Data Centers for the EDGE - Signamax · 2019. 10. 14. · should be driven to the first available drain (gutter or spout). If the first drain is more than 2 meters / 80 i̇nches away

Technical Manual of Micro Data CenterData Centers for the EDGE

www.signamax.com

www.signamax.com

Technical Manual of MicroDC

Table of ContentsImportant Safety Instructions 6

1 Scope 72 Pre-installation precautions 82.1 Cabinet 82.2 Cooling unit 92.3 Mains Power Supply Line 103 Installation 113.1 Required Setup Equipment 113.2 Cabinet Installation 113.3 Cooling Unit 173.4 Secondary Equipment 194 Maintenance 204.1 Cooling device 205 Troubleshooting 215.1 Wheels 215.2 Cooling 226 Service Log 247 Certificates 25

www.signamax.com Micro Data Center Technical Manual 2

Important Safety Instructions

This manual contains important instructions that should be closely followed during installation and maintenance of this unit. Read all safety and operating instructions before attempting to operate the MicroDC. Adhere to all warnings on the unit and in this manual. Follow all operating and user instructions.

This product is designed for commercial / industrial use only. This product is not intended for use with life support or mediacal equipment.

Operate this product in an indoor environment at an ambient temperature of 00°C to 55°C with a relative humidity of 20% to 85% (non condensing). Install the product in a clean environment, free from dust, moisture, flammable liquids, gases, and corrosive substances.

Where applicable, this product must be permanently connected and powered from a suitable single-phase AC supply rated in accordance with the equipment data plate. It must be suitably grounded and protected by a circuit breaker or fuse. A residual current device (commonly known as differential relay) must be present in order to protect any engineer while installing, maintaining or operating the MicroDC.

Ensure the MicroDC has proper ventilation. Never block or insert objects into the ventilation holes or other openings. Maintain a minimum clearance of 500mm /19.7 inches in front, rear and top of the MicroDC for proper air flow and cooling.


1 Scope

The scope of this technical manual includes four phases; first it relies on helping the end user arrange / prepare the site where the MicroDC is going to be installed. Second it explains how the MicroDC should be properly handled, installed, connected and operated. Third there is a maintenance guide showing the maintenance procedure needed to be followed in order to extend the MicroDC operating life. Forth there is a troubleshooting guide on how to handle possible misuses or other issues including a detailed FAQ (Frequently Asked Questions) table.

Part list of 24U Micro Data Center

Number Part Number Description Quantity

1 02 1035 M 00 24U 40 inches Solid Side Panel 2

2 484 16023A Heavy Duty Castor Set 2

3 484 16023B Heavy Duty Castor Set without break 2

4 021607M00 24U 32 inches Solid Door with Gasket 2

5 021610M00 24U Horizontal Organizer with Bendradius 2

6 021740P00 19" Mounting Rails 4

7 021874M00 Micro DC Top/Bottom Covers 1

8 021894M00 19" Air Flow Driver 1

9 021895M00 24U IP54 32x40 inches Aluminum Case 1

10 025124H00 2 kW Air Conditioner 1

11 484073335012 M5x12 Screws 14

118

2,25

800

173

7,25

1000

A

10

4

4

1

9

DETAIL A SCALE 1 : 5

116

REVISIONSZONE REV. DESCRIPTION DATE APPROVED

A İLK ÜRETİM 26.09.2014

ÖĞE NO. PARÇA NUMARASI Tanım MİKT.1 02 1035 M 00 24U 1000mm SOLID YAN KAPAK MONTAJI 22 484 16023 AABA Sugatsune GX-60-N12S ( Frenli Tekerlek ) 23 484 16023 BABA Sugatsune GX-60-N12 ( Frensiz Tekerlek ) 24 021607M00 24U 800mm CONTALI SOLID KAPI MONTAJI EMS 25 021610M00 24U BENRADUSLU DİKEY ORGANİZER MONTAJI 26 021740P00 ALM.24U 19" AĞIR TİP TAŞIYICI DİKME 47 021874M00 MİCRO DC ALT-ÜST KAPAMA PANELİ MONTAJI 18 021894M00 19" HAVA YONLENDİRMELİ KAPAMA PANELİ MONTAJI 19 021895M00 IP54 24U 800X1000 ALM KABİNET ŞASESİ 110 025124H00 4KW STULZ KILIMA 111 484073335012 CİVATA M5*12 TSB KOMBİ (TORK SİLİNDİRİK BAŞ) EJOT 14

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FINISH:KESKİN KENAR VE ÇAPAK OLMAYACAKTIR

NAME SIGNATURE DATE

TITLE:

DWG NO.

