COOLER MASTER Silent Pro M500 User Manual

Si le nt P ro M 50 0

RS -5 00 -AMBA-D3 User s Manual

2008

使用说明书/中文

Contents

Warranty
Important Safeguards

1. Overview

1.1 Introduction

1.2 Key Features

1.3 Model Descriptions

2. Specifications

2.1 Input Specifications

2.2 Output Specifications

2.3 Environments

3. Installation

4. Troubleshooting

5. Connector Descriptions

5.1 Motherboard 20+4 Pin Connector (P1)

5.2 CPU 4+4 Pin Connector (P2,P3)

Modular Back Plate

5.3 PCI-e 6 Pin to PCI-e 6+2 Pin Connector

5.4 SATA Connectors

5.5 Peripheral 4-Pin Connectors

5.6 Floppy Connector

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-- --- --- ----- --- --- --- -- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- ---

1

1

2
2

2
2
3
3
3
3
4

4

5
5
5
6
6
7
7

7

6. Automatic Fan Speed Control

-- --- --- ----- --- --- --- -- --- --- --- ----- --

8

User Manual / English

Warranty

Cooler Master guarantees this device to be free of defects in material and
workmanship, and provides a 5-year hardware limited warranty for the
power supply on the date of purchase. Please keep your receipt in a safe
place.
This product is designed for computer usage only. Using this device in any
other application will void the warranty. If you are not familiar with
computer hardware installation, please ask for professional assistance.
The warranty is applies to damages caused through normal use and is void
if it is determined that the device was damaged because of abuse,
alteration, misuse, negligence, incorrect voltage supply, air/water
pollution, accidents and natural disasters.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan,
R.O.C.
TEL: [phone]
FAX: [phone]

Http://www.coolermaster.com

Important Safeguards

In order to ensure your own safety, please observe the following
basic rules:

1. Turn off and unplug your PSU from the commercial AC outlet before
cleaning. Do not use liquid or aerosol cleaners. Please use a dry cloth to
clean the outer surface of your PSU.

2. Do not install or operate your computer system near water.

3. PSU should be powered by the source indicated on the rating label.

4. Never spill liquids of any kind on your PSU.

5. If the PSU does not operate normally, please feel free to contact our
service center.
[e-mail]

1

User Manual / English

1. Overview

1.1 Introduction

Power Supply is a key component to meet all power requirements of PC
operation and maintain continuous stability and reliability of a computer
system. Cooler Master's power supply lets your PC operate more
efficiently as power comes into your PC. It also enhances system reliability
by preventing abnormal supply from spikes and surges. In addition, the
power supply provides your system with perfect protection. The RS-500-
AMBA-D3 complies with ATX 12V V2.3 and EPS 12V V2.91 power supply
that offers more power capacity for CPU usage.

1.2 Key Features

1. Compliance with the newest Intel standard ATX 12V V2.3

2. Compliance with the newest SSI standard EPS 12V V2.91

3. Super silent operation with intelligent fan speed control

4. PCI-e 6+2connector satisfies high-end graphic card requirements

5. Support 1 rail 12V output for higher power usage

6. Green power design to meet energy star and blue angel requirements

7. 85% efficiency at typical load operation

8. Higher reliability (MTBF > 100,000 Hours)

9. Protection: OVP / OCP / OTP / OLP / SCP / OPP

10. Active power factor correction (PF > 0.9)

11. Real power capacity satisfies high-end system operation

1.3 Model Descriptions

RS-500-AMBA-D3: 500W Active PFC Power Supply

2

User Manual / English

2. Specifications

2.1 Input Specifications

1. Type: ATX 12V V2.3 / SSI EPS 12V V2.91

2. Voltage: 90V ~ 264V (Auto Range)

3. Current: 8A @ 115Vac / 4A @ 230Vac

4. Frequency: 47Hz ~ 63Hz

5. Power Good Signal: 100ms ~ 500ms

6. Hold-Up Time: > 17ms

7. Efficiency: 85% Typically

8. Output Capacity: 500W Continually

9. Peak Capacity: 620W

2.2 Output Specifications

RS-500-AMBA-D3

AC Input

DC Output

Total Output

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 Environments

1. Dimensions: 150(W) x 150(L) x 86(H) (mm)

2. Operation Temperature: 0 ~ 40 C

o

3. MTBF: > 100,000 Hours

4. EMC: CE / FCC / C-tick

5. Safety: UL / TUV / NEMKO / GOST

3

User Manual / English

3. Installation

1. Switch off the main switch of the power supply and disconnect the
power cord.

2. Unscrew and open the side panel of the chassis.

3. Disconnect all power connectors from the motherboard and from
peripheral devices such as case fans, hard drives, CD-ROMs, floppy
drives, etc.

4. Replace the power supply.

5. Connect P1 (20+4 Pin) and P2,P3 (CPU 4+4 Pin) connectors to your
motherboard.

6. Connect other connectors to your system components.

7. Make sure that all other connectors are also connected.

8. Close the chassis and reattach the case screws.

9. Plug in the power cord of the power supply.

4. Troubleshooting

If your system does not turn on after installing the power supply,
follow the troubleshooting guide as listed below:

1. Please make sure the main power is connected on correctly.

2. Please make sure the P1 and P2 connectors are connected correctly to
the motherboard.

3. If the power supply does not work properly, please contact our service
center immediately.

4

User Manual / English

5. Connector Descriptions

5.1 Motherboard 20+4 Pin Connector (P1)

Description Description

Pin1 Pin13

Pin Pin

1

+3.3V

2

+3.3V
3
4
5
6
7
8
9
10
11
12

COM
+5V
COM
+5V

COM

PWR_OK

+5V

sb

+12V
+12V

+3.3V

5.2 CPU 4+4 Pin Connector (P2,P3)

Description

Pin1 Pin3

Pin

COM

1

COM

2

+12V

3

+12V

4

Color
Orange
Orange

Black

Red

Black

Red

Black

Gray
Purple
Yellow
Yellow

Orange

Color
Black

Black
Yellow
Yellow

13

14
15
16
17
18
19
20
21
22
23
24

+3.3V

+3.3V

-12V
COM

PS-ON

COM
COM
COM

+5V
+5V
+5V

COM

Color

Orange

Brown

s

Blue

Black

Green

Black
Black
Black

Red
Red
Red

Black

5

User Manual / English

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Modular Back Plate

Peripheral 4 Pin
SATA
Floppy 4 Pin

PCI-e 6+2 Pin

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 PCI-e 6 Pin to PCI-e 6+2 Pin Connector

PCI-e 6Pin

PCI-e 6 Pin PCI-e 6+2 Pin

Pin

1
2
3

Description

+12V
+12V
+12V

Description Description

Pin

COM

4

COM

5

COM

6

Pin

1
2
3
4

Description

+12V
+12V
+12V

COM COM

Pin

5
6
7
8

COM
COM
COM

6

User Manual / English

5.4 SATA Connectors

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin SATA

Description

Pin

+12V

1

COM

2

COM

3

+5V

4

+3.3V

5

5.5 Peripheral 4-Pin Connectors

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin Periph eral 4 Pin

Description

Pin

+12V

1

COM

2

COM

3
4

+5V

X5

SATA SATA SATA

Pin

1
2
3
4
5

Peripheral

Peripheral Peripheral

Pin

1
2
3
4

Description

+12V

COM
+5V
COM

+3.3V

Description

+12V

COM
COM
+5V

5.6 Floppy Connector

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin Peripheral 4 Pin Floppy 4 Pin

Description

Pin

+12V

1

COM

2

COM

3

+5V

4

X5

7

Pin

1
2
3
4

Peripheral

Description

+12V

COM
COM
+5V

Peripheral Floppy

Pin

1
2
3
4

Description

+12V

COM
COM
+5V

User Manual / English

6. Automatic Fan Speed Control

Exact CFM requirements vary by application and end-use environment,
but 80-120 CFM is typical for the 135mm fan itself. For noise-sensitive
applications, it is recommended that a thermally sensitive fan speed
control circuit be used to balance system-level thermal and acoustic
performance. This circuit typically senses the temperature of an internal
heat sink and/or incoming ambient air and adjusts the fan speed as
necessary to keep power supply and system component temperatures
within specifications. Please refer to the fan speed control drawing below.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Table des matières

Garantie
Consignes de Sécurité Importantes

1. Présentation

1.1 Introduction

1.2 Dispositifs Principaux

1.3 Descriptions des Modèles

2. Spécifications

2.1 Spécifications d'Entrée

2.2 Spécifications de sortie

2.3 Environnements

3. Installation

4. Dépannage

5. Cable Allocation

5.1 Connecteur P1 20+4 broches (Carte mère)

5.2 Connecteur P2,P3 CPU 4+4 broches

Plaque arrière modulaire

5.3 Connecteur PCI-e 6 broches à PCI-e 6+2 broches

5.4 Connecteurs SATA

5.5 Connecteurs Périphérique 4 broche

5.6 Connecteurs Lecteur de disquette

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-- --- --- ----- --- --- --- -- --- --- --- -

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-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- -----

-- --- --- ----- -

-- --- --- ----- --- --- --- -- --- --- -

-- --- --- ----- --- --- --- -- --- -

-- --- --- ----- --- --- --- -- --- ---

-- --- --- ----- --- - -- --- --- -------

6. Contrôle de vitesse Ventilateur automatique

-- ---

1

1
2
2

2
2
3
3
3

3
4

4
5
5
5

6

6
7
7
7

8

Manuel de l'Utilisateur / Français

Garantie

Cooler Master garantit que cet alimentation est sans défaut en pièce et
main d'œuvre, et Cooler Master offre une garantie limitée de 5 ans sur les
pièces pour l'alimentation livrée avec le boîtier à compter de la date
d'achat. Conservez soigneusement votre reçu.
Ce produit est conçu pour être utilisé sur ordinateur seulement. Le fait
d'utiliser ce produit dans toute autre application annulerait la garantie. Si
vous n'avez pas l'habitude d'installer des matériels informatiques, faites
appel à un professionnel.
La garantie est offerte pour l'alimentation concernant des dommages se
produisant lors d'une utilisation normale. La garantie sera annulée s'il est
déterminé que l'alimentation a été endommagé pour des raisons d'abus,
de modification, de négligence, d'alimentation avec un voltage non correct,
d'accidents de pollution d'air/eau et désastres naturels.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan, R.O.C.
TEL: [phone]
FAX: [phone]

Http://www.coolermaster.com

Consignes de Sécurité Importantes

Pour assurer votre propre sécurité, observez les règles de base suivantes:

1. Eteignez et débranchez votre bloc d'alimentation de la prise de courant
CA du secteur avant de le nettoyer. N'utilisez pas de nettoyants liquides

ou d'aérosols. Utilisez un chiffon sec pour nettoyer la surface externe de
votre bloc d'alimentation.

2. N'installez pas ou n'utilisez pas votre ordinateur près d'un point d'eau.

3. Le bloc d'alimentation doit être alimenté par la source indiquée sur
l'étiquette des caractéristiques.

4. Ne projetez jamais de liquide d'aucune sorte sur le bloc d'alimentation.

5. Si le bloc d'alimentation ne fonctionne pas normalement, n'hésitez pas à
contacter notre service clientèle.

[e-mail]

1

Manuel de l'Utilisateur / Français

1. Présentation

1.1 Introduction

Le bloc d'alimentation est un composant clé fournissant tout le courant
nécessaire permettant de prendre en charge le fonctionnement du PC afin
de maintenir une stabilité et une fiabilité continue de l'ordinateur. Le bloc
d'alimentation de Cooler Master permet à votre PC de fonctionner mieux et
plus efficacement, avec la meilleure source d'alimentation pour votre PC. Il
améliore aussi la fiabilité du système en empêchant les anomalies
principales d'alimentation dues aux pointes et de surtensions. De plus,
l'alimentation offre une parfaite protection à votre système. RS-500-AMBA­D3 est conforme aux alimentations ATX 12V V2.3 et EPS 12V V2.91 power
qui offrent plus de capacité d'alimentation pour l'utilisation du processeur.

