Is this the correct plan for adding a slide valve?

[TheOldHokie]

Thank you for your patience in providing so much information, but for a novice who is in contact with hydraulics for the first time, these terms are too professional. I have no idea at all. OK, I have now checked the approximate appearance of the product corresponding to each digital term, and plan to use the most primitive method, remove the Kubota hose that needs to be replaced, and take my valve body to the store to compare them one by one.

What I need to do is,
Remove the green hose from the loader valve and connect it to the valve through a suitable adapter,
Buy another hose to connect the valve and the loader green interface,
The last hose connects the T of the valve and the T port of the block. Since there is already a hose for the loader valve on the T port, a suitable tee is needed

Good plan.

The documentation on the new valve should tell you port types and sizes. Given your global location my first guess would be BSPP.

In North America Kubota hoses are typically JIC swivels but given your spot on the globe yours may well be BSPP.

Whatever the thread type you will probably want something like this BSPP to BSPP male union for the hose connections to the new valve.

 

[sumking]

Good plan.

The documentation on the new valve should tell you port types and sizes. Given your global location my first guess would be BSPP.

In North America Kubota hoses are typically JIC swivels but given your spot on the globe yours may well be BSPP.

Whatever the thread type you will probably want something like this BSPP to BSPP male union for the hose connections to the new valve.

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Dear DAN, could you please check the previous post regarding my question about the snow blower? thank you

 

[TheOldHokie]

Dear DAN, could you please check the previous post regarding my question about the snow blower? thank you

I dont know the details of the chute rotation motor but your hydraulic flow is probably more than needed and you are likely to find the chute rotates too fast.

Dan

 

[sumking]

I dont know the details of the chute rotation motor but your hydraulic flow is probably more than needed and you are likely to find the chute rotates too fast.

Dan

I dont know the details of the chute rotation motor but your hydraulic flow is probably more than needed and you are likely to find the chute rotates too fast.

Dan

OK, I'll consult the manufacturer. thanks Dan

 

[Russell King]

I dont know the details of the chute rotation motor but your hydraulic flow is probably more than needed and you are likely to find the chute rotates too fast.

Dan

@TheOldHokie
Would a flow restriction work or not to slow down the rotation speed of the chute?

 

[TheOldHokie]

@TheOldHokie
Would a flow restriction work or not to slow down the rotation speed of the chute?

Yes - those kinda of designs often have simple orifice plates in the axtuator ports to slow the cylinder down. Angling cylinders on truck snow plows are an example.

Dan

 

[sumking]

Yes - those kinda of designs often have simple orifice plates in the axtuator ports to slow the cylinder down. Angling cylinders on truck snow plows are an example.

Dan

Ask a basic question, this kind of hydraulic motor that is not in continuous operation can be controlled with ordinary valves? No advanced valves (such as: constant flow or other) are needed

 

[TheOldHokie]

Ask a basic question, this kind of hydraulic motor that is not in continuous operation can be controlled with ordinary valves? No advanced valves (such as: constant flow or other) are needed

Nothing special needed. You are only going to run it for the length of time it takes to swing the chute.