S-6810K547 1.5" ID x 1 29/32" OD ASTM D1784, NSF/ANSI 61 CPVC Pipe for Hot Water

CPVC Pipe for Hot Water

1511FA00079 CPVC Pipe for Hot Water
1511FA00079 CPVC Pipe for Hot Water

Image may differ from product. See technical specification for details.

Part No.
Part No. 1511FA00079
Equivalent to mcmaster :
6810K547

Basic Information

For Use With Acetic Acid (10%), Calcium Chloride, Deionized Water, Drinking Water, Hydrochloric Acid (25%), Nitric Acid (10%), Phosphoric Acid (85%), Salt Water, Sodium Hydroxide (50%), Sulfuric Acid (75%), Water
Shape Straight
Type Adapter, Pipe
Schedule 80
Material CPVC Plastic
Specifications Met ASTM D1784, NSF/ANSI 61
RoHS RoHS 3 (2015/863/EU) Compliant

Connection Parameters

Threading Threaded on One End
Connection Type Pipe
Connection Style Threaded Male × Socket Connect Male
Thread Type NPT

Dimension Parameters

Pipe Size 1 1/2
OD 1 29/32"
ID 1.5"
Wall Thickness 0.2"
Lg. 6"

Pressure & Temperature Parameters

Maximum Temperature 200°F
Maximum Pressure 235 psi @ 72° F
Maximum Vacuum 29 in. of Hg @ 72° F
Vacuum Rating Standard
Minimum Temperature Not Rated
Environment Food Industry

Material & Accessories Parameters

For Fitting Material CPVC Plastic
For Flange Material CPVC Plastic
For Flange Class 150
For Fitting Schedule 80
Color Light Gray

Installation Parameters

Socket Connect Type Cement

Adhesive Parameters

Flexibility Rigid
Comparable To Corzan
Technical Drawings No drawings available at the moment, will be launched soon
In Stock
Price available upon request. Our sales team will respond within 24 hours with a competitive quote tailored to your requirements.
REQUEST A QUOTE
  • Fast delivery
  • Enjoy discounts on bulk purchases
  • Secure Payment
  • Fast Global Shipping

Key Features & Benefits at a Glance

  • Superior chemical resistance for reliable performance with over 10 aggressive chemicals including sulfuric acid, hydrochloric acid, and sodium hydroxide
  • High-pressure handling capability withstands up to 235 psi at 72°F for demanding industrial applications
  • Elevated temperature tolerance maintains structural integrity at temperatures up to 200°F in hot water and chemical environments
  • Full vacuum compatibility handles 29 inches of mercury vacuum at 72°F for comprehensive system applications
  • Certified safety compliance meets NSF/ANSI 61 for drinking water and RoHS 3 environmental standards
  • Precision NPT threading ensures leak-proof connections with reliable threaded male to socket cement connections
  • Industry-standard compatibility matches Corzan specifications with ASTM D1784 material certification

Professional Applications & Engineering Value

This 1 1/2" Schedule 80 CPVC pipe adapter delivers exceptional value in food industry applications where chemical resistance and temperature stability are critical. The rigid CPVC construction prevents degradation when handling aggressive chemicals like hydrochloric acid (25%) and sulfuric acid (75%), while maintaining safety for drinking water systems. The threaded male × socket connect design with NPT threading ensures secure, leak-proof joints in industrial piping networks, reducing maintenance downtime and preventing chemical leaks in processing environments. Engineered for chemical resistant CPVC pipe systems operating at 235 psi pressure and 200°F temperatures, this adapter solves critical challenges in chemical transfer, water treatment, and food processing applications where material compatibility and connection reliability are paramount.

Specification Summary & Compliance

This CPVC pipe adapter features precision NPT thread type with Class 2A tolerance for reliable connections. Manufactured to ASTM D1784 material specifications and certified to NSF/ANSI 61 for drinking water applications. Compliant with RoHS 3 (2015/863/EU) environmental standards. Designed for Schedule 80 piping systems with 150-class flange compatibility, ensuring integration with industrial CPVC piping networks. The 6-inch length with 1.5-inch ID and 0.2-inch wall thickness provides optimal flow characteristics while maintaining structural integrity under pressure and chemical exposure.

🔍
Cancel