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H| Style | Model | Settling Time | Linearity | Reproducibility | Housing Height | Housing Dimension | Smallest Part Weight For Piece Counting (laboratory) | Weighing Surface Diameter | Smallest Part Weight For Piece Counting (normal) | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| A | PLJ 2000-3A | 2 sec. | -0.004g to +0.004g | 0.002g | 330 mm | 210 mm x 340 mm x 330 mm | 50 mg | 110 mm | 500 mg | £1,792.98 | |
| B | PLJ 720-3A | 2 sec. | -0.002g to +0.002g | 0.001g | 100 mm | 210 mm x 340 mm x 100 mm | 1 mg | 110 mm | 10 mg | £1,226.78 | |
| C | PLJ 6200-2A | 2 sec. | -0.03g to +0.03g | 0.01g | 100 mm | 210 mm x 340 mm x 100 mm | 10 mg | 160 mm | 100 mg | £1,207.90 | |
| D | PLJ 1200-3A | 2 sec. | -0.003g to +0.003g | 0.001g | 100 mm | 210 mm x 340 mm x 100 mm | 5 mg | 110 mm | 50 mg | £1,302.27 | |
| E | PLJ 4200-2F | 3 sec. | -0.04g to +0.04g | 0.02g | 100 mm | 210 mm x 340 mm x 100 mm | 50 mg | 160 mm | 500 mg | £896.49 | |
| F | PLJ 6200-2AM | 3 sec. | -0.03g to +0.03g | 0.01g | 100 mm | 210 mm x 340 mm x 100 mm | 10 mg | 160 mm | 100 mg | £1,255.09 | |
| G | PLJ 420-3F | 3 sec. | -0.003g to +0.003g | 0.001g | 100 mm | 210 mm x 340 mm x 100 mm | 5 mg | 110 mm | 50 mg | £905.93 | |
| H | PLJ 720-3AM | 3 sec. | -0.002g to +0.002g | 0.001g | 100 mm | 210 mm x 340 mm x 100 mm | 1 mg | 110 mm | - | £1,273.96 | RFQ
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KERN & SOHN PLJG Series precision balances are used in laboratories, research facilities and the pharmaceutical industries to deliver highly accurate and consistent measurements of mass or weight. They have an LCD screen for providing clear and easy-to-read results. These precision balances are equipped with stainless steel weighing plates for durability and feature plastic housing for resistance to corrosion. They have recipe databases for storing up to 99 recipes, each comprising up to 20 ingredients with their names and target values. These precision balances further feature a ring-shaped draught shield for providing a controlled environment for weighing and protecting against external influences that could affect the accuracy of measurements.