Zellabox Cubb User manual

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Zellabox
User Manual

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Zellabox
Table of Contents!1 Introduction!
2 Safety Instructions!
!2.1 Overview!
!2.2 Pyrorack!
!2.3 Uninterruptible Power Supply!
!2.4 Switchboard!
3 Start-up procedure!
4 Technical Data!
!4.1 Access Control!
!4.2 Pyrorack!
!4.3 Uninterruptible Power Supply!
!4.4 Switchboard!
!4.5 Cooling System!
!4.6 Intelligent Monitoring and management!
03!
04!
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06!
07!
08!
09!
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11!
14!
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18!

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A Micro Data Centre is a standalone housing unit that replicates!
all of the cooling, security and power capabilities of a traditional!
data center on a much smaller, lower cost scale. It miniaturizes!
the data centre into the size of an average refrigerator, offering its!
own cooling and power capabilities, significantly reducing operational!
and energy costs by 30-60%, and on-premise IT footprint. Moreover,!
it allows for portability and can be moved from location to location,!
and expanded to a set of ʻmodularʼdata centers as business grow.!
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The micro data centre is a self-contained facility designed to house!
your critical networking equipment and to provide the infrastructure!
of a conventional server facility in a portable and robust environment.!
The Micro Data Centre eliminates the need for a server room.!
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Our micro data centres offer a robust and dependable answer to the!
question of housing and securing your networking and data storage!
equipment. The facility, in the form of a cabinet, has a host of built-in!
features, which ensure that your server is secure, accessible and fully!
portable.!
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The Micro Data Centre can accommodate your requirements based!
on a plug-and-play operation of any of the following components:!
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The Micro Data Centre is available in two models namely; Cubb® and!
Cubb®Duo. The Cubb is a single cooling unit and the CubbDuo is a!
dual cooling unit.!
Zellabox
Introduction
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!1Introduction
• Power Distribution Unit!
• Internal Cooling System!
• Uninterrupted Power Supply (Rack
mounted up to 6000 VA)!
• Access Control System (Code / Card /
Biometric)!
• Environmental Monitoring!
• Automated Fire extinguishing System!
• Cabinet Lighting!
• Cable Management System!

This manual contains instructions relating to safety, installation,!
operation, maintenance and warranty of this product and its!
components.!
Please keep this manual in asafe place for future references.!
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Handling Safety!
Do not lift heavy loads without assistance.!
Zellabox!
Safety Instructions!
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!2Safety Instructions
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!2.1 Overview!
Important safety note!
• Caution needs to be taken when removing the side panels of the!
!Micro Data Centre, in particular when dealing with the 38U as!
they are heavy, we recommend a 2 man lift when removing and!
re-installing the side panels.!
• ALWAYS ENSURE the bottom brackets are locked in and that !
the top pins are COMPLETELY slotted in.!
!!!VERY IMPORTANT SAFETY NOTE!
!! If you need to remove grommets from the side cooling vents!
!!ALWAYS ENSURE they DO NOT fall into the cooling vent chute.!
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5!
Important note!
TO ENSURE A UNIFORM DISCHARGE!
IT IS IMPORTANT THAT THERE ARE NO!
OBSTRUCTIONS BELOW THE !
DISCHARGE AREA.!
This manual contains essential system &!
safety information regarding the Pyrorack,!
before beginning any work involving the!
Pyrorack please read this manual.!
!
When installation is complete please keep!
this manual in a safe place.!
WE RECOMMEND THAT INSTALLATION!
AND SERVICING OF THE PYRORACK!
SHOULD ONLY BE CARRIED OUT BY!
SUITABLY QUALIFIED PERSONNEL WITH !
THE NECESSARY TRAINING.!
!
This product is classed as not user!
serviceable!
The use of non-recommended spares or
parts or attempts at servicing other than
described herein will invalidate conformity
and any warranty.!
Zellabox!
Safety Instructions!
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!2.2 Pyrorack!
• Toxicity: Always avoid inadvertent!
!exposure to Pyrogen Aerosol!!
• Re-entry: Following a discharge,!
!personnel should not enter the!
!protected area until it has been!
!thoroughly ventilated. Avoid exposure!
to the fire by-products and!
extinguishing mixture. Should it be!
necessary to enter the area before it!
is fully ventilated, the use of a respirator!
or other means of protection may be!
required.!
• Clean-up: After a discharge, the!
aerosol particles that have settled!
should be vacuumed, blown, or if!
appropriate, washed away. Protective!
gloves and goggles should be worn. A!
respirator or mask may be required.!
• Do not handle generators immediately!
following a discharge. The generators!
Can be HOT; therefore protective gloves!
should be worn. Do not handle !
generators for 15 minutes after a !
discharge!
• Dangerous Goods Classification:!
Pyrogen is a class 4.1 article in!
accordance with the United Nations!
Dangerous Goods Classification Code.!
• Ensure that all doors are tightly shut on!
!the cabinet and that all opening doors!
!have warning stickers attached.!
• Where an external bell or siren is to be!
!used, the e.o.l resisters inside the control!
unit must be removed and placed at E.O.L.!
• Replacing the mag unit after a discharge !
(to be performed by suitably qualified!
personnel with the necessary training only).

