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This is a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com). 
All rights including translation reserved. Reproduction by any method, e.g. photocopy, microfilming, or the capture in 

electronic data processing systems require the prior written approval by the editor. Reprinting, also in part, is prohibited. 

This publication represent the technical status at the time of printing.
Copyright 2016 by Conrad Electronic SE. 

  

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Connection

Connect the hard drive enclosure via the USB cable included in delivery with a USB 3.1 port 

of your computer. For connecting to a modern USB-C port, there is supplied a suitable adapter 

in the package contents.
The supplied stand allows the hard drive enclosure to be installed upright, saving space. For 

this, insert the stand in the middle of one of the two longitudinal sides of the enclosure.

Partitioning/Formatting a Hard Drive/SSD

  A new hard drive/SSD has to be firstly partitioned and formatted before it will appear 

in the Windows File Manager and before it can be used as data memory. 

•  In Windows, partitioning and formatting is easy to do via the control panel (via Computer 

Management/Disk Management). 

•  After partitioning, the newly created partition has to be formatted. Fast formatting is sufficient; 

“normal” formatting may take a long time to complete, depending on the size of the hard 

drive/SSD.

Handling

•  If a magnetic disc has been installed, do not move the hard drive enclosure when it is in 

operation. Movement during operation may cause the write/read heads in the hard drive to 

make contact with the magnetic disk. This may not only lead to data loss but may also dam-

age the hard drive! 
The same applies to the 30-second period after the hard drive enclosure has been switched 

off, until the magnetic disk in the hard drive has come to a full stop.

  Naturally, this does not apply when using an SSD, since an SSD does not have any 

moving parts.

•  Protect valuable furniture surfaces by using a suitable mat to prevent scratches or pressure 

points.

•  Place the hard drive enclosure where it cannot fall down or topple over. This particularly ap-

plies if you place vertically the hard drive enclosure on the supplied stand.

Tips & Indications

a) USB

•  USB 3.1 devices are backwards compatible. This also means that these operate on conven-

tional USB 3.0/2.0/1.1 ports - but in this case, only in the respective maximum USB speed.

•  However, since the hard drive/SSD and the hard drive enclosure require a current of more 

than 500 mA, operation is normally not possible via a USB 2.0/USB 1.1 port.

  Y cables are available as accessories; these use two USB ports simultaneously to 

supply the power (500 mA + 500 mA). In this way, the enclosure can also be used 

with USB 2.0/1.1 ports.

 

If you use such a Y cable, it is imperative you make sure that you first connect the 

cable to both USB ports of the computer or USB hub (with power supply) and then, 

last of all, connect the cable to the hard drive enclosure.

•  Ideally, a data transfer rate of 10 Gbit/s is possible with USB3.1. However, the actual possible 

speed depends on the hard drive/SSD and the controller in use, and therefore it is much 

lower in practical operation.

•  For USB 3.1, the cables should be selected to be as short as possible to avoid a reduction 

in the data transfer speed. 

•  If the hard drive enclosure is to be connected via a USB hub, the latter must also support the 

USB 3.1 transfer mode in order to achieve maximum speed. Make sure that the USB hub 

provides enough power to ensure the operation of the hard drive enclosure with the built-in 

drive (for example, use a USB hub with a separate power supply).

b) General

•  The LED on the front side of the hard disk drive enclosure lights up when power is supplied 

and it flashes during read/write access.

•  USB devices can be connected and disconnected during operation.

  However, you should take into account that data may be corrupted or the operating 

system may crash if the connection cable is disconnected while data is being trans-

ferred or while files are opened by a program.

 

In Windows, a symbol is displayed in the menu bar when the hard drive/SSD (or 

other USB devices) are connected and in use. Click this symbol to “separate” the 

device, i.e. to terminate data transmission, so you can disconnect the connection 

cable without risking the loss of data.

•  If you have upgraded your computer to be able to use a USB 3.1 plug-in card (e.g., if your 

motherboard still is not equipped with a USB 3.1 port), you must check whether the plug-in 

card has its own power connection. 

  If such a power connection is available, the PC power supply has to be connected to 

it; otherwise, the USB 3.1 port does not function properly or does not supply enough 

power. A hard disk enclosure with a hard drive/SSD installed cannot be operated 

with such a port.

Care and Cleaning

•  Disconnect the product from the mains supply before each cleaning procedure. 

  If a hard drive is installed in the enclosure, wait at least 30 seconds until the mag-

netic disks in the hard drive have come to a complete stop (unnecessary for SSD, 

as it contains no mechanical parts).