SCALE:1:50 SHEET 1 OF 1

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WEIGHT: Kg

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26 Eylül 2014 Cuma 12:58:51

E:\pdmview\canovate\Standart Urunler\05-Micro Datacenter Kabinetler\CAD Files\13 Ağustos 2013 Salı 10:52:23 26 Eylül 2014 Cuma 12:59:14CPJ-M-2480A-T4K-EMS-01

UNLESS OTHERWISE SPECIFIED:DIMENSIONS ARE IN MILLIMETERSSurface finish: µ Linear : DIN 7168-mAngular : DIN 7168-mHole : DIN 7168-m

Surface Area : m²

E:\pdmview\canovate\Standart Urunler\05-Micro Datacenter Kabinetler\CAD Files\

±1.2±0.8>315-1000 >1000-2000

±0.5±0.2>30-120±0.3

>0-6±0.1TOL.

OLCU >6-30 >120-315DIN 7168-m

GENEL TOLERANSLAR

CPJ-M-2480A-T4K-EMS-01 MATERIAL: Thickness26.09.2014


Part list of 42U Micro Data Center

Number Part Number Description Quantity

1 020038P01 19” Mounting Rails 4

2 021585M00 42U IP54 Sidepanel 2

3 021802M00 42U Horizontal Organizer 2

4 021607M00 42U 32 inches Solid Door with Gasket 2

5 021874M00 Micro DC Top/Bottom Covers 1

6 021888M00 42U IP54 32x40 inches Aluminum Case 1

7 021894M00 19” Air Flow Driver 1

8 025124H00 3.8 kW Air Conditioner 1

9 484073335012 M5x12 Screws 20

10 Adjustable Feet 4

800

198

2,35

2

537,

35

1000

A

2

4

4

2

6

DETAIL A SCALE 1 : 5

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1

REVISIONSZONE REV. DESCRIPTION DATE APPROVED

A İLK ÜRETİM 26.09.2014

ÖĞE NO. PARÇA NUMARASI Tanım MİKT.1 020038P01 ALM. 42U 19" AĞIR TİP TAŞIYICI DİKME 42 021585M00 IP54 42U 1000 YAN KAPAK MONTAJI 23 021611M00 42U BENRADUSLU DİKEY ORGANİZER MONTAJI 24 021802M00 ALM. 42U 800mm MESAN ŞİFRELİ SOLİD KAPI MONTAJI 25 021874M00 MİCRO DC ALT-ÜST KAPAMA PANELİ MONTAJI 16 021888M00 IP54 42U 800X1000 ALM KABİNET ŞASESİ 17 021894M00 19" HAVA YONLENDİRMELİ KAPAMA PANELİ MONTAJI 18 025124H00 4KW STULZ KILIMA 19 484073335012 CİVATA M5*12 TSB KOMBİ (TORK SİLİNDİRİK BAŞ) EJOT 2010 484 16023 AABA Sugatsune GX-60-N12S ( Frenli Tekerlek ) 211 484 16023 BABA Sugatsune GX-60-N12 ( Frensiz Tekerlek ) 2

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FINISH:KESKİN KENAR VE ÇAPAK OLMAYACAKTIR

NAME SIGNATURE DATE

TITLE:

DWG NO.

SCALE:1:50 SHEET 1 OF 1

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WEIGHT: Kg

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IP54 42U 800X1000 4KWE STULZ KILIMALI ALM KABİNET

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26 Eylül 2014 Cuma 14:14:27

E:\pdmview\canovate\Standart Urunler\05-Micro Datacenter Kabinetler\CAD Files\13 Ağustos 2013 Salı 10:52:23 26 Eylül 2014 Cuma 14:14:28CPJ-M-4280A-T4K-EMS-01

UNLESS OTHERWISE SPECIFIED:DIMENSIONS ARE IN MILLIMETERSSurface finish: µ Linear : DIN 7168-mAngular : DIN 7168-mHole : DIN 7168-m

Surface Area : m²

E:\pdmview\canovate\Standart Urunler\05-Micro Datacenter Kabinetler\CAD Files\

±1.2±0.8>315-1000 >1000-2000

±0.5±0.2>30-120±0.3

>0-6±0.1TOL.