6!
This equipment is intended for installation!
in a controlled temperature indoor area free!
from Conductive contaminants.!
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Important Safety Warning!
Please comply with all warnings and!
operating instructions in this manual. Save!
this manual properly and read carefully the!
following instructions before installing the!
unit. Do not operate this unit before reading!
through all safety information and operating!
instructions carefully!
!
2.3.1 Transportation!
Please transport the UPS system only in !
the Micro Data Centre to protect against !
shock and impact.!
!
2.3.2 Preparation!
• Condensation may occur if the UPS!
system is moved directly from cold to!
warm environment. The UPS system must!
be absolutely dry before being installed.!
• Please allow at least two hours for the UPS!
system to acclimate to the environment.!
• Do not install the UPS system near water
or in moist environments.!
• Do not install the UPS system where it!
!would be exposed to direct sunlight or near!
a heater housing.!
• Do not block ventilation holes in the UPS!
!
2.3.3 Installation!
• Do not connect appliances or devices which!
!would overload the UPS system (e.g. laser!
printers) to the UPS output sockets.!
• Place cables in such a way that no one!
can step on or trip over them.!
• Do not connect domestic appliances such!
as hair dryers to UPS output sockets.!
• The UPS can be operated by any individuals!
with no previous experience.!
• Connect the UPS system only to an earthed!
shockproof outlet which must be easily!
accessible and close to the UPS system.!
• Please use only VDE-tested, CE-marked!
mains cable (e.g. the mains cable of your!
computer) to connect the UPS system to!
the building wiring outlet (shockproof outlet).!
• Please use only VDE-tested, CE-marked!
power cables to connect the loads to the!
UPS system.!
• Pluggable equipment includes aprotective!
!earth conductor that carries the leakage!
current from the load devices (computer!
equipment). Total leakage current must not!
exceed 3.5mA.!
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2.3.4 Operation!
• Do not disconnect the mains cable on the
UPS system or the building wiring outlet!
(shockproof socket outlet) during operations!
since this would cancel the protective !
earthing of the UPS system and of all !
connected loads.!
• The UPS system features its own, internal!
!current source (batteries). The UPS output!
!sockets or output terminals block may be!
!electrically live even if the UPS system is !
!not connected to the building wiring outlet.!
• In order to fully disconnect the UPS!
!system, first press the OFF/Enter button to!
disconnect the mains.!
• Prevent fluids or other foreign objects!
!entering the UPS system.!
Zellabox!
Safety Instructions!
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7!
2.3.5 Maintenance, service and faults
• The UPS system operates with hazardous!
!voltages. Repairs may be carried out only!
!by qualified maintenance personnel.!
• Caution - risk of electric shock. Even after!
!the unit is disconnected from the mains!
!(building wiring outlet), components inside!
!the UPS system are still connected to the!
!battery and electrically live and dangerous.!
• Before carrying out any kind of service and/!
!or maintenance, disconnect the batteries!
!and verify that no current is present and no!
!hazardous voltage exists in the terminals!
!of high capability capacitor such as BUS-!
!capacitors.!
• Only persons are adequately familiar!
!with batteries and with the required!
!precautionary measures may replace!
!batteries and supervise operations.!
!Unauthorized persons must be kept well!
!away from the batteries.!
• Caution - risk of electric shock. The battery!
!circuit is not isolated from the input!
!voltage. Hazardous voltages may occur!
!between the battery terminals and the!
!ground. Before touching, please verify that!
!no voltage is present!!
• Batteries may cause electric shock and have!
!ahigh short-circuit current. Please take the!
!precautionary measures specified below!
!and any other measures necessary when!
!working with batteries:!
! ! Remove wristwatches, rings and other!
! ! metal objects!
! ! Use only tools with insulated grips!
! ! and handles.!
• When changing batteries, install the same!
!number and same type of batteries.!
• Do not attempt to dispose of batteries by!
!burning them. This could cause battery!
!explosion.!
• Do not open or destroy batteries. Escaping!
!electrolyte can cause injury to the skin and!
!eyes. It is toxic.!
• Please replace the fuse only with the same!
!type and amperage in order to avoid fire!
!hazards.!
• Do not dismantle the UPS system.!
Important Safety Warning!
WE RECOMMEND THAT INSTALLATION!
AND SERVICING OF THE SWITCHBOARD!
SHOULD ONLY BE CARRIED OUT BY!
SUITABLY QUALIFIED PERSONNEL WITH THE!
NECESSARY TRAINING.!
!
• Do not open the switchboard!
• Do not remove the switchboard from the!
!Micro Data Centre without contacting!
!Zellabox first.!
• Power-down procedure:!
- Switch off each component first before!
!switching off mains plug.!
- In order to power down one component at a
time simply switch off relative plug before
working on respective component. Note –
there is no need to switch off entire
switchboard.!
!- Caution –ensure you are switching off!
!the correct component before working!
!on that component.!
Zellabox!
Safety Instructions!
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!!2.4 Switchboard!

