Cytech's 220W/K Electrical Enclosure Heat Exchanger ensures reliable thermal control by effectively dissipating internal heat and preventing overheating. Crafted with durable materials, it supports stable operation of enclosed equipment, making it ideal for industrial and outdoor applications, even in challenging and extreme temperature conditions.
H22NA0E
Cytech
Product Description
This electrical enclosure heat exchanger or electrical panel heat exchanger is especially designed for telecom enclosure, industrial control cabinet, with functions of auto heat transfer system for electronic equipments in reliable operation, which can make a good environment to reduce equipments failure rate.
CFC-Free Refrigeran : Usually CFC-free R134a Refrigerant is used, R1234yf can be choosed
Natural cold source ：The larger temperature difference, the more energy saved
Intelligent communication ：RS485 port and dry contact alarm port
LED display ：Parameter setting and status display
High protection level ：Application in outdoors perfectly
Easy maintainability design ：For convenient maintenance
Wide operating temperature range ：Fittable to all conditions
Heat pipe heat exchanger core, high reliability
Optional function: Heating
Model | H22NA0E / H22HA0E |
Main power supply | 48VDC±20% |
Cooling capacity(rated) | 220W/K |
Power consumption(rated) | 180W |
Heating(Optional） | 500W(Powered By AC) |
Current (Cooling) | 3.75A/4.1A |
Operation Temp. Range | -40℃~+65℃ |
Max noise | 69dB(A) |
IP level | IP65 |
Net weight | 30Kg |
HEX: The waste heat generated from the internal equipment will be absorbed by the refrigerant
through the evaporator and dissipate to the ambient by the condenser of external side.
Equipped with a display LED in internal side of product, can display running, alarm information and parameter
Symbol | Definition | Symbol | Definition |
ALR-NO | Alarm output-NO | PE | Grounding wire |
ALR-COM | Alarm output-COM | - | DC power- Negative |
ALR-NC | Alarm output-NC | + | DC power- Positive |
RS485- | Communication port B- | ||
RS485+ | Communication port A+ |
Options
| Name | Model | Voltage | Cooling capacity(rated)(W/K) | Power consumption(W) | IP Grade | Heater (W)(option) | Internal air flow (m3/h) | Weight（KG） | Noise (dbA) |
| Electrical Enclosure Heat Exchanger | H08NA0E | 48VDC±20% | 80 | 70 | IP55,NEMA 4, NEMA 4X | 1000 | 470 | 17 | 65 |
| Electrical Enclosure Heat Exchanger | H12NA0E | 48VDC±20% | 120 | 180 | IP55,NEMA 4, NEMA 4X | 1000 | 620 | 32 | 69 |
| Electrical Enclosure Heat Exchanger | H18NA0E | 48VDC±20% | 180 | 330 | IP55,NEMA 4, NEMA 4X | 1000 | 980 | 45 | 69 |
| Electrical Enclosure Heat Exchanger | H26NA0E | 48VDC±20% | 260 | 400 | IP55,NEMA 4, NEMA 4X | 1000 | 1650 | 65 | 70 |
Advantages
Application
Electrical Enclosure Heat Exchanger is essential for maintaining optimal temperature control across various industries. This heat exchanger is specifically designed to protect sensitive electronic components from overheating, ensuring the continuous and efficient operation of equipment in diverse environments. Below are key applications of Electrical Enclosure Heat Exchanger:
In industrial automation systems, Electrical Enclosure Heat Exchanger is critical for preventing the overheating of components like PLCs (Programmable Logic Controllers), drives, and sensors. These systems often operate in high-temperature environments, where excessive heat can disrupt operations or damage equipment. Electrical Enclosure Heat Exchanger ensures internal temperatures stay within safe limits, preventing failure and extending the life of automation equipment.
Prevents overheating of sensitive electronics.
Enhances system reliability by maintaining consistent temperatures.
Minimizes downtime, ensuring continuous operations.
Telecom enclosures, which house network equipment like routers, servers, and switches, require temperature regulation to function efficiently. Electrical Enclosure Heat Exchanger helps maintain an ideal temperature inside these enclosures, protecting the sensitive equipment from overheating due to external temperature fluctuations.
Regulates internal temperatures to protect telecom equipment.
Ensures uninterrupted service by preventing equipment failure.
Improves energy efficiency by maintaining optimal operating conditions.
In solar power plants, wind farms, and energy storage systems, Electrical Enclosure Heat Exchanger is used to maintain proper temperature inside enclosures that house inverters, batteries, and control systems. These components are sensitive to temperature fluctuations and can overheat in extreme conditions. Electrical Enclosure Heat Exchanger ensures that these systems operate safely and efficiently, regardless of external weather conditions.
Protects sensitive electronics from temperature extremes.
Improves energy efficiency by ensuring optimal performance.
Increases the lifespan of renewable energy equipment.
Data centers house thousands of servers and networking equipment, all of which generate significant heat. Electrical Enclosure Heat Exchanger in server enclosures is essential for preventing overheating and ensuring continuous, efficient operation. By controlling the temperature within these enclosures, heat exchangers help improve system performance and reduce the risk of equipment failure.
