• Height of the enclosure: 12U
• Width: 24"(600mm);
• Depth: 35"(900mm)
• Prefabricated profile sections.
• Top and bottom have 2 dust-tight brush panels with cable managers.
• Passive – convection heat flow due to perforation front and rear doors
• Active – by setting in the top 2 fans module (all models) with temperature setting
• IP41: glass/perforated door
• Static load not exceeding 220 lb.
• Rolled steel profile
• Frame thickness 2.0 mm; 19” profiles 1.5mm; other components parts 1.0-1.2mm.
• Powder paint with degreasing and anti-corrosive phosphate
• Black: RAL9005
Kit contents: (2 fans, 2 Brash cable entry, 1 PDU, 1 fix shelf, 4 legs, 1 Latch locks, set of screws and nuts(20 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|
|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|