8!
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• Follow Pyrorack Commissioning steps!
!from the installation manual. !
• Populate the Micro Data Centre with your!
!critical equipment.!
!
NOTE: Ensure adequate gaps are left between!
the equipment housed within the Micro!
Data Centre to ensure an effective air-flow is!
maintained. The cooling system will maintain!
the optimal cooling air-flow between the!
equipment if this recommendation is adhered to.!
NOTE: DO NOT exceed the cooling systemʼs!
recommended BTU/h specifications (listed!
in the cooling system section) as this will!
overheat the equipment.!
The Zellabox Micro Data Centre is a PLUG N!
PLAY unit therefore once it has been installed!
by a qualified contractor the Micro Data!
Centre is ready for use!!
!
Follow these steps to start up your unit:!
• Start-up the switchboard!
• Switch Mains Isolator switch to the ON!
!position!
• Switch Cooling System switch to the ON!
!position!
• Switch UPS switch to the ON position!
• Switch all remaining switches to the ON!
!position!
Zellabox!
Start-up procedure!
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!3Start-up procedure!

• Once entered there will be 3beeps and!
!system will return to normal!
• The front panel indicators will be as follows:!
!!
!Mode Indicator = !
!Door Indicator =!
Changing the access codes!
!
Step 1 – Enter Programming mode!
Press #key twice quickly within 5seconds!
• Enter 1234 quickly!
The controller has now entered programming!
mode and the front panel door indicator!
should have changed from RED to GREEN.!
!
Step 2 – Changing the front door code!
• Press 1(The front panel indicators must still!
!show as indicated in step 1)!
• Enter new code!
• Once entered there will be 3beeps and!
!system will return to normal!
• The front panel indicators will be as follows:!
!!
!Mode Indicator =!
!Door Indicator =!
!
Step 3 – Changing the back door code!
• Start process again at STEP 1to enter!
!programming mode once again!
• Press 2(The front panel indicators must still!
!show as indicated in step 1)!
• Enter new code!
• Once entered there will be 3beeps and!
!system will return to normal!
• The front panel indicators will be as follows:!
!!
!Mode Indicator =!
!Door Indicator =!
9!
Zellabox!
Technical data!
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!!!!!!!4Technical data!
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!!!!!!!4.1 Access control!
4.1.1 Metal Keypad Key Features!
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• 500 Users!
• Water and vandal resistant!
• Backlight (Backlit family, option “B”)!
• Three user levels: normal; secure; master!
• Three modes of operation: normal; bypass;!
!secure!
• Integrated keypad for PIN entry (Piezo!
!electric -Q44 only)!
• Integrated proximity card reader (Q42 and!
!Q44 only)!
• Selectable PIN code length up to 8digits!
• Auxiliary input and auxiliary output!
• Ten auxiliary modes including: door ajar;!
!forced door; shunt; door monitor; normal/!
secure; LED control!
• Input for Request to Exit (REX) button!
Code search feature for easy maintenance!
of user codes!
• Internal buzzer!
• Vandal proof screw (special tool supplied)!
• Two tri-colour LED indicators for status /!
programming Interface!
• Built-in case and back tamper protection!
• Lockout feature on wrong entries!
(Keypad/Card Tamper)!
• Bell, chime, siren and strobe features!
available with BL-D40!
• Programmable siren time (with BL-D40)!
Programmable lock strike release time.!
!Supplied with mounting template for easy!
!installation!
!
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Front panel description!

