# Citizen SDC-620II User Manual

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SDC-620II

HDBMD492139 XXX

 * POWER SUPPLY English

CITIZEN model SDC-620II is a dual-powered (high power solar + back-up battery) calculator operative under any lighting conditions. -Auto power-off function-

The calculator switches the power off automatically if there has been no key entry for about 9 minutes.

-Battery change-

If the back-up battery needs to be changed, open the lower cabinet to remove the old battery and insert a new battery in the indicated polarity. After changing battery, please use a metal, elliptical object to press the RESET pad on printed circuit board.

 * KEY INDEX English [ ONC ] : Power on / Clear key [CE] : Clear entry [00t0] : Shift-back key. [M+] : Memory plus key [M–] : Memory minus key [+/–] : ±Sign change key [MU] : Mark-up / Mark-down Key [GT] : Grand total key

[MRC] : Memory recall key / Memory clear key [RATE] : Tax Rate Setting Key

[STOR+ TAXE] : Price with Tax key

To store tax rate when pressing [RATE] and [+TAX] keys. [RECAL- TAX L] : Price without Tax key

To recall tax rate when pressing [RATE] and [–TAX] keys.

A 0 2 3 F

Decimal place selection switch

 – F – Floating decimal mode – 0 – 2 – 3 – Fixed decimal mode – A – ADD–mode automatically enters the monetary decimal in addition and subtraction calculations 5/4 Round up / Round-off / Round-down switch The Signs Of The Display Mean The Following: M : Memory TAX : Amount of tax – : Minus (or negative) –TAX : Price excluding tax E : Overflow-error +TAX : Price including tax GT Grand total RATE : Tax rate setting % : Tax rate stored * OPERATION EXAMPLES English 1. Calculation Examples Before performing each calculation, press the [ ON ] key. C Example Key operation Display A 0 2 3 F 2 x 3 = 6 2 [x] 2 [CE] 3 [=] GT 6. 7 x 9 = 63 7 [ ] [x] 9 [=] GT 63. 300 x 27% = 81 300 [x] 27 [%] GT 81. 11.2 x 100% = 20% 11.2 [ ] 56 [%] GT 20. 56 300+(300x40%)=420 300 [+] 40 [%] GT 420. 300–(300x40%)=180 300 [–] 40 [%] GT 180. 1400 x 12% = 168 1400 [x] 12 [%] GT 168. 6 + 4 + 7.5 = 17.5 6 [+] 4 [+] 7.5 [=] GT 17.5 5 x 3 0.2 = 75 [ ONC ] 5 [x] 3 [ ] 0.2 [=] GT 75. 8 4 x 3.7 + 9 =16.4 8 [ ] 4 [x] 3.7 [+] 9 [=] GT 16.4 54 = 625 5 [x] [=] [=] [=] GT 625. 1 / 2 = 0.5 2 [÷] [=] GT 0.5 1 = 0.0625 2 [x] 3 [+] 10 [ ] [=] GT 0.0625 (2 x 3 + 10) A 0 2 3 F \$14.90+\$0.35–\$1.45+ 1490 [+] 35 [–] 145 145. 5/4 \$12.05=\$25.85 [+] 1205 [=] GT 25.85 2. Memory Calculation A 0 2 3 F (12 x 4) – (20 2) [MRC] [ ON ] 0. C 5/4 = 38 12 [x] 4 [M+] 20 [ ] 2 [M–] M 10. [MRC] M 38. [MRC] [ ON ] 0. C 3. Constant Calculation GT A 0 2 3 F 2 + 3 = 5 2 [+] 3 [=] 5. 4 + 3 = 7 4 [=] GT 7. 3 x 4 = 12 3 [x] 4 [=] GT 12. 3 x 6 = 18 6 [=] GT 18. 4. Overflow Error Clear 123456789012 x 10000 123456789012 123’456’789’012. = 1'234.56789012 x 1012 [x] 100000 [00t0] 10000. [=] E 1’234.56789012 [ ON ] 0. C 5. PRICE MARK-UP & DOWN CALCULATION A 0 2 3 F 2000+(P x 20%)=P 2000 [ ] 20 [MU] 2'500.00 P= 2000 =2'500.00 [MU] 500.00 5/4 1- 20% 2500–2000 = 500.00 2000 [ ] 20 [+/–] [MU] 1'666.66 2000–(P x 20%)=P P= 2000 =1'666.66 1+ 20% 18000 - 15000 x100% 18000 [–] 15000 [MU] 20.00 15000

= 20.00%

6. GT-MEMORY

Pressing [GT] twice before you operate GT function.

