About Dead Weight Type Oil & Water Constant Pressure System
This device is used to maintain cell pressure constant fora long duration and the system can be used in place of conventional constant pressure system using mercury pots where certain minimum heights are required. Problems like deaeration of pump, leakage of mercury etc. is eliminated in this system . This unit is smaller in volume and can be used in mobile laboratory also. This can maintain pressure in the cell upto 20kg/cm sq. Pressure is maintained constant in the system by a balancing calibrated weights on a spindle against a column of oil, operating under constant feedback.
Construction:
- The system consists of an oil pump continuously driven byan electric motor during the test period.
- The internal components are housed in a strong compact housing.
- The piston on which weights are kept rotates with minimum friction.
- A transparent oil water vessel is provided to transmit pressure to the cell.
- A hand pump provided facilitates priming and to maintain constant pressure during power failure
- Supplied complete with pressure gauge, flow valves, connecting pressure hose and set of weights to give maximum pressure of 20 bar (20 kg/cm2)
Consistent Pressure RegulationThis automatic system guarantees stable oil and water pressure across laboratory processes. As a result, experimental accuracy is improved, and manual adjustments are minimized. Its electric-powered, hands-free operation ensures reliability even during lengthy testing scenarios.
Durable Mild Steel ConstructionCrafted from quality mild steel, the unit withstands rigorous laboratory environments. The floor mounting enhances system stability, reducing the risk of accidental tipping or movement during operation. Its blue finish signals its user-friendly and modern design.
FAQs of Dead Weight Type Oil & Water Constant Pressure System:
Q: How does the Dead Weight Type Oil & Water Constant Pressure System operate?
A: This system functions automatically using an electric power supply. It maintains consistent pressure by employing calibrated weights and a precisely engineered mechanism, eliminating the need for regular manual adjustments.
Q: What materials are used in the construction, and why is mild steel preferred?
A: The primary material is mild steel, chosen for its robust durability and resistance to wear in laboratory environments. This ensures long service life and structural integrity under frequent use.
Q: When is it appropriate to use this constant pressure system in a laboratory?
A: The system is ideal for any laboratory application requiring consistent oil or water pressure, such as experiments, calibration tasks, or quality control assessments. It is particularly advantageous when prolonged, stable pressure is essential.
Q: Where can I purchase or source this system in India?
A: The unit is available through a network of dealers, distributors, exporters, fabricators, manufacturers, producers, retailers, suppliers, traders, and wholesalers throughout India.
Q: What is the installation process for this floor-mounted system?
A: Installation involves positioning the unit at a suitable laboratory location and securing it to the floor for stability. Once mounted, connect to the necessary oil or water lines and an electric power supply according to the manufacturers specifications.
Q: How does automatic operation benefit laboratory users?
A: Automatic operation reduces the need for ongoing manual monitoring and pressure adjustments. This feature increases workflow efficiency and allows laboratory personnel to focus on other critical tasks.
Q: What are the primary benefits of using a dead weight type constant pressure system?
A: The chief advantages include precise pressure regulation, durable construction, easy installation, and reduced manual interventionultimately enhancing accuracy, safety, and productivity in laboratory settings.