Programming Guides!
!
• Change Programming Password !
# Programming Password # 0 new
Programming Password #!
New Programming Password # If
Programming Password lost, perform
3.2 reset to Factory Default (123456)!
• Add user card !
# Programming Password # 1 read
card # If add multi cards, read cards
continuously!
• Set Common Access Password!
# Programming Password # 21 new
Common Access Password #!
Common Access Password is only one.
Open method: Common Access
Password #!
!
• Delete all users!
# Programming Password # 40 000 #!
Delete all cards and PIN except
Common Access Password!
• Delete user by read card!
# Programming Password # 41 read
card #!
If delete multi cards, read cards
continuously!
!
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Key Pad!
Card reader!
Zellabox!
Technical data!
4.1.2 Digital Keypad Key Features!
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• 500 Users!
• Water and vandal resistant!
• Backlight (Backlit family, option “B”)!
• Three user levels: normal; secure; master!
• Three modes of operation: normal; bypass; secure!
• Integrated keypad for PIN entry (Piezo electric - Q44
only)!
• Integrated proximity card reader (Q42 and Q44 only)!
• Selectable PIN code length up to 8 digits!
• Auxiliary input and auxiliary output!
• Ten auxiliary modes including: door ajar;!
!forced door; shunt; door monitor; normal/ secure; LED !
control!
• Input for Request to Exit (REX) button Code search
feature for easy maintenance of user codes!
• Internal buzzer!
• Vandal proof screw (special tool supplied)!
• Two tri-colour LED indicators for status /programming
Interface!
• Built-in case and back tamper protection!
• Lockout feature on wrong entries (Keypad/Card
Tamper)!
• Bell, chime, siren and strobe features available with
BL-D40!
• Programmable siren time (with BL-D40)
Programmable lock strike release time. Supplied with
mounting template for easy installation!
10!

4.2.1 Introduction!
!
The Pyrorack is aself-contained automatic fire!
detection and extinguishing system. It is designed!
to be housed in the Zellabox Micro Data Centre for!
the protection of delicate electronic equipment.!
The PyroRack is fully capable of detecting fire!
using coincidence detection and responding by!
extinguishing the fire in less than 10 seconds!
of detection. Signals can also be sent to other!
equipment via Voltage Free Relay Contacts to!
inform of the units status and to key personnel for!
immediate investigation.!
!
By installing the Pyrorack at the top of the!
equipment rack, equipment is being protected!
at the centre of the potential risk, therefore more!
accurately identifying the fire at avery early stage!
and eliminating the need to discharge large costly!
quantities of fire suppressant.!
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The section which houses the extinguishing!
agent is easily accessed after adischarge and!
the agent replaced as required. This product has!
been designed, manufactured and tested under!
stringent requirements. The installation of this!
product should only be carried out by acompetent!
person and comply with applicable current!
National or International standards.!
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11!
Zellabox!
Technical data!
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4.2 Pyrorack!
4.2.2 Indications and functions!
4.2.2.1 Indications!
Indication!
Description!
Colour!
Z1 fault!
Fire condition Z1 detected.!
Red!
Z1 isolated!
Fault condition Z1 detected.!
Amber!
Zone 2 fire!
Fire detection Z1 isolated, Extinguishant
release isolated.!
Amber!
Z2 fault!
Fire condition Z2 detected.!
Red!
Z2 isolated!
Fault condition Z1 detected.!
Amber!
Silence sounders!
Fire detection Z2 isolated, Extinguishant
release isolated.!
Amber!
Silence buzzer!
Sounders Silenced activated!
Amber!
System on!
Buzzer Silenced activated!
Amber!
System fault!
Control Unit operational!
Green!
P.S.U. Fault!
Any fault condition detected!
Amber!
Sounder fault!
Mains or Battery fault detected!
Amber!
System fire!
Bell or Siren fault detected!
Amber!
Extinguishant released!
Z1 or Z2 fire detected!
Red!
Extinguishant fault!
Extinguishant Released confirmation!
Red!
Automatic!
Extinguishant Fault detected!
Amber!
Manual!
Automatic release enabled – system
should be left in this position if unattended!
Amber!
%!
Automatic release disabled, Manual
release enabled!
Green!

