HOME / PRODUCTS / MECHANICAL SEALS / HEAVY DUTY SLURRY MECHANICAL SEALS
Single Heavy Duty Multi-Spring Slurry Cartridge Mechanical Seal
Mechanical Seal Style RKCS
Heavy Duty Interchangeable Slurry Seal
With four (4) configuration options all incorporating additional engineered features such as reverse pressure capability, non-clogging multi-springs, rugged seal drive operation, and hydraulically balanced faces, the RKCS single and RKCD dual seals successfully contend with the industry’s toughest slurry challenges.
FEATURES:
RKCS Version A
Integral Spring Shield is manufactured from a flexible and durable material to effectively shield the springs from debris and slurry during operation. Compatible with API 682 Plan 32. Flush connection optional.
RKCS Version B
(For grease-filled operation)
Addition of bolt-on lip seal assembly and two (2) additional O-rings. Compatible with API 682 Plan 32. Flush connection optional.
RKCS Version C
(Quench operation)
Fluid Guide Sleeve added to Version B to support the effective removal of debris during quench operation. Compatible with API 682 Plan 32. Flush connection optional.
RKCD (Dual Seal)
A dual seal option designed for the most rigorous slurry processes. In addition to Version C’s Fluid Guide Sleeve, this option is engineered for optimum service when paired with either an API 682 Plan 53A buffer or API 682 Plan 54 barrier fluid seal support system.
SPECIFICATIONS:
Materials of Construction
Inboard Faces: Ni-B Tungsten Carbide, Sintered Silicon Carbide, Graphite Loaded Silicon
Outboard Faces: Antimony Impregnated Carbon, Silicon Carbide
Elastomers: FKM standard (Other materials available by request)
Springs: Alloy C276
Metallurgy: 316 SS with Alloy 255 or High Chromium Iron wetted
Note: Other materials available by request.
Operating Parameters
Shaft Sizes: Up to 20.0” (508 mm)
Product Pressure: 500 psi (34.5 bar)
Temperature: -4° to 425°F (-20° to 218°C)
Speed: Up to 3600 fpm (18.3 m/s)
Viscosity: Up to 2500 cP (2.5 Pa*s)
Note: Maximum viscosity/temperature/speed/pressure indicates operating extremes independently and does not imply the seal will function at these extremes at the same time.