MK93 Sanitary Steam Trap
Part #: 93C050C
$1,160.00
Steriflow Valve MK93 sanitary steam trap. 316L stainless steel clamped body. 1/2″ triclamp connections. USP Cladd VI teflon-encapsulated viton body gasket.
The Mark 93 Series is a balanced port, thermostatic sanitary steam trap designed specifically for use in validated clean steam systems. The sanitary design follows ASME BPE guidelines including a 20Ra μin internal finish, self draining design, and all relevant materials, marking and documentation guidelines.
Part #: 93C050C
Datasheet: https://nesentrol.com/datasheets/Mk93SteamTrapDataSheet.pdf
- Low subcooling operation reduces probability of SIP delays caused by temperature validation faults
- Lay-in dimension allows drop in replacement of higher subcool, competitive traps
- Easy thermal element (bellows assembly replacement only installs in one direction) error-proof
- New design provides excellent flow rates with low subcooling – improves heat-up drainage
- Self-draining when installed vertically (body outlet side down) – either vertical or horizontal connections
- Solid barstock body with fewer cracks and crevices than competitive designs
- Size Range: 1/2″, 3/4″, 1″, 1-1/2″ (DN15, DN20, DN25, DN40)
- Installation Connection Orientation: Vertical, Horizontal
- Connection Type: ASME, DIN, ISO Tri-Clamp and Tube Weld Ends
- Maximum Pressure Temperature: 145 psig (10 barg) @ 350°F (177°C)
- Max. Recommended Differential Pressure: MK93: 10 – 50 psi (0,7 – 3,4 bar); MK93 Option P: 45 – 90 psi (3,1 – 6,2 bar)
- Materials of Construction: Wetted body/plug material: ASTM A479 316L or optional DIN 1.4435; Body Gaskets: Various – all FDA and USP Class VI
- Nominal Cv (Kv): 3.8 (3,30)
- Surface Finish: Internal: SF1, 20 Ra μin (0,5 μm) standard; SF5, 20 Ra μin (0,5 Ra μm) electropolish or better optional
- Subcooling: Less than 3°F (2°C)
Typical applications include:
- Sterilization drainage for fermenters
- Bioreactors
- Seperation and filtration equipment
- Lyophilizers
- Autoclaves
- Process piping equipment
- Steam barriers
