Synchronizing Circuits

In this video, I explained Synchronizing Circuits.
Synchronizing circuit with cylinder in parallel
Synchronizing circuit with cylinder in series
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Chapter : Circuit Design:
Hydraulic Circuit Operating SAC (Single Acting cylinder) Using 3/2 DCV: • Hydraulic Circuit Oper...
Operating unidirectional motor Using 3/2 DCV: • Operating Unidirection...
Operating DAC using 4/2 DCV: • Operating DAC using 4/...
Operating Two SAC using One 4 2 DCV: • Operating Two SAC usin...
Operating only one SAC using One 4/2 DCV: • Operating only one SAC...
Operating DAC using 4/3 DCV: • Operating DAC using 4/...
Operating Bi directional Motor using 4/3 DCV: • Operating Bi direction...
Double Acting Cylinder Using 5/2 Directional Control Valve: • Operating Double Actin...
Two Hand Operation Circuit (introduction and types); • Two Hand Operation Cir...
Two Hand Operation Of SAC Using Two 3/2 DCV: • Two Hand Operation Of ...
Two Hand Operation Of SAC Using Twin Pressure Valve: • Two Hand Operation Of ...
Two Hand Operation Of DAC Using 32 Valve: • Two Hand Operation Of ...
Automatic Continuous Operation of DAC By Using Limit Switches And Double Solenoid 4/2 DCV: • Automatic Continuous O...
Automatic Continuous Operation of DAC By Using Limit Valves And Double Pilot 4/2 DCV: • Automatic Continuous O...
Automatic Continuous Operation of DAC By using Two sequencing Valves: • Automatic Continuous O...
Types of Load on hydraulic Cylinder or Motor: • Types of Load on hydra...
Meter In Circuit For Double Acting Cylinder: • Meter In Circuit For D...
Meter Out Circuit For Double Acting Cylinder - Speed Control Circuit: • Meter Out Circuit For ...
Bleed Off Circuit For Double Acting Cylinder Speed Control Circuit: • Bleed Off Circuit For ...
Application of Meter In, Meter Out And Bleed Off Circuits: • Application of Meter I...
Advantages And Disadvantages of Meter In, Meter Out And Bleed Off Circuits:
• Advantages And Disadva...
Power Loss In Hydraulic Circuits: • Power Loss In Hydrauli...
Sequencing Circuit to Operate Two SAC in Sequence: • Circuit to Operate Two...
Sequencing Circuit to Operate Two DAC in Sequence In One Direction Only: • Circuit to Operate Two...
Sequencing Circuit to Operate Two DAC in Sequence In Both Direction: • Sequencing Circuit to ...
Sequencing Circuits Using Limit Valves: • Sequencing Circuits Us...
Sequencing Circuits Using Limit Switches: • Sequencing Circuits Us...
Synchronizing Circuits: • Synchronizing Circuits
Hydraulic Shaper Circuits: • Hydraulic Shaper Circuits
Playlist link of full chapter Circuit design: • OHP: Circuit Design
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Chapter : Oils, Fluid Properties and Filter:
Properties of Hydraulic oil OR Physical Characteristics of Hydraulic Oil: • Properties of Hydrauli...
Properties of Hydraulic oil OR Physical Characteristics of Hydraulic Oil part 2: • Properties of Hydrauli...
Viscosity Index--- Procedure to Determine VI --- Numerical of VI:
• Viscosity Index--- Pro...
Required Properties of Hydraulic Oil: • Required Properties of...
Function of Hydraulic Oil: • Function of Hydraulic Oil
Types of Hydraulic Fluids: • Types of Hydraulic Fluids
Biodegradable Hydraulic Fluids: • Biodegradable Hydrauli...
Fire Resistance Hydraulic Fluids: • Fire Resistance Hydrau...
Factor Influencing The Selection of Hydraulic Fluid: • Factor Influencing The...
Additives in Hydraulic Fluid: • Additives in Hydraulic...
Contamination of Hydraulic Fluid: • Contamination of Hydra...
Contamination Control of Hydraulic Fluid: • Contamination Control ...
Filter In Fluid Power System (Hydraulic and Pneumatic System): • Filter In Hydraulic an...
Filter Location in Hydraulic System: • Filter Location In Hyd...
Playlist of chapter Hydraulic Oils, Fluid Properties and Filter: www.youtube.co...
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Chapter : Introduction of hydraulic and pneumatic
Playlist of Chapter In Introduction of hydraulic and pneumatic: • OHP: Introduction of OHP

[@buggyji]

Hi sir, I have 2 single acting cylinders, I have synchronised them in the lifting cycle by using a flow divider, how do I divide the flow in the reverse direction.

