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| is activated. |
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| 2) The power save switch lead | 2) Check if the power save switch lead pin | Page 14 |
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| pin is not in contact with the | is set in position. Check if the yoke |
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| yoke. | functions properly. |
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| 3) The yoke and the movement | 3) Check if the spring portion of the yoke | Page 14 |
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| do not conduct electricity. | catches the pin of the movement while |
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| making contact with it. |
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