1.2 Dispositifs Principaux

1. Prend entièrement en charge le nouveau standard Intel ATX 12V V2.3

2. Conforme au dernier standard SSI EPS 12V V2.91

3. Fonctionnement super silencieux avec contrôleur de vitesse de

ventilateur intelligent

4. Connecteur PCI-e 6+2 satisfait les besoins des cartes graphiques haut

de gamme

5. Prend en charge les sorties 12V 1 rail pour une utilisation

d'alimentation plus élevée

6. Conception Green power pour répondre aux exigences “energy star”

et “blue angel” pour l'énergie et l'économie

7. Efficacité de 85% à une opération de charge typique

8. Durée de vie: MTBF > 100,000 Heures

9. Protection: OVP / OCP / OTP / OLP / SCP / OPP

10. Correction de facteur d'alimentation active (PF > 0.9)

11. Une capacité d'alimentation réelle satisfait une exploitation de

système haut de gamme

1.3 Descriptions des Modèles

RS-500-AMBA-D3: 500W Actif PFC l'alimentation

2

Manuel de l'Utilisateur / Français

2. Spécifications

2.1 Spécifications d'Entrée

1. Type: ATX 12V V2.3 / EPS 12V V2.91

2. Voltage: 90V ~ 264V (Plage Auto)

3. Courant: 8A @ 115Vac / 4A @ 230Vac

4. Fréquence: 47Hz ~ 63Hz

5. Un très bon signal d'alimentation: 100ms ~ 500ms

6. Temps de rétention: > 17ms

7. Efficacité (Charge): 85% Typiquement

8. Capacité de Sortie: 500W de façon continue

9. Capacité optimale: 620W

2.2 Spécifications de sortie

RS-500-AMBA-D3

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

0.5A

+5Vsb

2.5A

6W

+3.3V

20A

PUISSANCE
TOTAL

2.3 Environnements

1. Dimensions: 150(largeur) x 150(longueur) x 86(taille)

2. Température de fonctionnement: 0 ~ 40 C

O

3. MTBF: > 100,000 Heures

4. EMC: CE / FCC / C-tick

5. Sécurité: UL / TUV / NEMKO / GOST

3

Manuel de l'Utilisateur / Français

3. Installation

1. Eteignez à l'aide de l'interrupteur principal de l'alimentation et
débranchez le cordon d'alimentation.

2. Dévissez et ouvrez le panneau latéral du châssis.

3. Débranchez tous les connecteurs d'alimentation de la carte mère et des
périphériques tels que les ventilateurs de boîtier, disques durs, CD­ROM, lecteurs de disquettes, etc.

4. Remplacez l'alimentation.

5. Branchez les connecteurs P1(20+4 broches) et P2,P3(CPU 4+4) sur
votre carte mère.

6. Branchez les autres connecteurs aux composants de votre système.

7. Vérifiez que tous les connecteurs sont branchés.

8. Fermez le châssis avec les vis.

9. Branchez le cordon d'alimentation au bloc d'alimentation et allumez à
l'aide de l'interrupteur principal.

4. Dépannage

Si vous ne pouvez pas allumer votre système après avoir installé le
bloc d'alimentation, suivez le guide de dépannage présenté ci-dessous:

1. Assurez-vous que l'alimentation principale est correctement allumée.

2. Vérifiez que les connecteurs P1 et P2 sont connectés correctement sur
la carte mère.

3. Si l'alimentation ne fonctionne pas correctement, veuillez contacter
notre service clientèle immédiatement.

4

Manuel de l'Utilisateur / Français

5. Description des connecteurs

5.1 Connecteur P1 20+4 broches (Carte mère)

1

2
3
4
5
6
7
8
9
10
11
12

Description

+3.3V
+3.3V

COM
+5V
COM
+5V
COM

PWR_OK

+5V

SB

+12V
+12V

+3.3V

Couleur

Orange
Orange

Noir

Rouge

Noir

Rouge

Noir

Gris
Violet
Jaune
Jaune

Orange

Broche

13

14
15
16
17
18
19
20
21
22
23
24

Pin1 Pin13

Broche

5.2 Connecteur P2,P3 CPU 4+4 broches

Pin1 Pin3

1
2
3
4

Description

COM

COM
+12V
+12V

CouleurBroche

Noir

Noir
Jaune
Jaune

Description

+3.3V

+3.3V

s

-12V
COM

PS-ON

COM
COM
COM

+5V
+5V
+5V
COM

Couleur

Orange
Marron

Bleu
Noir
Vert
Noir
Noir
Noir

Rouge
Rouge
Rouge

Noir

5

Manuel de l'Utilisateur / Français

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Plaque arrière modulaire

Connecteurs Périphérique/
4 broche Connecteurs
Connecteurs SATA
lecteur de disquette 4 broches

Connecteurs PCI-e 6+2 broches

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 Connecteur PCI-e 6 broches à PCI-e 6+2 broches

PCI-e 6 Pin

Connecteurs PCI-e / 6 Broches Connecteurs PCI-e / 6+2 broches

Broche

1
2
3

Description

+12V
+12V
+12V

Broche

4
5
6

Description

COM
COM
COM

Description

Broche

1
2
3
4

+12V
+12V
+12V

COM

Description

Broche

5
6
7
8 COM

COM
COM
COM

6

Manuel de l'Utilisateur / Français

5.4 Connecteurs SATA

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 boches Connecteurs SATA

1
2
3
4
5

Description

+12V

COM
COM

+5V

+3.3V

Broches

5.5 Connecteurs Périphérique 4 broche

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

SATA SATA SATA

Broches

Peripheral

Description
1
2
3
4
5

+12V

COM

+5V

COM

+3.3V

Peripheral Peripheral

Molex 5 boches

1
2
3
4

Description

+12V

COM
COM
+5V

Broches

Connecteurs Périphérique / 4 boches

X5

5.6 Connecteurs Lecteur de disquette

Broches

1
2
3
4

Peripheral

Description

+12V

COM
COM
+5V

Molex 5Pin

Molex 5 Broches

Broches

1
2
3
4
5

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Connecteurs Périphérique

de disquette

Description

+12V

COM
COM

+5V

X

/ 4 boches

7

Broches

Description

1
2
3
4

+12V

COM
COM
+5V

Peripheral Floppy

Connecteurs Lecteur

Broches

1
2
3
4

Description

+12V

COM
COM
+5V

Manuel de l'Utilisateur / Français

6. Contrôle de vitesse Ventilateur automatique

Les exigences CFM varient selon les applications et l'environnement
d'utilisation finale, mais le 80-120 CFM est typique pour le ventilateur
135mm. Pour des applications sensibles au bruit, il est recommandé qu'un
circuit de contrôle de vitesse du ventilateur thermo-sensible soit utilisé
pour équilibrer les performances accoustiques et thermiques au niveau du
système. Ce circuit détecte généralement la température d'un dissipateur
de chaleur et/ou de l'air ambiant entrant et ajuste la vitesse du ventilateur
si nécessaire pour conserver les températures de l'alimentation et des
composants du système au niveau requis par les spécifications. Veuillez
vous reporter à l'illustration du contrôle de vitesse du ventilateur donnée
ci-dessous.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Inhalt

Garantie
Wichtige Sicherheitshinweise

1. Übersicht

1.1 Einführung

1.2 Leistungsmerkmale

1.3 Modellbeschreibung

2. Spezifikationen

2.1 Eingang

2.2 Ausgang

2.3 Umgebungsbedingungen

3. Installation

4. Fehlerbehebung

5. Anschlüsse

5.1 P1-Anschlüss (Motherboard) / 20+4-polig

5.2 P2,P3-Anschlüss CPU / 4+4-polig
Rückplatte von Modul

5.3 PCI-e 6-Pol zu PCI-e 6+2-Pol- Anschlüsse

5.4 SATA Anschlüsse

5.5 Peripheral Anschlüsse / 4-polig

5.6 Floppy Anschlüsse

6. Automatische Steuerung der Ventilatorgeschwindigkeit

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User Manual / Deutsch

Garantie

Cooler Master garantiert, dass dieses Gerät frei von Material- und
Herstellungsfehlern ist. Cooler Master bietet beschränkt auf die Hardware
beginnend mit dem Kaufdatum eine 5 jahres Garantie für das Netzteil
mit dem Gehäuse. Bewahren Sie die Quittung als Kaufbeleg sorgfältig auf.

Dieses Produkt ist nur für die Benutzung mit einem Computer
vorgesehen. Die Verwendung dieses Produkts in einem anderen Gerät
führt zum Verlust der Garantieansprüche. Wenn Sie sich bei der Installation
der Computer-Hardware unsicher sind, wenden Sie sich an einen Fachmann.

Die vorliegende Garantie ist nur bei normaler Benutzung des Produkts
gültig. Die Garantie ist ungültig, wenn festgestellt werden sollte, dass das
Gerät aufgrund zweckentfremdeter Benutzung, fehlerhafter Benutzung,
Manipulation des Geräts, unvorsichtiger Handhabung, Anschlusses an
ungeeignete Stromquellen, Unfällen mit Luft-/Wasserverschmutzung und in
der Folge von Naturkatastrophen beschädigt wurde.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan,
R.O.C.

TEL: [phone]
FAX: [phone]
Http://www.coolermaster.com

Wichtige Sicherheitshinweise

Für Ihre eigene Sicherheit ist es wichtig, dass Sie die folgenden
Grundregeln beachten:

1. Schalten Sie die PSU (Stromversorgungseinheit) vor dem Reinigen
aus und trennen sie vom Stromnetz. Verwenden Sie keine
Reinigungsflüssigkeiten oder -sprays. Reinigen Sie das Gehäuse der
PSU von außen mit einem trockenen Tuch.

2. Das Computersystem darf nicht in der Nähe von Wasser aufgestellt
oder betrieben werden.

3. Die Stromquelle, mit der die PSU betrieben wird, muss mit den auf
dem Etikett angegebenen Werten übereinstimmen.

4. Achten Sie darauf, dass keine Flüssigkeiten auf der PSU auskippen.

5. Wenden Sie sich an das Servicezentrum, wenn die PSU
Funktionsstörungen aufweist.

[e-mail]

1

User Manual / Deutsch

1. Übersicht

1.1 Einführung

Das Netzteil ist die Schlüsselkomponente für den Betrieb des Computers,
indem es alle Elemente mit dem erforderlichen Strom versorgt und für
eine gleichbleibende Stabilität und Zuverlässigkeit des Computersystems
sorgt. Mit dem Netzteil von Cooler Master kann Ihr PC besser und
effizienter arbeiten. Es ist die bessere Stromquelle, weil es in den PC
eingebaut wird. Es verbessert außerdem die Zuverlässigkeit des Systems,
indem es Spannungsspitzen und unterbrechungen des Stromnetzes
ausgleicht. Das Netzteil bietet Ihrem System zusätzlich den besten Schutz.
Das RS-500-AMBA-D3 ist mit den Netzteilen ATX 12V V2.3 und EPS 12V
V2.91 konform, die noch mehr Energiekapazitäten für den CPU-Gebrauch
bereitstellen.

1.2 Leistungsmerkmale

1. Volle Unterstützung des neuesten Intel-Standards ATX 12V V2.3

2. Konformität mit dem neuesten SSI-Standard EPS 12V V2.91

3. Extrem leiser Betrieb mit intelligenter Lüftergeschwindigkeits

steuerung

4. PCI-e 6+2-Anschluss erfüllt die Erfordernisse für anspruchsvolle

Grafikkarten

5. Untersützt 12V-Ausgänge mit 1 Leitungen für höhere Energienutzung

6. "Green Power"-Design, das den Anforderungen gemäß “energy star”

und “blue angel” zum Sparen von Energie und Kosten entspricht

7. 85% an Effizienz bei typischem Ladebetrieb

8. Betriebsdauer: MTBF > 100,000 Stunden

9. Schutz: OVP / OCP / OTP / OLP / SCP / OPP

10. Aktive Blindstromkompensation (PF > 0.9)

11. Echtstromkapazität erfüllt die Bedürfnisse bei anspruchsvollem
Systembetrieb

1.3 Modellbeschreibung

RS-500-AMBA-D3: 500W Aktives PFC-Netzteil

2

User Manual / Deutsch

2. Spezifikationen

2.1 Eingang

1. Typ: ATX 12V V2.3 / SSI EPS 12V V2.91

2. Spannung: 90V ~ 264V (autom. Bereich)

3. Stromstärke: 8A@115Vac / 4A@ 230Vac

4. Frequenz: 47 Hz ~ 63 Hz

5. Strom-Gut-Signal: 100ms ~ 500ms

6. Haltezeit: > 17ms

7. Effizienz (Last): 85% Gewöhnlich

8. Ausgangskapazität: 500 W kontinuierlich

9. Spitzenleistung: 620W

2.2 Ausgang

RS-500-AMBA-D3

AC-EINGANG

DC-AUSGANG

GESAMTMENGE
LEISTUNG

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 Umgebungsbedingungen

1. Abmessungen: 150(Breite) x 150(Länge) x 86(Höhe)

2. Betriebstemperatur: 0 ~ 40°C

3. MTBF: > 100,000 Stunden

4. EMC: CE / FCC / C-tick

5. Sicherheit: UL / TUV / NEMKO / GOST

3

User Manual / Deutsch

3. Installation

1. Schalten Sie den Hauptschalter des Netzteils aus und trennen das
System vom Stromnetz.

2. Lösen Sie die Schrauben des Chassis und nehmen die Seitenwand des
Gehäuses ab.

3. Trennen Sie alle Stromstecker vom Motherboard und von allen
Peripheriegeräten wie den Gehäuselüftern, Festplatten, CD-ROM­Laufwerken, Diskettenlaufwerken usw. ab.

