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31

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工事業者様へ 

14 

 

故障と思われる前に 

症状 

原因 

処置 

参照 
ページ 

時計駆動器に何も表示されない。 
時計駆動器が操作できない。 

電池が接続されていない。 

電池を接続してください。 

18 

電池電圧が 3.2V 以下に低下して
いる。 
(ソーラーパネルに 1 日 4 時間以
上、太陽光が当たっていない。) 

ソーラーパネルの調整をしてくだ
さい。 
さらに電池を交換してください。 

10 

太陽光があたる場所に設置してく
ださい。 
さらに電池を交換してください。 

ー 

ヒューズが切れている。 

ヒューズを交換してください。 

ー 

電池接続時に LCAP が表示され、
時計駆動器の操作ができない。 

キャパシタの電圧が 3.5V 以下に
低下している。 

キャパシタを充電してください。 
充電後、LCAP 表示が消え操作がで
きるようになります。 

27 
28 
29 

LCAP が表示され、子時計が調針さ
れない。 

キャパシタの電圧が 3.5V 以下に
低下している。 

キャパシタを充電してください。 
充電後、時刻表示になり調針されま
す。 

27 
28 
29 

子時計が動かない。 

時計駆動器との結線が間違ってい
る。 

正しい結線にしてください。 

12 
13 
15 

延⾧ケーブルの太さ、⾧さが適切で
ない。 

規定の延⾧ケーブルにしてくださ
い。 

16 

針位置が設定されていない。 

針位置を設定してください。 

22 

子時計が 30 秒ずれる。 

信号の極性が(+、-)が逆に結線
されている。 

正しい結線にしてください。 

12 
13 
15 

GNSS 受信ができない。 
(LCAP と時刻が交互に表示され
る。) 

キャパシタの電圧が 3.7V 以下に
低下している。 

キャパシタを充電してください。 
充電後、GNSS 手動受信を行って
ください。 

27 
28 
29 

GNSS 受信ができない。 
(ADJ と 5 秒間表示される) 

子時計が調針中で GNSS 受信が行
えない。 

調針終了後、GNSS 手動受信を行
ってください。 

23 
27 

GNSS 受信ができない。 
(状態表示の GPS が点灯しない。) 

時計駆動器と GNSS 受信器の結線
が間違っている。 

正しい結線にしてください。 

12 
13 
15 

延⾧ケーブルの太さ、⾧さが適切で
ない。 

規定の延⾧ケーブルにしてくださ
い。 

16 

GNSS 受信ができない。 
(状態表示の修正が点灯していな
い。) 

周囲の環境により GNSS 衛星から
の電波が受信できない。 

GNSS 受信器を受信状態のよい場
所へ移動してください。 

 

Summary of Contents for QP-400GS

Page 1: ...I 7211 5 QP 400GS...

Page 2: ...1 2 3 4...

Page 3: ...1 1 2 3 3 4 3 1 4 3 2 4 3 3 4 4 5 5 5 6 6 6 1 550 6 6 2 700 7 6 3 8 7 9 7 1 9 7 1 1 9 7 1 2 10 7 2 10 7 2 1 10 8 11 8 1 11 8 2 11 9 12 9 1 12 9 2 12 9 3 GNSS 12 9 4 13 10 14 10 1 14 10 2 15...

Page 4: ...1 2 17 11 1 3 17 11 2 18 11 3 19 11 4 20 11 4 1 20 11 4 2 21 11 4 3 22 11 4 4 GNSS 23 11 4 5 0 30 23 11 5 24 11 6 25 11 6 1 25 11 6 2 25 11 6 3 26 11 7 27 11 7 1 LCAP 27 11 7 2 ADJ 27 11 8 28 11 8 1 2...

Page 5: ...1 1 1...

Page 6: ...2 AY QF BOX GNSS...

Page 7: ...3 2 1 4 AM10 00 PM2 00 4 GNSS GNSS GNSS OA...

Page 8: ...4 3 3 1 GNSS QP 400GS GNSS GNSS 3 2 1 1 3 3 1...

