Euroka Indoor Cabinet with DC Air Conditioning 650x650x1000m
Non-Trade customers are welcome to purchase.
For Trade customers, please Sign In or Register for a Trade Account
You are submitting an enquiry for
The CBE-IDCAC1M is an innovative battery cabinet from Euroka tailored for 5G support. Constructed from highly corrosion-resistant coated steel, it adheres to class C4 environment standards (ISO12944-6). This cabinet is optimised for Euroka lithium batteries and is ideal for various scenarios, including new construction of 2/3/4G wireless sites, expansion of 5G, and establishment of new 5G wireless sites.
Features:
- Durable: Made of highly corrosive resistant coated steel which can be used in class C4 environment (ISO12944-6 standard)
- Small size, easy to deploy
- DC air conditioner is installed, suitable for high temperature areas
- Intelligent management: online remote maintenance reduces site visits and maintenance cost
- Strong anti-theft structure, satisfy European standard
Scenarios:
- New-built outdoor 2/3/4G wireless site, accessing 5G in future
|
Product Type |
CBE-IDCAC1M |
|
System |
|
|
Dimension (W × D × H) |
Cabinet: 650mm × 650mm × 900mm (exclude base) |
|
Weight |
< 65kg (without battery or packaging) |
|
Cooling Mode |
PC300D-1 air conditioner, 300W cooling/heating capacity |
|
Installation Mode |
Ground / rooftop / wall mounted / stacking with distributed |
|
Cabling Mode |
At the bottom, inlet/outlet downwards |
|
Noise Level |
Satisfied GR487, noise ≤ 65dBA @ 1.5m, 45oC |
|
Protection Level |
IP55 |
|
Battery Space |
5 sets of LBE-ESM100AH or 4 sets of LBE-ESM150AH |
|
MTBF |
≥200,000 hours (excluding battery) |
|
Dimension (W × D × H) |
Cabinet: 650mm × 650mm × 900mm (exclude base) |
|
Weight |
< 65kg (without battery or packaging) |
|
Controller |
|
|
Communication Port |
RS485/Dry contact |
|
Environmental |
|
|
Operating Temperature |
-20oC to +45℃ (+ solar radiation) |
|
Storage Temperature |
-40oC to +70oC |
|
Operating Humidity |
5% - 95% (non-condensing) |
|
Altitude |
0 - 4000m (High temperature derating in the environment of |