Prevents equipment damage from excessive heat.
Optimizes energy usage, reducing cooling costs.
Increases reliability of data center operations.
Electrical Enclosure Heat Exchanger is used in electrical enclosures for rail signaling equipment, traffic control systems, and vehicle electronics to protect them from overheating in demanding environments. Whether in harsh weather conditions or high-heat environments, these heat exchangers ensure systems function smoothly without interruptions.
Maintains operational efficiency in harsh environments.
Protects critical transportation systems from thermal stress.
Improves safety by ensuring reliable operation.
Automated machinery in food and beverage processing plants, such as packaging and processing equipment, can generate a lot of heat. Electrical Enclosure Heat Exchanger regulates the temperature inside enclosures, ensuring that electronic systems continue to function properly despite challenging conditions like high humidity or temperature fluctuations.
Prevents overheating of automated systems.
Ensures consistent operation despite fluctuating temperatures.
Maintains food safety and quality through reliable equipment.
The oil and gas industry operates in extreme environments, often involving offshore platforms or refineries. Electrical Enclosure Heat Exchanger is used to regulate the temperature of enclosures housing sensitive equipment like control and monitoring systems. These systems must be protected from both high temperatures and hazardous conditions.
Reduces risk of overheating in hazardous environments.
Ensures continuous operation in extreme conditions.
Protects against environmental factors like humidity and corrosive agents.
In power plants, including turbine control systems, switchgear, and other monitoring equipment, Electrical Enclosure Heat Exchanger helps prevent overheating of electrical enclosures. These systems are constantly running and need efficient thermal management to maintain reliable power generation.
Optimizes thermal regulation in power generation systems.
Increases system reliability, reducing the risk of failure.
Enhances energy efficiency by maintaining optimal operating conditions.
In medical facilities, Electrical Enclosure Heat Exchanger is used to regulate temperatures in enclosures housing critical medical devices like diagnostic machines, laboratory equipment, and patient monitoring systems. These devices need to maintain precise operating temperatures to ensure accurate results and reliable performance.
Prevents overheating of sensitive medical equipment.
Ensures reliable operation of diagnostic and laboratory devices.
Improves accuracy in medical testing and procedures.
In water treatment facilities and wastewater treatment plants, Electrical Enclosure Heat Exchanger regulates the temperature inside enclosures that house pumps, motors, and control systems. These plants often operate in high-moisture environments, where controlling temperature is critical to prevent damage to sensitive electronics.
Keeps essential treatment systems operational despite humidity.
Improves system longevity by preventing thermal damage.
Ensures continuous water treatment without equipment failures.
Digital signage, LED displays, and interactive kiosks are exposed to varying weather conditions, and their internal electronics can overheat. Electrical Enclosure Heat Exchanger helps prevent overheating by ensuring that the internal temperature of the enclosures stays within optimal ranges, even in extreme outdoor environments.
Prevents damage to electronics from high temperatures.
Ensures reliable performance of outdoor displays.
Improves longevity of digital signage equipment.
Electrical Enclosure Heat Exchanger is used in aerospace and military applications to protect sensitive electronics housed in enclosures, such as avionics, radar systems, and communication devices. These systems are exposed to extreme conditions, including high altitudes and rapid temperature changes, where thermal management is essential.
Protects critical systems in challenging environments.
Maintains performance of aerospace and defense electronics.
Ensures system reliability during high-stress operations.
Manufacturing plants, especially those involving heavy machinery like CNC machines or robotics systems, generate a lot of heat. Electrical enclosures housing control systems for these machines use Electrical Enclosure Heat Exchanger to regulate temperature, ensuring the equipment operates smoothly and reliably.
Prevents overheating in automated manufacturing equipment.
Improves operational continuity in high-heat environments.
Reduces risk of failure, extending the life of machinery.
In chemical processing plants, enclosures protect control and monitoring systems from harsh conditions, including extreme temperatures and corrosive chemicals. Electrical Enclosure Heat Exchanger in these enclosures helps to maintain temperature stability, preventing damage to sensitive equipment.
Prevents thermal damage in extreme chemical environments.
Ensures safe operation of sensitive control systems.
Enhances equipment durability in harsh conditions.
Marine environments, such as ships and offshore platforms, expose electrical enclosures to saltwater and high humidity. Electrical Enclosure Heat Exchanger is used to regulate the temperature of sensitive equipment, ensuring it continues to operate efficiently despite these challenging conditions.
Prevents corrosion caused by saltwater exposure.
Ensures system reliability in offshore environments.
Keeps critical electronics operational in harsh conditions.
Electrical Enclosure Heat Exchanger plays a crucial role in protecting sensitive electrical equipment across various industries. By regulating internal temperatures, it helps maintain the efficiency, reliability, and lifespan of critical systems in diverse environments. From industrial automation to marine applications, the benefits of using Electrical Enclosure Heat Exchanger in electrical enclosures are significant, ensuring smooth and uninterrupted operations even in extreme conditions.
