The MCI InRows are compatible with external condensing units which
are known as MCU. The InRows in this category are offered in
different capacities. The compressors used in these products are BLDC type with variable speed drive control that are installed inside the
condensing unit. In fact, BLDC compressors provide the InRow system with an additional
control mechanism in order to accurately adapt the cooling load generated by
the cooling system to the load imposed by the data center equipment. This
reduces the response time to temperature adaptation. On the other hand, the electronic
expansion valve and variable-speed fans of InRow system and condensing unit will contribute to accurate
temperature adaptation.
MCI 30301
|
MCI 30201
|
|
1991*300*1048
|
1991*300*1048
|
Size (L*W*H mm3)
|
30.1
|
20.8
|
Maximum cooling capacity (kw)
|
5
|
5
|
Number of fans
|
Axial EC fan
|
Axial EC fan
|
Fan type
|
1200 |
1200 |
Fan motor power |
5000(2940)
|
4500(2650)
|
Air flow m3/hr (CFM)
|
R410A
|
R410A
|
Refrigerant
|
BLDC Rotary
|
BLDC Rotary
|
Compressor type
|
Electric Carel
|
Electric Carel
|
Expansion valve type
|
Carel |
Carel |
Controller |
Carel |
Carel |
Display monitor |
2
|
2
|
Number of filters
|
25*230*910
|
25*230*910
|
Washable G2
|
Filter size (mm3)
|
25*230*910
|
50*230*910
|
Pleated G4(optional)
|
78
|
76
|
Noise level in 1 meter distance (db)
|
164
|
153
|
Weight (kg)
|
:Technical specifications of condensing units
In order to complete their cooling circuit, the above InRows need to be connected to the appropriate condensing unit according to the table below.
MCU 30000
|
MCU 20000
|
Model
|
1351*1050*1530
|
1351*1050*1530
|
size (L*W*H)(mm)
|
12.65
|
7.93
|
Maximum power consumption(kw)
|
V-3P 380
|
V-3P 380
|
Voltage (v)
|
1
|
1
|
Number of fans
|
Axial
|
Axial
|
Fan type
|
BLDC Rotary
|
BLDC Rotary
|
Compressor type
|
Carel |
Carel |
Controller |
268
|
243
|
weight (kg)
|
Note:
The device is fed through 3-phase 380 volt power to the condensing unit, and the condensing unit feeds the InRow interior unit through 220 volt single-phase power.
The most
important characteristics of MCI inverters
1. The frame structure is made of ST37 oil sheet with high strength
2. Electrostatic powder paint on the InRow body with RAL 9005 code
3. Electrostatic powder paint on the condenser unit body with RAL 7035 code
4. Use of electric expansion valve
5. The ability to feed the device from two separate power sources and a switch between them (according to request)
6. The ability to separate each fan from the system separately, even when the system is working
7. High energy efficiency with variable speed fans of InRow Unit and Condensation Unit
8. Use of variable speed compressors with new BLDC technology to reduce energy consumption and more uniform performance and longer lifespan.
9. Connecting to the network through the Modbus TCP_IP and SNMP protocols and the ability to connect through BACnet protocols
10. The possibility of networking (Rotation) several InRow with each other up to 16 numbers
11. Functionality in 3 different control modes Supply only, Return only and Supply+Return
12. Equipped with a separate controller for the condensing unit apart from the controller of the InRow unit
13. Ability to install filter dirt warning sensor (optional)
14. Ability to install a drain pump in the pan (optional)
15. Ability to install a separate leak sensor (optional) apart from the pan float sensor
16. Equipped with a float sensor in the pan
17. No need to enter 3-phase electricity into the interior space of the data center aisels
18. Use of coil with Blue Fin technology for longer life
19. Installing the compressor in the condensation space of the outdoor unit to facilitate the repair and maintenance process
20. Functionality 24*7*365
Socket and Buss cable used to connect InRow to the condensing unit
Gap filling Foam
Connecting arm used to attach the InRow to the aisle floor
The mains electricity cable and the corresponding connector
Hose connecting the unit to the main drain line