AFH1F Hydraulic Bench With Digital Flow Measurement Vocational Training Equipment Hydraulic Bench
I. Product overview
1.1 Overview
This product provides controlled water flow for various laboratory experiment modules (available separately). The main body of the workbench forms a reservoir with a submersible pump. After the water level reaches a suitable liquid level, it can meet the circulating water required for the experiment without external water supply.
Two manual control valves adjust the water flow from the pump, one of which is used as an overflow valve, so that the circulating water circuit can be kept unobstructed all the time, and the pump will not be overloaded when the experimental pipeline is accidentally closed. The electrical box on the bench side includes the pump switch, circuit protection, power supply knowledge and digital flow display.
Four wheels allow the user to move around the classroom, and all four wheels have foot locks to keep the casters in place.
The liquid level viewing port on the underside of the table allows the user to check the water level in the tank. The top of the workbench provides a work surface. This position can be used to place supporting fluid experiment modules, and larger experiments are usually placed next to the workbench. The top edge can effectively prevent the overflow of water. A small groove at the top can collect water expelled from some experiments in the hydrodynamic range.
1.2 Features
(1) The whole training platform is made of ABS material, which is light in weight and high in strength.
(2) The bottom is equipped with universal casters for easy movement.
II. Performance parameters
(1) Input power supply: single-phase three-wire system 220V±10% 50Hz
(2) Dimensions: 1250mm*780mm*950mm
(3) Weight of the whole machine: <100kg
(4) Liquid level height: ≤200mm
(5) Working conditions: ambient temperature 5 ℃ ~ +40 ℃ relative humidity <85% (25 ℃)
III.Experiment list
Experiment 1 Water addition experiment
Experiment 2 Flow regulation experiment
Experiment 3 Drainage Experiment
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