USED BALTIMORE AIR COIL 3455A-MM.

Manufacturer Information

Manufacturer: Baltimore Aircoil Company (BAC)

Model: 3455A-MM

Condition: Used

Material: Heavy-duty steel construction

Description
This Used Baltimore Aircoil 455 Ton Cooling Tower, Model 3455A-MM, is a high-capacity, heavy-duty cooling solution designed for large industrial and commercial cooling applications. Built from all-steel construction, this unit offers outstanding durability and reliability in demanding operational environments.
Key features include a 20 HP totally enclosed fan motor, (2) 8,000-watt heaters for freeze protection, and 8-inch water inlet and outlet connections. It operates on 460 Volt, 3 Phase electrical service, delivering a flow rate of approximately 1,000 GPM. With an overall dimension (OAD) of 245" L x 122" W x 136" H, and an approximate weight of 15,000 lbs, this cooling tower is engineered for robust, long-term service.
Specifications

Cooling Capacity: 455 tons

Flow Rate: 1,000 GPM

Fan Motor: 20 HP, Totally Enclosed Fan Cooled (TEFC)

Heaters: (2) 8,000-watt heaters (for basin freeze protection)

Construction: Heavy-duty steel

Water Connections:

Inlet: 8"

Outlet: 8"

Electrical Requirements:

Voltage: 460V

Phase: 3 Phase

Overall Dimensions (OAD): 245" L x 122" W x 136" H

Approximate Weight: 15,000 lbs

Condition: Used (industrial-grade)

Applications
Ideal for:

Commercial HVAC cooling for high-rise buildings

Industrial process cooling

Power plant auxiliary cooling

Chemical manufacturing facilities

Data center environmental management

Steel and heavy manufacturing cooling

Food and beverage production plant cooling

District cooling plants

Pharmaceutical processing temperature control

Municipal water system cooling support

What Might This Be Used For?

Managing heat rejection for large HVAC chillers

Cooling process water in chemical and manufacturing plants

Supporting refrigeration cycles in food production facilities

Controlling climate systems in data centers and critical infrastructure

Assisting combined heat and power (CHP) systems with thermal regulation

Reducing energy consumption via efficient open loop cooling

Stabilizing equipment temperatures during peak industrial production

Enhancing operational reliability in heavy-duty industrial environments

Backup cooling for utility and municipal installations

Facilitating continuous operations with industrial cooling redundancy