Product Description
flow cup viscometer (ford cup)flow cup viscometer with stand (ford cup) B-4 made of brass flow cup viscometer with stand (ford cup) B-2, B-3, B-5, B-6, B-7, B-8, spare cup for above flow cup viscometer (ford cup) B-4, made of brass with certificate zahn viscometer cup no. 1, 2, 3, 4 & 5 with handle
Precision Flow Measurement for LaboratoriesDesigned specifically for laboratory flow measurement and testing, this apparatus delivers dependable accuracy and straightforward operation. Its blue-white, stainless steel construction ensures durability, while the clear graduated scale makes readings easy and exact. The rectangular benchtop unit fits securely and operates with both water and air as flow media, making it versatile for various testing applications.
Corrosion-Resistant and Transparent DesignManufactured with a powder-coated mild steel body and borosilicate glass cylinder, this instrument offers optimal corrosion resistance and transparency. The transparent cylinder not only enhances chemical resistance but also allows users to visually monitor flow during operation, ensuring both safety and real-time accuracy in laboratory environments.
FAQ's of Flow Testing Instruments:
Q: How do I operate the Flow Testing Instrument for flow measurement in laboratory conditions?
A: To operate, connect the device to your water or air source via the 1/2 inch BSP inlets. Adjust the manual valve to regulate the flow and observe the flow rate on the graduated scale of the borosilicate glass cylinder. Ensure the power supply is connected to 230V AC for accurate readings.
Q: What range of flow rates can this instrument accurately measure?
A: The device measures flows from 0.1 to 10 litres per minute (LPM), offering high precision with an accuracy of 1% of full scale, suitable for sensitive laboratory applications.
Q: When is this equipment most beneficial for laboratory applications?
A: This apparatus is ideal when precise, real-time flow measurement is needed-such as in calibrating other instruments, conducting fluid dynamic studies, or routine laboratory testing using water or air as the test medium.
Q: Where should this flow testing instrument be installed?
A: Designed for benchtop mounting, it should be placed on a stable and level laboratory bench to ensure safe operation and accurate measurement results.
Q: What process ensures the accuracy and durability of this instrument for laboratory use?
A: The instrument's manual valve allows for precise flow adjustment, while the powder-coated mild steel body and borosilicate glass cylinder guarantee durability and resistance to corrosion and high temperatures (up to 120C).
Q: Can I use this apparatus for both water and air?
A: Yes, this instrument supports both water and air as flow media, making it versatile for a variety of laboratory flow measurement and testing applications.
Q: What are the direct benefits of using this flow measurement apparatus?
A: Users benefit from high measurement accuracy, simple manual control, transparent monitoring, corrosion-resistant materials, reliable performance at various temperatures, and compatibility with standard laboratory power supplies (220 - 240 V).