Page 9: ...5 4 5 4 1 16 2 1 SD 14 0 5A 5 2 20 1 1 GNSS QP 400GS A GNSS B C QP 500...

Page 10: ...6 6 6 1 550 M8AY M8 B A B 470 A 10...

Page 11: ...7 6 2 700 M10AY M10 2 540...

Page 12: ...8 6 3 Q 10 800 850 800 850 89 1 89 1 300 700 139 8 4360 5300...

Page 13: ...9 7 7 1 7 1 1 GNSS A 1 4 AM10 00 PM2 00 B 90 B 90 LFR M 2 LFR B GNSS A M4 2...

Page 14: ...10 7 1 2 15mm 7 2 7 2 1 GNSS A 1 4 AM10 00 PM2 00 B 90 B 90 15mm B A GNSS...

Page 15: ...11 8 8 1 8 2 QF BOX...

Page 16: ...12 9 9 1 CH1 CH1 CH2 CH2 CH2 2 9 2 9 3 GNSS GND 1PPS 1PPS GNSS...

Page 17: ...13 9 4 A GNSS B GND 1PPS 1PPS Reserved Reserved C CH1 CH1 CH2 CH2 CH2 2 A B C...

Page 18: ...14 10 10 1 1...

Page 19: ...15 10 2 Q P 4 0 0 B GNSS 2 6 C A A B C D A B C D C A B A B C D E F A B C D E F B A A B GNSS...

Page 20: ...16 10 3 1 2 1 25 100m 2 2 200m GNSS 1 2 1 25 200m 2 2 300m 0 65 0 5 100m 1 2 0 75 200m...

Page 21: ...17 11 11 1 11 1 1 AM PM 0 30 0 29 30 59 LFR GPS GNSS GNSS SYNC 24 DST 11 1 2 11 1 3...

Page 22: ...18 11 2 3 5V LCAP 11 7...

Page 23: ...19 11 3 3 5V LCAP 11 7 GPS GNSS GNSS GNSS PM12 00 GNSS 3 7V LCAP GNSS GNSS 5 ADJ GNSS GNSS 11 7...

Page 24: ...20 11 4 11 4 1 GNSS UTC UTC UTC 0H 8H 0H 8H 1H 8H 1H 8H 1H 9H 2H 9H 3H 10H 4H 3H 7H 8H 8H 10H...

Page 25: ...21 11 4 2 AM PM 1 0 5 3 5V LCAP 11 7...

Page 26: ...22 11 4 3 CH1 CH2 CH1 END...

Page 27: ...23 3 5V LCAP 11 7 11 4 4 GNSS SYNC 3 7V LCAP GNSS GNSS 5 ADJ GNSS GNSS 11 7 11 4 5 0 30 XX 0 29 XX 0 XX 30 59 XX 1 0 5...

Page 28: ...24 11 5 QP 400GS 1 1 PM12 00 GNSS GNSS 3 7V LCAP GNSS PM12 00 GNSS 11 7 GNSS GNSS 11 4 4 GNSS...

Page 29: ...25 11 6 11 6 1 DST 2 3 00 DST 11 6 2 DST 3 2 00 DST...

Page 30: ...26 11 6 3 DST DST...

Page 31: ...27 11 7 11 7 1 LCAP LCAP Low CAPacitor 3 5V LCAP 3 5V LCAP GNSS 3 7V LCAP GNSS GNSS LCAP LCAP 11 8 11 7 2 ADJ GNSS 5 ADJ ADJustment GNSS GNSS 11 4 4 GNSS...

Page 32: ...28 11 8 11 8 1 LCAP LCAP 3 5V GNSS LCAP 3 7V 3 5V 3 7V 3 1V 58 165 104 300 3 2V 47 135 92 270 3 3V 33 95 74 232 3 4V 17 50 62 186 3 5V 45 133 3 6V 21 69...

Page 33: ...29 11 8 2 9V 006P 2 9V...

Page 34: ...30 12 GNSS TL 4930 SEI No 2140 QP 400GS 2 125V 0 5A 13 7...

