CMP 21005-000-000 two inch PVC 90 degree slip sweep elbowCMP 2" Slip 90 Sweep Ell, 21005-000-000 In stock$899
CMP 21005-000-000 two inch PVC 90 degree slip sweep elbow

CMP 2" Slip 90 Sweep Ell, 21005-000-000

Ask a questionMPN 21005-000-000
$899
In stock

30 day returns · Easy, with prepaid labels provided

Quick overview

  • Sweep radius A long radius turn, which costs less head loss than a standard tight elbow.
  • 2" slip by slip Both ends are sockets for 2" PVC pipe, solvent welded.
  • CMP part Supplied by CMP as 21005-000-000.
  • Standard pool plumbing The turn used on suction and return runs at the equipment pad.
  • Dry fit first Assemble the run dry before you glue, since a sweep takes more space than a tight elbow.
  • Flow matters On long runs the difference between sweeps and tight elbows adds up in pump work.
Full description and specifications ↓

Need a hand?

Bilingual support from pool professionals.

Send us a message

A pool professional will get back to you, usually the same business day.

About CMP 2" Slip 90 Sweep Ell, 21005-000-000, SKU CTM-56-1004. We will include it with your message.

We use your details to answer this message and nothing else.

Frequently bought together

Current item CMP 2" Slip 90 Sweep Ell, 21005-000-000
CMP

2" Slip 90 Sweep Ell, 21005-000-000

$899
Hayward Cover O-Ring for SP0714T Vari-Flo XL Valve, SPX0714L
Hayward

Cover O-Ring for SP0714T Vari-Flo XL Valve, SPX0714L

$1799
Hayward Paralevel Startup Kit, 004-760-2921-00
Hayward

Paralevel Startup Kit, 004-760-2921-00

$5799
Hayward 1-1/2" Combo Hose Adapter for Filters, Pumps, Skimmers and Chlorine Feeders (2 Pack), SPX1091Z7
Hayward

1-1/2" Combo Hose Adapter for Filters, Pumps, Skimmers and Chlorine Feeders (2 Pack), SPX1091Z7

$899
Hayward Genuine OEM SP1082 Skimmer Basket, SPX1082CA
Hayward

Genuine OEM SP1082 Skimmer Basket, SPX1082CA

$2399
Paramount 6 Port Water Valve Module, 004-302-4408-00
Paramount

6 Port Water Valve Module, 004-302-4408-00

$34999
Hayward Auto-Skim Skimmer for Vinyl/Fiberglass Pools, 1.5" FPT, Square Lid, White, SP10841
Hayward

Auto-Skim Skimmer for Vinyl/Fiberglass Pools, 1.5" FPT, Square Lid, White, SP10841

$19299
Subtotal

Product details

This is the CMP 21005-000-000, a 2" PVC 90 degree sweep ell with a socket on each end for solvent welded pipe.

Why a sweep

A sweep turns the water through a longer radius than a standard tight elbow. Water does not like abrupt corners, and every tight 90 in a run costs the pump a little more work to push the same flow. On a pool where the equipment pad sits some distance from the pool, or where the plumbing already has several turns in it, using sweeps instead of tight elbows is a straightforward way to hold flow up.

Fitting it

Both ends are slip sockets, so the joint is cleaned, primed and cemented in the normal way. Dry fit the whole run before any glue comes out. A sweep occupies noticeably more space than a tight elbow, and it is easier to find that out with the pipe loose than after the cement has grabbed.

Specifications
Brand CMP
Manufacturer part number 21005-000-000
UPC 025528790936
Fitting type 90 degree sweep elbow
Size 2"
Connections Socket by socket, slip
Material PVC
Shipping weight 0.45 lb
Ships Parcel

Request a quote

Need a volume price, a freight quote, or pricing in writing before you order? We reply the same business day.

Request a quote

Customer reviews

More from CMP

Questions and answers

What people ask about this product, answered by our pool techs.

Is this slip or threaded?
Slip. Both ends are sockets that take 2" PVC pipe with solvent cement.
What is the difference between a sweep ell and a normal 90?
A sweep turns the water through a longer radius. It takes up more room but restricts flow less, which is why sweeps are preferred on pool suction and return lines.
What size pipe does it take?
2" PVC pipe on both ends.
Do I need primer and cement?
Yes. Solvent welded PVC joints need the pipe and socket cleaned, primed and cemented. Dry fit the run first, because a sweep needs more clearance than a tight elbow.
Ask your own question