4. Wechseln Sie das Netzteil aus.

5. Schließen Sie die Stecker P1(20+4-polig) und P2,P3(CPU 4+4-polig)

an das Motherboard an.

6. Schließen Sie die anderen Stecker an die Systemkomponenten an.

7. Überprüfen Sie noch einmal alle Kabelverbindungen.

8. Schließen Sie das Computergehäuse und schrauben es fest.

9. Schließen Sie das System an das Stromnetz an und schalten es am
Hauptschalter ein.

4. Fehlerbehebung

Wenn Sie das System nach der Installation des Netzteils nicht
einschalten können, führen Sie die unten aufgeführten Prüfschritte
durch:

1. Stellen Sie sicher, dass der Hauptschalter richtig eingeschaltet ist.

2. Überprüfen Sie, ob die Stecker P1 und P2 richtig am Motherboard
angeschlossen sind.

3. Wenn das Netzteil nicht einwandfrei funktioniert, wenden Sie sich
umgehend an unser Servicecenter.

4

User Manual / Deutsch

5. Anschlüsse

5.1 P1-Anschlüss (Motherboard) / 20+4-polig

Pin1 Pin13

Pin Pin

+3.3V

1

2
3
4
5
6
7
8
9
10
11
12

+3.3V

COM
+5V
COM
+5V
COM

PWR_OK

+5V
+12V
+12V

+3.3V

SB

Farbe

Orange
Orange

Schwarz

Rot

Schwarz

Rot

Schwarz

Grau

Lila
Gelb
Gelb

Orange

13

14
15
16
17
18
19
20
21
22
23
24

Beschreibung

5.2 P2,P3-Anschlüss CPU / 4+4-polig

Beschreibung

Pin1 Pin3

Pin

1
2
3
4

COM

COM
+12V
+12V

Farbe
Schwarz
Schwarz

Gelb
Gelb

Beschreibung

+3.3V
+3.3V

s

-12V
COM

PS-ON

COM
COM
COM

+5V
+5V

+5V

COM

Farbe

Orange

Braun

Blau

Schwarz

Grün
Schwarz
Schwarz
Schwarz

Rot
Rot
Rot

Schwarz

5

User Manual / Deutsch

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Rückplatte von Modul

Peripherie Anschlüsse / 4-polig
SATA Anschlüsse
Floppy Anschlüsse 4 polig

PCI-e Anschlüsse / 6+2 Polig

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 PCI-e 6-Pol zu PCI-e 6+2-Pol- Anschlüsse

PCI-e 6 Pin

PCI-e 6-polig PCI-e Anschlüss / 6+2-polig

Pin

Beschreibung Beschreibung

+12V

1

+12V

2

+12V

3

Pin

4
5
6

COM
COM
COM

Pin

Beschreibung Beschreibung

+12V

1

+12V

2

+12V

3

COM 8 COM

4

Pin

5

6

7

COM
COM
COM

6

User Manual / Deutsch

5.4 SATA Anschlüsse

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5-polig SATA Anschlüsse

Beschreibung Beschreibung

Pin

1

+12V

COM

2
3

COM

+5V

4

+3.3V

5

SATA SATA SATA

Pin

Pin

1

+12V

COM

2

+5V

3

COM

4

+3.3V

5

5.5 Peripheral Anschlüsse / 4-polig

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Peripheral

Molex 5-polig Peripherie Anschlüsse / 4-polig

Beschreibung

Pin

+12V

1

COM

2

COM

3

+5V

4
5

X

Peripheral Peripheral

Beschreibung

Pin

+12V

1

COM

2

COM

3

+5V

4

5.6 Floppy Anschlüsse

Molex 5Pin

Molex 5-polig Floppy Anschlüsse

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Peripherie Anschlüsse

Peripheral

/ 4-polig

Beschreibung

Pin

1
2
3
4
5

+12V

COM
COM
+5V

X

Beschreibung

Pin

1
2
3
4

+12V

COM
COM

+5V

Peripheral Floppy

Beschreibung

Pin

1
2
3
4

+12V

COM
COM
+5V

7

User Manual / Deutsch

6. Automatische Steuerung der
Ventilatorgeschwindigkeit

Genaue CFM-Anforderungen unterscheiden sich von Anwendung zu
Anwendung sowie vom Endbenutzerumfeld, aber 80-120 CFM ist typisch für
den 135mm-Ventilator. Bei geräuschsensiblen Anwendungen sollte eine
temperatursensible Steuerung der Ventilatorgeschwindigkeit verwendet
werden, um die thermale und akkustische Leistung des Systems abzustimmen.
Dieser Kreislauf erkennt normalerweise die Temperatur einer internen
Hitzesenke und/oder hereinkommender Luft und passt die
Ventilatorgeschwindigkeit an, um die Stromversorgung und die Temperaturen
der Systemkomponenten einzustellen. Sehen Sie bitte die Abbildung für die
Steuerung der Ventilatorgeschwindigkeit.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Indice

Garanzia

Importanti misure di sicurezza

1. Panoramica

1.1 Introduzione

1.2 Funzioni chiave

1.3 Descrizioni del modello

2. Specifiche

2.1 Specifiche ingresso

2.2 Specifiche uscita

2.3 Ambienti

3. Installazione

4. Individuazione guasti

5. Descrizione dei connettori

5.1 P1 Connettore (Sched madre) / pin 20+4

5.2 P2,P3 Connettore CPU pin 4+4
Placca posteriore modulare

5.3 Connettore PCI-e 6Pin a PCI-e 6+2Pin

5.4 Connettori (SATA)

5.5 Connettori (Peripheral 4Pin)

5.6 Connettori (Floppy)

6. Controllo automatico della ventola

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- ---

-- --- --- ----- --- --- --- -- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- --

1

1

2
2

2
2

3
3
3
3
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4
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5
5

6
6

7

7

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8

User Manual / italiano

Garanzia

Cooler Master garantisce che il dispositivo in oggetto non presenta difetti di
materiale e lavorazione, inoltre Cooler Master fornisce una garanzia sul
prodotto hardware della durata di 5 anni per l'alimentazione a seconda del
caso a decorrere dalla data d'acquisto. Conservare la relativa ricevuta in un
luogo sicuro.
Questo prodotto è stato progettato per il solo utilizzo del computer. L'utilizzo
del dispositivo in oggetto in qualsiasi altra applicazione annullerà la validità
della garanzia. Qualora non si abbia familiarità con l'installazione hardware
del computer, richiedere assistenza professionale.
La garanzia copre i danni causati da un regolare utilizzo del dispositivo. La
garanzia sarà ritenuta nulla qualora si determini che il dispositivo è
danneggiato per uso scorretto, alterazione, uso improprio, negligenza,
alimentazione della tensione inappropriata, incidenti dovuti ad inquinamento
aria/acqua e disastri naturali.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan, R.O.C.
TEL: [phone]
FAX: [phone]

Http://www.coolermaster.com

Importanti misure di sicurezza

Per garantire la propria sicurezza, osservare le seguenti regole
fondamentali:

1. Spegnere e staccare il PSU dalla presa AC commerciale prima di
eseguire la pulizia. Non utilizzare detergenti liquidi o spray. Utilizzare
un panno asciutto per pulire la superficie esterna del PSU.

2. Non installare o azionare il sistema di elaboratori vicino l'acqua.

3. Il PSU deve essere alimentato dalla sorgente indicata sull'etichetta di
prestazione.

4. Fare attenzione a non versare alcun tipo di liquido sul PSU.

5. Se il PSU non funziona regolarmente, contattare il nostro centro di
assistenza.

[e-mail]

1

User Manual / italiano

1. Panoramica

1.1 Introduzione

L'alimentazione è la chiave fondamentale per soddisfare tutte le esigenze
elettriche che supportano il funzionamento del PC al fine di garantire
affidabilità e stabilità continua del sistema di elaboratori. L'alimentazione
Cooler Master farà funzionare il vostro PC meglio e in modo più efficiente
grazie anche al migliore alimentatore in dotazione con il PC. Anche
l'affidabilità del sistema risulta ottimizzata, ciò impedisce un'alimentazione
anomala di rete dovuta a picchi e sovratensione. Inoltre l'alimentazione
fornisce al vostro sistema una protezione assoluta. RS-500-AMBA-D3 si
adatta all'unità di alimentazione ATX 12V V2.3 e EPS 12V V2.91, con
maggiore capacità di corrente per la CPU.

1.2 Funzioni chiave

1. Supporta completamente la più recente V2.3 di Intel standard ATX 12V

2. Conforme ai più recenti standard SSI per EPS 12V V2.91

3. Funzionamento supersilenzioso con controller intelligente della velocità

della ventola

4. Il connettore PCI-e 6+2 soddisfa i requisiti della scheda grafica

5. Supporto di 1 piste con uscita 12V per maggiore potenza

6. Realizzazione Green Power per soddisfare i requisiti "energy star" e

"blue angel" per risparmiare energia e denaro

7. 85% di efficienza nella tipica operazione di carico

8. Durata attesa: MTBF > 100,000 ore

9. Protezione: OVP / OCP / OTP / OLP / SCP / OPP

10. Correzione del fattore di potenza attiva (PF > 0.9)

11. La capacità di potenza attiva soddisfa il sistema high-end

1.3 Descrizioni del modello

RS-500-AMBA-D3: 500W Attivo PFC l'alimentazione

2

User Manual / italiano

2. Specifiche

2.1 Specifiche ingresso

1. Tipo: ATX 12V V2.3 / SSI EPS 12V V2.91

2. ensione: 90V ~ 264V (intervallo automatico)

3. Corrente: 8A @ 115Vac / 4A @ 230Vac

4. Frequenza: 47Hz ~ 63Hz

5. Segnale alimentazione corretta: 100ms ~ 500ms

6. Durata: > 17ms

7. Efficienza (carico): 85% Tipicamente

8. Potenza di uscita: 500W continua

9. Capacità di picco: 620W

2.2 Specifiche uscita

RS-500-AMBA-D3

NGRESSO AC

USCITA DC

POTENZA Totale

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 Ambienti

1. Dimensioni: 150(larghezza) x 150(lunghezza) x 86(altezza)

2. Temperatura d'esercizio: da 0 a 40°C

3. MTBF: > 100,000 ore

4. EMC: CE / FCC / C-tick

5. Sicurezza: UL / TUV / NEMKO / GOST

3

User Manual / italiano

3. Installazione

1. Spegnere l'interruttore principale dell'alimentazione e scollegare il
cordone di alimentazione.

2. Svitare e aprire il pannello laterale del telaio.

3. Scollegare tutti i connettori elettrici dalla scheda madre e dai dispositivi
periferici quali ventole, dischi fissi, CD-ROM, dischi floppy, ecc.

4. Sostituire l'alimentazione.

5. Collegare i connettori P1(Pin 20+4) e P2,P3(CPU Pin 4+4) alla scheda
madre.

6. Collegare gli altri connettori ai componenti del sistema.

7. Verificare che i connettori siano ben fissati.

8. Chiudere il coperchio con le viti.

9. Inserire il cavo di alimentazione nella presa di rete a accendere
l'interruttore principale.

4. Individuazione guasti

Se è impossibile accendere il sistema dopo avere collegato l'alimentazione,
consultare la tabella di individuazione dei guasti elencata sotto.

