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LS-14

All-in-one light liquid sampling, mixing, and containment for multiple subsamples

The Welker LS-14 Light Liquid Sampling System is an all-in-one solution designed to collect, mix, and maintain a large-volume representative composite sample of light liquid products. Ideal for custody transfer, refined product analysis, and applications requiring multiple subsamples, the LS-14 combines a Welker sample pump, large-capacity constant pressure sample container, built-in push-button mixer, inert pre-charge gas supply tank, and optional Mod Skid™. By maintaining collected samples at pipeline condition and mixing before withdrawal and transport, the LS-14 supports accurate BS&W, Reid vapor pressure, octane, composition, and quality analysis.

Where to Use
Light Liquid Composite Sampling Composite sampling of light liquid products where more than one subsample is required.
Custody Transfer Applications Sampling applications requiring multiple subsamples for buyer, seller, and third-party laboratory analysis.
Product Quality Analysis Refined product sampling for Reid vapor pressure, octane, composition, and other quality tests.
Contain Sample Condition Welker Original
Complies with: API 8.2 API 8.3 API 8.4

Welker Sample Pump

Provides proven sample collection performance for light liquid and refined product applications.

Large-Capacity Constant Pressure Sample Container

Maintains collected samples at pipeline condition to help protect sample integrity.

Visual Volume Indicator

Allows operators to monitor collected sample volume during sampling operations.

Built-In Mixer With Push-Button Actuation

Provides a uniform sample mixture before withdrawal and transport.

Inert Pre-Charge Gas Supply Tank

Supports constant pressure sample containment using customer-supplied inert pre-charge gas.

Optional Mod Skid™ With Center Mast and Lifting Lug

Makes installation and relocation easier while allowing detachable components to be serviced quickly.

Compact All-in-One Design

Combines sampling, containment, and mixing in one system to reduce footprint and simplify operation.

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