•  Never use abrasive cleaning agents, cleaning alcohol or other chemical solutions, since 

these could damage the enclosure or even impair operation.

•  Use a dry, lint-free cloth to clean the product. 

Disposal

  Electronic devices are recyclable material and do not belong in the household 

waste. Dispose of the unserviceable product in accordance with the relevant statu-

tory regulations.

Technical Data

Port .................................................................  USB 3.1 Gen 2 (compatible with USB 

3.0/2.0/1.1)

Input voltage/ current ...................................... 5 V/DC, max. 900 mA
For installation of a suitable hard drive/SSD ... SATA I, II or III, 6.35 cm/2.5“
Supported capacity ......................................... max. 8 TB
Installation height of the hard drive/SSD ........ 7....14.5 mm
Ambient conditions .........................................  Temperature 0 °C to +70 °C, relative air humid-

ity 10% to 90%, non- condensing

Dimensions (L x W x H) .................................. 135 x 85.5 x 18 mm
Weight (without cable/hard drive) ................... approx. 110 g

Summary of Contents for RF-4315116

Page 1: ...et die Festplatte SSD nicht sie wird vom Betriebssystem nicht erkannt Eine Festplatte macht in diesem Fall nur leise klackernde Geräusche der Antriebs motor der Festplatte läuft aber nicht an Manche USB2 0 1 1 Ports können aber u U höhere Ströme liefern als der USB Standard vorsieht Wir empfehlen Ihnen deshalb das Festplattengehäuse mit der darin eingebauten Festplatte SSD ausschließlich an einem ...

Page 2: ...t Wenn das Festplattengehäuse über einen USB Hub angeschlossen werden soll so muss auch dieser den USB3 1 Übertragungsmodus unterstützen damit die maximale Geschwin digkeit möglich ist Achten Sie darauf dass der USB Hub genug Strom liefert um den Betrieb des Festplattengehäuses mit dem darin eingebauten Laufwerk sicherzustellen z B einen USB Hub mit separatem Netzteil verwenden b Allgemein Die LED...

Page 3: ...s not sufficient the hard drive SSD will not start and it will not be recognised by the operating system In this case the hard drive only makes quiet clicking noises but the hard drive motor will not start However in some cases some USB 2 0 1 1 ports can supply currents higher than required by the USB standard Therefore we recommend you to use the hard drive enclosure with the hard drive SSD insta...

Page 4: ...ts of the computer or USB hub with power supply and then last of all connect the cable to the hard drive enclosure Ideally a data transfer rate of 10 Gbit s is possible with USB3 1 However the actual possible speed depends on the hard drive SSD and the controller in use and therefore it is much lower in practical operation For USB 3 1 the cables should be selected to be as short as possible to avo...

Page 5: ... reconnaît pas Dans ce cas un disque dur fera seulement de petits bruits de craquement mais le moteur d entrainement du disque dur ne démarrera pas Certains ports USB2 0 1 1 peuvent éventuellement fournir un courant plus élevé que ce qui est prévu par leur norme USB Nous vous recommandons donc d utiliser le boîtier de disque dur avec le disque dur SSD qui y est installé seulement avec un port USB3...

Page 6: ...teur ou de votre HUB USB avec alimentation propre et seulement ensuite au boîtier de disque dur Idéalement une connexion USB3 1 permet une transmission de données supérieure à 10 GBit s La vitesse possible réelle dépend cependant du disque dur SSD et du contrôleur utilisé et c est pourquoi elle est beaucoup plus faible lors du fonctionnement pratique Dans le cas de ports USB3 1 il est conseillé de...

Page 7: ... SSD niet deze wordt niet door het besturingssysteem herkend Een harde schijf produceert in dit geval alleen zachte klikkende geluiden de aan drijfmotor van de harde schijf start niet Sommige USB2 0 1 1 poorten kunnen echter evt hogere stromen dan de USB stan daard voorziet leveren Wij adviseren u daarom de harde schijfbehuizing met de daarin ingebouwde harde schijf SSD uitsluitend op een USB3 1 o...

Page 8: ...f de USB hub met netvoedingadapter wordt aangesloten en als laatste pas de kabel op de harde schijfbehuizing Idealiter is bij een USB3 1 een datatransfer snelheid van ongeveer 10 GBit s mogelijk De werkelijke mogelijke datatransfer snelheid is echter afhankelijk van de vaste schijf SSD en de gebruikte controller en ligt daarom in de praktijk veel lager Bij USB3 1 wordt aanbevolen de kabels zo kort...

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