YinkeValve · Engineered Flow Controlsale@yinkevalves.com
Home / Products / A105N Full Port Floating Ball Valve Class 150
Ball Valve

A105N Full Port Floating Ball Valve Class 150

A105N Full Port Floating Ball Valve Class 150 combines Floating Ball Valve, A105N, Class 150, SW / NPT and PTFE / RPTFE in one defined purchasing configuration. Use it when those core parameters are already fixed by the valve list or piping specification.

API 608Design basis
Class 150Pressure class
A105NPressure-boundary material
Technical Configuration

A105N Full Port Floating Ball Valve Class 150

DesignFloating Ball Valve
StandardAPI 608
Pressure ClassClass 150
Body MaterialA105N
End ConnectionSW / NPT
Seat / SealPTFE / RPTFE
Service / Application
OperationLever
Buyer Decision Summary

Why This Exact Configuration Exists

The commercial scope for A105N Full Port Floating Ball Valve Class 150 is controlled by the interaction of body construction, material, pressure class, piping interface, sealing and operation—not by the valve name alone.

Selection reason

Choose A105N Full Port Floating Ball Valve Class 150 when the RFQ specifically calls for Floating Ball Valve, A105N, Class 150 and SW / NPT. Floating-ball construction uses line pressure to load the ball toward the downstream seat and suits compact quarter-turn isolation ranges. The configuration also fixes full port, which changes the purchasing basis compared with a generic ball valve.

What changes technically

For A105N Full Port Floating Ball Valve Class 150, the combined technical effect is normalized forged carbon steel used in compact forged pressure boundaries; lower-pressure industrial piping where material-specific pressure-temperature limits still govern; and socket-weld and threaded ends require the piping class to define pipe schedule, thread/weld details and installation practice. Rptfe uses reinforcement to improve mechanical stability and wear behavior; filler system, temperature and chemistry must match the service.

What to confirm before quote

Before pricing A105N Full Port Floating Ball Valve Class 150, confirm nominal size and bore, design pressure/temperature, trim and stem/shaft material, the PTFE / RPTFE sealing requirement, Lever operating basis, leakage/test acceptance and the final drawing/document package.

Compared with a nearby configuration

Compared with A105N Reduced Port Floating Ball Valve Class 150, this configuration changes feature set (full port instead of reduced port). That difference is what a buyer should verify before treating the two pages as commercially interchangeable.

Design Basis

In A105N Full Port Floating Ball Valve Class 150, the Floating Ball Valve construction determines the closure support, body arrangement and maintenance approach. Confirm bore or flow path, body joint, stem/shaft retention, seat support, anti-blowout features where applicable and access requirements against the approved GA.

Pressure-Boundary Material

For A105N Full Port Floating Ball Valve Class 150, the pressure boundary is A105N. Normalized forged carbon steel used in compact forged pressure boundaries. Because this valve is Class 150 with SW / NPT, verify the material condition, trim compatibility, bolting and any PMI/NDE or corrosion-control requirement as one package.

Pressure Class and Piping Interface

For A105N Full Port Floating Ball Valve Class 150, the specified rating is Class 150 and the piping interface is SW / NPT. Lower-pressure industrial piping where material-specific pressure-temperature limits still govern. Socket-weld and threaded ends require the piping class to define pipe schedule, thread/weld details and installation practice. Final dimensions and pressure-temperature suitability must therefore be checked against the selected material and design temperature, not inferred from class alone.

Seat and Seal Arrangement

For A105N Full Port Floating Ball Valve Class 150, the listed sealing basis is PTFE / RPTFE. Rptfe uses reinforcement to improve mechanical stability and wear behavior; filler system, temperature and chemistry must match the service. Confirm leakage acceptance, pressure/temperature limits and cycling together with the Class 150 loading and the selected Lever operating method.

Operation and Actuation

For A105N Full Port Floating Ball Valve Class 150, operation is Lever. Lever operation suits lower operating torque ranges; handle length, locking and position indication should be coordinated with access needs. The final operator or actuator basis should use the actual size, maximum differential pressure, PTFE / RPTFE friction/seating behavior and required operating or emergency time.

Service Conditions

No service qualifier is fixed by the product name, so A105N Full Port Floating Ball Valve Class 150 should be released only after the actual fluid, temperature range, pressure cases, cycling and special service requirements are known.

Inspection and Testing

For A105N Full Port Floating Ball Valve Class 150, tie MTC/heat traceability, dimensional inspection, PMI/NDE where specified, shell/seat testing, coating checks, witness points and final records to the approved API 608 datasheet and ITP.

Documents Before Release

The manufacturing release for A105N Full Port Floating Ball Valve Class 150 should reference the approved GA, material/trim schedule, seat/seal definition, operator or actuator data, test scope and required final documentation.

Relevant Product Ranges

Ready to Review A105N Full Port Floating Ball Valve Class 150?

Send the project specification for A105N Full Port Floating Ball Valve Class 150; the quotation can then confirm size-dependent dimensions, trim, sealing, operation, inspection and final documents without changing the defined A105N / Class 150 basis.

Request Technical Quote