OLCU >6-30 >120-315DIN 7168-m

GENEL TOLERANSLAR

CPJ-M-4280A-T4K-EMS-01 MATERIAL: Thickness26.09.2014

2 Pre-installation

2.1 Cabinet

MicroDC cabinet is coming in multiple versions in terms of fixing. This information is usually pre-defined at the ordering procedure. It usually comes as floor standing with or without wheels. This means that you don’t have to worry about fixing the cabinet on the floor. The wheels, whenever they are present, they usually help the cabinet to move easily so the system gains a portable character. In such cases that the


ordered MicroDC has no wheels, the standing place is very important and should be initially decided, as later on it will be very difficult but also dangerous and not recommended to move.

2.2 Cooling unit

Attached to the MicroDC there is a Top Mountable Air-Condition unit. The cooling unit has been already attached onto the cabinet and already cabled.

There are two ways to connect the power feed to the cooling unit. One way is to feed the cooling unit from any CSA Approved PDU or IP-PDU inside the MicroDC. This option is used whenever the administrator needs to control or check the power consumption of the cooling unit. But this might stress the PDU or any other equipment since the cooling unit comes in two versions; version one is 2KW cooling capacity, version two is 3.8 KW cooling capacity. The second way is to feed the cooling unit from a dedicated power line from any available electrical distribution panel. It is strongly recommended to use the second option and feed the system by a separated power line.

In chapter 4.3 there is brief explanation on what kind of circuit breaker shall be used but also all technical information in regard to the power consumption that is absorbed by the Main power network.

The condensate which, depending on the ambient temperature and humidity conditions, forms on the exchanger that cools the enclosure air is not a malfunction but a normal phenomenon of the cooling unit. The condensate is taken outside the MicroDC through one special metal tube, located on the side of the cooling unit.


The MicroDC comes with 2,5m / 99 inches length special PVC hoses (12mm / 0,5 inch inner Ø and 17mm / 0,66 inch outer Ø dimensions). This pipe should be connected to the tube and should be driven to the first available drain (gutter or spout). If the first drain is more than 2 meters / 80 i̇nches away from the MicroDC, then the installer might need to extend these PVC hoses.

Please take great care to choose the most proper position to place your MicroDC. You should choose a well-ventilated place. For example a good choice is inside a room with an open window or inside an air condition room. The MicroDC should not be exposed to any possible drops of water coming from the open window. When the cooling device is operating, the generated noise (mainly coming from the embedded compressor) might be annoying. Please avoid placing the MicroDC close to any infants. Please visit the room where the MicroDC stands quite often (especially after the first installation) to secure that the environmental conditions meet the operating limits.

2.3 Mains Power Supply LineA clean, unloaded and direct single phase power supply line shall be present to supply all the power needed for the equipment to be connected to the MicroDC. This line shall be protected from spikes or surges through protection devices. A residual current device must be present in order to detect ground faults - leakage of current to somewhere other than the neutral and line wires (like the ground wire or a person). This device shall protect any engineer while installing or while maintenance procedures. The line shall be protected


by the use of Circuit breakers and fuses to detect short circuits between the line and neutral wires, or the drawing of more current than the wires are rated to handle to prevent overheating and fire. In order to calculate all these devices the installer must be well informed in advance about the total Load of the equipment to be installed to MicroDC. Information regarding the electrical power absorbed by the cooling unit can be found in the Cooling section.

3 Installation All the installation must be held by professional engineers and previously been trained to properly handle the MicroDC.

Note: The MicroDC is not intended to be used in an occupied office environment, due to potentially high noise levels during the cooling operation. Install the MicroDC in a computer room or in any other room where people are normally present only for maintenance.

3.1 Required Setup Equipment

The following tools are required to set up your MicroDC:

• Pallet jack

• Utility knife

• Allen key number 4 ratchet or wrench

• Torx screwdriver T25 ratchet or wrench

• Measuring tape and pen marker able to write on metalsurfaces

• Spirit Level

• hammer

• Flathead and Phillips screwdrivers

3.2 Cabinet Installation

CAUTION:

Be sure to read and understand the documentation that comes with the cabinet for safety and cabling information. Also make sure that you read and understand all the related safety information for all the equipment and review the guidelines in this publication before you install any device into the MicroDC cabinet. Reading and understanding all information reduces the risk of personal injury and or damage to your newly


received product.

3.2.1 Unpacking the MicroDC

Upon receiving your MicroDC, please examine the packaging for any signs of mishandling or damage. If any damage is noted, shoot some pictures or a short video and then please notify Customer Service at Signamax and your carrier as well. Do not attempt to continue the unpacking unless otherwise advised. Remember that the Limited Warranty is not valid whenever a transportation mishandling has damaged the MicroDC.