 A 0 2 3 F 20 + 10 = 30 [GT] [GT] 20 [+] 10 [=] GT 30. 45 – 25 = 20 45 [–] 25 [=] GT 20. 50 x 3 = 150 50 [x] 3 [=] GT 150. total = 200 [GT] GT 200. 200 x 15% = 30 [x] 15 [%] GT 30. 200 + (200 x 15%) [GT] GT 230. =230 [GT] 230. [ ON ] 0. C All calculation results are automatically accumulated in GT 7. Tax Calculation A 0 2 3 F 100+TAX(3%)=103 3 [RATE] [+TAX] 3. % 5/4 Tax sum=3 100 [+TAX] 103. +TAX [+TAX] 3. TAX 3=Tax sum 103=Tax inclusive value 206 – TAX(3%) [ ONC ] [RATE] 3. % =200 [–TAX] Tax sum 100 [–TAX] 200. –TAX =6 [–TAX] 6. TAX 6=Tax sum 200=Tax exclusive value
 File name: D492_IB_English_041118.doc Date : 2004/11/19 SIZE : 280x72mm ( :140x72mm)
 * ALIMENTACIÓN Español

Modelo CITIZEN SDC-620II funciona gracias a un mecanismo de doble carga (luz solar y batería de apoyo), lo cual le permite operar bajo cualquier condición de iluminación.

-Función de desconexión automática-

Si la pila de apoyo necista ser reemplazada, quite los tornillos del departamento inferior y sustituya la pila gastada por una nueva. Coloque la pila en su posicion correcta, con la polaridad indicada. Después de cambiar la batería pulse la almohadilla RESET en la tarjeta de circuito impreso con un objeto metálico elíptico.

[ ONC ] : Tecla de encendido / Tecla de borrar entrada.

 [00t0] : Tecla de anular el digito ultimado [CE] : Borrar [M+] : Tecla de memoria positiva [+/–] : ±Tecla de cambio de signo [M–] : Tecla de memoria negativa [GT] : Tecla de importe total

[MRC] : Tecla de borrar de memoria / Tecla de limpieza de memoria [MU] : Tecla de subir o bajar precios

[RATE] : Teclado de Puesta de Proporción de lmpuesto

[STOR+ TAXE] : Precio con la tecla de tasa Para almacenar el índice de la

tasa cuando se presionan las teclas [RATE] y [+TAX].

[RECALL- TAX ] : Precio sin la tecla de tasa Para recobrar el índice de la tasa cuando se presionan las teclas [RATE] y [–TAX] .

 A 0 2 3 F Selector del lugar decimal – F – Modo decimal flotante – 0 – 2 – 3 – Modo decimal flotante – A – Modo ADD: ingresa automáticamente el decimal monetario en cálculos de suma y resta 5/4 Redondeo hacia arriba / Sin redondeo / Redondeo hacia abajo

Los signos del visor significan lo siguiente:

