This high-performance precision balance is designed for demanding laboratory and industrial environments. It offers fully automatic internal calibration, which is both time and temperature controlled, ensuring unmatched accuracy and consistent performance under varying environmental conditions. Equipped with a high-contrast, backlit LCD display, the balance provides enhanced visibility with advanced eye protection, making it user-friendly even in low-light environments. The high-grade, chemical-resistant metallic body ensures durability and long operational life.
Key features include:
- Auto self-checking function and anti-vibration technology for stable and error-free measurements.
- Automatic environmental adaptation with integrated filtration to match ambient conditions.
- Overload protection system to safeguard internal components.
- Part counting and below weighing system for specialized applications.
- Optional automatic density determination via a secondary display.
- Multi-unit measurement support and RS232 interface for easy data transfer and connectivity.
- GLP/GMP compliant print function for traceability and quality assurance documentation.
Technical Specifications – SES623
Parameter Specification Model SES623 Max Capacity (g) 620 Readability (d) 0.001 g Repeatability (g) ±0.001 Linearity (g) ±0.002 Pan Size 90 mm Ø Calibration External Stabilization Time 2 Seconds Display LCD (Backlit) with Advanced Eye Protection Tare Range Full Working Temperature +5°C to +40°C Sensitivity Drift 2 ppm/°C Interface RS232 Inbuilt (USB Optional) Power Requirement AC 100–240V ± 20% (50–60 Hz) Overload Protection Yes Housing High-Grade Chemical-Resistant Metallic Body Dimension (L x W x H) 330 x 210 x 340 mm Approx Weight 7 kg Verification Accuracy (e) 1 mg for 0.1 mg Balance / 10 mg for 10 mg Balance Minimum Weight 0.12 g for 0.1 mg Balance / 1.5 g for 10 mg Balance Key Features Auto self-checking, anti-vibration, auto filtration Extra Protection Airtight rust & dust-proof chamber (IP54) Weighing Units gm, mg, ct, and multi-units