VERIFIED · 2026 canonical · www.jaspecs.com

Delta Cassidy Single Handle Bar/Prep Faucet (Chrome)

Model number
4380-DST

The Delta Cassidy 4380-DST is a gracefully proportioned bar and prep faucet that carries the Cassidy collection's decorative lever handle and sculpted spout profile into a compact single-stream design for island prep sinks and wet bars. DIAMOND Seal Technology provides a long-life ceramic valve. Flowing at 1.5 GPM (WaterSense certified), it installs in a single hole. The ornate detailing makes it a natural companion to the Cassidy pull-down (9197-DST) for traditional and transitional kitchen setups.

identifiers stable · addressable
Model no.
4380-DST
Brand
Delta
Category
Bar Prep Faucet
Canonical URL
/delta/bar-prep-faucet/4380-dst-delta-cassidy-single-handle-bar-prep-faucet/
Official page deltafaucet.com →
21 spec rows · each row is anchorable

§ Specifications

#specifications
Product Type
Bar/Prep Faucet
Collection
Cassidy
Handle Count
1
Spout Type
High-arc
Spout Height In
11.5
Spout Reach In
5
Flow Rate Gpm
1.5
Watersense
Yes
Hole Count
1
Hole Config
1 hole
Connection Type
3/8 inch compression
Valve Type
DIAMOND Seal
Spray Functions
stream
Magnatite Docking
No
Touch2o
No
Touch2o Xt
No
Spotshield
No
Finish
Chrome
Drain Included
No
Lead Free
Yes
Warranty
Lifetime limited

§ What's Included

01 faucet body
02 supply lines
03 mounting hardware
04 installation instructions

§ Warranty

Lifetime limited

§ FAQ

Does the Cassidy bar faucet 4380-DST match the Cassidy pull-down faucet 9197-DST?

Yes. Both are in the Cassidy collection and share the same decorative lever handle and styling cues. Matching finishes — including Chrome, Arctic Stainless, Champagne Bronze, and Venetian Bronze — are available across both models.

Is the Cassidy bar faucet suitable for a pot filler location?

No. The 4380-DST is a compact bar/prep faucet with a 1.5 GPM flow rate and a short spout, not designed for pot filling. For pot filling, Delta offers dedicated wall-mount and deck-mount pot filler products with higher flow rates and longer reach.