The MicroDC is standing on a wooden pallet. All the way round there are lots of thick cartons used for protection of the cabinet against possible damage to the surface color. Overall these carton vertical lines there is nylon or bubble nylon used for protection against dust, insects or any other small similar intrusions.

Step 1: Remove all wooden pcs or wooden box (wheneverit is present in the packaging contents). You might need to use a Phillips screwdriver and a hammer.


Step 2: Remove the nylon slowly and gently using theutility knife or any other suitable cutting tool; take care not to scratch the color of the MicroDC cabinet.

Step 3: Remove all carton pcs surrounding the MicroDC.Those cartons are loose so there is no need to use any tool at the moment. Please recycle all the carton parts used for the packaging.


Step 4: At all corners of the MicroDC there is a supportmechanism in order to avoid the MicroDC from slipping while the transportation. You might need to use a Phillips screwdriver. Locate the wooden ramp standing next to the MicroDC cabinet. You will need this ramp in the next step, to unload the MicroDC from the pallet.

Step 5: Attach the ramp towards the front door of theMicroDC as closest as possible. Release the brakes on the wheels (if available). Then grab the MicroDC gently and carefully slide it down so it can slowly move to the floor. After the MicroDC has left the wooden pallet is ready to be placed at its final position.

Note: Known the weight and size of the MicroDC, it is possible that the MicroDC may tip over while moving. The MicroDC must be removed from the shipping crate using a minimum of 2 people. The MicroDC may not be tipped more than 10 degrees, either from a level surface or rolling down an incline (ramp).


3.2.2 General Information about Cabinet First Installation or Relocation

MicroDC Relocation: Observe the following precautions when you need to relocate your rack:

• Before you add or remove drawers, always take precautionpreventing the MicroDC from moving.

• Always install drawers / equipment at the bottom of theMicroDC first.

• Always remove drawers / equipment from the top of theMicroDC first.

• Always install the heaviest drawers on the bottom of theMicroDC.

• Never push on the sides of the rack as this may shake theMicroDC and make it dangerous.

3.2.3 Internal Mounting Rails

The MicroDC can accommodate rack-mounted or free-standing computer and network equipment. Depending on the model, the unit features either 19-inch to 21-inch (483 or 533mm) rack rails. These internal mounting rails will be either center-mount rails or front- and rear-mount rails that are designed in accordance with the EIA 310D or EIA 310E rack standard. Both types are adjustable for equipment of different sizes.

There are two pairs of mounting rails inside the MicroDC, the front pair and the rear pair. The distance in between the 2 vertical rails in a single pair is fixed and previously agreed while ordering the MicroDC (either 19 inches or 21 inches). But the distance in between the 2 pairs is not fixed and can be manually adjusted. In order to adjust it you will need to move, i) the front pair, ii) the rear pair or iii) both front and rear pairs. Each pair consists of two vertical rails. Each vertical rail is fixed on the rack cabinet of MicroDC by the use of 2 or 3 screwing points, depending on the height of the MicroDC.


Use the Allen key size 4 to unscrew the (M6x12) screws positioned either on the top or to the bottom of the MicroDC. In case your MicroDC is a 42U edition, it includes a center fixing point (side support rail inside the MicroDC cabinet) then by the use of the Torx key size T25 you can unscrew the (M5x12) positioned on the side support rail. Each vertical rail must be individually repositioned. Prior moving the rails, determine the proper location of the rails; take the marker and the measuring tape and draw a short line on the desired fixing position at both ends of each rail. You may also use the spirit level to double check your rails vertical alignment. Double check all fixing points should be tight enough as they will support all equipment in your MicroDC.

Note: Take care to shut down all active equipment before moving the mounting rails. This will prevent the installer from any injures, such as electrical shock.

3.2.4 Mounting Hardware

Optional mounting clip nuts and screws are available for mounting equipment to the mounting rails. Clip nuts are a clip with a captive nut that fits over vertical rack rail holes, allowing individual placement of the mounting hardware. Each clip nut and screw package includes 10 clip nuts (Type 10/32 or M6 threaded holes) and screws.

When loading the MicroDC the user is able to select which HU (“HU” refers to Height Unit or just “U” refers to Unit; it is the unit of measurement for defining the vertical space used by your server and 1U is equivalent to 4.445 cm or 1.75 inches) will choose for the equipment that is going to be installed. The MicroDC has a unique feature to assist on this task. The mounting rails have specially printed numbers on the surface of the vertical rail. The numbering is either counting from top to bottom or the other way round. Hence the user can easily


select which numbering position to place the equipment without the need of any extra tool such as a ruler or a spirit level.

