Slurry Knife Gate Valve (KSL-SD) Short Body Design
Does not ship to VA, United States
Description
DeZURIK’s KSL-SD Slurry Knife Gate Valves are designed for on-off (isolation) service for applications consisting of abrasive, high solids content, wet or dry media.
KSL-SD Slurry Knife Gate Valves are ideally suited for applications in the mining, power, and aggregate industries.
The KSL-SD valve features a short body design with narrow face-to-face per MSS SP-81.
KSL-SD Knife Gate Valves are available in sizes 2 - 24" (50 - 600 mm) with larger sizes available on application.
Temperature ratings to 177°F (81°C) as standard, and up to 300°F (150°C) with high temperature optional seat materials.
Standard pressure rating on 2 - 16" valves is 150 psi CWP (1030 kPa) and 18 - 24" is 100 psi CWP (690 kPa), with higher pressures available with optional gate materials.
Depending on the application requirements, the cast body is available in Ductile Iron, Carbon Steel and various Stainless Steel or higher alloy materials.
Features- Bi-directional, drip tight shutoff to full pressure rating
- Field replaceable sleeves with encapsulated supporting ring
- Valve design allows for easy repairs
- Full port reduces turbulence and pressure drop across the valve
- Sleeve compression eliminates cavity where solids can collect
Specifications
Specifications
Brand
Body Material
- Cast Body is Available in Ductile Iron, Carbon Steel & Various Stainless Steel or Higher Alloy Materials.
Pressure Rating
- Standard Pressure Rating on 2-16” Valves is 150 psi CWP (1030 kPa) & 18-24” is 100 psi CWP (690 kPa), with Higher Pressures Available with Optional Gate Materials.
Size Range
- 2-24” (50-600 mm) with Larger Sizes Available on Application
Documentation
Documentation
Bulletins
- KSL SD Slurry Knife Gate Valves Short Body Design Sales 52 00 1C pdf 245 KB
- KSL SD Slurry Knife Gate Valves Short Body Design Technical 52 00 1D pdf 913 KB
- Slurry Knife Gate Valves KSL SD Short Body Design 52 00 1C SPI pdf 179 KB
- Slurry Knife Gate Valves KSL SD Short Body Design 52 00 1D SPI pdf 829 KB