HUHAA1548
Berko®* Actual product may vary from image
UNIT HTR BERKO 480V 15.0KW For spaces that need plenty of heating power, Unit Heaters deliver. They are strong enough to be used for primary heat and are versatile enough to integrate with existing ductwork or in standalone settings. Specialized unit heaters fit into tight spaces with almost zero clearance.
Details
MFG PART #:HUHAA1548
McMc Part #:MARLHUHAA1548
UPC #:685360036793
Inventory
$3,827.00 E
Details
MFG PART #:HUHAA1548
McMc Part #:MARLHUHAA1548
UPC #:685360036793
Inventory
Attributes
Features
Documentation
Attributes
Brand:Berko®
Type:3-Phase
Series:HUHAA
Voltage Rating:480 VAC
Amperage Rating:18 A
Power Rating:15 kW
Flow Rate:910 cfm
Speed:1530 rpm
Temperature Rating:52 deg F
Mounting Type:Surface
Mounting Height:11 ft Horizontal/20 ft Vertical
Material:20 ga Steel
Color:Bronze
Finish:Polyester Powder Coated
Dimensions:19 in W x 13-3/4 in D x 21-3/4 in H
Features
| Advanced pull-through air flow design draws air across heating element for more even air distribution and cooler element operation |
| 32 compatible models (no need to try to assemble a heating system from 70 to 80 models) |
| Forced air unit heater (field interchangeable) |
| Branch circuit fusing (when required to meet NEC requirements for maximum 24 A/ckt) |
| Automatic control delays fan action until heating element is warm, when thermostat is satisfied, fan continues to operate until heating element is cool, by preventing circulation of cold air and expelling excess heat, comfort level is raised and component life is extended |
| Specially designed venturi outlet to meet that added throw required in vertical position, choice of optional diffusers for variety of air patterns, maximizing heat concentration and coverage in the vertical position |
| Individually adjustable discharge louvers to control air flow |
| Transformer standard on most models, providing a safer and more accurate |
| When thermostat is satisfied, fan continues to operate until heating element is cool |
| By preventing circulation of cold air and expelling excess heat, comfort level is raised and component life is extended |