3.3 Cooling Unit

Maximum ambient Temperature for the Cooling unit to operate correctly is +55° C / +130°F.

Since the air conditioner uses an isolated ground from the main cabinet, it should be installed by a service person and connected to a socket-outlet with a protective earthing contact (a properly grounded power receptacle).

2KW edition: According to the technical datasheet of the Air-Condition Unit, the maximum absorbed power is 1300W which makes a current around 6 Ampere. As per the manufacturer a fuse of 10A-16A rated shall be used. Please pay attention this circuit breaker must be rated tripping B with equal or more

Recommended Equipment Stacking Arrangement

Return Air

Return Air

Return AirBlowing Air

Blowing Air

RECOMMENDEDStacked equipment promotes

efficient air circulation

NOT RECOMMENDEDStaggered equipment reduces

overall air circulation.If there is an empty space,fill it with blanking panels.


than 4.5KA short-circuit capacity. The input plug for the Air-Condition Unit is 6-20 Nema plug

3.8 KW edition: According to the technical datasheet of the Air-Condition Unit, the maximum absorbed power is 2620W which makes a current around 11.4 Ampere. As per the manufacturer a fuse of 20A-25A rated shall be used. Please pay attention this circuit breaker must be rated tripping B with equal or more than 4.5KA short-circuit capacity. The input for plug for the Air-Condition Unit is 6-20 Nema plug

After connecting the cooling unit to the Mains Power then it is ready and operational. There is no embedded switch so after turning the external circuit breaker to ON position then the cooling device will start immediately. The factory temperature setting is usually at 35 degrees Celsius / +95°F .

Note: Please refer to the respective user manual of the cooling unit for detailed information on how to operate and interfere to the default settings.

Inside the MicroDC there is one plastic hose. It fits to the Air-Condition Cooling Unit, outside of the MicroDC. It is used for any condensation water may be produced. This pipe should be driven to the first available drain (gutter or spout). Please avoid using a bowl as it may be flooded and overflown!


The Air-Condition itself has a built in heat exchanger for the proper work of its cooling cycle. Whenever the compressor is running on, it exchanges heat in between the air of the room and itself. Thus the installer should choose the proper placement for this MicroDC i.e. close to an open window or in a well-ventilated position.

Please refer to the respective user manual of the cooling unit for any more detailed information on how to operate and setup the cooling unit.

3.4 Secondary Equipment

3.4.1 PDU

Only PDUs certified for Canada can be used unless approved by the Authority having Jurisdiction in the end use application.

S i g n a m a x offers different models of CSA Certified PDU’s if required as part of Micro DC Solution. They are available in single-phase but also three-phase power input options. The units may be used in 120V, 208-240V or 230V applications, with almost every type of connectors including NEMA or IEC type; they are available in basic type, metered and with or without remote monitoring and individual receptacle control.

The PDU (whenever available) comes preinstalled into the MicroDC. Usually it is fed by the UPS system and allows all equipment to be directly connected to it.

You might need to use some specific adaptor if the equipment power cable does not meet the PDU outlet types.

www.signamax.comMicro Data Center Technical Manual 16

The PDU comes either in 19 inches version (horizontal placement) or 0U version (vertical placement). This information is usually pre-defined at the ordering procedure.

Note: Please refer to the respective user manual of the PDU for any more detailed information on how to use or setup the PDU.

4 MaintenanceOne of the biggest advantages of the MicroDC is the very low maintenance cost needed in order the system to operate and function as brand new.

4.1 Cooling device

Caution! Before embarking on any maintenance work, switch current off of the cooling unit.

The cooling unit is a low maintenance type; so no filter change is required. The main job that regularly needed to be done is to blow the internal components with compressed dry air at a maximum pressure of 4 bars; the following also shall be checked regularly:

Job FrequencyCheck the external air to air heat exchanger and clean if necessary Every 3 months

Check effectiveness of the condensate dis-charge hose to check whether it has been blocked or not

Every 3 months

Check the fans for any overheating signs or paranormal vibration Every 6 months


Any repairs that may need doing must only be done by specialized and authorized personnel and only by the use of original spare parts.

