PresentationAnalytical precision balance ABS-N_ABJ-NM_ACS_ACJ designed for laboratory analysis weighing. Large LCD display with 14 mm digit height. Transparent usage cover supplied as standard.
Functions and modesABJ-NM: internal calibration program (automatic calibration if temperature variations > 2 °C, timed every 4 h). ABS-N: external calibration program (CAL) for precision adjustment with external calibration weights. ACS: same construction as ABS (external calibration). ACJ: same construction as ABJ-NM but with integrated RS-232 and USB data interfaces as standard. Dosing aid: high-stability mode and selectable filtering parameters. Simplified formulation creation and documentation with combined tare/print function (formula components are numbered and printed automatically with number/weight). Automatic data outputs to PC/printer after each stabilization. 4-digit programmable identification number printed in the calibration protocol. ABJ-NM is supplied with OIML certificate.
Technology and performanceSingle-Cell technology: single-piece load cell design ensuring temperature-stable behavior and high mechanical robustness. Short stabilization time: stable weighing values in approximately 3 s under laboratory conditions. High assurance for eccentric load.
Model variants- ACS 80-4
- ACS 100-4
- ACS 200-4
- ACS 300-4
- ACJ 80-4M
- ACJ 100-4M
- ACJ 200-4M
- ACJ 300-4M
Characteristics / technical specifications- Weighing pan diameter (stainless steel): ∅ 91 mm
- Weighing pan dimensions (stainless steel): ∅ 91 mm
- Overall dimensions (draft shield included) L×D×H: 210 × 340 × 325 mm
- Weighing space L×D×H: 174 × 162 × 227 mm
- Net weight: approx. 6 kg
- Permissible ambient temperature: 10 °C – 30 °C
- Available interfaces: RS-232 and USB integrated as standard (depending on ACJ version)
- Calibration modes: internal (ABJ-NM) or external CAL (ABS-N)
- Additional functions: combined print/tare, formula documentation, programmable 4-digit ID, automatic outputs to PC/printer
- Certificate: ABJ-NM with OIML certificate (depending on version)
- Stabilization: approx. 3 s under laboratory conditions