DAYTON 2N997-A ELECTRIC MOTOR

We supply Dayton 2N997-A in single or bulk orders. Please choose from one of the purchase options below:

 

Specification
SKU 7500
Brand Dayton
Frame H184
Height 10.00
Length 16.00
Motor RPM 3500 RPM
MPN 2N997-A
Phase 3 PH
Power 3 HP
Product Condition Used
Voltage 208 - 220 V-AC, 440 V-AC
Voltage Type AC
Weight 47.00
Width 10.00

* Weight is in pounds (lb), length, width, and height are in inches (in).

Bulk Purchase Options
Buy New $381.73 USD/pc
Buy Refurbished $272.66 USD/pc
Buy Used $196.32 USD/pc
Repair and Service Option
Estimate up to $109.07 USD/unit

 

 

We Repair

Got a broken Dayton 2N997-A? We may be able to repair it for you. We work with certified Dayton repair and service vendors.

We Buy

Got extra Dayton 2N997-A on your hand that you no longer need? Let us buy them from you! We purchase new & used electric motors by Dayton.

We Distribute

Are you a distributor for Dayton electric motors? We would like to work with you! We have a growing list of buyers who are regularly looking for Dayton 2N997-A.

More From DAYTON

Why Buy From Us

Here's what people say about their recent experience with us:
James Vickers 1 hour ago
Great seller a+++++Thanks For everything.
Coleman W Smith 2 hours ago
superfast shipping, item as described, thanks!
David Larsen 4 hours ago
Excellent seller! Highly recommend! Fast shipping! Arrived on time!
Kevin Slowley 4 hours ago
very satisfied, fast shipping, new as described
J. Pratap 7 hours ago
Great seller to deal with, smooth easy transaction A++
Dwight Clanton 10 hours ago
Great Quality and Fast Shipping. Thank You and Best Regards,
Robert Cuccaro 10 hours ago
PRODUCT AS LISTED. QUICK DELIVERY
JOHN EDWARDS CO 13 hours ago
Just as described. Quick Shipment. Very Clean.
Jose Reyes 15 hours ago
Excellent item and transaction. Many thanks! ARIGATO!
M.S. Aerospace 18 hours ago
Top notch seller-Best deals-extra fast shipping-great packing

 

Resources

How Do Electric Motors Work
Electric motors are used everywhere in various sectors. Read this paper and learn how electric motors operate. [read more]