![clockwise definition clockwise definition](https://d138zd1ktt9iqe.cloudfront.net/media/seo_landing_files/gurpreet-us-clockwise-5-1603872720.png)
To prevent solid buildup on the bottom, a radial-blade impeller may be used.
![clockwise definition clockwise definition](https://dictionary.cambridge.org/us/images/thumb/clock_noun_002_07184.jpg)
A larger shaft to take the torque will require more horsepower to eliminate wobble. Įach shaft is designed for mechanical loads and critical shaft speed.Viscosity > 100 cP (viscosity can affect blend times).
![clockwise definition clockwise definition](https://www.mathsisfun.com/geometry/images/clockwise.gif)
Other factors that affect size and torque are: In general, agitators are sized on the basis of the required torque per unit volume. Thus as the electro-hydraulic transducer valve progressively opens with respect to vehicle speed, greater will be the fluid pressure transmitted to the reaction piston inner chamber and greater will be the tendency to reduce the flow gap between the aligned sleeve and rotor valve control edges, hence the corresponding reduction in hydro-servo assistance to the steering.Īll mixers/agitators rotate clockwise. Correspondingly an equal quantity of fluid will be displaced from the reaction piston outer chamber which is then returned to the reservoir via the now open outer check valve. Accordingly the reaction counter twist will reduce the flow gap between corresponding longitudinal grooves' control edges so that a reduced flow will be imposed on the left hand side of the power cylinder. Subsequently pressure builds up in the inner chamber of the reaction piston, and therefore causes the reaction piston to shift to the right hand side this results in an anticlockwise opposing twist to the reaction piston due to the ball-groove helices. Therefore, the pressure on the spring side of its respective ball check valve remains higher thus preventing the ball valve opening. At the same time fluid flows to the inner chamber of the reaction piston via its entrance orifice. Fluid under pressure will also pass though the outer orifice, and circulates around the reaction piston before passing to the reaction piston's outer chamber check valve since the fluid pressure on the spring side of the check valve ball is much lower, the ball valve is forced to open thus causing fluid to be returned to the reservoir via the radial groove ‘7’, lower elongated rotor groove, hollow rotor core and out via port ‘4’. Simultaneously, with the electro-hydraulic transducer open, fluid will flow from radial groove ‘5’ to the inner and outer reaction-piston orifices. 9.38 (d)), the fluid from the pump enters the radial groove ‘5’, passes along the upper longitudinal grooves to radial groove ‘6’ where it circulates and comes out at port ‘2’ to supply the power cylinder's left hand side chamber with fluid.Ĭorrespondingly fluid will be displaced from the power cylinder's right hand chamber back to the reservoir via port ‘3’ and groove ‘7’, passing through to the lower longitudinal groove and hollow core of the rotor valve to come out at port ‘4’ from here it is returned to the reservoir.įluid under pressure will also flow from radial groove ‘6’ to the reaction piston's outer chamber check valve thereby keeping the ball valve in the closed position. If the steering wheel is turned clockwise to the right ( Fig. With increased vehicle speed the electro-hydraulic transducer valve commences to open thereby exposing the reaction piston to fluid supply pressure. Heinz Heisler MSc., BSc., F.I.M.I., M.S.O.E., M.I.R.T.E., M.C.I.T., M.I.L.T., in Advanced Vehicle Technology (Second Edition), 2002 Clockwise rotation of the steering wheel (turning right - high speed) ( Figs 9.38(d) and 9.39(c))