The main idea to create this model-to include all necessary equipment and to keep best price at the same moment.
AIR CONTROL SYSTEM - double zone control and management system.
The most important criteria for a long time serving of any equipment - is the temperature regime.
That's why we've installed the Temperature Control System, that's insures:
The different types of doors allow using this model not only as a professional server rack cabinet (in server rooms) but they are the perfect fit in home and office environment as well.
The following types of doors are generally used in the field.
1) Front glass door in metal frame with hexagonal perforation.
2) Rear solid metal door.
* A perfect solution for offices, basements, working cabinets. Gorgeous design, glass tinted door in mesh frame will be piece of any design
3) Front mesh arc door.
4) Rear perforated door.
* A useful option to organize the horizontal air flow circulation in working environment, one of the most important criteria in any projects.
SRF1000 is an optimal solution (price/quality ratio) in installing cross, telecommunication and server equipment.
Modern elegant design blends in any environment home/office style.
The solidity of the rack is based on 2 heavy-duty welded frames, with loading capacity up to 1600 lbs.
The top and bottom are equipped with brush type cable entry, protecting the equipment against dust and other objects.
The passive ventilation is provided by the front door and side perforation.
Active ventilation is represented by Temperature control system, a thermostat controlling the temperature in working environment
and engaging the cooling panel at the pre-set temperature regime.
The feature is included in base model.
4 mounting rails can be adjusted on the depth of the equipment and the U-marking facilities housing equipment.
2 removable side panels, and fixing with the lathes, guarantee the secure access to your equipment.
AIR CONTROL SYSTEM guarantees:
• maximum performance of IT equipment in secure temperature regime
• reduced electricity costs;
• increased lifetime of active ventilation;
• reduction in noise .
Types of doors:
• Front Glass in metal frame with perforation
• Rear Solid metal Framework
• Top and bottom have dust-tight brush panels
• Passive – convection heat flow due to perforation of front and rear doors
• Active – Temperature Control System with 4 fans (all models)
• IP41: glass/perforated sash
• IP20: perforated door
• Static load not exceeding 1600 lb.
•Rolled steel profile
• Frame thickness:1.2 mm; 19” profiles 2mm; side panels:1.0 mm; other components parts:1.2 mm
• Powder paint with degreasing and anticorrosive phosphate
• Black: RAL9005
Supplied non assembled in 4 packages.
Carrying construction – welded front and rear frames.
Base model includes:
o 2 Brash cable entry
o 1 fix shelf
o 4 rollers and legs
o 2 Latch locks
o Set of screws and nuts (50 pcs).
Using the black M8X12 bolts and M8 nuts,
combine the top (4), bottom (5) and two welded framed (1)
into a single construction.
*Insure the brush type cable entries (7) are close to the rear side
and square holes of both frames face inside the rack.
Using M6x8 silver bolts, install the castes(9)
and adjustable feet.
*6 pcs horizontal beams(2) for 37U and 42U racks, 3 pcs each side.
*4 pcs horizontal beams(2) for 18U, 22U, 27U and 32U racks, 2 each side.
Ins ert the M6 square nuts into the third and fifth square holes in the front
welded frame (1), and, the second and fourth square holes in the rear
welded frame (or, vice versa) for each horizontal beam.
I.e. skip a square hole on any side, where needed, so that all horizontal beams
are levelled and parallel each other (and top & bottom panels).
Do same on the rear welded frame(1).
Install the horizontal beams(2) using M6 bolts.
*For 37U and 42U racks install 2pcs of M6 square nuts into middle of each welded frame(1).
Insure the nuts are installed at same height.
*Important Insure the horizontal beams(2) are parallel each other.
If nedded, adjust one side of each horizontal beam.
To do this, remove the M6 square nuts and ins ert in to next holes up or down.
Acceptable, using first and third square holes on the front welded frame(1)
and second and forth one on the rear welded frame(1) (or, vice versa).
The horizontal beams must be parallel each other and top & bottom panels.
Ins ert M6 square nuts in to 6th square hole of each horizontal beam(2) in the front an rear side.
Using M6 bolts, install the horizontal mounting rails(3).
Make sure the oval holes of the vertical mounting rails match square holes on each horizontal rail.
*The instruction is given for standard size equipment.
The vertical mounting rails(3) are adjustable and can be shifted depending on user's needs.
with plastic pins at the same height as the plastic latches.
Installing the locks and handles in to the front (11/13), and rear doors (12/14).
For the front door (11/13) - straight lock catch.
For the rear door (12/14)-S-form lock catch.
|7||Brash cable entry||2PCS|
|8||Cable entrance panel||5PCS||1.0|
|11||Tempered glass door||1PCS||1.2|
|12||Steel rear door||1PCS||1.2|
|14||Vented rear door||1PCS
|Remark: The cabinet size above 37U using
6 pcs mounting angle, under 37U using 4 pcs.
Nowadays, the modern server equipment
is much faster and more powerful than in the past.
As a result, a lot of
heat is generated in working space which can affect the performance of whole
system, unfortunately, in negative way.
That is why, one of the most important
factors impacting the life and reliability of high-priced equipment is the
temperature regime in a server rack.
Moreover, most of servers are integrated
in public and office environment, were the non-stop cooling fan noise prevents
focusing on accomplishing work,
but overheating of the server equipment can cause system crushes and even data loss.
– the automatic
control of ambient temperature regime and active ventilation in server racks.
device reads off two temperature gauges, installed in different areas,
engages 4 fan cooling panel running only when the temperature surpasses the
save operating limit.
The Air Control
board is installed into the top of the rack, which save 1U internal space.
AIR CONTROL SYSTEM :
The control unit has three types of modes:
While pressing and hold the SET button, it switches to adjustment mode. Hold down the SET button more than 3 seconds, reset to factory default settings. A single press button SET in regulatory regimes or initialization switches to the operating mode. Use the UP- button and DOWN- button to modify the selected parameter.
|F1||A channel temperature setting||.-19,9C +99,9C||12,0||Press and hold the SET button to select the setting temperature. Use the up and down set temperature value. Short press SET to set the default settings|
|F2||A channel temperature hytersis||1,0C - 20,0C||2,0||Press and hold the SET button to select the setting range of operation. Use the up and down button peak value. Short press SET to set the default settings|
|F3||B channel temperature setting||.-19,9C +99,9C||12,0||Press and hold the SET button to select the setting temperature. Use the up and down set temperature value. Short press SET to set the default settings|
|F4||B channel temperature hytersis||1,0C - 20,0C||2,0||Press and hold the SET button to select the setting temperature. Use the up and down having set the temperature value. Short press SET to set the default settings|
|F5||Temperature correction||-10+10||0,0||The calibration function (correction) of reading between the actual temperature and the determined unit|
|F6||Start-up delay||0-5||2,0||Press and hold the SET button to select the setting delay. Use the up and down to set the desired value. Short press SET to set the default settings.|
|E1||A channel error||A channel self-testing error|
|E2||B channel error||B channel self-testing error|