About Student Kymographs Digital
Student Kymographs (Recording Drum-Digital) : ETPl-235A
Detail Description
- Digital Microprocessor controlled 1st time in the world of Pharmacology Digital
- kyamograph/Sherrington Drum Designed and Manufactured by EDUTEK INSTRUMENTATION.
- Digital kymographs : 16 x 2 LCD Digital Display with Back Light simultaneous display of
- all functions on the display and selection through display.
- Digital Speed Selection
- Highly Accurate Speed : E/C System Speeds Available -0.12., 0.25, 0, .50, 0.75, 1.00,
- 1.25, mm/Sec With Accuracy of +/-0.01%
- Very Low Power Consumption (12 volts 1 Amp.)
- Operated with Stepper Motor which is highly accurate and run by Microprocessor based
- program.
- Special Chrome Plated and Powder Coated Body: Extremely Resistant to Corrosion.
- Self Lubricating Gear.
Cutting-Edge Digital ControlBenefit from precise, variable speed adjustment with digitally controlled electronic regulation. The Student Kymographs Digital is engineered to provide smooth, reliable motion for recording a variety of physiological processes, allowing for both forward and reverse operation with a programmable switch.
Comprehensive Accessories and SafetyEverything needed for immediate use is included: marking lever, writing stylus, spare parts, and a dust cover ensure convenience and long-term value. Safety features such as an inbuilt fuse and drum lock safeguard the unit and users during operation and maintenance.
Robust Design Ideal for Educational and Research EnvironmentsConstructed with a heavy-duty base, anodized aluminum drum, and anti-slip supports, this kymograph withstands frequent use in laboratory and educational settings. Its compact dimensions allow for convenient placement on any standard bench, while its low-noise DC motor makes it suitable for quiet working environments.
FAQs of Student Kymographs Digital:
Q: How does the Student Kymographs Digital operate for recording physiological events?
A: This kymograph uses a digitally controlled DC geared motor to rotate an anodized aluminum drum at variable speeds. The process involves affixing recording paper and using the marking lever and stylus to trace physiological responses as the drum rotates, with speed set via digital controls and indicated on LED or LCD display.
Q: What types of paper and accessories are compatible with this digital kymograph?
A: The device is compatible with standard kymograph smoked paper rolls. Accessories provided include a marking lever, writing stylus, spare parts, and a dust cover to facilitate immediate and uninterrupted use.
Q: When is it beneficial to use a kymograph in lab settings?
A: Kymographs are ideal during laboratory demonstrations, classroom experiments, and research activities to record and analyze time-based physiological events. Their digital control and accuracy make them highly suitable for educational and scientific research purposes.
Q: Where can the Student Kymographs Digital be used?
A: This kymograph is designed for use in educational and research environments, such as schools, colleges, and laboratory facilities. Its robust build and compact footprint ensure it fits comfortably on lab benches and in demonstration spaces.
Q: What processes can be demonstrated or studied with this digital kymograph?
A: Typical applications include recording muscle contractions, heartbeats, and nerve impulses. Its precise speed regulation and reversible motion broaden the range of physiological and mechanical demonstrations possible in experimental biology and physiology classes.
Q: How does the programmable switch benefit users?
A: The forward and reverse programmable switch allows users to control the rotational direction of the drum easily. This flexibility is particularly valuable for repeating or adjusting experimental setups without manually repositioning paper or specimens.
Q: What are the main benefits of using this digitally controlled kymograph?
A: Key benefits include precise electronic speed regulation, low noise and vibration, enhanced safety features, ease of use, and sturdy construction. These features ensure accurate data recording and long-term durability in educational and research settings.