The rotary sample splitter is frame mounted on locking casters for easy mobility. Large Sample Splitter NL 1023 X / 001 Standard: ASTM C702, UNI 8520, EN 933-3, ASTM C136, NF P18-553, AASHTO T27, AASHTO T87, BS 812:1, BS1377:2, BS 1924:1. The drive for the rotary splitter is powered by a 1/4 HP gear reduced DC motor, with a variable SCR control to operate on either 115 V/1 Ph/60 Hz, or 220 V/1 Ph/50 Hz AC current. An additional set of containers may speed up the sample splitting process. Each rotary sample splitter is supplied with one set of stainless steel, interlocking sample containers. Microsplitters for Fine Materials Micro- and Precision Riffle Splitters are. 16-to-1 Sample Reducer Used to cut a 1/16th representative sample of a larger material by eliminating parts of the sample. These single stage riffle-type splitters feature a gate-controlled hopper and precision fixed-width chutes for increased accuracy. The Rotary Sample Splitter will work with particles sized 1/2″ to powder. California Sample Splitters Developed for the California DOT for splitting of the sand-sized aggregates inherent in this area. Precision Splitters quickly divide granular materials and fine powders to produce representative samples for laboratory analysis. A mild steel feed hopper with 60 degree side slopes has the volumetric capacity to hold the entire contents of all sample containers for each size splitter. Riffle sample divider Mechanical sample divider product range Made from stainless steel Available in four sizes: 3, 5, 10 and 18 liters Three different numbers of slots: 10, 18 and 34 Different slot widths: from 9.8 to 29. The Sepor Micro Riffle Splitter consists of a stainless steel hopper, stainless steel and anodized aluminum riffle bank, and stainless steel frame with support legs. The Sepor Rotary Splitter has a variable speed table top rotation with 10 to 20 RPM as the operating range, and a variable speed vibrating feeder with a feed range of 0-2000 pounds per hour (recommended operating range for the rotary sampler is 50 to 200 pounds per hour). This type of unit minimizes the negative influences of differences in grain size, specific gravity and particle shape. Rapid even splitting of samples is accomplished by pouring a sample into the hopper from which it is divided by riffles into two equal parts by a series of. The most reliable method of obtaining representative samples from heterogeneous granular and powdered materials is through a rotary sample splitter (also known as a spinning riffle).
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