5 TroubleshootingThis is the troubleshooting guide.

5.1 Wheels

Malfunction Conditions Causes RemedyThe MicroDC can hardly or even not able to move

It is very difficult the movement of MicroDC

The version does not include wheels

Please unload the MicroDC to become lighter and then relocate the standing position

The wheels are dirty Clean the wheels by remov-ing all attached dust and dirt. You may use a lubricant spray as well

The brakes (where available) are preventing from sliding

Release the brakes and then try to move the MicroDC once again


5.2 Cooling

Malfunction Conditions Causes Remedythe unit fails to cool

No component works

No electricity getting to the unit.

This is not a malfunction of the cooling unit. • Make sure the power cable has been con-nected well to the terminals.• Check that the cubicle doors are closed

The internal fan works, the external fan and compressor do not work.

The temperature inside the enclosure is lower than what is set on the adjustment ther-mostat.

The adjustment thermostat has failed

The antifreeze thermostat has failed

Compressor, external and internal fan work

Cooling unit empty of fluid

Compressor mechanical failure

Compressor and external fan work, internal fan does not work

Internal fan capacitor failed

Internal fan failed

External and in-ternal fan work, compressor does not work

Compressor’s amperometric protector failed (external to the compressor, where present)

Relay or PTC for compres-sor starting failed

Capacitor for compressor starting failed (where pres-ent)

Compressor motor electrical failure

High pressure safety switch failed

Compressor contactor failed (where present)

This is not a malfunction of the cooling unit. To verify functioning when testing, lower the thermostat setting until the compressor and external fan start work-ing and then reset the thermostat.

Change the adjustment thermostat

Change the antifreeze thermostat

Call a refrigeration expert

Call a refrigeration expert e

Change the internal fan’s capacitor

Change the internal fan

Change the amperometric protector

Change the relay or PTC for compressor starting

Change the capacitor for compressor start-ing



Change the contractor


It is not cooling enough

External and internal fans work, compres-sor works all the time

Cooling unit under sized for the heat dissipated inside the enclosure

Change the cooling unit with another of greater capacity

Inside fan works, external fan and com-pressor work irregularly

Antifreeze thermostat trig-gered (where present)

• Clean the evaporator coil• See if there are any obstacles inside theenclosure to hinder the flow of recycling air

Insufficient gas in the cooling unit

Call a refrigeration expert or the Canovate’s Technical Assistance Service

Thermostat set point incor-rect

Check thermostat set point

External and internal fans work, compres-sor works irregularly

High pressure safety switch triggered: • Ambient temperature overthe maximum working limit• Heat exchanger coil(condenser) either dirty orclogged

• Ventilate the premises where the enclosureis installed to keep ambient temperaturelower.• Clean the exchanger with compressed airand detergent

Thermal protector inside the compressor triggered: • Ambient temperature overthe maximum working limit• Heat exchanger coil(condenser) either dirty orclogged

• Ventilate the premises where the enclosureis installed to keep ambient temperaturelower.• Clean the coil with compressed air anddetergent

Too much condensate forming

Enclosure door open

Too much ambient air inside the enclosure

This is not a malfunction of the cooling unit. Close the enclosure door or disable the cooling unit

Enclosure door closed

Enclosure protection level is below IP54

This is not a malfunction of the cooling unit. Seal enclosure openings, i.e. for passage and upward path of wires

The enclosure/cooling unit connecting seal has been fitted incorrectly

Check seal and remedy


www.signamax.com

CONNECT WITH US

Signamax Corporate999 NW 159th Dr, Miami, FL 33169 800.446.2377

Bibra Lake, WA 6163 AustraliaT: +61 89 202 800E: [email protected]

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SOUTH EAST ASIA 55 UBI Ave 1,#02-10 UBI 55 Singapore, 408935 T: +65 6925 5798 E:[email protected]

CANADA2-975 Bleams Rd, Kitchener,Ontario CanadaN2E3Z5T: +1 519 570 3911 E:[email protected]

MALAYSIASuite 1.2, 1st Floor Bangunan THK No.2A Jalan 243 Seksyen 51a46100 Petaling Jaya, Selangor, Malaysia T: +60 3-7873 7317 E: [email protected]

SRI LANKA49 Sri Jinarathana Rd Colombo 2,Sri LankaT: +94 114 792 100 E: [email protected]

UK7-10 Chandos Street,London, W1G 9DQUnited KingdomT: +44 20 358 22933E: [email protected]

International Sales Offices:

Documents

Data Centers for the EDGE - Signamax · 2019. 10. 14. · should be driven to the first available drain (gutter or spout). If the first drain is more than 2 meters / 80 i̇nches away