 M : Memoria TAX : Cantidad de tasa – : Menos (o negativo) –TAX : Precio excluyendo la tasa E : Error de desbordamiento +TAX : Precio incluyendo la tasa GT : Importe total RATE : Ajuste del índice de la tasa % : Índice de la tasa almacenada * EJEMPLO DE FUNCIONES Español 1.Ejemplos de calculación Presione la tecla [ ON ] antes de cada cálculo. C Operación con la tecla Visualización Ejemplo A 0 2 3 F 2 x 3 = 6 2 [x] 2 [CE] 3 [=] GT 6. 7 x 9 = 63 7 [ ] [x] 9 [=] GT 63. 300 x 27% = 81 300 [x] 27 [%] GT 81. 11.2 x 100% = 20% 11.2 [ ] 56 [%] GT 20. 56 300+(300x40%)=420 300 [+] 40 [%] GT 420. 300–(300x40%)=180 300 [–] 40 [%] GT 180. 1400 x 12% = 168 1400 [x] 12 [%] GT 168. 6 + 4 + 7.5 = 17.5 6 [+] 4 [+] 7.5 [=] GT 17.5 5 x 3 0.2 = 75 [ ONC ] 5 [x] 3 [ ] 0.2 [=] GT 75. 8 4 x 3.7 + 9 =16.4 8 [ ] 4 [x] 3.7 [+] 9 [=] GT 16.4 54 = 625 5 [x] [=] [=] [=] GT 625. 1 / 2 = 0.5 2 [÷] [=] GT 0.5 1 = 0.0625 2 [x] 3 [+] 10 [ ] [=] GT 0.0625 (2 x 3 + 10) A 0 2 3 F \$14.90+\$0.35–\$1.45+ 1490 [+] 35 [–] 145 145. 5/4 \$12.05=\$25.85 [+] 1205 [=] GT 25.85 2. Cálculo de memoria A 0 2 3 F (12 x 4) – (20 2) [MRC] [ ONC ] 0. 5/4 = 38 12 [x] 4 [M+] 20 [ ] 2 [M–] M 10. [MRC] M 38. [MRC] [ ON ] 0. C 3. Constante GT A 0 2 3 F 2 + 3 = 5 2 [+] 3 [=] 5. 4 + 3 = 7 4 [=] GT 7. 3 x 4 = 12 3 [x] 4 [=] GT 12. 3 x 6 = 18 6 [=] GT 18. 4. Limpieza de error de desbordamiento 123456789012 x 10000 123456789012 123’456’789’012. = 1'234.56789012 x 1012 [x] 100000 [00t0] 10000. [=] E 1’234.56789012 [ ON ] 0. C 5. CÁLCULO DE SUBIR O BAJAR PRECIOS A 0 2 3 F 2000+(P x 20%)=P 2000 [ ] 20 [MU] 2'500.00 P= 2000 =2'500.00 [MU] 500.00 5/4 1- 20% 2500–2000 = 500.00 2000 [ ] 20 [+/–] [MU] 1'666.66 2000–(P x 20%)=P P= 2000 =1'666.66 1+ 20% 18000 - 15000 x100% 18000 [–] 15000 [MU] 20.00 15000

=20.00%

6.MEMÓRIA GT

Presionar [GT] dos veces antes de que usted operere con la función GT.

 A 0 2 3 F 20 + 10 = 30 [GT] [GT] 20 [+] 10 [=] GT 30. 45 – 25 = 20 45 [–] 25 [=] GT 20. 50 x 3 = 150 50 [x] 3 [=] GT 150. total = 200 [GT] GT 200. 200 x 15% = 30 [x] 15 [%] GT 30. 200 + (200 x 15%) [GT] GT 230. =230 [GT] 230. [ ON ] 0. C

7. Cálculo de impuestos

A 0 2 3 F

5/4

 100+TAX(3%)=103 3 [RATE] [+TAX] 3. % Suma de impuesto =3 100 [+TAX] 103. +TAX [+TAX] 3. TAX 3= Suma de impuesto 103= Valor con impuesto 206 – TAX(3%) [ ONC ] [RATE] =200 [–TAX] 3. % Suma de impuesto =6 100 [–TAX] 200. –TAX [–TAX] 6. TAX 6= Suma de impuesto 200= Valor sin impuesto
 File name: D492_IB_Spanish_041118.doc Date : 2004/11/19

SIZE : 280x72mm ( :140x72mm)

 * FONTE DE ALIMENTACÃO Português

CITIZEN modelo SDC-620II tem dupla fonte de alimentação de energia (energia solar e bateria de reserva), permitindo operar sob qualquer condição de iluminação.

-Função Auto power-off(desligamento automático)-

-Troca de bateria-

Se for necessário trocar a bateria de reserva, remova a bateria usada, abrindo a tampa inferior e coloque uma bateria nova, observando a polaridade indicada. Depois de trocar a bateria, use um objeto metálico e elíptico para pressionar a tecla RESET na placa de circuito impresso.

