Balances, electronic, analytical, ''Precise'' ABT series Analytical and semi-microbalances which are suitable for verification. All models have automatic calibration adjustment function by internal, motor-driven, calibration weight. It is possible to log ISO / GLP-compliant weighing or calibration data at any time via an accessory printer (not supplied) or data interface (bi-directional RS232-C). Additionally, the balances have formulation, piece counting and percentage determination functions, as well as a flush-mounted weighing platform. All models are supplied with a modern, all-glass draught shield with sliding doors to the left, right and top. Also available with DKD certified, calibration weight, ionizer, thermal printer, statistic printer at additional cost. Single-cell advanced technology: -Fully automatic manufactured weighing cell from one piece of material -Stable temperature behaviour -Short stabilisation time: Steady weight values within approx. 5 sec under laboratory conditions -Shock proof construction -High corner load performance Weighing pan, stainless steel: 80mm dia. Weighing chamber (W x D x H): 168 x 172 x 223mm Dimensions (W x D x H): 217 x 356 x 338mm Mains adapter: 220V Product Specification: Product Type: ABT 220-5DM Weighing range: 82 / 220 g Readability: 0.01 / 0.1 mg Reproducibility: 0.05 / 0.1 ± mg Linearity: 0.1 / 0.2 ± mg Plate diam.: 80 mm | |
Catalogue Number | 9.900 958 |
Manufacturer | Kern |
Manufacturer P/n | ABT 220-5DNM |
Adjusting program | Internal |
Linearity | ±0,1/0,2 mg |
Power supply | 220 V |
Type of auxiliary energy | Mains connection |
Plug type | EU/CH/UK/US |
Weighing plate (WxD) | Ø 80 mm |
Reproducibility mg | 0,05/0,1 |
Depth mm | 356 |
Max. load g | 82/220 |
Type | ABT 220-5DNM |
Verified calibration | Verifiable |
With draft shield | Yes |
Width mm | 217 |
PK | 1 |
Dimensions (WxDxH) | 217 x 356 x 338 mm |
Readability mg | 0,01/0,1 |
Height mm | 338 |
Weight kg | 7.0 |
Search words | Analyses Balance(s) Balance(s) Analyses Balance(s) Semi-microbalance(s) Semi-microbalance(s) |