- Samples from different streams are fed to inlet of solenoid valves. System consists of 3 way solenoid valves. Outputs from solenoid valves are connected to single tube.
- Using unique features of controller, sample from the desired stream is fed to the analyzer by switching on the solenoid valve of desired stream.
- Once sampling is over, next stream is selected. The sequence continues.
- Sample switch over: Time based or external trigger based
3 - Way Solenoid Valve (230 V AC, 50 Hz)
End Connection: 1/4" NPT (F), Universal Type, MOC: SS316
Double Compression Type Fittings and Tube
System also accepts analog output (current: 4-20 mA)
From Analyzer. It converts this value to engineering
Value (%, ppm, ppb etc).
It can give multiple analog outputs (Current output: 4-20 mA) proportional to sample value. Measured sample values are displayed on local display. It can be transmitted on communication port (RS-232 or RS-485).
One can connect dot matrix printer (serial interface) for online printing. Alternatively data can be acquired by application software installed on PC thro MODBUS protocol.
Advanced Automation for High ThroughputThe sequencer panel utilizes PLC or microcontroller-based programming to offer efficient, reliable automation for up to 200 samples per minute. It automates complex sample management in quality control labs and production lines, reducing operator intervention and human error, and streamlining sequential sampling or sorting.
Comprehensive Data ManagementEquipped with internal memory storage for up to 1000 test results, this system ensures that test data is kept secure and readily accessible. Multiple connectivity options (including RS232, USB, and optional LAN/Ethernet) allow for straightforward data transfer and system integration with existing lab information management systems.
Reliable Protection and Alarm FeaturesThe panel incorporates overload and short circuit protection to safeguard components and samples. Audible and visual alarm systems alert users to process errors, allowing for immediate corrective action and minimizing downtime or testing inaccuracies, contributing to operational safety and product reliability.
FAQs of Sample Sequencer Panel:
Q: How does the Sample Sequencer Panel improve efficiency in the lab?
A: This panel automates sequential sampling and sorting, processing up to 200 samples per minute and handling multiple specimens per run. Its programmable controls and internal data logging reduce manual labor, accelerate workflows, and minimize errors in quality control environments.
Q: What types of samples and specimen sizes can the panel handle?
A: The panel accommodates up to 8 specimens per run with customizable slot sizesstandard being 15 x 60 mmmaking it suitable for a wide range of sample types and custom lab requirements.
Q: Where can the Sample Sequencer Panel be installed?
A: Designed for flexibility, the panel can be wall-mounted or integrated into existing control panels. Its robust construction and environmental tolerance (40-80% RH, 10C45C) make it suitable for most laboratory and industrial spaces.
Q: What is the process for calibrating the system?
A: Calibration can be performed either manually or automatically, ensuring precise accuracy (1% FS) and repeatable results. Detailed instructions in the user manual guide users through both calibration modes.
Q: When does the alarm system activate and what form do alerts take?
A: Audible and visual alarms trigger instantly in the event of a process error, overload, or short circuit. This dual alert system enables quick identification and resolution of issues, safeguarding both the instrument and samples.
Q: How do users access and export test data from the panel?
A: Test data can be accessed via the digital LED panel and exported through RS232, USB, or optional LAN/Ethernet interfaces. This enables seamless data transfer for further analysis or integration with laboratory information systems.
Q: What are the main benefits of choosing this sequencer panel over others?
A: Benefits include high automation, flexible sample handling, robust safety features, comprehensive data logging, compliance with international standards, and easy integration with lab infrastructure. These features together maximize uptime, efficiency, and data security in sample sequencing applications.