LabTek is one of the leading manufacturer, supplier & exporter of the Fluid mechanics lab equipment or Hydrology lab equipment. We Manufacture Flow Meter Demonstration Unit, Computer Controlled Subsonic Wind Tunnel, Multi-Purpose Teaching Flume, Fluid Friction Measurements, Complete Fluid Mechanics Laboratory – axial fan demonstration unit, F1-10, Osborne Reynolds’ Apparatus, Air Flow Studies, Fluid Properties & Hydrostatics Bench, Hydrogen Bubble Flow Visualisation System, Subsonic Wind Tunnel, Laminar Flow Table, Multi-Pump Test Rig, Pipe Surge and Water Hammer Apparatus, Pipe Network Apparatus, Compressible Flow Unit, Precision Pressure Gauge Calibrator, Particle Drag Coefficients, Dead Weight Pressure Gauge Calibrator, Hydrostatic Pressure etc.. Also We do manufacture the Test Rigs as per customers requirement. At LabTek, we understand the dynamics of each customer requirement of Fluid mechanics lab equipment or Hydrology lab equipment and the variety of demands of their experimental & research system. We help you with innovative design Fluid mechanics lab equipment or Hydrology lab equipment that makes the system more reliable, robust, cost-effective and economical in long run, saving substantially on your power and maintenance cost. Orifice and Mouth Piece Flow Apparatus, pump pressure tester, ridgid pressure test pump, water pressure testing equipment, fuel pump pressure tester, mechanical fuel pump pressure tester.
Model No- FM-023
The “SUNLABTECH” module consists of a cylindrical methacrylate tank that enables to maintain a constant level and the Basic Hydraulic Feed System feeds that by the Hydraulics Bench.
An orifice is an opening made in the side or bottom of tank, having a closed perimeter, through which the fluid may be discharged. A mouthpiece is short tube fitted to a same size circular opening provided in a tank so that fluid may be discharged through it. Orifice and mouthpiece are used to measure the rate of flow of liquid. The apparatus is designed to measure the co-efficient of discharge of orifice & mouthpiece.
A traverse assembly is provided, which enables a pitot tube to be positioned anywhere in the jet. Attached to this Pitot tube is a fine wire, which can be traversed across the jet to accurately measure the jet diameter and the vena contract diameter and so determine the contraction coefficient. The pitot head and the total head across the orifice are shown on manometer tubes adjacent to the tank.
Following the position of some vertical needles placed in the annexed panel can draw the trajectory of the jet. These are adjusted by means of some command screws.
This panel includes a silk-screen scale that enables to measure the profile of the jet.
DIMENSIONS AND WEIGHT: