About Mosses Ergograph
Mosses Ergograph : ETPL-320
For recording work done by a finger on to the drum surface. With special arm fixation rests, finger holders, finger strap, recording lever for drums,pulleys & a set of 5 Kgs Slotted weights
Precision Measurement for Physiological ResearchEquipped with scale graduation in 0.05 kg increments and a mechanical counter, the Mosses Ergograph offers researchers precise control and reliable recording during endurance and strength tests. Its adjustable weight slots enable customized load settings, supporting various experimental needs in physiology and biology.
Safe and User-friendly OperationDesigned with ergonomically crafted dual handles and steep rubber feet, this ergograph ensures comfort, user safety, and stability during prolonged operation. Its rust-resistant construction and easy-to-clean surfaces simplify maintenance, making it suitable for repetitive use in laboratory settings.
Versatile Applications Across Educational and Laboratory SettingsThe Mosses Ergograph is widely used in educational institutions, biological laboratories, and physiology studies for measuring human work capacity. Compact and manually operated, it is an ideal tool for hands-on learning, explorations in biomechanics, and durable long-term research.
FAQs of Mosses Ergograph:
Q: How does the Mosses Ergograph measure human physical endurance or strength?
A: The Mosses Ergograph quantifies human work capacity by recording the physical work done during pedal movement, utilizing an adjustable weight resistance mechanism and a mechanical counter that tracks up to 999 cycles.
Q: What are the benefits of using adjustable weight slots on the Mosses Ergograph?
A: Adjustable weight slots allow researchers to tailor the resistance according to the subjects capacity, enabling precise, incremental testing and comparative studies in physical endurance and strength assessments.
Q: When should the Mosses Ergograph be used in laboratory experiments or educational settings?
A: This instrument is ideally utilized during studies on human physiology, biomechanics, or exercise science, when precise measurement of work capacity or muscular endurance is required for research or teaching purposes.
Q: Where can the Mosses Ergograph be installed for optimal usage?
A: Its compact design with non-slip rubber feet ensures stable operation on laboratory benches, classroom tables, or research workstations without risk of movement during testing.
Q: What is the process for operating the Mosses Ergograph?
A: Users adjust the weights to the desired resistance level, grip the ergonomically designed handles, and perform pedal movements by hand. The mechanical counter records the completed cycles, providing quantifiable results of physical work done.
Q: How is maintenance carried out for the Mosses Ergograph?
A: Thanks to its rust-resistant metal body and precision-machined parts, the ergograph requires only simple cleaning after use, ensuring long-lasting reliability and minimal upkeep.
Q: What are the key advantages of Mosses Ergographs manual operation and mechanical display?
A: Manual operation eliminates dependence on electrical power, while the mechanical counter ensures accurate, immediate recording in any environment, making it ideal for field use, classroom demonstrations, or laboratory studies.