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4.2.2.2 Functions!
The “EXTINGUISHING RELEASE” button will !
operate in the “MANUAL” condition only.!
4.2.3 fault diagnostics!
Fault Conditions: When a fault occurs on a!
part of the system the panel responds by!
activating the internal sounder (which will!
pulse intermittently) and illuminating the!
Zellabox!
Technical data!
fault light (amber). The internal sounder!
may be silenced however this will still give a!
reminder every 15 seconds, which cannot be!
silenced until the fault is rectified. The fault!
will automatically reset if the fault clears on!
its own, however this information is logged!
in the event log memory for engineering!
purposes.!
The types of faults that would activate these!
are as follows:!
4.2.3.1 Zone 1Fault!
• Cause –open or short circuit fault is!
!detected from detection circuit No. 1.!
• Remedy – check detector 1 is situated on!
!the base correctly, also check that the end!
!of line resistor is in place on the detector!
!base.!
4.2.3.2 Zone 2Fault!
• Cause – open or short circuit fault is!
!detected from detection circuit No. 2.!
• Remedy – check detector 2 is situated on!
!the base correctly, also check that the end!
!of line resistor is in place on the detector!
!base.!
4.2.3.3 System Fault!
• Cause –see all other Fault Indications and!
!Detectors.!
• Remedy –Check Detectors in place and!
!properly fitted.!
4.2.3.4 Power Supply Fault!
• Cause –fault signal is detected from the!
power supply (mains or battery failure).!
• Remedy –check all external fuses and that!
!mains supply is present.!
• Check batteries are in circuit, check on!
!rear external plate that the battery fuse!
!is in place, check batteries for signs of!
!malfunction –corrosion, overheating, shape!
!distortion.!
4.2.3.5 Sounders Fault!
• Cause –open or short circuit has been!
!detected on one or both of the sounder!
circuits.!
• Remedy –Check all connections and E.O.L!
!resistor in place.!
4.2.3.6 Extinguishing Agent Fault!
• Cause –open circuit has been detected on!
!the extinguishing agent circuit.!
• Remedy –ensure that internal extinguishing!
!actuator is in circuit. If the fault persists it!
!should be changed.!
Function!Description!
Isolate z1!Isolates Z1and prohibit!
Extinguishant release.!
Isolate z2!
!Isolates Z2 and prohibit!
Extinguishant release.!
Silence
sounders!
!
Silence the external!
Sounders if activated.!
Silence buzzer!
!Silence the Buzzer if!
Activated.!
Test!Illuminates all LEDʼs.!
Reset/abort!
!A system reset is!
Performed.!
12!