Page 35: ...31 14 18 3 2V 1 4 9 10 LCAP 3 5V LCAP 27 28 29 LCAP 3 5V 27 28 29 12 13 15 16 22 30 12 13 15 GNSS LCAP 3 7V GNSS 27 28 29 GNSS ADJ 5 GNSS GNSS 23 27 GNSS GPS GNSS 12 13 15 16 GNSS GNSS GNSS 3...

Page 36: ...NSS 0 20 60 25 60 90 at 40 90 at 45 1 580mW 7 4V 106mA 1 4 AM10 00 PM2 00 2ch 30 DC3 6V 250ms DC3 6V 60 A ch GNSS GPS GLONASS Galileo 1 1 PM12 00 5ms UTC 12 UTC 12 1 0 DC3 6V DC3 6V 19Ah 300 211 H 110...

Page 37: ......

Page 38: ......

Page 39: ...OLAR POWERD CLOCK QP 400GS Thank you for purchasing SEIKO Outdoor Clock Before using your SEIKO Outdoor Clock please read this manual carefully for its proper use and care Keep this manual handy for r...

Page 40: ...nd terms used in this manual or on the product have the meaning as explained below DANGER This pictorial symbol with DANGER is used to indicate an imminent hazardous situation which is likely to cause...

Page 41: ...e 700 7 6 3 Pole Type 8 7 ADJUSTMENT AND INSTALLATION OF SOLAR PANEL 9 7 1 Wall Mounting Type 9 7 1 1 Adjustment 9 7 1 2 Installation 10 7 2 Pole Type 10 7 2 1 Adjustment 10 8 INSTALLATION OF CLOCK CO...

Page 42: ...eption 23 11 4 5 0 seconds setting 23 11 5 Time Correction 24 11 6 Daylight Saving Time Summer Time 25 11 6 1 Start of daylight saving time 25 11 6 2 End of daylight saving time 25 11 6 3 Operation pr...

Page 43: ...semble repair or tamper with the Product An electric shock hazard malfunction or fire may result Do not operate the Product with wet hands An electric shock hazard or malfunction may result Do not use...

Page 44: ...rwise the Product may come off from the wall as the screws or bolts may loosen under the influence of wind pressure or vibrations causing fatal accidents When the clock controller is installed outdoor...

Page 45: ...wave from the GNSS satellites Install it at a place where unobstructed view can be obtained If the radio wave cannot be received due to radio wave interference or the like move the GNSS receiver to a...

Page 46: ...d on the clock frame mounting bolts or other parts not only compromises the aesthetic quality of the Product but also reduces its mounting strength Check the mounting bolts for loosening once a year o...

Page 47: ...5 2 20 1piece Operating Manual 1copy The accessories and spares are included with the clock controller GNS S receiver Clock unit Solar panel Clock controller QP 400GS Cable for connecting with solar...

Page 48: ...the Product onto the concrete wall use M8 AY plug bolts Never use wood screws to fasten the Product Wood screws may yield under the influence of wind pressure and vibrations letting fall the Product t...

Page 49: ...accidents When mounting the Product onto the concrete wall use M10 AY plug bolts Never use wood screws to fasten the Product Wood screws may yield under the influence of wind pressure and vibrations...

Page 50: ...e bolts for mounting the Product Otherwise the Product may come off from the wall as the screws or bolts may loosen under the influence of wind pressure or vibrations causing fatal accidents CAUTION W...

Page 51: ...that it is exposed to the sunlight at least four hours a day from 10 00 AM to 2 00 PM and tighten the mounting screws B securely The solar panel can be turned within the range of 90 degrees By removi...

Page 52: ...urely Adjust the direction of the solar panel so that it is exposed to the sunlight at least four hours a day from 10 00 AM to 2 00 PM and tighten the mounting screws B securely The solar panel can be...

Page 53: ...the wall 8 2 Pole Type Mount the metal fitting included with the clock unit to the rear of the clock controller and house the clock controller inside the pole by hooking the metal fitting to the insid...

Page 54: ...able Purple CH2 signal cable CH2 signal cable is intended for use with a double face clock 9 2 Solar Panel Cable color Signal name Red Solar panel output White Solar panel output 9 3 GNSS Receiver Cab...