1. Assicurarsi che l'almentaizone sia inserita in modo corretto.

2. Assicurarsi che i9 connettori P1 e P2 siano connessi in modo corretto
sulla scheda madre.

3. Se l'alimentazione non funziona in modo corretto, rivolgersi
immediatamente al centro di assistenza.

4

User Manual / italiano

5. Descrizione dei connettori

5.1 P1 Connettore (Sched madre) / pin 20+4

Pin1 Pin13

Pin Pin

+3.3V

1

2

+3.3V
3
4
5
6
7
8
9
10
11
12

COM
+5V
COM
+5V
COM

PWR_OK

+5V

SB

+12V
+12V

+3.3V

Colore
Arancione
Arancione

Nero

Rosso

Nero

Rosso

Nero

Grigio

Viola
Giallo
Giallo

Arancione

Descrizione

5.2 P2,P3 Connettore CPU pin 4+4

Descrizione

Pin1 Pin3

Pin

COM

1

COM

2
3

+12V

4

+12V

Colore

Nero

Nero
Giallo
Giallo

13

14
15
16
17
18
19
20
21
22
23
24

Descrizione

+3.3V

+3.3V

s

-12V

COM

PS-ON

COM
COM
COM

+5V
+5V
+5V

COM

Colore

Arancione

Marrone

BLU

Nero

Verde

Nero
Nero
Nero

Rosso
Rosso
Rosso

Nero

5

User Manual / italiano

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Placca posteriore modulare

Connettori (Peripheral 4Pin)
Connettori SATA
Connettori Floppy 4Pin

Connettori PCI- e 6+2Pin

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 Connettore PCI-e 6 Pin a PCI-e 6+2 Pin

PCI-e 6 Pin

PCI-e Pin 6 PCI-e 6+2 Pin

Descrizione

Pin

+12V

1

+12V

2

+12V

3

Pin

4
5
6

Descrizione

COM
COM
COM

Descrizione

Pin

+12V

1

+12V

2

+12V

3

COM

4

Pin

5
6
7
8

Descrizione

COM
COM
COM
COM

6

User Manual / italiano

5.4 Connettori (SATA)

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex Pin 5 Connettori SATA

Descrizione

Pin

+12V

1

COM

2

COM

3

+5V

4

+3.3V

5

5.5 Connettori (Peripheral 4Pin)

Molex 5Pin

Molex Pin 5 Connettori (Peripheral)

Pin

1
2
3
4
5

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Descrizione

+12V

COM
COM
+5V

X

SATA SATA SATA

Descrizione

Pin

+12V

1

COM

2

+5V

3

COM

4

+3.3V

5

Peripheral

Peripheral Peripheral

Descrizione

Pin

+12V

1

COM

2

COM

3

+5V

4

5.6 Connettori (Floppy)

Pin

1
2
3
4

Peripheral

Descrizione

+12V

COM
COM
+5V

Molex 5Pin

Molex Pin 5

Pin

1
2
3
4
5

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Connettori (Peripheral)

Descrizione

+12V

COM
COM
+5V

X

7

Peripheral Floppy

Connettori Floppy

Descrizione

Pin

+12V

1
2

COM
COM

3

+5V

4

User Manual / italiano

6. Controllo automatico della ventola

I requisiti relativi al volume di aria variano in relaziona al tipo di
applicazione e all'ambiente di utilizzo, per una ventola da 135 mm il valore
tipico è pari a 80-120 CFM. Per applicazioni sensibili ai rumori, si
raccomanda l'utilizzo di un circuito per il controllo della ventola sensibile alla
temperatura da utilizzare per equilibrare le prestazioni acustiche e termiche
del sistema. Questo circuito rileva la temperatura del dissipatore di calore
e/o dell'aria in ingresso e regola la velocità della ventola in modo da tenere
la temperatura dell'alimentatore e dei componenti del sistema entro le
specifiche. Consultare l'illustrazione relativa al controllo di velocità della
ventola riportata sotto.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

目 次

保証

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -

安全上のご注意

1. 概要

1.1 はじめに

1.2 主な機能

1.3 モデル

2. 仕様

3. インストール

4. トラブルシューティング

5. コネクタの説明

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

2.1 入力

2.2 出力

2.3 環境

5.1 P1 (マザーボード) コネクタ / 20+4 ピン

5.2 P2,P3 (+12V電源) コネクタ / 4+4 ピン

モジュラーのバックプレート

5.3 PCI-e 6 Pin - PCI-e 6+2 Pin コネクタ

5.4 SATA コネクタ

5.5 週辺機器 コネクタ

5.6 フロッピー コネクタ

6. ファン速度自動制御

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- -----

1

1

2
2
2

2
3
3
3
3
4
4

5

5
5

6
6

7
7
7

8

ユーザーズマニュアル / 日本語

保証

Cooler Master は当製品に素材上及び製造上の欠陥がないことを保証し、お買い

上げ日から5ヵ年の間、ケース付随の電源に対する有限保証を提供します領収書は大
切に保管してください。

当製品はコンピュータ用に設計されたものです。当製品をその他の用途でご利用に
なると、保証は無効となります。コンピュータのハードウェアインストールについ
て詳しくない方は、専門家の指示を受けてください。

当保証は、製品の正常な使用のもとで発生した破損に対し提供されます。当製品が
乱用、修正、誤用、不注意、不当な電圧、空気や水質汚染などの事故、自然災害な
どにより破損した場合は、この保証は適用されません。

Cooler Master Co., Ltd.
9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan, R.O.C.
TEL: [phone]
FAX: [phone]
Http://www.coolermaster.com

安全上のご注意

ご利用者の皆様の安全のため、以下の基本的な約束事をお守りください。

1. 清掃前にはPSUの電源を切り、ACコンセントから取り外してください。液体 ま
たは噴射洗剤などはご利用にならないでください。乾いた布でPSU外部を拭い
てください。

2. コンピュータシステムは水気のある場所でインストールないし操作を行なわな
いでください。

3. PSUはラベルの表示範囲内でご利用ください。

4. PSUに液体をかけないでください。

5. PSUが正常に作動しない場合は、当社のサービスセンターへお問い合わせくだ
さい。

[e-mail]

1

ユーザーズマニュアル / 日本語

1. 概要

1.1 はじめに

当電源装置はコンピュータシステムの安定した操作を維持するために、PCに必要
なすべての電源を供給するための装置です。Cooler Master の電源装置は、PC分

野では最高の電源を供給することにより、PCの動作をより効率的にします。また
、異常給電による電圧の急変や急上昇を防ぐことでシステムの信頼性を高め、シ
ステムに最適な保護を提供します。RS-500-AMBA-D3

する、ATX 12V V およびEPS 12V V2.91 電源に準拠しています。

2.3

1.2 主な機能

1. 最新の Intel 標準 ATX 12V V2.3 に完全対応。

2. 最新のSSI規格EPS 12V V2.91に準拠しています。

3. 精準な Fan Speed Controlによる超靜音動作

4. PCI-e 6+2コネクタによりハイエンドなグラフィックカードに対応します。

5. 高電圧使用量に適応できる1レール12V出力に対応します。

6. “energy star” と “blue angel” に符合するグリーンパワー設計で、
エネルギーとコスト節約。

7. 通常の負荷操作時で 85% の効率を実現します。

8. 寿命: MTBF > 100,000 時間。

9. 保護: OVP / OCP / OTP / OLP / SCP / OPP

10. 高性能なアクティブ PFC（PF値 > 0.9）を採用します。

11. 本格的な電源容量によりハイエンドなシステムオペレーションに対応します。

はCPUへの電力供給を強化

1.3 モデル

RS-500-AMBA-D3: 500W Active PFC 電源

2

ユーザーズマニュアル / 日本語

2. 仕様

2.1 入力

1. タイプ: ATX 12V V / SSI EPS 12V V2.91

2. 電圧: 90V ~ 264V (自動範囲)

3. 電流: 8A @ 115Vac / 4A @ 230Vac

4. 周波数: 47Hz ~ 63Hz

5. 電力良好信号: 100ms ~ 500ms

6. 遅延時間: > 17ms

7. 効率(負荷): 85%普通

8. 出力: 常時 500W

9. ピーク容量: 620W

2.2 出力

RS-500-AMBA-D3

AC入力

DC出力

最大電力

2.3

100~240 Vac 10~5 A 60/50 Hz

+3.3V

20A

+5V

145W

+12V -12V

34A20A

408W 12.5W

500W

0.5A

6W

+5Vsb

2.5A

2.3 環境

1. 寸法: 150(幅) x 150(長さ) x 86(高さ)

2. 動作温度: 0 ~ 40℃（正常な入力電圧）

3. MTBF: > 100,000 時

4. EMC: CE / FCC / C-tick

5. 安全性: UL / TUV / NEMKO / GOST

3

ユーザーズマニュアル / 日本語

3. インストール

1. 電源装置の主電源を切り、電源コードを取り外します。

2. シャーシのネジを外し、側面パネルを開きます。

3. マザーボードと周辺機器 (ケースファン、ハードドライブ、CD-ROM、フロッ
ピードライブなど) の電源コネクタをすべて取り外します。

4. 電源装置を置きます。

5. P1 (20+4 ピン)とP2,P3 (CPU 4+4 ピン) コネクタをマザーボードに接続します。

6. その他のコネクタをシステムコンポーネントに接続します。

7. すべてのコネクタが接続されたことを確認します。

8. ネジでシャーシを閉じます。

9. 電源に電源コードを接続し、主電源を入れます。

4. トラブルシューティング

電源装置をインストールした後、システム電源が入らない場合は、以下のトラブ
ルシューティングをご覧ください。

1. 主電源のスイッチが正しく入っているかどうか確認します。

2. P1とP2 のコネクタがマザーボードに正しく接続されているかどうか確認しま

3. 上記を実行しても電源が入らない場合は、当社のサービスセンターにお問い合

す。

わせください。

4

ユーザーズマニュアル / 日本語

5. コネクタの説明

5.1 P1 (マザーボード) コネクタ / 20+4 ピン

Pin1 Pin13

ピン

2
3
4
5
6
7
8
9
10
11
12

1

説明

+3.3V

+3.3V

COM

+5V

COM

+5V

COM

PWR_OK

+5V

SB

+12V
+12V

+3.3V

オレンジ

オレンジ

オレンジ

ピン

色

13

黒
赤
黒
赤
黒
灰
紫
黄
黄

14
15
16
17
18
19
20
21
22
23
24

5.2 P2,P3 (+12V電源) コネクタ / 4+4 ピン

Pin1 Pin3

ピン

1
2
3
4

説明

COM

COM
+12V
+12V

色

黒
黒
黄
黄

説明

+3.3V

+3.3V

-12V

COM

PS-ON

COM
COM
COM

----

+5V
+5V
+5V

COM

s

色

オレンジ

褐
青
黒
緑
黒
黒
黒

----­赤
赤
赤
黒

5

ユーザーズマニュアル / 日本語

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

モジュラーのバックプレート モジュラーのバックプレート

週辺機器 4 Pin コ ネクタ
SATA コ ネクタフ

4 Pin フロッピ ーコネクタ

PCI-e 6+ 2 Pin

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

5.3 PCI-e 6 Pin - PCI-e 6+2 Pin コネクタ

PCI-e 6 Pin

PCI-e Pin 6 PCI-e 6+2 Pin

ピン

説明

+12V

1

+12V

2

+12V

3

ピン

4
5
6

説明

COM
COM
COM

ピン ピン

1
2
3
4

+12V
+12V
+12V

COM

PCI-EPCI-E

5
6
7
8

説明説明

COM
COM
COM
COM

6

ユーザーズマニュアル / 日本語

5.4 SATA コネクタ

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 ピン SATA コネクタ

ピン

1
2
3
4
5

説明

+12V

COM
COM

+5V

+3.3V

5.5 週辺装置の4 PIN コネクタ

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

SATA SATA SATA

ピン

1
2
3
4
5

Peripheral

Peripheral Peripheral

説明

+12V

COM

+5V

COM

+3.3V

Molex 5 ピン

ピン

1
2
3
4
5 X

說明

+12V

COM
COM

+5V

週辺機器コネクタ/4ピン

ピン

說明

+12V

1

COM

2

COM

3
4

+5V

5.6 フロッピー コネクタ

ピン

1
2
3
4

Peripheral

說明

+12V

COM
COM

+5V

Molex 5Pin

Molex 5 ピン フロッピー コネクタ/ 4 ピン

ピン

1
2
3
4
5 X

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

週辺機器コネクタ/4ピン

說明

+12V

COM
COM

+5V

Peripheral Floppy

ピン

說明

1
2
3
4

+12V
COM
COM

+5V

7

ユーザーズマニュアル / 日本語

6. ファン速度自動制御

正確なCFMの条件は、アプリケーションとエンドユーザの環境によって異なります

が、135mmファンについては80-120 CFMを通常使用します。ノイズ感知アプリ
ケーションについては、システムレベルの感熱と聴覚的な性能のバランスを取るた
めに、感熱ファン速度制御回路をご使用になることをお薦めします。この回路は通

常内部ヒートシンクと、吸気の温度を感知し、電源とシステムコンポーネントの温
度を規格内に維持するために、必要に応じてファン速度を調整します。下のファン
速度制御図をご参照ください。

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Índice

Garantia

Medidas importantes de segurança

1. Visão geral

1.1 Introdução

1.2 Principais características

1.3 Descrição dos modelos

2. Especificações

2.1 Especificações de entrada

2.2 Especificações de saída

2.3 Ambiente

3. Instalação

4. Solução de problemas

5. Descrição dos conectores

5.1 Conector P1 (placa-mãe) / 20+4 pinos

5.2 Conector P2,P3 (alimentação de +12V) / 4+4 pinos
Placa Traseira Modular

5.3 Conector PCI-e de 6 Pinos até o PCI-e de 6+2 Pinos

5.4 Conectores (SATA)

5.5 Conectores (periféricos) / 4 pinos

5.6 Conectores (unidade de disquete) / 4 pinos

6. Controle automático de velocidade do ventilador

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --

-- ---- -- --- -- ---- ------ ---- ---- ---- -- ---- -- ---- -- ---- -- ---- -

-- --- --- ----- --- --- --- -- --- --- -

-- ---- -- ------ -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -

-- ---- -- ------ -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -

-- --- --- ----- --- --- --- -- --- --- --- -----

-- --- --- ----- --- --- --- --

-- --- --- ----

-- --- --- ----

-- --- --- ----- -

1

1

2
2
2

2
3
3
3
3
4
4

5
5

5
6
6
7
7
7
8

Manual do usuário / português

Garantia

A Cooler Master garante que este dispositivo está isento de defeitos de
fabricação e material, e oferece uma garantia limitada de 5 anos para a
fonte de alimentação, a partir da data de aquisição. Guarde o
comprovante de compra num local seguro.
Este produto foi projetado para uso em computador apenas. A utilização
deste dispositivo em qualquer outra aplicação invalidará a garantia. Caso
não esteja familiarizado com a instalação de hardware de computador,
peça a assistência de um profissional.
Esta garantia se aplica a danos causados em uso normal, e será invalidada
se for determinado que o dispositivo sofreu danos devido a abuso,
alteração, mau uso, negligência, fornecimento de tensão incorreta,
poluição da água ou do ar, acidentes, ou desastres naturais.

