@@rameshpagar4757 Ramesh'ji Thaks for your response. Aap kaha se hai ?

Bhai..mujhey machine ki history saajh na parena. Kitna ghata machine chala. Problem kabse hai ... like this

@@ganeshchavan7512 Ganeshji ap Kaun si machine ke bare me baat kar rahe ho ?

Travel motor jo track chen ko ghumati he sir exavetor

@@ganeshchavan7512 Pressurised Hyd oil Travel motor ko ghumati hai. Travel motor is a combination of a hydraulic motor with a speed reducing planetary gear system. Planetory Gear pe Motor ki speed reduce hotey hai aur Toque( Yani Takat) baraya jata hai. Ye torque Sprocket ke throuch Track Chain pe jata hai.

@@jyotikumaripandit9172 Please what's app Engine Over heat ke liye bahot sara karan ho sakta hai.

@@mithileshgupta24 Ghank you Mithileshji foe liking my videos

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@debasish61 ok

Swash plate doesn't rotate it only changes it's angle which controls flow.

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Why are the odd number of pistons incorporated in any piston pump? Odd numbers of pistons are used to ensure smooth pump operation, continuous flow and to keep balancing the forces to reduce vibrations. 1. Smoother Operation An odd number of pistons ensures that there is always at least one piston in the intake phase and one in the discharge phase. Thus ensure continuous fluid flow. Due to this the flow of fluid become continuous and uninterrupted, results smoother pump operation. 2. Reduced Pulsation: Pulsation creates due to inconsistent flow and pressure. When odd number of pistons are used, the intervals between each piston’s stroke are more evenly distributed, which results a steadier flow. 3. Even Load Distribution: Odd number of piston preventing any unbalanced forces and allows even distribution of forces within the pump. . 4. Stability During Operation: Due to even load distribution the stability of the pump increases. This stability is important to preventing any mechanical stress during pump operation. 5. Reduced Vibrations Due to even load distribution the pump achieve a balanced and smooth operation which reduces mechanical vibrations. This results, less wear and tear, noise which in turn improve pump’s performance, durability and extend pump life.

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What is the HMR of the machine as well as the Travel Motor ? However, check and inform me the travel motor case drain flow rate and compare it with the other side.

@@souravghoshcr7223 www.linkedin.com/in/debasish-bhattacharjee-18761342?

@@the_bouncer 😃😃😃😃 Good Question. BTW, What you do bouncer ?

@@PithaTudu-h4u yeh kya pump Hota Hai bhai

Send me the pump photo

@@murugesankalimuthu3646 Hi.. Ap kaha pe kam karte ho ?

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@@soumyaranjanmoharana5322 Thank you Soumya, Please share my videos with your friends and ask them to subscribe my channel. 😊

@@debasish61 ok sir 🙏 Please upload more hydraulic video

@@opkeshav5674 Hi Pankaj... Great to connect you after a long time. I'm fine..how are you all?

Thank you Ramjeet for watching my videos. Definitely I will try to upload videos of your request. Please ask your friends to subscribe my channel and request you to share my videos.

Thank you so much Bhaijaan 🙏

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@@dineshkumar-gn3xr Thank you so much. Please subscribe my channel and ask your friends to subscribe my channel and share my videos. Thank you.

@@ramjeetkumaryadav7732 back pressure generate hoga aur Turbocharger ki Turbine wheel ko rokne ki koshish karega.

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@@debasish61 Ok but upload video please

@@ramjeetkumaryadav7732 please refer my videos on Turbo charger.

@@digital_skill Thank you so much. Please subscribe my channel and ask your friends to subscribe my channel and share my videos. Thank you.

8902446119

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@@gurunathsutar8466 Thank you Gurunath'Ji

Please Mera video apke dosto ke sath share kariye aur sabse request hai ki Mera channel ko subscribe kare.

Hi Ramjeet Thank you for watching my videos. Please watch other hydraulic videos to understand the systems. Sharing a brief write up on Excavator for your ready reference.

Main components of the hydraulic system of an Excavator include: 1. Hydraulic pump: Generating the high-pressure hydraulic fluid flow Powered by the engine. 2. Control valves: These valves regulate the flow and pressure of the hydraulic fluid to the various hydraulic cylinders that control the movement of the boom, arm, and bucket. 3. Hydraulic cylinders: These are linear actuators that convert the hydraulic pressure and flow into mechanical force and movement to operate the excavator's components. 4. Hydraulic oil reservoir: This tank holds the hydraulic fluid that circulates through the system. Also responsible for dissipating heat. 5. Hydraulic lines and hoses: These transport the high-pressure hydraulic fluid from the pump to the control valves and cylinders. The basic operation is as follows: 1. The hydraulic pump draws fluid from the reservoir and generates high-pressure flow. 2. The control valves direct this high-pressure fluid to the appropriate hydraulic cylinders, causing them to extend or retract and move the excavator's components. 3. The fluid then returns to the reservoir, where it is cooled and filtered before being recirculated by the pump.  Excavators use two types of Hydraulic Systems known as OLSS (Open-Centre Load Sensing System) & CLSS (Closed-Centre Load Sensing System) in some of the popular makes of excavators apart from, LSPC Hydraulic System, PPPC Hydraulic System and NFC Hydraulic System . 1. OLSS uses two banks of Open-Centre Direction Control Spool Valves to control simultaneous operation of maximum four functions with two hands & two legs at any given point of time. 2. CLSS uses a single bank of Closed-Centre Direction Control Spool Valves to control similar functions. Excavator Operation: A Hydraulic Excavator has six functions and twelve operations. The Functions & Operations are: a) Boom-Up or Boom-Down, b) Stick In/ Crowd or Stick out/ Uncrowd, c) Bucket-Curl In or Curl Out, d) Swing-Right or Left, e) Left Track Forward or Reverse, f) Right Forward or Reverse.

@@dasbhabani031 *Why are the odd number of pistons incorporated in an Axial Piston Pump* 1. With two pistons, there is one piston in the intake phase and another in the delivery phase. But during actually one piston cannot stay either in intake or delivery all the time. This results fluctuating fluid flow. But when you have three pistons, there is one piston in the intake phase and another in the delivery phase all the time. As a result, fluid flows in an unbroken motion so that it results into smooth running pumps. 2. Even numbers of piston generates fluctuation in in flow rates or pressure which cause fluid Pulsations. But when there’s an odd number of pistons, each stroke provides smoother flow, hence there is no pulsation. 3. As there is a consistent flow and with minimum vibration, machine gets less mechanical stress and even load distribution results parts reliability ie. longer parts life.