About Swimming Test Apparatus
Swimming Test Apparatus
| Usage/Application |
Laboratory |
| Brand |
Micro Technologies |
| Diameter |
25cm |
| Resettable |
Yes |
| Display |
Digital |
| Digital Timer and Counter |
Yes |
| Micro Controller Based |
Yes |
| Voltage |
220 V |
| Frequency |
50 Hz |
| Phase |
Single Phase
|
Superior Construction for Laboratory ExcellenceBuilt using a robust stainless steel frame and seamless borosilicate glass tank, this apparatus ensures longevity and top-tier safety in laboratory environments. The leak-proof and corrosion-resistant design-coupled with reinforced joints and a smooth internal finish-offers dependable performance for repeated sample testing. The transparent acrylic lid provides clear visibility during the test process.
Advanced Temperature Control and SafetyMaintain precise temperature conditions with the immersion-type heater, digital/manual controls, and a highly accurate PT100 temperature sensor. Safety is bolstered by features such as auto-shutdown and thermal overload protection, making the equipment both user-friendly and reliable for intensive chemical or textile testing.
Enhanced Usability for Versatile ApplicationsWith an adjustable stainless steel grid for flexible sample placement and a spacious 25-litre capacity, the Swimming Test Apparatus accommodates up to 5 samples at once. Caster wheels enable effortless movement within the laboratory, supporting efficient and adaptable workflows for testing a variety of chemical and textile materials.
FAQ's of Swimming Test Apparatus:
Q: How do I use the Swimming Test Apparatus for chemical or textile sample testing?
A: Begin by placing your samples in the adjustable stainless steel grid inside the tank. Fill the borosilicate glass tank with the required solution up to the marked level, and set the desired temperature and speed using the digital/manual controls. Close the transparent acrylic lid and start the test; the immersion heater and PT100 sensor will maintain your set conditions, supporting accurate test results.
Q: What features ensure the safety of this swimming test apparatus during operation?
A: The apparatus is fitted with auto shutdown and thermal overload protection systems. These features automatically cut off power in case of prolonged heating or malfunction, preventing overheating and ensuring user safety throughout testing procedures.
Q: When should the swimming test apparatus be used, and in which environments?
A: This equipment is designed for use in controlled indoor laboratory environments, ideal for chemical and textile sample testing where precise movement, temperature control, and sample immersion are crucial. Avoid using it outdoors or in environments other than laboratories.
Q: Where can this apparatus be positioned within a laboratory?
A: The apparatus has smooth caster wheels for easy mobility, allowing it to be positioned conveniently near power sources or workstations within your laboratory. Ensure there is enough space (approx. 55 x 40 x 70 cm) and adequate ventilation for safe operation.
Q: What is the process for setting temperatures and ensuring accuracy in experiments?
A: Set the temperature using the digital or manual controls, referencing the digital display for accurate readings. The PT100 sensor and thermostatic heating system ensure the temperature remains stable within 1C of your set value, providing consistent results across multiple tests.
Q: How does the leak-proof and corrosion-resistant design benefit laboratory users?
A: The seamless borosilicate glass tank and reinforced stainless steel frame prevent leaks and resist corrosion from chemicals, ensuring longevity, minimizing contamination risks, and enhancing safety for repeated and long-term laboratory use.
Q: What are the main benefits of using this apparatus in sample testing applications?
A: Key benefits include precise temperature and speed control, the ability to hold up to 5 samples, leak-proof and corrosion-resistant construction, easy observation through the transparent lid, reliable safety features, and convenient mobility-making it ideal for accurate, efficient chemical and textile sample testing.