Cooler Master Co., Ltd.
9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan,
R.O.C.
Tel.: [phone]
Fax: [phone]
Http://www.coolermaster.com

Medidas importantes de segurança

Para garantir sua própria segurança, observe as regras básicas a
seguir:

1. Desligue e desconecte a fonte de alimentação da tomada de CA antes
de limpar. Não use produtos de limpeza líquidos ou em aerossol. Use um
pano seco para limpar a superfície externa da fonte de alimentação.

2. Não instale ou utilize o computador próximo à água.

3. A fonte de alimentação deve usar o tipo de energia elétrica indicada n a
etiqueta de identificação.

4. Nunca derrame nenhum tipo de líquido na fonte de alimentação.

5. Se a fonte de alimentação não estiver funcionando normalmente, entre
em contato com nosso centro de serviços.

[e-mail]

1

Manual do usuário / português

1. Visão Geral

1.1 Introdução

A fonte de alimentação é um dos principais componentes envolvido na
tarefa atender todas as necessidades de alimentação elétrica para o
funcionamento do PC e a manutenção da confiabilidade e da estabilidade
contínua de um sistema de computador. A fonte de alimentação Cooler
Master permite que o PC funcione com mais eficiência. Melhora, também,
a confiabilidade do sistema evitando picos e surtos na alimentação. Além
disso, a fonte de alimentação oferece a proteção perfeita ao seu
sistema.RS-500-AMBA-D3 é compatível com as fontes de alimentação ATX
12V V2.3 e EPS 12V V2.91 e oferece maior potência para o uso da CPU.

1.2 Principais Características

1. Em total conformidade com o mais novo padrão da Intel, ATX 12V V2.3

2. Em conformidade com o padrão SSI mais recente, EPS 12V V2.91

3. Funcionamento supersilencioso com controlador inteligente de

velocidade do ventilador

4. O conector PCI-e 6+2 satisfaz as exigências das mais sofisticadas

placas de vídeo

5. Suporta 1 linha de saídas de 12V para uso em potências mais altas

6. Conceito ecológico para atender às exigências das agências “energy

star” e “blue angel” para economia de energia e de custos

7. 85% de eficiência em operações normais de carga

8. Vida útil: MTBF > 100,000 horas

9. PROTEÇÃO: OVP / OCP / OTP / OLP / SCP / OPP

10. Correção ativa do fator de potência (FP > 0.9)

11. A capacidade de potência real satisfaz o funcionamento dos sistemas

mais sofisticados

1.3 Descrição dos Modelos

RS-500-AMBA-D3: 500W Ativo PFC fonte de alimentação

2

Manual do usuário / português

2. Especificações

2.1 Especificações de Entrada

1. Tipo: ATX 12V V2.3 / SSI EPS 12V V2.91

2. Tesão de entrada: 90 a 264V (seleção automática)

3. Corrente de entrada: 8A @ 115Vac / 4A @ 230Vac

4. Freqüência: 47 a 63 Hz

5. Bom sinal de energia: 100 a 500 ms

6. Tempo de retenção: > 17 ms

7. Eficiência (carga): 85% Tipicamente

8. Capacidade de saída: 500W contínuos

9. Capacidade de saída máxima: 620W

2.2 Especificações de Saída

RS-500-AMBA-D3

ENTRADA CA

SAÍDA CC

FORÇA MAX.

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 Ambiente

1. Dimensões: 150(anchura) x 150(longitud) x 86(altura) mm

2. Temperatura de funcionamento: 0 a 40ºC

3. MTBF: > 100,000 horas

4. EMC: CE / FCC / C-tick

5. Segurança: UL / TUV /NEMKO / GOST

3

Manual do usuário / português

3. Instalação

1. Desligue o interruptor principal da fonte de alimentação e desconecte
o cabo de alimentação.

2. Remova os parafusos e abra o painel lateral do chassi.

3. Desligue todos os conectores de alimentação da placa-mãe e dos
dispositivos periféricos, como ventiladores, unidades de discos rígidos,
CD-ROMs, unidades de disquete, etc.

4. Substitua a fonte de alimentação.

5. Ligue os conectores P1(20+4 pinos) e P2,P3(alimentação de +12V /
4+4pinos) na placa-mãe.

6. Ligue os demais conectores nos componentes do sistema.

7. Certifique-se de que os demais conectores estejam ligados.

8. Feche o chassi e instale os parafusos do gabinete.

9. Conecte o cabo de alimentação à fonte de alimentação e ligue o
interruptor principal.

4. Solução de problemas

Se não for possível ligar o sistema depois de instalar a fonte de
alimentação, siga o guia de solução de problemas abaixo:

1. Certifique-se de que a alimentação principal está ligada corretamente.

2. Certifique-se de que os conectores P1 e P2 estão ligados corretamente
à placa-mãe.

3. Se a fonte de alimentação não funcionar corretamente, entre em

contato com nosso centro de serviços imediatamente.

4

Manual do usuário / português

5. Descrição dos conectores

5.1 Conector P1 (placa-mãe) / 20+4 pinos

Pin1 Pin13

Descrição

Pino Pino

1

+3.3V
+3.3V

2

COM

3
4

+5V

COM

5
6

+5V

COM

7

PWR_OK

8

+5V

9
10
11
12

SB

+12V
+12V

+3.3V

Cor
Laranja
Laranja

Preto

Vermelho

Preto

Vermelho

Preto
Cinza

Roxo
Amarelo
Amarelo

Laranja

13

14
15
16
17
18
19
20
21
22
23
24

Descrição

+3.3V

+3.3V

-12V
COM

PS-ON

COM
COM
COM

+5V
+5V
+5V
COM

s

Cor

Laranja

Marrom

Azul

Preto

Verde

Preto
Preto
Preto

Vermelho
Vermelho
Vermelho

Preto

5.2 Conector P2,P3 (alimentação de +12 V) / 4+4 pinos

Descrição

Pin1 Pin3

Pino

1
2
3
4

COM

COM
+12V
+12V

Cor
Preto
Preto

Amarelo
Amarelo

5

5

Manual do usuário / português

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Placa Traseira Modular

Conectores (periféricos) / 4 pinos
Conectores (SATA)
Conectores (unidade de disquete)
/ 4 pinos

Conectores (PCI-e)
/ 6+2 pinos

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 Conector PCI-e de 6 Pinos até o PCI-e de 6+2 Pinos

PCI-e 6 Pin

Conector PCI-e / 6 Pinos Conector PCI-e / 6+2 Pinos

Descrição

Pino

+12V

1

+12V

2

+12V

3

Pino Pino

Descrição

4

COM

5

COM

6

COM

Descrição

Pino

+12V

1

+12V

2

+12V

3
4

5
6
7
8

Descrição

COM
COM
COM
COMCOM

6

Manual do usuário / português

5.4 Conectores (SATA)

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pinos Conectores SATA

Descrição

Pino Pino

+12V

1

COM

2

COM

3

+5V

4

+3.3V

5

5.5 Conectores (periféricos) / 4 pinos

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

SATA SATA SATA

1
2
3
4
5

Peripheral

Peripheral Peripheral

Descrição

+12V

COM

+5V

COM

+3.3V

Molex 5 pinos

Descrição

Pino

1

+12V

2

COM

3

COM

+5V

4
5

X

Conectores (periféricos) / 4 pinos

Descrição

Pino

+12V

1

COM

2

COM

3

+5V

4

5.6 Conectores (unidade de disquete) / 4 pinos

Molex 5Pin

Molex 5 pinos Conectores(unidade de

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Conectores (periféricos)

Peripheral

/ 4 pinos

Pino

1
2
3
4
5

Descrição

+12V

COM
COM
+5V

X

Pino

1
2
3
4

Descrição

+12V

COM
COM
+5V

Peripheral Floppy

disquete) /4 pinos

Descrição

Pino

+12V

1

COM

2

COM

3

+5V

4

7

Manual do usuário / português

6. Controle automático de velocidade do ventilador

A vazão de necessária varia de acordo com a aplicação e o ambiente de
uso, mas 80 a 120 CFM (pés cúbicos por minuto) representam um valor
típico para o ventilador de 135 mm propriamente dito. Para aplicações
sensíveis a ruídos, recomenda-se usar um circuito de controle de
velocidade termossensível para o ventilador, para equilibrar o desempenho
térmico e acústico do sistema. Normalmente, este circuito detecta a
temperatura de um dissipador térmico interno e/ou do ar admitido do
ambiente e ajusta a velocidade do ventilador conforme necessário para
manter dentro das especificações as temperaturas da fonte de
alimentação e dos componentes do sistema. Consulte o gráfico de controle
de velocidade do ventilador ao lado.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Contenido

Garantía

Notas importantes sobre seguridad

1. Vista general

2. Especificaciones

3. Instalación

4. Solución de problemas

5. Descripciones del modelo

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

1.1 Introducción

1.2 Características principales

1.3 Descripciones del modelo

2.1 Especificaciones de entrada

2.2 Especificaciones de salida

2.3 Ambiente

5.1 Conector P1 (placa base) / 20+4 pines

5.2 Conector P2,P3 (alimentación de +12 V) / 4+4 pines

Placa trasera modular

5.3 Conector PCI-e de 6 pines para PCI-e de 6+2 pines

5.4 Conectores (SATA)

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- --

-- --- --- ----

1

1

2
2

2
2

3
3
3

3
4
4

5

5

5

6

6

7

5.5 Conectores (periféricos) / 4 pines

5.6 Conectres (disquete) / 4 pines

6. Control automático de la velocidad del ventilador

-- --- --- ----- --- --- --- -- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --

-- --- --- ----- -

7

7

8

Manual del usuario / español

Garantía

Cooler Master garantiza que este dispositivo está libre de defectos de
material y manufactura, y ofrece una garantía limitada de 5 años para la
fuente de alimentación a partir de la fecha de compra. Guarde el recibo de
compra en un lugar seguro.
Este producto está diseñado para el uso exclusivo en ordenadores. Si
utiliza este dispositivo en cualquier otra aplicación la garantía se anulará.
Si no está familiarizado con la instalación de hardware informático, pida
ayuda profesional.
La garantía se ofrece para los dispositivos que sufran daños en su uso
normal. La garantía se anula si se determina que el dispositivo se ha
dañado por abuso, alteración, uso indebido, negligencia, voltaje de
alimentación incorrecto, contaminación de aire/agua, y catástrofes
naturales.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan,
R.O.C.
Tel.: [phone]
Fax: [phone]
Http://www.coolermaster.com

Notas importantes sobre seguridad

Para su propia seguridad, siga estas normas básicas:

1. Apague y desconecte la fuente de alimentación de la toma de
corriente alternada antes de la limpieza. No utilice de limpieza líquidos
o aerosol. Utilice un trapo seco para limpiar la superficie exterior de la
fuente de alimentación.