Page 55: ...rown Data input Purple Data input Green 1PPS signal input White 1PPS signal input Yellow Reserved Orange Reserved The cables listed in the shaded areas of the table above are left unused Cable for con...

Page 56: ...ached with a crimping sleeve one by one at its end to prevent short circuit After connection place the crimping sleeve with its top upward to prevent water from entering inside it to cause corrosion W...

Page 57: ...ded cable if necessary A B C D Yellow Orange Brown Purple A B C D Connection Extension cable Connection Clock unit Extension cable Extension cable Connection Connection Connection Connection Cable inl...

Page 58: ...extension cable is used Specifications Between solar panel and clock controller 1 2 or 1 25 sq or more 100 m or less 2 or 2 sq or more 200 m or less Between GNSS receiver and clock controller 1 2 or...

Page 59: ...is connected with the clock controller properly Flashes when the time correction is performed by the GNSS receiver SYNC Lights up when the time correction was performed within the past 24 hours DST Li...

Page 60: ...e reset switch If the voltage of the capacitor has reduced to 3 5 V or less flashing LCAP is displayed on the time display and the operations other than the battery connection will be disabled Once th...

Page 61: ...ng Checking of secondary clock hand position Manual GNSS reception Start End The manual GNSS reception can be omitted Even if it is not performed the GNSS receiver will start correcting the time when...

Page 62: ...isplayed Press or to set the time di erence and press The following table lists the time differences of the major cities in the world City Time difference UTC Universal Coordinated Time 0 hours London...

Page 63: ...and then the display changes to the Hour and Minutes If the hand position of the secondary clock has been set the hand adjustment is started If the voltage of the capacitor has reduced to 3 5 V or les...

Page 64: ...hour hand of the secondary clock and press Press or to set the Minutes to the minutes indicated by the minute hand of the secondary clock and press If your clock is of a single face type advance to St...

Page 65: ...current time is displayed alternately on the time display and the manual GNSS reception is disabled Once the capacitor is recharged it will be enabled While the hands of the secondary clock are being...

Page 66: ...3 7 V or less LCAP and the current time is displayed alternately on the time display and the reception of GNSS signal is disabled Once the capacitor is recharged GNSS signal is received at 12 00 PM n...

Page 67: ...ime The daylight saving time starts at 2 00 AM and the time display indicates 3 00 The DST indicator stops flashing and is left lighted 11 6 2 End of daylight saving time On the day before the dayligh...

Page 68: ...ual time setting and secondary clock hand position setting to set the time of the time display and the secondary clock to the daylight saving time Keep pressed The DST indicator starts flashing Keep p...

Page 69: ...started GNSS reception 3 7 V or less LCAP and current time are displayed alternately GNSS reception is enabled but until the next GNSS reception time LCAP and current time are displayed alternately Ev...

Page 70: ...ltage exceeds 3 7 V The table below provides the guideline of the recharging duration required to raise the capacitor voltage to the specified levels using the solar panel Capacitor voltage Before rec...

Page 71: ...rectangular 9 V dry battery 006P ready Disconnect the cable connecting the solar panel with the clock controller red white 2 core cable Connect the dry battery with the clock controller Connect the an...

Page 72: ...ed together with the certificate of warranty The content of warranty is described in the certificate of warranty SEIKO makes it a policy to keep stocks of the maintenance parts for this Product for 7...

Page 73: ...connected with the clock controller Connect the cables properly 12 13 15 The thickness or length of the extension cable is not as per the specification Use a specified extension cable 16 Hand positio...

Page 74: ...Satellites GPS QZSS GLONASS Galileo Correction frequency Once a day at 12 00 PM Correction accuracy Less than 5 ms Time difference Settable with button operation UTC 12 UTC 12 hours at one hour inter...

Page 75: ......

Page 76: ...tee period repair services will be provided at cost in the following cases 1 Failure or damage caused by misuse or carelessness 2 Failure or damage caused by improper repair or modification 3 Failure...

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