[@jens-petterarnesen]

IT's not working! You need rods on both side off cylinder. And double the size of your zylinder.

[@freecycling6687]

Great explanation. And I think it could benefit from a follow-up, explaining exactly why the series circuit provides synchronization, judging from some of the questions in the comments. If I understand it correctly, the speed of cylinder movement will be determined by cylinder 1. If it has a heavy load, it will move slowly, and the amount of oil being sent to cylinder 2 will be just enough for it to move at the same slow rate. But if cylinder 1 has a light load, it will move quickly, and more oil will be sent to cylinder 2, and it will move quickly as well.

[@firefly-Service]

Bro i have 2 cy.. I need to same time work can you tall me please How do I connect? Series no parallel

[@firefly-Service]

Bro cannot help

[@MrBostjanVidmar]

Serial cylinder connection as described does not work! The volume on both sides of the piston is not the same! The volume on the piston rod side is smaller, so the second piston tied in series moves less. In this example, the piston of the second cylinder should be correspondingly smaller so that the volume on the side of the piston rod on the first cylinder is equal to the volume before the piston of the second cylinder.

[@ghostiegaming3429]

That is why the bore on the first cylinder is usually slightly larger to account for this

[@赵松林-q3g]

From the rodless cavity into 4 units of liquid, that from the rod cavity should be 3 units of liquid, 3 units of liquid into the second hydraulic cylinder rodless cavity that the piston should move 3/4 units ah, how to synchronize. I don't understand a little. Thank you

[@farmervlog5802]

Sir numerical

[@mithilreddy7607]

I really liked this explanation. nice work bro

[@bestmechanicalengineering]

Thank you for comment. Share Video and channel with your friend.

[@赵松林-q3g]

Whether the pressure of the rodless cavity of the first cylinder is maximum. If the pressure of each piston rod is F, the area of the rodless cavity of the piston is S. Then the pressure of the first rodless cavity is p=nF/s, and n is how many cylinders. Is that right? Thank you

[@viraj_jilka]

In Second Circuit...How oil will go to 1st Cylinder R Port Rather 2nd Cylinder of C port ?? From the valve ???

[@pallavaggarwalglobalmarket5234]

Hi, nice video but flow dividers have upto 5% variation, how to cater that?

[@fusionkamal2550]

Realy nice..... Too much informative..

[@bestmechanicalengineering]

Thank you for comment. Share video and channel with your friend.

[@vinodhabale4743]

Vinod Habale TYME

[@bestmechanicalengineering]

Why you comment name in video?

[@Vk-bj1hp]

Can you Tell me with this synchronisation ckt Both cylinders can move in synchronisation irrespective of load on them? Is it right or the loads on cylinders should be Same

[@vaibhavhorizon]

yes this is the basic purpose of synchronization circuit.

[@prakashparmar301]

Hindi me banoyo sir

[@VikasSingh-ul6xm]

I tried both parallel and series connection by using a 5/2 way single acting solenoid valve to operate two pneumatic cylinders together but it doesn't work.

[@MrBostjanVidmar]

Of course it doesn't work. The volume on both sides of the piston is not the same! The volume on the piston rod side is smaller, so the second piston tied in series moves less.

[@nagulashiva1007]

Tq uu so much sir

[@bestmechanicalengineering]

Welcome Your positive comment motivates me. My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.

[@giteshundaviya2878]

Nice explanation bro

[@bestmechanicalengineering]

Thank you for comment. Share video and channel with your friend

[@kitchgarcia3628]

Thank you

[@bestmechanicalengineering]

Your positive comment motivates me. My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.

[@sumeshmenath8019]

Can u please share your mail id, it's for some clarifications regarding the circuit

[@cum_as_you_are]

What book references are you using?