Mechanical seal IS48HP

Technical Data Mechanical seal IS48HP

Temperature Limits -40°F to 500°F/-40°C to 260°C
Pressure Limits 300 psi(g)/20.7 bar(g) process pressure
Speed Limits 5000fpm/25m/s

Brand

KSB

Low-emission, High-pressure O-ring Shaft Seal for Light Hydrocarbon Services

is48 seals evolved from the successful, proven iseal is8B1 design, the preferred choice for safe, reliable, unpressurized tandem and pressurized dual seal arrangements in petroleum services for more than four decades. The is48 is a dependable, engineered mechanical seal developed specifically for single seal installations to attain MACT (Maximum Achievable Controllable Technology) compliance in light hydrocarbons and other VOCs (volatile organic compounds). is48 single seals control emissions to less than 500 ppm. Available in cartridge or optional shaft-mounted seal arrangement.

– Industrial applications involved in the processing of VOCs and similar hazardous materials

– Lubrication liquids, aqueous solutions, chemicals, light hydrocarbons and water services

Product Description is48hp

The is48 is a dependable, engineered mechanical seal developed specifically for single seal installations to attain maximum achievable controllable technology (MACT) com-pliance in light hydro-carbons and other volatile organic compounds (VOCs).

IS48 single seals control emissions to less than 500 ppm. Available in cartridge or optional shaft-mounted seal arrangement.

• Industrial applications involved in the processing of VOCs and similar hazardous materials

• Lubrication liquids, aqueous solutions, chemicals, light hydrocarbons, and water services

Applications

Process pumps
Other rotating equipment

Features is48hp

California Residents: PROPOSITION 65 WARNING
Low emission single seal — designed to satisfy U.S. federal, state and local regulatory requirements. is48 assures emission control with a single seal arrangement in VOC services. Years of low emission sealing are provided.
is48 sealing package — is48 seals are application-specific with the proper selection of primary ring, mating ring materials and flush arrangement.
Computer-optimized seal faces — computer modeling minimizes thermal and pressure caused distortion. For optimal performance, face materials are specified antimony filled carbon graphite versus silicon carbide as standard.
Flush maximizes cooling — available with an extended flush with single point injection and a large percentage of the mating ring exposed to the process fluid for cooler running. For higher heat loads, a distributed flush with improved heat transfer characteristics is recommended.