Mix & Match Discounts
Quantity Discounts


Ships free with Plus
Buy 1$139.99/Each

Other Available Colors:

  • Beige
  • Black

Quick Shipping

Usually ships in 1 business day

Product Overview

  • Holds loads up to 350 lb.
  • 5" casters (2 locking) with reinforced caster mounts for superior performance
  • Constructed of impact-resistant copolymer
  • Easily transports stacks of heavy dish racks with ease
  • Features a 1/2" hole for drainage
UPC Code:029419886975

Vollrath 1697-32-LC2 Specs

Shipping Weight
4 lb.
21 Inches
21 Inches
450 lb.
With Casters
Drain Holes  Made in America

Vollrath 1697-32-LC2 Details

The Vollrath 1697-32-LC2 Traex® recycled beige rack dolly base is perfect for your restaurant, cafeteria, hotel or bar. Constructed of impact-resistant copolymer, this 21" square dolly base comes with 5" casters (2 locking) with reinforced caster mounts for superior stability and performance.

This dolly base will hold loads up to 350 lb., helping you transport stacks of heavy dish racks or glass racks with ease! The Vollrath beige rack dolly base comes equipped with a 1/2" hole for drainage.

Overall Dimensions:
Length: 21"
Width: 21"

Attention CA Residents:

Attention CA Residents

WARNING:This product can expose you to chemicals including lead, which are known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, go to www.p65warnings.ca.gov.

  • Made in America

    Made in America

    This item was made in the United States of America.

Need Parts & Accessories?

Show replacements and accessories for Vollrath 1697-32-LC2 today!

Resources and Downloads for
Vollrath 1697-32-LC2

A PDF viewer is required to view this product's information. Download Adobe Acrobat software

Warranty Info

RESIDENTIAL USERS: Vendor assumes no liability for parts or labor coverage for component failure or other damages resulting from installation in non-commercial or residential applications. Your warranty will be voided if installed in non-commercial or residential applications.