13!
Zellabox!
Technical data!
D-connector male j2!
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Note: all relay outputs are volt free,!
1a -125vac and 2a -30vdc.!
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Mag. Unit Fuse F3 - 500ma Tl!
D-Conn. - Male J2!
D-Conn. - Female J1!
Battery Fuse F4 - 500ma Tl!
MainsFuse - F5 500ma Tl!
!
SEE INSTALLATION INSTRUCTIONS FOR!
OPERATION AND CONNECTIONS.!
4.2.4 Service!
!
4.2.4.1 User Checks!
• Ensure Extinguishing Agent is ISOLATED!
!before carrying out any work.!
• The user should ensure that the system is in!
!good working order at all times. The!
!user should carry out on amonthly basis!
!inspections of the system, these should!
!include:-!
• Looking out for obstructions to the!
!discharge area, alteration/extensions of!
!protected equipment.!
• Checking all openings, which should be!
!securely closed, is not left in the open!
!position.!
• Area is free from dust or other foreign!
!objects, which could cause unwanted!
!false alarms.!
!
4.2.4.2 Engineer Checks!
• Ensure Extinguishant is ISOLATED before!
!carrying out any works.!
• The responsible person should ensure!
!that every 3months the following checks!
!are carried out by acompetent person:-!
• Entries in the Log Book are checked and!
!any necessary action taken.!
• Batteries and their connections should be!
! ! examined and tested to ensure they are in a!
! ! good serviceable condition and not likely to!
! ! fail before the next quarterly inspection.!
• The alarm functions of the control and!
! ! indicating equipment by operation of a!
! ! detector.!
• Visual inspection.!
• Any defects should be recorded in the!
! ! logbook and reported to the responsible!
! ! person, and action taken to correct it.!
• On completion of the work, acertificate of!
! ! testing should be given to the responsible!
! ! person.!
!
4.2.5 External pin connection
details!
D-connector female j1nno. Connect!
Pin
no.!
Connection!
1!Bell - positive!
2!Siren positive!
3!Not used!
4!Gas released relay n/o!
5!Gas released relay n/c!
6!Bell – negative!
7!Siren – negative!
8!Not used!
9!Gas released relay common!
Pin
no!
Connection!
1!General fault relay n/c!
2!General fault relay n/o!
3!Second knock relay common!
4!General fire relay n/c!
5!General fire relay n/o!
6!General fault relay common!
7!Second knock relay n/c!
8!Second knock relay n/o!
9!General fire relay common!

Zellabox!
Technical data!
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4.3 Uninterruptibale power supply!
4.3.1 Introduction!
Please refer to relevant UPS User Manual !
provided in the Zellabox or alternatively go
online.!
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15!
4.4.1.2 Front Panel!
The front panel consist of the following
switches:!
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!!!Zellabox
Technical data
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4.4 Switchboard!
The Zellabox switchboard sits at the bottom!
of the Micro Data Centre and is responsible!
for providing and distributing power!
within the Micro Data Centre. The 2main!
components that rely on this power are the!
UPS and the Cooling System.!
!
The UPS provides uninterruptible power for!
the clientʼscritical equipment as well as the!
fire extinguishing system, which is housed!
at the top of the unit and the access control!
system. The only component running directly!
from the switchboard other than the UPS is!
the cooling system –this is plugged directly!
into the switchboard.!
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4.4.1 Features &Functions!
The switchboard is plugged or hardwired!
directly into the buildingʼspower source and!
has agreen light on the front panel which!
MUST be illuminated at all times indicating!
there is apower supply.!
!
4.4.1.1 Back Panel!
The back panel consists of plug points for the!
following components:!
!
• Mains Input sockets – 6Kva switchboard!
• Main input cable – 8Kva switchboard!
• Cooling System!
• UPS !
Tag on switchboard!What does it refer to?!What does it do?!
Main Isolator!Mains power switch!Controls the mains power!
RCD!Residual current device or
safety switch!
Provides fast power cut-off in problem!
Situations.!
Surge Arrestor!A protective device
designed primarily for
connection between a
conductor of an electrical
system!
Cooling System !
5 & 6 Kva UPS!UPS!32amp supply !
1 to 3 Kva UPS!UPS!16 Amp supply!
Power available!
!
Power availability within
the MDC!
!
When the light is on there is power within the
MDC.!
!

16!
Zellabox!
Technical data!
4.4.2 Troubleshooting!
Problem Potential Cause Solution
!
All queries need to be directed to ZELLABOX at:!
Tel: [phone] /www.zellabox.com!
!
4.5 Cooling System!
!
The cooling system in the Micro Data Centre is designed to work!
continuously at an efficient rate enough to ensure equipment is!
kept at the desired temperature. The 38U and the 25U Micro Data!
Centres have the same cooling system however the one is !
smaller in capacity than the other.!
!
4.5.1 Operation!
The cooling system has acontroller which is located at the back of the!
box. The controller allows the user to control the temperature within the!
Micro Data Centre.!
ALL Micro Data Centreʼscooling systems are preset in the factory to run!
efficiently and effectively on one setting. Zellabox DOES NOT recommend!
tampering with the cooling system controller but rather switching the!
cooling system off at the switchboard to reset the controls.!
The recommended temperature setting is between 20 and 23 degrees for!
maximum efficiency.!
Problem!Potential Cause!Solution!
Green light on front
panel IS NOT
illuminated !
The main isolator
switch is not in the
ON position!
Turn switch on!
!
There is no power to !
the switchboard !
Ensure there is
no problem with
the main supply
from building!
Cooling system!The switch on the
front panel is not in
the ON position!
Turn switch on!
!
Cooling is not
plugged into the back
panel of the
switchboard!
Plug the cooling
system into the
15AMP socket!
Problem!Cooling capacity
(BTUh)!
Cooling capacity
(Watts)!
Micro Data Centre!8900 !2600!
!
Micro Data Centre!11900 !3500!
!
Micro Data Centre!8900 !2600!
!
Micro Data Centre!11900 !3500!
!
Micro Data Centre!
!
15695!4600!
The Cubb Micro Data Centre contains only 1cooling unit as!
opposed to the CubbDuo Micro Data Centre which contains 2units!
which alternate every 4days.!
!
The following table depicts the cooling capacity of each cooling system:
!

