Product Sheet CN Low-Maintenance Cameron Frac Valves
Advanced sealing mechanism of frac valves improves job efficiency and safety, reduces footprint and costs.
Low-maintenance Cameron frac valves
Maximize fracturing efficiency with reliable high-pressure valves that eliminate wellsite greasing
Overview
No more frac valve greasing during valve operations
Cameron frac valves are the recognized industry leader for reliability, and with their new advanced sealing mechanism they further increase uptime and stages per day by eliminating greasing during frac operations and significantly lowering valve maintenance. And you’ll further elevate your frac performance, uptime, and safety by deploying these frac valves in Cameron frac trees, which are also proven to be the highest performing tree technology.
Eliminate wellsite greasing
More efficient, safer operations with no more red zone entry for greasing and removal of high-pressure greasing equipment
Minimize valve maintenance
Extended valve lifespan over 500 stages between maintenance
Reduce total cost of operation
Faster well swaps and continuous pumping by ending valve maintenance downtime, including the cost for grease
Choose the OEM gate valve that best suits your fracturing program
SLB provides a wide variety of low-maintenance frac valves that do not require field greasing:
Designed as a manual valve for high-pressure applications, the FLS-R™ high-pressure API 6A slab-style gate valve is a reliable heavy-duty gate valve for hydraulic fracturing. It reduces exposure to potential erosion and contamination associated with the midrange position because it quickly cycles from fully closed to fully open.
The FLS-DA2™ API 6A double-acting actuated gate valve combines the same metal-to-metal sealing as the FLS-R-Frac valve with the addition of a double-acting hydraulic actuator for fast positive remote actuation. And it securely remains in position should hydraulic power failure occur.
The bidirectional FLS™ extreme service API 6A slab-style gate valve provides flow direction versatility and increased service life.
Control up to 48 electric-actuated gate valves via ValveCommander™ automated control and advisory platform.
Frac valve specifications
| Nominal Bore Size, in | 10,000-psi Working Pressure | 15,000-psi Working Pressure |
|---|---|---|
| Nominal Bore Size, in 1 13/16 | 10,000-psi Working Pressure FLS valve | 15,000-psi Working Pressure FLS valve |
| Nominal Bore Size, in 2 1/16 | 10,000-psi Working Pressure FLS and FLS-DA2 valves | 15,000-psi Working Pressure FLS and FLS-DA2 valves |
| Nominal Bore Size, in 2 9/16 | 10,000-psi Working Pressure FLS valve | 15,000-psi Working Pressure FLS valve |
| Nominal Bore Size, in 3 1/16 | 10,000-psi Working Pressure FLS valve | 15,000-psi Working Pressure FLS valve |
| Nominal Bore Size, in 4 1/16 | 10,000-psi Working Pressure FLS, FLS-R, and FLS-DA2 valves | 15,000-psi Working Pressure FLS-R and FLS-DA2 valves |
| Nominal Bore Size, in 5 1/8 | 10,000-psi Working Pressure FLS and FLS-DA2 valves | 15,000-psi Working Pressure FLS-R and FLS-DA2 valves |
| Nominal Bore Size, in 7 1/16 | 10,000-psi Working Pressure FLS and FLS-DA2 valves | 15,000-psi Working Pressure FLS-R and FLS-DA2 valves |
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