 * ÍNDICE DE TECLAS Português [ ONC ] : Power on / Clear key. [CE] :Limpar. [00t0] : Tecla de mudança de digito [+/–] : Tecla para mudar Sinal ± [M+] : Tecla de mais da memoria [M–] : Tecla de menos da memoria

[MRC] : Tecla da rechamada da memória./ Tecla para limpar a memória. [MU] : Tecla para Marca Preço para cima/baixo

[GT] : Tecla do Grande Total

[RATE] : Tecla para Ajuste do Índice de Taxa [STOR+ TAXE] : Tecla para o preço com a taxa

Para armazenar índice de taxa pressionando teclas

[RATE] e [+TAX]

[RECALL- TAX ] : ecla para o preço sem a taxa

 Para rechamar o índice de taxa pressionando teclas [RATE] e [–TAX] A 0 2 3 F Comutador para seleção de casa decimal Modalidade de decimal flutuante – F – – 0 – 2 – 3 – Modalidade de decimal fixo – A – Modalidade ADICIONAR entra automaticamente a decimal monetária em cálculos de adição e subtração. 5/4 Arredondamento para cima / Truncamento / Arredondamento para baixo
 Os Sinais do Visor Significam o Seguinte: M : Memória TAX : Quantia de taxa – : Menos ( ou negativo) –TAX : Preço excluindo a taxa E : Erro por transbordamento. +TAX : Preço incluindo a taxa GT : Grande total. RATE : Ajuste do índice da taxa

% : Índice da taxa armazenada

 * EXEMPLOS DE OPERACÃO Português 1. Exemplo de calculos Antes de executar cada cálculo, pressione a tecla [ ON ]. C Exemplo Operação com a tecla Visualização A 0 2 3 F 2 x 3 = 6 2 [x] 2 [CE] 3 [=] GT 6. 7 x 9 = 63 7 [ ] [x] 9 [=] GT 63. 300 x 27% = 81 300 [x] 27 [%] GT 81. 11.2 x 100% = 20% 11.2 [ ] 56 [%] GT 20. 56 300+(300x40%)=420 300 [+] 40 [%] GT 420. 300–(300x40%)=180 300 [–] 40 [%] GT 180. 1400 x 12% = 168 1400 [x] 12 [%] GT 168. 6 + 4 + 7.5 = 17.5 6 [+] 4 [+] 7.5 [=] GT 17.5 5 x 3 0.2 = 75 [ ONC ] 5 [x] 3 [ ] 0.2 [=] GT 75. 8 4 x 3.7 + 9 =16.4 8 [ ] 4 [x] 3.7 [+] 9 [=] GT 16.4 54 = 625 5 [x] [=] [=] [=] GT 625. 1 / 2 = 0.5 2 [÷] [=] GT 0.5 1 = 0.0625 2 [x] 3 [+] 10 [ ] [=] GT 0.0625 (2 x 3 + 10) A 0 2 3 F \$14.90+\$0.35–\$1.45+ 1490 [+] 35 [–] 145 145. 5/4 \$12.05=\$25.85 [+] 1205 [=] GT 25.85 2. Memória A 0 2 3 F (12 x 4) – (20 2) [MRC] [ ON ] 0. C 5/4 = 38 12 [x] 4 [M+] 20 [ ] 2 [M–] M 10. [MRC] M 38. [MRC] [ ON ] 0. C 3. Constante GT A 0 2 3 F 2 + 3 = 5 2 [+] 3 [=] 5. 4 + 3 = 7 4 [=] GT 7. 3 x 4 = 12 3 [x] 4 [=] GT 12. 3 x 6 = 18 6 [=] GT 18. 4. Erro por transbordamento 123456789012 x 10000 123456789012 123’456’789’012. = 1'234.56789012 x 1012 [x] 100000 [00t0] 10000. [=] E 1’234.56789012 [ ON ] 0. C

