
SKU: 12387
List price. Volume pricing available.
The Rice Lake Weight Set, 50lb-1/32oz ASTM Class 4 SST Polished # 12387 is manufactured by Rice Lake. Valley Instrument Service is an authorized Rice Lake dealer offering full sales support, NIST-traceable calibration, and expert technical assistance.
Our team can help with product selection, specs, pricing, and application support.
Contact Us or Call (661) 327-8681This product is part of a family with 10 models. Select a model below to view details.
| Model | Price | |
|---|---|---|
119054 | $6,925.00 | View Details → |
12383 | $6,925.00 | View Details → |
119050 | $9,625.00 | View Details → |
12385 | $9,625.00 | View Details → |
119062 | $3,125.00 | View Details → |
12379 | $3,125.00 | View Details → |
119046 | $20,825.00 | View Details → |
12387Current | $20,825.00 | Viewing |
119058 | $4,825.00 | View Details → |
12381 | $4,825.00 | View Details → |

Stainless steel polished finish • Designed to meet ASTM E617-23 specifications • ASTM Class 0 weight sets and individual weights are not individually marked with their weight value or individually serialized per ASTM E617-23 • Nominal value marked on weights • Serial numbers applied to case (weights may be marked with symbol) • Density 7.95g/cm3

Stainless steel polished finish • Designed to meet ASTM E617-23 specifications • ASTM Class 0 weight sets and individual weights are not individually marked with their weight value or individually serialized per ASTM E617-23 • Nominal value marked on weights • Density 7.95 g/cm3

Nominal value is marked on weight and sold as individual part • Stainless steel polished finish • Designed to meet ASTM E617-23 specifications • Density 7.95 g/cm3

Stainless steel polished finish • Designed to meet ASTM E617-23 specifications • ASTM Class 0 weight sets and individual weights are not individually marked with their weight value or individually serialized per ASTM E617-23 • Nominal value marked on weights • Serial numbers applied to case (weights may be marked with symbol) • Density 7.95g/cm3