C300A powder vibration density meter Features: 1. 4.3-inch touch screen display, providing a more convenient, simple, and natural human-computer interaction mode; 2. Use long-lived and highly reliable motor components with excellent start stop response capabilities; 3. Using 32-bit embedded RISC microprocessors, which have the characteristics of low cost, high performance, and low power consumption; 4. For the application scenarios of testing instruments, use customized embedded operating systems to enhance system stability and software expansion Ability; 5. Adopting a lightweight, resource efficient, high-performance, highly reliable, configurable, and aesthetically pleasing GUI (human-machine interaction interface), the user experience level has been improved 6. Built in embedded mini ticket printer; 7. The calculation result is accurate to 3 decimal places; 8. Excellent network connectivity, capable of supporting remote software upgrades and customized requirements; 9. Support the generation and download of electronic reports, and support both Excel and PDF formats; 10. The instrument has a sturdy structure, beautiful appearance, and easy operation. Technical parameters: Supporting workstations: Three workstations Model: C300A Supporting standards: comply with national standard GB/T21354-2008/ISO3953-1993; Complies with national standard GB/T5162-2006/ISO3953-1993 Applicable fields: Suitable for metal powders, non-metallic powders, pharmaceuticals, chemicals, new energy, new materials, scientific research and teaching, and other fields Vibration frequency: 0-300 rpm adjustable Vibration method: rotational vibration Vibration amplitude: 3mm, 14mm (optional) Working power supply: AC220V ± 10V 50Hz Volume of measuring cylinder: 25mL, 100mL Repeatability error: ≤ 1%
Features: 1. 4.3-inch touch screen display, providing a more convenient, simple, and natural human-computer interaction mode; 2. Use long-lived and highly reliable motor components with excellent start stop response capabilities; 3. Using 32-bit embedded RISC microprocessors, which have the characteristics of low cost, high performance, and low power consumption; 4. For the application scenarios of testing instruments, use customized embedded operating systems to enhance system stability and software expansion Ability; 5. Adopting a lightweight, resource efficient, high-performance, highly reliable, configurable, and aesthetically pleasing GUI (human-machine interaction interface), the user experience level has been improved 6. Built in embedded mini ticket printer; 7. The calculation result is accurate to 3 decimal places; 8. Excellent network connectivity, capable of supporting remote software upgrades and customized requirements; 9. Support the generation and download of electronic reports, and support both Excel and PDF formats; 10. The instrument has a sturdy structure, beautiful appearance, and easy operation.