2. No instale o trabaje con su ordenador cerca del agua.

3. La fuente de alimentación debería alimentarse con el tipo de energía
indicada en la etiqueta de clasificación.

4. Nunca derrame líquido de ningún tipo en la fuente de alimentación.

5. Si la fuente de alimentación no funciona con normalidad, póngase en
contacto con nuestro centro de servicios.

[e-mail]

1

Manual del usuario / español

1. Vista general

1.1 Introducción

La fuente de alimentación es un componente esencial que suministra todos
los requisitos de alimentación para soportar el funcionamiento del PC y
mantener una estabilidad continua y fiable del sistema del ordenador. La
fuente de alimentación Cooler Master le permite a su PC trabajar y más
eficientemente, con la mejor alimentación que haya tenido su PC. Además,
mejora la fiabilidad del sistema evitando los altibajos y subidas de tensión
irregulares de la toma de corriente general. A esto se suma que la fuente de
alimentación ofrece a su sistema una protección perfecta. RS-500-AMBA-D3
es compatible con las fuentes de alimentación ATX 12V V2.3 y EPS 12V
V2.91 que ofrecen más potencia para el uso de la CPU.

1.2 Características principales

1. Soporte completo el más reciente estándar de Intel ATX 12V V2.3

2. Cumple con el estándar SSI más reciente, EPS 12V V2.91

3. Funcionamiento muy silencioso con control inteligente de velocidad del
ventilador

4. Conector PCI-e 6+2 cuádruplo satisface los requisitos de tarjetas
gráficas avanzadas

5. Compatible con 1 salida de 12V para un uso más alto de la potencia

6. Diseño ecológica para cumplir con los requisitos de “energy star” y
“blue angel” para el ahorro de energía y dinero

7. Eficiencia 85% bajo la operación de carga típica

8. Vida estimada: MTBF > 100,000 horas

9. Protección: OVP / OCP / OTP / OLP / SCP / OPP

10. Corrección activa del factor de potencia (FP > 0.9)

11. La potencia real satisface la operación de sistemas avanzado

1.3 Descripciones del modelo

RS-500-AMBA-D3: 500W Activo PFC la fuente de alimentación

2

Manual del usuario / español

2. Especificaciones

2.1 Especificaciones de entrada

1. Tipo: ATX 12V V2.3 / SSI EPS 12V V2.91

2. Voltaje de entrada: 90 a 264V (selección automática)

3. Corriente de entrada: 8A @ 115Vca / 4A @ 230Vca

4. Frecuencia: 47 a 63Hz

5. Buena señal de energía: 100 a 500ms

6. Tiempo suspendido: > 17ms

7. Eficacia (carga): 85% Típicamente

8. Capacidad de salida: 500W continuos

9. Capacidad de salida máxima: 620W

2.2 Especificaciones de salida

RS-500-AMBA-D3

ENTRADA CA

SALIDA DC

POTENCIA MÁX.

100~240Vac 8~4A 60/50Hz

+3.3V

20A

+5V

145W

+12V -12V

34A20A
408W 12.5W
500W

0.5A

+5Vsb

2.5A

6W

2.3 Ambiente

1. Medidas: 150(anchura) x 150(longitud) x 86(altura) mm

2. Temperatura de funcionamiento: 0 a 40ºC(voltaje de entrada nominal)

3. MTBF: > 100,000 horas

4. EMC: CE / FCC / C-tick

5. Seguridad: UL / TUV / NEMKO / GOST

3

Manual del usuario / español

3. Instalación

1. Apague el interruptor principal de la fuente de alimentación y
desconecte el cable de alimentación.

2. Desatornille y abra el panel lateral del chasis.

3. Desconecte todos los conectores de alimentación de la placa base y de
los dispositivos periféricos, como ventiladores de la carcasa, unidades
de discos duros, CD-ROM, unidades de disquete, etc.

4. Reemplace la fuente de alimentación.

5. Conecte los conectores P1(placa base / 20+4 contactos) y
P2,P3(alimentación +12V / 4+4 contactos) en la placa base.

6. Conecte los demás conectores a los componentes del sistema.

7. Compruebe que todos los conectores estén conectados.

8. Cierre el chasis con los tornillos.

9. Conecte el cable de alimentación a la fuente de alimentación y
enciéndalo con el interruptor principal.

4. Solución de problemas

Si no puede encender el sistema tras la instalación de esta fuente de
alimentación, siga la siguiente guía de solución de problemas:

1. Compruebe que la corriente principal esté encendida correctamente.

2. Compruebe que los conectores P1 y P2 estén conectados correctamente
a la placa base.

3. Si la fuente de alimentación no funciona correctamente, póngase en
contacto con nuestro centro de servicios inmediatamente.

4

Manual del usuario / español

5. Descripción de los conectores

5.1 Conector P1 (placa base) / 20+4 pines

Pin1 Pin13

Contacto

1

2
3
4
5
6
7
8
9
10
11
12

Descripción

+3.3V
+3.3V

COM

+5V

COM

+5V

COM

PWR_OK

+5V

SB

+12V
+12V
+3.3V

Color
Naranja
Naranja

Negro

Rojo

Negro

Rojo

Negro

Gris
Púrpura
amarillo
amarillo
Naranja

Contacto

13

14
15
16
17
18
19
20
21
22
23
24

Descripción

+3.3V

+3.3V

s

-12V
COM

PS_ON

COM
COM
COM

+5V
+5V
+5V

COM

Color

Naranja

Marrón

Azul

Negro
Verde

Negro
Negro
Negro

Rojo
Rojo
Rojo

Negro

5.2 Conector P2,P3 (alimentación de +12 V) / 4+4 pines

1
2
3
4

Descripción

COM

COM
+12V
+12V

Color
Negro
Negro

amarillo
amarillo

Pin1 Pin3

Contacto

5

Manual del usuario / español

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Placa trasera modular

Conectores (periféricos) / 4 pines
Conectores (SATA)
Conectores (disquete) / 4 pines

Conectores (PCI-e) / 6+2 pines

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

5.3 Conector PCI-e de 6 pines para PCI-e de 6+2 pines

PCI-e 6 Pin

Conector (PCI-e) / 6 pines

1
2
3

Descripción

+12V
+12V
+12V

Contacto

4
5
6

Contacto

Descripción

COM
COM
COM

Conector (PCI-e) / 6+2 pines

1
2
3
4

Descripción

+12V
+12V
+12V

COM

Contacto

5
6
7
8

Contacto

Descripción

COM
COM
COM
COM

6

Manual del usuario / español

5.4 Conectores (SATA)

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 pines Conectores (SATA)

1
2
3
4
5

Descripción

+12V

COM
COM
+5V

+3.3V

Contacto

5.5 Conectores (periféricos) / 4 pines

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

SATA SATA SATA

1
2
3
4
5

Descripción

+12V

COM
+5V
COM

+3.3V

Peripheral

Contacto

Peripheral Peripheral

Molex 5 pines

1
2
3
4
5

Descripción

+12V

COM
COM

+5V

X

Contacto

Conectores (periféricos) / 4 pines

5.6 Conectres (disquete) / 4 pines

1
2
3
4

Peripheral

Descripción

+12V

COM
COM
+5V

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 pines

1
2
3
4
5

Descripción

+12V

COM
COM
+5V

X

Contacto

Conectores (periféricos)
/ 4 pines

Contacto

7

Contacto

Descripción
1
2
3
4

Peripheral Floppy

+12V

COM
COM
+5V

Conector (disquete)
/ 4 pines

1
2
3
4

Descripción

+12V

COM
COM
+5V

Contacto

Manual del usuario / español

6.Control automático de la velocidad del ventilador

Los requisitos exactos de caudal de aire varían según la aplicación y el
entorno de uso final, pero 80 a 120 CFM representan un valor típico para el
ventilador de 135 mm propiamente dicho. Para las aplicaciones sensibles a
los ruidos, se recomienda usar un circuito de control de velocidad
termosensible para el ventilador, para equilibrar el rendimiento térmico y
acústico al nivel del sistema. Normalmente, este circuito siente la
temperatura de un disipador térmico interno y/o del aire que entra en el
ambiente y ajusta la velocidad del ventilador como sea necesario, para
mantener dentro de las especificaciones las temperaturas de la fuente de
alimentación y de los componentes del sistema. Consulte el gráfico de
controle de velocidad del ventilador, a la derecha.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

Inhoud

Garantie
Belangrijke veiligheidsmaatregelen

1. Overzicht

1.1 Introductie

1.2 Belangrijkste kenmerken

1.3 Modelbeschrijving

2. Specificaties

2.1 Ingangsspecificaties

2.2 Uitvoerspecificaties

2.3 Omgevingsfactoren

3. Installatie

4. ProbleMen oplossen

5. Beschrijving van de stekkers

5.1 Moederbord 20+4 pin stekker (P1)

5.2 CPU 4+4 Pin stekker (P2,P3)
Modulaire achterplaat

5.3 PCI-e 6 Pin naar PCI-e 6+2 Pin stekker

5.4 SATA stekkers

5.5 4 Pin stekkers voor randapparatuur

5.6 Floppy stekker

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- -

-- --- --- ----- --- --- --- -- --- --- -

-- --- --- ----- --- --- --- -- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- -

-- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- ---

6. Besturing van de automatische fansnelheid

-- --- ---

1

1
2
2

2
2
3
3
3

3
4

4
5

5

5
6

6

7

7

7

8

Gebruikershandleiding / Nederlands

Garantie

Cooler Master garandeert dat dit toestel vrij van materiaal- en
arbeidsfouten is, en verleent 5 jaar beperkte hardwaregarantie op de
voeding vanaf de datum van aankoop. Bewaar uw bonnetje op een veilige
plek.
Dit product is allen voor computergebruik ontworpen. Het gebruiken van
dit toestel op een andere manier heft de garantie op. Als u niet bekend bent
met de installatie van computerhardware, vraag dan professionele
ondersteuning.
De garantie is van toepassing op schade die is veroorzaakt door normaal
gebruik en wordt opgeheven als is bepaald dat het toestel is beschadigd
door misbruik, aanpassing, onjuist gebruik, verwaarlozing, onjuiste
stroomtoevoer, lucht/waterverontreiniging ongelukken en natuurrampen.

Cooler Master Co., Ltd.

9F., No. 786, Chung-Cheng Rd., Chung-Ho City, Taipei Hsien, Taiwan, R.O.C.
TEL: [phone]
FAX: [phone]

Http://www.coolermaster.com

Belangrijke veiligheidsmaatregelen

Let op de volgende standaardregels om uw eigen veiligheid te

waarborgen:

1. Schakel de voeding uit en trek hem uit het stopcontact voordat u deze
schoonmaakt. Gebruik geen vloeibare reinigingsmiddelen of
reinigingsmiddelen in spuitbussen. Gebruik een droge doek om de
buitenkant van de voeding te reinigen.

2. Installeer en gebruik uw computersysteem nooit in de buurt van water.

3. De voeding moet worden aangesloten op een stroombron volgens het
label.

4. Mors nooit vloeistof op de voeding.

5. Als de voeding niet normaal functioneert, aarzel dan niet om contact

op te nemen met onze klantenservice.

[e-mail]

1

Gebruikershandleiding / Nederlands

1. Overzicht

1.1 Introductie

De voeding is een sleutelonderdeel om te voldoen aan alle pc­gebruiksvereisten en om continue stabiliteit en betrouwbaarheid van een
computersysteem te garanderen. Met de voeding van Cooler Master
functioneert uw pc nog efficiënter als stroom in de pc wordt geleid. Het
verbetert de betrouwbaarheid van uw systeem omdat het abnormale
stroomtoevoer door pieken en dalen tegengaat. Daarnaast levert de
voeding het systeem de perfecte bescherming. De RS-500-AMBA-D3
voldoet aan de ATX 12V V2.3 en EPS 12V V2.91 stroomtoevoer die meer
energiecapaciteit voor CPU-gebruik levert.

