The Cole-Parmer Production Weighing System 6200g delivers high precision, rapid response, and robust durability for demanding industrial weighing applications. With adjustable stabilization speeds, IP65-rated protection, and GLP/GMP-compliant data output, it is ideal for production lines, quality control, and laboratory environments.
Product Features
- High-precision weighing and adjustable speed to stabilization optimize production line weighing
- FAST, MID, and SLOW stabilization settings let you choose the right combination of response time and sensitivity for your application
- Compact footprint and mounting fixtures make integration into existing production line systems easy
- Create your own weighing pan to better suit your samples
- Separate sensor and display units are perfect for isolated weighing — such as inside vacuum chambers, fume hoods, and glove boxes
- Display unit can be panel or wall mounted
- Patented shock absorber fitted under the weighing pan protects sensor from vertical and transverse overloads
- Standard bidirectional RS-232 interface connects to PC for data download and control
- Output conforms to GLP/GMP requirements
- Cole-Parmer quality ensures consistent performance in industrial environments
Benefits
- Ultra-fast Super Hybrid Sensor technology with response times as low as 0.5 seconds
- Customizable weighing pan design for specialized applications
- IP65-rated protection against dust and moisture for long-lasting reliability
- Large memory capacity for weights, calibration data, and comparator settings
- Flexible installation with separate sensor and display units
- Accurate performance for high-speed weighing, filling, and checkweighing tasks
Why Choose the Cole-Parmer Production Weighing System 6200g?
Engineered for precision, speed, and durability, the Cole-Parmer Production Weighing System 6200g is designed for industrial applications that demand reliable performance and flexibility. Whether in production, packaging, or laboratory settings, it delivers consistent results in even the most challenging environments.
