Industrial-Grade AC for Critical Infrastructure! Optimized for Telecom & Battery Cabinets!

--Smart Cooling with Remote Monitoring
--Working Temperature :-40°C to +55°C
--Refrigerant,Closed-loop circulation,Temperature/humidity sensors,Wide-temperature operation
--Independent R&D and production

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Cabinet Air Conditioner

Thermal Management / Cabinet Ac Unit

6800BTU/H 2000W AC Nema 4X Electrical Enclosure Air Conditionier

DC Control Panel Cabinet Air Conditioner - 3000W 10200BTU/H

20kw Energy Storage Container Air Conditioner

5kw Embedded Energy Storage Container Air Conditioner

Computer Room Air Conditioning Unit Server Cabinet Cooling System

1700BTU/H 500W AC IP55 Industrial Small Enclosure Air Conditioner

110V 60HZ Outdoor Cabinet Air Conditioner for Electrical Panel - 1000W 3440BTU

DC 1500W 5100BTU/H Control Panel Cooling Unit for Electrical Equipment

Can' t Find Ideal Cabinet Air Conditioner For Your Industries?

We provide custom solutions to all our customers and offer serives that you can take advantage of.

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What Is Cabinet Air Conditioner?

A cabinet air conditioner is a compact temperature control system specifically designed for electronic equipment cabinets, control boxes, or enclosed spaces. It is used to protect sensitive equipment (such as servers, communication devices, and industrial controllers) from environmental factors like high temperatures, humidity, and dust.

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Key Field Applications

Communication Base Stations

Provide a constant temperature environment for BBUs (Baseband Units) inside 5G base station cabinets to prevent signal degradation caused by high temperatures (cabinet ac operating temperature range: -40°C to +55°C).
Battery Energy Storage Systems (BESS)

Control the temperature of battery cabinets to delay the aging of lithium-ion batteries (ideal temperature: 25°C±3°C) and prevent thermal runaway.
Industrial Automation

Cool PLC control cabinets and frequency converters to avoid motor overheating that could lead to production line downtime (e.g., in automotive manufacturing, semiconductor factories).
Data Centers

Provide precise cooling for edge computing node cabinets to reduce PUE (Power Usage Effectiveness).

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Technical Features and Advantages

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OEM&ODM Service

1. Design the appearance according to customer requirements;
2. Customize the cooling capacity based on customer needs;
3. Customize control functions and communication protocols according to the customer's control system;
4. Provide specialized certifications such as UL, CE, ROHS, etc., tailored exclusively for the customer.

High Efficiency and Energy Savings

30%-50% more energy-efficient than traditional room air conditioning (only cools necessary equipment, not the entire space).

Environmental Adaptability

Dust-proof (IP55), NEMA 4X,corrosion-resistant (1000 hours salt spray test), and vibration-resistant (suitable for mobile equipment such as ship cabinets).

Intelligent Management

Supports remote monitoring (via SNMP/MQTT protocols) and integrates with DCIM (Data Center Infrastructure Management) systems.

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Working Principle of Compressed Cabinet Air Conditioner

A Compressed Cabinet Air Conditioner is a compact cooling system designed for enclosed equipment such as telecom cabinets or electrical control panels, primarily used for heat dissipation and temperature/humidity regulation. Its core working principles include:

Refrigeration Cycle

Based on the vapor compression refrigeration principle, it operates through four key components: compressor, condenser, expansion valve, and evaporator

The refrigerant absorbs heat from the cabinet’s internal air (via the evaporator), then releases heat to the external environment after being pressurized by the compressor (via the condenser), achieving heat transfer
Air Circulation

Built-in fans force convection, drawing hot air from the cabinet into the unit, cooling it, and recirculating it back (closed-loop)

Some models feature dual air circulation (internal/external) to block dust/moisture ingress (ideal for high IP-rated environments)
Smart Control

Equipped with temperature/humidity sensors for automatic adjustment (e.g., maintaining 25±2°C)
Advanced versions support IoT-based remote monitoring
Compact Design

Lightweight structure, mounted directly on cabinet doors/side panels to save space
Resilient to harsh conditions （-40°C to +55°C）

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Find the Perfect Cabinet Air Conditioner for Your Needs

Cytech can provide:

Power Supply

AC 220V 50HZ

AC 220V 60HZ

DC 48V

AC 110V 60H

Coolig Capacity

Small cooling:

300W（1024btu) 500W(1706btu) 600W(2048btu) 1000W(3413btu)

1300w(4437btu) 1500W(5519btu) 2000W(6826btu) 2500W(8532btu)

Big cooling:

3000W(10239btu) 3500W(11945btu) 4000W(13652btu) 5000W(17065btu) 6000W(20478btu) 7500W(25597btu)

10500W(35836btu) 12500W(42662btu) 17500W(59727btu) 35000W(119454btu)

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Key Parameters for Selection

Parameter	Explanation	Industry Standard Reference
Cooling Capacity	Unit: W or BTU/h (e.g., 2000W ≈ 6824 BTU/h)	Select based on 1.2 times the cabinet's thermal load
Energy Efficiency Ratio (EER)	Cooling capacity/power consumption: the higher the ratio, the more energy-efficient (industrial grade typically ≥ 3.0)	ISO 5151
Noise level	Commercial scenarios require noise levels ≤ 55 dB(A)	IEC 60704-1
Certification Standards	UL ,EMC	Medical and military sectors must additionally comply with MIL-STD standards.