1.2 Belangrijkste kenmerken

1. Voldoet aan de nieuwste Intel-standaard ATX 12V V2.3

2. Voldoet aan de nieuwste SSI-standaard EPS 12V V2.91

3. Superstil met slimme besturing van de fansnelheid

4. PCI-e 6+2-stekker beantwoordt de vereisten van high-end videokaarten

5. Ondersteunt 1 rail 12V uitgangen voor hoger stroomverbruik

6. Groen energieontwerp om te voldoen aan de vereisten van energy star
en blue angel

7. 85% efficiëntie bij normale belasting

8. Hogere betrouwbaarheid (MTBF > 100,000 uur)

9. Bescherming: OVP / OCP / OTP / OLP / SCP / OPP

10.Actieve stroomfactorcorrectie (PF > 0.9)

11.Daadwerkelijke stroomcapaciteit voldoet aan de vraag van high-end
systemen

1.3 Modelbeschrijving

RS-500-AMBA-D3: 500W Actief PFC Voedingen

2

Gebruikershandleiding / Nederlands

2. Specificaties

2.1 Ingangsspecificaties

1. Type: ATX 12V V2.3/SSI EPS 12V V2.91

2. Voltage: 90V ~ 264V (automatisch bereik)

3. Gelijkstroom: 8A op 115Vac / 4A op 230Vac

4. Frequentie: 47Hz ~ 63Hz

5. Stroom OK-signaal: 100ms ~500ms

6. Ophoudtijd: > 17ms

7. Efficiëntie: 85% normale belasting

8. Uitvoercapaciteit: 500W continu

9. Piekcapaciteit: 620W

2.2 Spécifications de sortie

RS-500-AMBA-D3

Wisselstroom in

Gelijkstroom uit

Totale uitvoer

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 Omgevingsfactoren

1. Afmetingen: 150 (B) x 150 (H) x 86 (D) mm

2. Gebruikstemperatuur: 0 ~ 40 C

o

3. MTBF: > 100,000 uur

4. EMC: CE / FCC / C-tick

5. Veiligheid: UL / TUV / NEMKO / GOST

3

Gebruikershandleiding / Nederlands

3. Installatie

1. Zet de hoofdstroomschakelaar van de voeding uit en trek de
stroomkabel los.

2. Draai de schroeven los en open de zijkant van de kast.

3. Trek alle stroomkabels los van het moederbord en systeemapparaten,
zoals kastfans, harde schijven, cd-romstations, floppydiskstations, enz.

4. Vervang de voeding.

5. Sluit de P1 (20+4 pin) en P2,P3 (CPU 4+4 pin) stekkers aan op het
moederbord.

6. Sluit de andere stekkers aan op de systeemonderdelen.

7. Controleer of alle andere stekkers ook verbonden zijn.

8. Sluit de kast en draai de kastschroeven weer vast.

9. Steek de stroomkabel in het stopcontact

4. Problemen oplossen

Als u systeem niet opstart nadat de voeding is geïnstalleerd, volg dan
onderstaande stappen om het probleem te verhelpen:

1. Controleer of de hoofdstroomkabel correct is aangesloten.

2. Controleer of de stekkers P1 en P2 correct op het moederbord zijn
aangesloten.

3. Als de voeding niet correct functioneert, neem dan onmiddellijk contact
op met onze klantenservice.

4

Gebruikershandleiding / Nederlands

5. Beschrijving van de stekkers

5.1 Moederbord 20+4 pin stekker (P1)

Beschrijving

Pin1 Pin13

Pin

2
3
4
5
6
7
8
9
10
11
12

1

+3.3V
+3.3V

COM
+5V
COM
+5V
COM

PWR_OK

+5V

SB

+12V
+12V

+3.3V

5.2 CPU 4+4 Pin stekker (P2,P3)

Beschrijving

Pin1 Pin3

Pin

COM

1

COM

2

+12V

3

+12V

4

Kleur
Oranje
Oranje

Zwart

Rood

Zwart

Rood

Zwart

Grijs

Paars

Geel
Geel

Oranje

Kleur
Zwart
Zwart

Geel
Geel

Pin

13
14

15
16
17
18
19
20
21
22
23
24

Beschrijving

+3.3V

+3.3V

s

-12V
COM

PS-AAN

COM
COM
COM

+5V
+5V
+5V

COM

Kleur

Oranje

Bruin
Blauw
Zwart
Groen
Zwart
Zwart
Zwart

Rood

Rood

Rood
Zwart

5

Gebruikershandleiding / Nederlands

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

Modulaire achterplaat

4 Pin stekkers voor
randapparatuur
SATA stekkers
Floppy stekker / 4 Pin

PCI-e 6+2 Pin stekker

Molex 4pin
Floppy/Sata

5.3 PCI-e 6 Pin naar PCI-e 6+2 Pin stekker

PCI-e 6 Pin

PCI-e 6 Pin

Beschrijving

Pin

+12V

1

+12V

2

+12V

3

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

PCI-EPCI-E

PCI-e 6+2 Pin stekker

Beschrijving

Pin

Kleur

4

COM

5

COM

6

COM

Pin

+12V

1

+12V

2

+12V

3

COM 8 COM

4

Pin

Kleur

5

6

7

COM
COM
COM

6

Gebruikershandleiding / Nederlands

5.4 SATA stekkers

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin stekker SATA stekkers

Beschrijving

Pin

1
2
3
4
5

+12V

COM
COM

+5V

+3.3V

SATA SATA SATA

Beschrijving

Pin

1
2
3
4
5

5.5 4 Pin stekkers voor randapparatuur

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin stekker

Beschrijving

Pin

1
2
3
4
5

+12V

COM
COM
+5V

X

Peripheral

4 Pin ste kkers voor
randapparatuur

Pin

1
2
3
4

Peripheral Peripheral

Beschrijving

+12V

COM
COM

+5V

5.6 Floppy stekker

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Peripheral

Peripheral Floppy

+12V

COM
+5V
COM

+3.3V

Molex 5 Pin stekker

Beschrijving

Pin

1
2
3
4
5

+12V

COM
COM
+5V

X

7

4 Pin ste kkers voor
randapparatuur

Beschrijving

Pin

1
2
3
4

+12V

COM
COM

+5V

Floppy stekker 4 Pi n

Beschrijving

Pin

1
2
3
4

+12V

COM
COM
+5V

8

Gebruikershandleiding / Nederlands

6. Besturing van de automatische fansnelheid

De exacte CFM-vereisten verschillen per toepassing en gebruiksomgeving,
maar 80-120 CFM is gebruikelijk voor de 135mm fan. Voor
geluidsgevoelige toepassingen, wordt aangeraden een temperatuurgevoelig
besturingscircuit voor fansnelheid te gebruiken om een balans te vinden
tussen temperatuur van het systeem en geluidsniveau. Dit circuit
detecteert normaal gesproken de temperatuur van een interne heat sink
en/of inkomende omgevingstemperatuur en past de snelheid van de fan
hierop aan om de temperatuur van voeding en systeemonderdelen binnen
de perken te houden. Zie de tekening van de fansnelheidsbesturing
hieronder.

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

保固資訊

目 錄

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

1

重要安全注意事項

1. 概觀

2. 產品規格

3. 安裝

4. 疑難排除

5. 接頭說明

6. 風扇自動控制轉速功能

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

1.1 簡介

1.2 主要特色

1.3 型號說明

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- -

2.1 電源輸入規格

2.2 電源輸出規格

2.3 性能諸元

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- -

-- ---- -- ------ -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -

5.1 主機板20+4 Pin接頭(P1)

5.2 CPU 4+4 Pin電源接頭(P2,P3)

模組化 後背 板

5.3 PCI-e 6 Pin 對 PCI-e 6+2 Pin顯示卡接頭

5.4 SATA 接頭

5.5 週邊4 Pin接頭

5.6 軟碟機4 Pin 接頭

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----

1

2
2
2

2
3

3
4
4
5
5

5
5
5
6
6

7
7
7
8

使用說明書 / 中文

保固資 訊

Cooler Master 保證本 設 備 之 材質及做 工 無 瑕 疵，Cooler Master 並提供 電
源 供 應 器自購買日 算 起 五 年 之 硬 體 有 限 保固服務。 請 把 您 的 收 據 放 在 安 全之
處。

本產品 專 為電腦 設計。 一 旦將本 設備用 於 其他用 途，則 保 固無效 。若您 不 熟悉
硬體安 裝程 序，請 尋求專 家之 協助。

保固服 務 僅適用 於正常 使 用下之 故障情 形 。若本 公司發 現 設備毀 損之原 因 為濫
用、改 造 、誤用 、疏忽 、 電壓供 應錯誤 、 空氣及 水污染 意 外和自 然災害 ， 則保
固無效 。

Cooler Master Co., Ltd.
台北縣 中和 市中正 路 786 號 9 樓

TEL: [phone]
FAX: [phone]
Http://www.coolermaster.com

重要安 全注意 事項

為確保 您自 身的安 全，請 遵守 下列基 本規 則：

1. 清潔前 先 把電源供 應 器的插頭 拔 掉 。請勿 使 用 液態或 噴 霧 式清潔 劑 。 請使

用乾布 清潔 電源供 應器表 面。

2. 請勿 在接近 水源 處安裝 或操作 電腦 。

3. 電源 供應器 的電 力來源 需依照 額定 標籤指 示。

4. 絕對 不可在 電源 供應器 上潑灑 任何 液體。

5. 如果 電源供 應器 運作不 正常， 歡迎 聯絡本 公司 之服務 中心。

eservice @co ole rma ster.com.tw

1

使用說明書 / 中文

1. 概觀

1.1 簡介

電源供應器是所有電源需求的供應中樞，有了這個元件才能支援電腦作業，維持電腦
系統的穩定性和可靠性。Cooler Master 出品的電源供應器能讓您的電腦運作更順暢

有效率，把最佳的電力來源灌注到您的電腦內。本產品同時能加強系統的可靠性，避
免突波等導致的電源供應異常情形。除此之外，電源供應器還能讓您的系統有絕佳的

保護機制。RS-500-AMBA-D3同時支援ATX 12V V2.3及EPS 12V V2.91 規格之
電源供應器，提供更多的電力讓CPU使用。

1.2 主要特色

1. 完全支援最新的 Intel ATX12V Form Factor V2.3

2. 完全支援最新的 SSI EPS12V Form Factor V2.91

3. 超靜音超強電力， 並有智慧型風扇速度自動調控功能
提供PCI-e 6+2 接頭支援高階顯示卡需求

4.

5. 支援 1 組12V輸出的更高用電量

6. 環保電源設計，符合「能源之星」及「藍天使」規格

7. 一 般負載操作時能高達 85% 的效率

8. 更高的可靠性（MTBF > 100,000小時）

9. 保護功能:

10. 主動式功率因數校正器（PF > 0.9）

11. 足瓦電源供應可滿足高檔系統作業

12. 模組化線材易插拔設計

OVP / OCP / OTP / OLP / SCP / OPP

1.3 型號說明

RS-500-AMBA-D3: 500W Active PFC 電源供應器

2

使用說明書 / 中文

2. 產品規格

2.1 電源輸入規格

1. 類型： ATX 12V V2.3/SSI EPS 12V V2.91

2. 電壓：90V ~ 264V（自動設定）

3. 電流：8A @ 115Vac / 4A @ 230Vac

4. 頻率：47Hz ~ 63Hz

5. 電源正常訊號：100ms ~ 500ms

6. 關機保持時間： > 17ms

7. 效率：85% Typically

8. 連續輸出能力：500W

9. 最大輸出能力：620W (Peak值)

2.2 電源輸出規格

RS-500-AMBA-D3

AC Input

DC Output

Total Output

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 性能諸元

3

1. 機體尺寸： 寬 150 x 長 150 x 高 86 (mm)

2. 操作溫度：0 ~ 40℃

3. MTBF：> 100,000小時

4. EMC：CE / FCC / C-tick

5. 安全認證：UL / TUV / NEMKO / GOST

使用說明書 / 中文

3. 安裝

1. 關閉主電源，拔掉電源線。

2. 卸下螺絲，打開機殼旁邊的面板。

3. 把主機板和週邊設備上所有的電源接頭拔掉，譬如系統風扇、硬碟、光碟機、軟碟

機等等。

4. 放置電源供應器。

5. 把 P1(20+4Pin)與P2,P3(CPU 4+4 Pin)接頭與主機板連接。

6. 再分連接其他的接頭與您的其他週邊系統元件。

7. 確定所有的接頭都連接完成。

8. 關上機殼並鎖上螺絲。

9. 把電源線插上並開啟主電源。

4. 疑難排除

如果您裝好本電源供應器後無法開機，請按照下列的疑難排除步驟：

1. 確定電源供應器之主電源線有確實插入。

2. 請確定 P1或P2接頭接到主機板的方式正確。

3. 如果電源供應器運作不正常，請立刻聯絡本公司之服務中心。

4

使用說明書 / 中文

5. 接頭 說明

5.1 主機板20+4 Pin接頭(P1)