5. CÁLCULO PARA MARCAÇÃO DE PREÇO PARA CIMA & PARA BAIXO

 A 0 2 3 F 2000+(P x 20%)=P 2000 [ ] 20 [MU] 2'500.00 P= 2000 =2'500.00 [MU] 500.00 5/4 1- 20% 2500–2000 = 500.00 2000 [ ] 20 [+/–] [MU] 1'666.66 2000–(P x 20%)=P P= 2000 =1'666.66 1+ 20% 18000 - 15000 x100% 18000 [–] 15000 [MU] 20.00 15000 = 20.00% 6. GT-MEMÓRIA Pressione [GT] duas vezes antes de operar a função GT. GT A 0 2 3 F 20 + 10 = 30 [GT] [GT] 20 [+] 10 [=] 30. 45 – 25 = 20 45 [–] 25 [=] GT 20. 50 x 3 = 150 50 [x] 3 [=] GT 150. total = 200 [GT] GT 200. 200 x 15% = 30 [x] 15 [%] GT 30. 200 + (200 x 15%) [GT] GT 230. =230 [GT] 230. [ ON ] 0. C

7. Cálculo da Taxa

A 0 2 3 F

5/4

 100+TAX(3%)=103 3 [RATE] [+TAX] 3. % Soma da Taxa =3 100 [+TAX] 103. +TAX [+TAX] 3. TAX 3= Soma da Taxa 103= Valor com taxa incluída 206 – TAX(3%) [ ONC ] [RATE] 3. % =200 [–TAX] Soma da Taxa =6 100 [–TAX] 200. –TAX [–TAX] 6. TAX 6= Soma da Taxa 200= Valor excluído de Taxa
 File name: D492_IB_Portuguese_041118.doc Date : 2004/11/19

SIZE : 280x72mm ( :140x72mm)

 * STROMVERSORGUNG Deutsch

Das CITIZEN Modell SDC-620II wird durch 2 voneinander unabhängigen Energiequellen versorgt (Entweder durch eine sehr starke Solarzelle oder durch eine Batterie). Der Rechner arbeitet selbst unter schlechtesten Lichtbedingungen.

-Automatische Ausschaltung-

Ist der Rechner 9 Minuten nicht in Betrieb, schaltet er sich automatisch ab.

-Batteriewechsel-

Soltte die batterie gewechselt werden, entfernen Sie bitte die Schrauben vom unterteil und tauschen die alte gegen eine neue batterie aus. Beachten Sie, daß die batterie richtig, entsprechend der polarität, eingelegt wird. Drücken Sie nach dem Auswechseln der Batterie mit einem runden metallenem Objekt auf das RESET Feld auf der bedruckten Platine.

 * ERKLARUNGEN VON SCHLUSSEL Deutsch [ ONC ] : An / Eingabe löschen. [CE] : Löschen Taste [00t0] : Rechts schub taste. [M+] : Speicher Plus-Taste [M–] : Speicher Minus-Taste [+/–] : ±Vorzeicheneingabetaste

[MRC] : Speicher Abruf-Taste / Speicher Löschen-Taste [MU] : Preisangabe-oben/unten Taste

[GT] : Gesammtsummentaste [RATE] : Einstelltaste für Steuersatz

[STOR+ TAXE] : Preis mit TAX-Taste Um Steuerrate zu speichern wenn

[RATE] und [+TAX]-Tasten gedrϋckt werden.

[RECAL- TAX L] : Preis ohme TAX-Taste Den Steuersatz rückrufen beim Dreck [RATE] und [–TAX] -Tasten.

A 0 2 3 F

F –

0 – 2 – 3 –

A –

5/4

Schalter für Dezimalauswahlplatz

Gleitkomma-Modus

Festkomma-Modus

Aufrunden, Abrundenschalter

Die Zeichen in der Anzeige haben die folgende Bedeutung:

 M : Speicher TAX : Steuerbetrag – : Minus ( oder negative) –TAX : Preis ohne Steuern E : Überlauffehler +TAX : Preis mit Steuern GT : Gesamtsumme RATE : Steuerraten-Einstellung % : Steuerrate gespeichert * BEISPIEL FÜR DEN bETRIEB Deutsch