Zellabox!
Technical data!
!
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!
!
!
!
!
!
!
!
4.5.1.1 CubbDuo –Operation Instructions!
!
The Cubb Duoʼscooling system consists of two separate cooling!
systems within one Micro Data Centre. Each system works!
independently of each other and alternate every 15 days.!
!
If one system fails the temperature will begin to rise within the!
Micro Data Centre triggering the secondary unit to start up.!
!
If the Micro Data Centre experiences temperatures over 42 degrees!
within the data centre while acooling unit is running, the alternate!
unit will start up and provide extra cooling for the Micro Data!
Centre. Once the temperature drops below 20 degrees the!
secondary unit will shut down resuming normal operation.!
!
4.5.2 Trouble Shooting
Problem!Potential Cause!Solution!
The Cooling!
system not!
working!
Cooling is not plugged!
into the back panel of the!
switchboard!
Plug the cooling system!
into the 15AMP socket!
The cooling switch on the!
main switch board is not!
in the ON position!
!
Turn switch on!
!
The remote that controls!
the temperature is turned!
off.!
17!

18!
4.6.1 Intelligent PDU
!
Zellabox Intelligent PDUs are architected with components, features,
and fail safes that ensure the most reliable infrastructure possible, both !
now and for years to come. !
!
Billing-grade accurate monitoring of user defined!
thresholds ensure that potential failures are identified far in advance.
Real-time alarms notify you of potential risk conditions in the power
chain.!
!
Immediately identify faulty power supplies and react to tripped breakers
that would otherwise go undetected by building management systems,
branch circuit monitoring, and other brand PDUs.!
!
Employing the most reliable components available, PX Intelligent PDUs
with outlet switching consume less energy, protect against in-rush
currents, and hold the critical power load even in the event of
catastrophic failure.!
!
Help eliminate human error and can withstand the harshest
environments. With monitoring features that spot problems in advance
and physical design elements that adapt to the toughest conditions, our
solution protects your critical load under any circumstances.!
!
Offer a simple user experience for seamless physical deployment,
configuration, commissioning, monitoring, and power delivery.!
!
Zellabox power distribution hardware will remain in place through
multiple technology refresh cycles, often for a decade or more. PX
Intelligent PDUs support both your current and future growth demands
with the most advanced technology and highest power densities
available in the market.!
!
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Zellabox!
Technical data!
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!4.6 Intelligent Management & Monitoring System!
4.6.2 Centralised monitoring and management
!
Power IQ® DCIM Monitoring Software enables managers to closely monitor
their Zellaboxes anywhere in the world. With health maps, power analytics,
cooling charts, and reports alert you to potential trouble, and help you
understand real-time power load, trends, and capacity at all levels of
infrastructure.%A configurable dashboard provides vendor agnostic views of
power capacity, environmental health, and energy consumption. Get single-
click access to rack power, cooling, airflow, events, and much more.!
!
Main features:!
!
• Energy Management !
• Environment Monitoring!
• Vendor Agnostic Management!
• Power Management !
• Vendor Agnostic Power Control !
• Real-Time Dashboards!
• Smart MDC View!
• World Maps or location maps!
• Thresholds and Alerts!
• MDC Inspector!
• Custom Reports!
!
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!

19!
Zellabox
Zellabox™ Pty Ltd
PO Box 1035
Osborne Park DC Western Australia 6916
AUSTRALIA
1300 117 644
www.zellabox.com
[email protected]
Version 2016-007