Pin1 Pin13

說明

Pin Pin

+3.3V

1

2

+3.3V

3

COM

4

+5V
COM

5
6

+5V
COM

7

PWR_OK

8

+5V

9

+12V

10

+12V

11

+3.3V

12

顏色

橙色

橙色
　黑色
　紅色
　黑色
　紅色
　黑色
　灰色
　紫色

sb

黃色

黃色
　橙色

13

14
15
16
17
18
19
20

21
22
23
24

5.2 CPU 4+4 Pin電源 接頭(P2,P3)

Pin1 Pin3

Pin

說明

COM

1

COM

2

+12V

3

+12V

4

顏色
黑色
黑色
黃色
黃色

說明

+3.3V
+3.3V

-12V
COM

PS-ON

COM
COM
COM

- -- -

+5V
+5V
+5V

COM

顏色
橙色
棕色

s

藍色
黑色
綠色
黑色
黑色
黑色

---­紅色
紅色
紅色
黑色

5

模組化 後背板模組化 後背板

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

使用說明書 / 中文

週邊 4 Pin 接頭
SATA 接頭
軟碟機 4 Pin 接頭

PCI-e 6+2 Pin 顯示卡接頭

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

5.3 PCI-e 6 Pin 對 PCI-e 6+2 Pin顯示 卡接頭

PCI-e 6Pin

PCI-e 6 Pin

Pin

說明

+12V

1

+12V

2

+12V

3

Pin

4

6

說明

5

COM
COM
COM

PCI-e 6+2 Pin

Pin

說明

+12V

1

+12V

2

+12V

3

COM

4

PCI-EPCI-E

Pin

5

6
7
8

說明

COM
COM
COM
COM

6

使用說明書 / 中文

5.4 SATA 接 頭

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin 接頭 SATA 接頭

Pin

說明 說明

+12V

1

COM

2

COM

3

+5V

4

+3.3V

5

SATA SATA SATA

Pin

+12V

1

COM

2

+5V

3

COM

4

+3.3V

5

5.5 週邊 4 Pin接頭

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin 接頭 週邊4 Pin接 頭

Pin

說明 說明

+12V

1

COM

2

COM

3

+5V

4
5

X

Peripheral

5.6 軟碟機 4 Pin 接 頭

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin 接頭 軟碟機4 Pin 接頭

Pin

說明

+12V

1

COM

2

COM

3

+5V

4
5

X

Peripheral

週邊4 Pin接 頭

Pin

說明

+12V

1

COM

2

COM

3

+5V

4

7

Peripheral Peripheral

Pin

+12V

1

COM

2

COM

3

+5V

4

Peripheral Floppy

Pin

說明

+12V

1

COM

2

COM

3

+5V

4

使用說明書 / 中文

6. 風扇 自動控制 轉速功能

準確來說風 量大小要求應隨著應用和 最終用途環境而變 化，但 是一般正常來說
135mm的風扇會需要80-120 CFM的風量。對於噪音較為敏銳的使用者來說，建

議使用具有自動控制速度的功能的風扇，透過系統偵測溫度的變化自動調整風扇
轉速，藉由電路控制使系統熱能與聲音性能之間取得均衡。這條電路將偵測內部
的散熱器與其周圍環境空氣的溫度來調整風扇速度，以保持電源和系統內部零組
件溫度控制在規範之內。請參考如下的風扇速度控制圖：

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

保修信息

目 录

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- -

1

重要安全注意事项

1. 概观

2. 产品規格

3. 安裝

4. 疑难排除

5. 接头说明

6. 风扇自动控制转速功能

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

1.1 简介

1.2 主要特色

1.3 型号说明

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- -

2.1 电源输入规格

2.2 电源输出规格

2.3 性能诸元

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- -

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- -

-- ---- -- ------ -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -- ---- -- ---- -- -

5.1 主机板20+4 Pin接头(P1)

5.2 CPU 4+4 Pin电源接头(P2,P3)

模块化 后背 板

5.3 PCI-e 6 Pin对PCI-e 6+2 Pin显示卡接头

5.4 SATA接头

5.5 周边4 Pin接头

5.6 软盘机4 Pin接头

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --- --- --- -----

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ----- --- --- --- ----- --

-- --- --- ----- --- --- --- -- --- --- --- ----- --- --- --- ---

-- --- --- ----- --- --- --- -- --- --- --- ----- -

1

2
2
2

2
3

3
4
4
5
5

5
5
5
6
6
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7
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使用说明书 / 中文

保修信息

Cooler Master 保证本设备之材质及做工无瑕疵，Cooler Master 并提供电源自购买
日算起五年之硬件有限保修服务。请您妥善保存购买收据。
本产品专为计算机设计。一旦将本设备用于其它用途，则保修无效。若您不熟悉硬件
安装程序，请寻求专家之协助。
保修服务仅适用于正常使用下之故障情形。若本公司发现设备毁损之原因为滥用、改
造、误用、疏忽、电压供应错误、空气及水污染意外和自然灾害，则保修无效。

Cooler Master Co., Ltd.
台北县中和市中正路 786 号 9 楼

TEL: [phone]
FAX: [phone]
Http://www.coolermaster.com

重要安全注意事项

为确保您自身的安全，请遵守下列基本规则：

1. 清洁前先把电源的插头拔掉。请勿使用液态或喷雾式清洁剂。请使用干布清洁电源
表面。

2. 请勿在接近水源处安装或操作计算机。

3. 电源的电力来源需依照额定标签指示。

4. 绝对不可在电源上泼洒任何液体。

5. 如果电源运作不正常，欢迎联络本公司之服务中心。

[e-mail]

1

使用说明书 / 中文

1. 概观

1.1 简介

电源装置是所有电源需求的供应中枢，有了这个组件才能支持计算机作业，维持计算
机系统的稳定性和可靠性。Cooler Master 出品的电源能让您的计算机运作更顺畅有
效率，把最佳的电力来源灌注到您的计算机内。本产品同时能加强系统的可靠性，避

免突波等导致的电源供应异常情形。除此之外，电源供应器还能让您的系统有绝佳的
保 护 机 制 。 RS-500-AMBAB-D3同 时 支 持 标 准 的 ATX 12V V2.3 及 EPS 12V

V2.91电源，提供更多的电力让CPU使用。

1.2 主要特色

1. 完全支援最新的 Intel ATX12V Form Factor V2.3

2. 完全支援最新的 SSI EPS12V Form Factor V2.91

3. 超静音超强电力,并有智能型风扇速度自动调控功能
提供PCI-e 6+2

4.

5. 同时支持1组12V输出的更高用电量

6. 环保电源设计，符合energy star及blue angel规格

7.

一般负载操作时能高达

8. 更高的可靠性（MTBF > 100,000小时）

9. 保护功能:

10. 主动式功率因子校正器（PF > 0.9）

11. 足瓦电源供应可满足高阶系统作业

12. 模块化及线材易插拔设计

转接头支持高阶显示卡需求

的效率

85%

OVP / OCP / OTP / OLP / SCP / OPP

1.3 型号说明

RS-500-AMBA-D3: 500W 主动式功率因子修正电源

2

使用说明书 / 中文

2. 产品规格

2.1 电源输入规格

1. 类型： ATX 12V V2.3/SSI EPS 12V V2.91

2. 电压：90V ~ 264V（自动设定）

3. 电流：8A @ 115Vac / 4A @ 230Vac

4. 频率：47Hz ~ 63Hz

5. 电源正常讯号：100ms ~ 500ms

6. 关机保持时间： > 17ms

7. 效率：85% Typically

8. 连续输出能力：500W

9. 最大输出能力：620W (Peak值)

2.2 电源输出规格

RS-500-AMBA-D3

AC 输入

DC 输出

总输出

100~240 Vac 8~4 A 60/50 Hz

145W

+5V

+12V -12V

34A20A
408W 12.5W
500W

+3.3V

20A

0.5A
6W

+5Vsb

2.5A

2.3 性能諸元

3

1. 机体尺寸: 宽 150 x 长 150 x 高 86 (mm)

2. 操作温度：0 ~ 40℃

3. MTBF：> 100,000小时

4. EMC：CE / FCC / C-tick

5. 安全认证：UL / TUV / NEMKO / GOST

使用说明书 / 中文

3. 安裝

1. 关闭主电源，拔掉电源线。

2. 卸下螺丝，打开机壳旁边的面板。

3. 把主机板和接口设备上所有的电源接头拔掉，譬如系统风扇、硬盘、光驱、软盘机

等等。

4. 放置电源。

5. 把 P1(20+4 Pin)与P2,P3(CPU 4+4 Pin)接头与主机板连接。

6. 再分连接其它的接头与您的其它周边系统组件。

7. 确定所有的接头都连接完成。

8. 关上机壳并锁上螺丝。

9. 把电源线插上并开启电源上的主电源。

4. 疑难排除

如果您装好本电源后无法开机，请按照下列的疑难排除步骤：

1. 确定电源之主电源有确实插入。

2. 请确定P1或P2接头接到主机板的方式正确。

3. 如果电源运作不正常，请立刻联络本公司之服务中心。

4

使用说明书 / 中文

5. 接头 说明

5.1 主机板 20+4 Pin 接头(P1)

Pin1 Pin13

Pin Pin

+3.3V

1

+3.3V

2
3

COM
+5V

4

COM

5
6

+5V
COM

7

PWR_OK

8

+5V

9

+12V

10

+12V

11

+3.3V

12

顏色

橙色

橙色
黑色
红色
黑色
红色
黑色
灰色
紫色

sb

黄色
黄色

橙色

13

14
15
16
17
18
19
20

21
22
23
24

5.2 CPU 4+4 Pin 电源 接头 (P2,P3)

Pin1 Pin3

Pin

说明

COM

1

COM

2

+12V

3

+12V

4

顏色
黑色
黑色

黄色
黄色

说明说明

+3.3V

+3.3Vs

-12V
COM

PS-ON

COM
COM
COM

----

+5V
+5V
+5V

COM

顏色
橙色

棕色
蓝色

黑色
绿色
黑色
黑色
黑色

----

红色
红色
红色

黑色

5

模块化 后背板模块化 后背板

PCI-e 6Pin

PCI-e 6+2 Pin

450mm +/- 10mm

使用说明书 / 中文

周边 4 Pin 接头

SATA 接头
软盘机 4 Pin 接头

PCI-e 6+2 Pin 显示卡接头

Molex 4pin
Floppy/Sata

6pin
PCI-E

Molex 4pin/Floppy/SataMolex 4pin/Floppy/Sata

5.3 PCI-e 6 Pin 对 PCI-e 6+2 Pin 显示 卡接 头

PCI-e 6 Pin

PCI-e 6 Pin 接头

Pin Pin

说明 说明

+12V

1

+12V

2

+12V

3

4

5

6

COM
COM
COM

PCI-e 6+2 Pin 接头

Pin Pin

说明 说明

+12V

1

+12V

2

+12V

3

COM

4

PCI-EPCI-E

5

6
7
8

COM
COM
COM
COM

6

使用说明书 / 中文

5.4 SATA 接 头

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin 接头 SATA 接头

Pin

+12V

1

COM

2

COM

3

+5V

4

+3.3V

5

5.5 4 Pin 周边 接头

Molex 5Pin

Molex 5 Pin 接头 周边 4 Pin 接头

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Pin

+12V

1

COM

2

COM

3

+5V

4
5

X

SATA SATA SATA

Pin

1
2
3
4
5

Peripheral

Peripheral Peripheral

Pin

1
2
3
4

说明说明

+12V

COM
+5V
COM

+3.3V

说明说明

+12V

COM
COM
+5V

5.6 4 Pin 软盘机 接头

Molex 5Pin

450mm +/- 10mm 150mm +/- 5mm 150mm +/- 5mm

Molex 5 Pin 接头 软盘机 4 Pin 接头

Pin

说明

+12V

1

COM

2

COM

3

+5V

4
5

X

Peripheral

周边 4 Pin 接 头

Pin

说明

+12V

1

COM

2

COM

3

+5V

4

Peripheral Floppy

Pin

1
2
3
4

7

说明

+12V

COM
COM
+5V

使用说明书 / 中文

6. 风扇 自动控制 转速功能

准确来说风 量大小要求应随着应用和 最终用途环境而变化，但 是一般正常来说
135mm的风扇会需要80-120 CFM的风量。对噪音较为敏感的使用者来说，建议
使用具有自动控制速度的功能的风扇，透过系统侦测温度的变化自动调整风扇转

速，藉由电路控制使系统热能与声音性能之间取得均衡。这条电路将侦测内部的
散热器与其周围环境空气的温度来调整风扇速度，以保持电源和系统内部零组件
温度控制在规范之内。请参考如下的风扇速度控制图：

Fan Voltage

7

6

5

4

3

2

1

0

8.53

Fan Voltage

Fan Speed

50

100

150

250

200

output(W)

300

350

400

450

500

Fan Speed

1000

900

800

700

600

500

400

300

200

100

0

8

元器 件

使用说明书 / 中文

9