♦ ANSI/EIA RS-310-D
♦ IEC60297-2
♦ DIN41494: PART1
♦ DIN41494: PART7
♦ GB/T3047.2-92: ETSI
Materials | SPCC cold rolled steel |
Structure | Disassembly/ Welded frame |
Width(mm) | 600/800 |
Depth(mm) | 600.800.900.1000.1100.1200 |
Capacity(U) | 22U.27U.32U.37U.42U.47U |
Color | Black RAL9004SN(01) / Gray RAL7035SN(00) |
Ventilation rate | >75% |
Side panels | Removable side panels |
Thickness(mm) | Mounting profile 2.0, Mounting angle/ Column 1.5, Others 1.2, Side panel 0.8 |
Surface finish | Degreasing, silanization, electrostatic spray |
Model No. |
Description |
MK3.■■■■.9600 |
Hexagonal reticular high density vented plate front door, double-section Hexagonal reticular high density vented plate rear door, gray |
MK3.■■■■.9601 |
Hexagonal reticular high density vented plate front door, double-section Hexagonal reticular high density vented plate rear door, black |
MK3.■■■■.9800 |
Hexagonal reticular high density vented plate front door, hexagonal reticular high density vented plate rear door, gray |
MK3.■■■■.9801 |
Hexagonal reticular high density vented plate front door, hexagonal reticular high density vented plate rear door, black |
Remarks: ■■■■ First■ denotes width, second■ denotes depth, third & fourth■ denotes capacity.
① Column frame
② Top & Bottom frame
③ Mounting angle
④ Mounting profile
⑤ Top cover
⑥ Dustproof brush
⑦ Tray & heavy duty castor
⑧ Two section side panels
⑨ Double-section plate vented rear door
⑩ Hexagonal reticular high density vented plate front door
⑪ Hexagonal reticular high density vented arc front door
Remark: Lower 32U (including 32U) with one-piece side panel.
Payment
For FCL (Full Container Load), 30% deposit before production, 70% balance payment before shippment.
For LCL (Less than Container Load), 100% payment before production.
Warranty
1 year limited warranty.
• For FCL (Full Container Load), FOB Ningbo, China.
• For LCL (Less than Container Load), EXW.
What is the description of the MK series cabinet?
A normal 800-wide network cabinet has four cooling fans installed on the top of the server cabinet. The bottom is hollowed out, providing a good constant temperature environment for the cabinet.
Unlike low-end servers, advanced cabinet servers dissipate heat effectively. The cabinet dissipates heat through dense air vents on the front and rear doors, or expands built-in air conditioners to distribute air conditioner to servers in the cabinet.
This means that there are high requirements for cabinet material, corrosion resistance, rust prevention and carrying capacity.