1. Berechnungsbeispiele

 Vor jeder Berechnung bitte die [ ONC ] Taste drücken. Anzeige Beispiel Tastenkombination A 0 2 3 F 2 x 3 = 6 2 [x] 2 [CE] 3 [=] GT 6. 7 x 9 = 63 7 [ ] [x] 9 [=] GT 63. 300 x 27% = 81 300 [x] 27 [%] GT 81. 11.2 11.2 [ ] 56 [%] GT 56 x 100% = 20% 20. GT 300+(300x40%)=420 300 [+] 40 [%] 420. 300–(300x40%)=180 300 [–] 40 [%] GT 180. 1400 x 12% = 168 1400 [x] 12 [%] GT 168. 6 + 4 + 7.5 = 17.5 6 [+] 4 [+] 7.5 [=] GT 17.5 5 x 3 0.2 = 75 [ ONC ] 5 [x] 3 [ ] 0.2 [=] GT 75. 8 4 x 3.7 + 9 =16.4 8 [ ] 4 [x] 3.7 [+] 9 [=] GT 16.4 54 = 625 5 [x] [=] [=] [=] GT 625. 1 / 2 = 0.5 2 [÷] [=] GT 0.5 1 [x] 3 [+] 10 [ ] [=] GT (2 x 3 + 10) = 0.0625 2 0.0625 A 0 2 3 F \$14.90+\$0.35–\$1.45+ 1490 [+] 35 [–] 145 145. 5/4 \$12.05=\$25.85 [+] 1205 [=] GT 25.85

2. Speicher

 A 0 2 3 F (12 x 4) – (20 2) [MRC] [ ON ] 0. C 5/4 = 38 12 [x] 4 [M+] 20 [ ] 2 [M–] M 10. [MRC] M 38. [MRC] [ ON ] 0. C

3. Konstant

 A 0 2 3 F 2 + 3 = 5 2 [+] 3 [=] GT 5. 4 + 3 = 7 4 [=] GT 7. 3 x 4 = 12 3 [x] 4 [=] GT 12. 3 x 6 = 18 6 [=] GT 18.

4. Korrektur und Überlauffehler

 123456789012 x 10000 123456789012 123’456’789’012. = 1'234.56789012 x 1012 [x] 100000 [00t0] 10000. [=] E 1’234.56789012 [ ON ] 0. C 5. PREISMARKIERUNGS AUF & ABRUNDUNGSRECHNGUNG A 0 2 3 F 2000+(P x 20%)=P 2000 [ ] 20 [MU] 2'500.00 P= 2000 =2'500.00 [MU] 500.00 5/4 1- 20% 2500–2000 = 500.00 2000 [ ] 20 [+/–] [MU] 1'666.66 2000–(P x 20%)=P P= 2000 =1'666.66 1+ 20% 18000 - 15000 x100% 18000 [–] 15000 [MU] 20.00 15000

= 20.00%

6. GT-SPEICHER

Drücken Sie zweimal [GT], bevor Sie die GT-Funktion ausführen.

 A 0 2 3 F 20 + 10 = 30 [GT] [GT] 20 [+] 10 [=] GT 30. 45 – 25 = 20 45 [–] 25 [=] GT 20. 50 x 3 = 150 50 [x] 3 [=] GT 150. total = 200 [GT] GT 200. 200 x 15% = 30 [x] 15 [%] GT 30. 200 + (200 x 15%) [GT] GT 230. =230 [GT] 230. [ ON ] 0. C

Alle Berechnungsergebnisse werden automatisch im GT akkumuliert.

7. Steuerberechnung

A 0 2 3 F

5/4

 100+TAX(3%)=103 3 [RATE] [+TAX] 3. % Steuersumme =3 100 [+TAX] 103. +TAX [+TAX] 3. TAX 3= Steuersumme 103= Wert mit Steuersumme 206 – TAX(3%) [ ONC ] [RATE] =200 [–TAX] 3. % Steuersumme =6 100 [–TAX] 200. –TAX [–TAX] 6. TAX 6= Steuersumme 200= Wert ohne Steuersumme
 File name: D492_IB_German_041118.doc Date : 2004/11/19

SIZE : 280x72mm ( :140x72mm)