Greenheck Fan IGX-HV manual Cooling options, Evaporative Cooling, Cooling Coils

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Cooling options

Evaporative Cooling

An evaporative cooling section includes a galvanized steel housing with a louvered intake, two inch aluminum mesh filters and a stainless steel evaporative cooling media housing. The evaporative cooling media is Munters CELdek or GLASdek and has a depth of

12 inches for 90% cooling effectiveness.

Drain and overflow lines are conveniently stubbed through the side of the cooling section. The supply line connection is field located where convenient.

IGX-HV airflow capacity for evaporative cooling is up to 14,000 cfm. Below 9,000 cfm, evaporative cooling modules ship attached and factory wired. Field attachment is required for airflow above 9,000 cfm.

Mixing Box Controls:

Mixing box control option EC1 is recommended for use

with evaporative cooling. On a call for cooling when the outdoor air temperature is below the economizer setpoint, the dampers modulate to provide cool mixed temperatures down to 55° F. When the outdoor air is

above the economizer setpoint, the evaporative cooling section is energized and the dampers travel to the 100% outdoor air position.

The MB mixing box options are NOT recommended in conjunction with evaporative cooling.

Cooling Coils

Model IGX-HV boasts the flexibility of Chilled Water or Direct Expansion (DX) cooling with capacity to 11,000 CFM. The cooling section includes the cooling coil, stainless steel drain pan and insulated double wall construction. Drain and coil connections are stubbed through the wall for convenience.

For proper coil sizing, use Greenheck’s Computer Aided Product Selection (CAPS) program or contact your local representative. Four and six row coils are available.

Cooling coil sections are installed downstream of the mixing box section for a draw through arrangement. This provides a streamlined transition to adjacent IGX-HV sections. DX coils require remote condensing units.

Mixing Box Controls:

All MB and EC mixing box control options are available with chilled water or DX cooling coils.

For economizer climates, the EC1 option is recommended. Mixing box options operate as described on page 4.

Thermostats:

The cooling coil and MB mixing box control options may use a 1-stage (chilled

water or single stage DX) or 2-stage (dual stage DX) cooling thermostat.

The cooling coil and EC mixing box control options require a 2-stage cooling thermostat. Economizer represents the first stage of cooling and a single DX stage or chilled water coil represents the second stage of cooling.

Mixing Box Selection Guide

 

 

 

EC Options

 

 

MB Options

 

 

 

 

 

 

 

 

 

 

 

 

EC1

EC2

EC3

EC4

MB1

MB2

MB3

 

MB4

No Cooling

Yes

Yes

Yes

Yes

Yes

Yes

Yes

 

Yes

Evaporative

Yes

Yes

Not

Not

No

No

No

 

No

Cooling

Recommended

Recommended

 

 

 

 

 

 

 

 

Chilled Water or

Yes*

Yes*

Yes*

Yes*

Yes

Yes

Yes

 

Yes

DX Cooling

 

 

 

 

 

 

 

 

 

 

*Two-stage cooling thermostat required. Boldface type indicates factory recommended options.

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Contents Model IGX-HV Modular Heating & Ventilating UnitProduct Features Thermostat Options Control optionsHeating and Ventilating Control Mixing Box Controls no economizer Mixing Box ControlsMixing Box Controls with Economizer Cooling Evaporative Cooling Cooling optionsCooling Coils Mixing Box Selection GuideAir Performance Housing SizeAccessories Specifications

IGX-HV specifications

The Greenheck Fan IGX-HV is a groundbreaking product tailored for high-volume, low-pressure ventilation applications. Engineered for optimal performance, the IGX-HV series stands out in the market due to its design and technology, which are focused on delivering efficient airflow solutions while ensuring energy conservation.

One of the key features of the IGX-HV is its robust construction, which includes a galvanized steel housing that offers durability and resistance to corrosion. This is particularly important in environments where the fan may be exposed to harsh conditions. The fan is designed with an integrated mounting system that simplifies installation and provides long-term reliability.

In terms of performance, the IGX-HV is equipped with Greenheck's innovative EHX™ motor technology, which enhances efficiency and reduces energy consumption. This permanent split capacitor motor is designed to operate at optimal levels, contributing to lower operational costs. Additionally, the fan is available in a range of sizes and configurations, catering to the diverse needs of commercial and industrial applications.

The IGX-HV also features a backward-inclined wheel that contributes to its high efficiency and reduced noise levels. This design not only increases performance but also minimizes turbulence, creating a quieter operating environment. The fan’s aerodynamic profile ensures that it can handle large volumes of air, making it ideal for use in spaces such as warehouses, manufacturing facilities, and large retail environments.

Another notable characteristic of the Greenheck IGX-HV is its user-friendly interface, which provides easy access to control and monitoring systems. This allows facility managers to easily adjust settings and track performance metrics, streamlining maintenance processes and enhancing operational efficiency.

Moreover, the IGX-HV complies with the latest energy efficiency standards, making it a sustainable choice for businesses looking to minimize their environmental impact. By integrating advanced technologies, such as variable speed drives, the fan can adjust its performance based on the actual demand, further optimizing energy usage.

In summary, the Greenheck Fan IGX-HV is a versatile and efficient solution for high-volume ventilation needs. Its combination of durable construction, advanced motor technologies, and user-friendly features makes it an excellent choice for a variety of applications, positioning it as a leader in the ventilation industry. Whether for industrial or commercial use, the IGX-HV meets the demands of modern ventilation systems while emphasizing energy efficiency and performance.