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Posted : Wednesday, October 11, 2023 12:36 PM
Help, I am a child of divorce.
My parents are fighting and I don't know why.
I am unsure of my future and am looking for someone to see my potential.
This hydro-press has been a garage pet for many years and has never been turned on.
Comes with everything pictured and I believe it has a die set for 9mm/.
380.
Many more are available for this amazing machine.
Will need to be picked up in Coulee City, WA.
It is 400+ pounds and needs to stay upright.
The following information has been pulled from swagies online: The CHP-1 Hydro-Press is used by 90% of the world's custom bullet firms and research labs.
It uses the Corbin -H swaging and drawing dies, as well as standard 7/8-14 thread reloading dies and button-type shell holders with the optional reloading adapter kit.
With fully adjustable stroke from 1-6 inches, electronic position and timing, three position transducers and two pressure transducers, the Hydro-Press provides not just raw power but power with repeatable, precision control.
The CHP-1 Hydro Press uses the same -H type dies as the CSP-2 Mega Mite hand press.
Not every die set will operate in the hand press, however, even if they fit mechanically.
For example, the LED-1-H Lead Extruder Die will fit into the hand press, but requires full drive power through the entire stroke to actually extrude lead wire.
The Hydro Press has the same full power capability anywhere in its stroke reange, but a hand press only generates full power (ram thrust) at the ends of the stroke.
Likewise, certain kinds of jacket making cannot be done on the hand press but are easily accomplished on the Hydro Press.
Any flat strip jacket making operation, converting copper strip into drawn jackets, is far easier on the hydraulic press.
But thicknesses of strip greater than .
030 inches or wider than 1.
0 inches can be either very challenging or impossible to blank and cup using hand power.
Drawing long jackets from one size to another is also much easier with the full power six inch ram travel of the Hydro Press.
Some lengths of draw may require multiple partial strokes with resetting of the die position between them on a hand press, yet are one pass on the Hydro Press.
A common question about the Hydro Press is how much faster it makes bullets than would a hand press.
This is NOT a fully automatic press but one with a stroke cycle that can be set to an automatic mode.
Only in certain special situations is it possible to provide full automatic feeding and stroke cycle combined, such as with the JMK-2-H copper strip feeding head option (see JMK-2-H for details).
The feeding of parts into the press is done by hand just as it is with the hand powered press.
The greater production rate possible on the Hydro Press is because it can finish the entire stroke and eject the part without operator intervention.
That means you can be doing something else while the ram moves up a preset distance, applies a "programmed" pressure, holds for a precise dialed in time, travels down and ejects the part, and then waits for another part to be inserted and the cycle buttons to be pressed again.
This roughly doubles the output per hour over using a hand press, since with the hand press you have to devote all of that time to operation of the press plus handling the parts.
It is not because of greater ram speed or automatic part feeding, but because of the automation of the ram stroke for one cycle at a time that you can get more done in the same time frame.
Also the Hydro Press develops about the same ram thrust as the hand press, around nine tons, but the hand press can only reach those levels at the very end of the stroke.
Moving down even a fraction of an inch lowers the mechanical advantage and drops the ram thrust on a log function scale.
The Hydro Press, on the other hand, can provide that same force continually, through the entire stroke at every position of the ram.
This is very important for drawing and forming long bullets and jackets, where resistance is encountered somewhere other than just the last half to quarter inch of ram travel.
In most bullet swaging operations, the end of the stroke is the only place in the ram travel where much force is needed.
The rest of the stroke is just moving the die and punches together without applying any significant pressure to the jacket or core material.
But long ogives, long jackets, long bullets, lead extrusion, and drawing jackets from strip or copper tube all benefit from having more power earlier in the stroke cycle.
Specifications: -Calibers from 0.
100 to 1.
0 inch diameter -Bullet lengths up to 3.
5 inches -Lead hardness up to Bhn 15 (depending on shape, size) -Stroke length from 1 to 6 inches, fully adjustable -Electronic dwell timing at top and bottom of stroke -Programmable stroke cycles -Pressure-sensing ram control with position override -Comes with FPH-1-H floating punch holder -Standard 115 v 60 hz 5 amp average, 12 amp peak draw -Optional 220 v 50 hz power conversion -Ram threaded 1-in x 12 -Removable steel head, standard 1.
5-in x 12 thread -Built-in control interfaces for optional strip feed -Key-locked control for power and automatic cycling -Reloads 50 BMG, 20mm, other large calibers -Extrudes lead wire with optional LED-1-H extruder kit -Hundreds of optional swaging and drawing dies available -Manufactures rifle and pistol jackets from tubing or strip -Completely self-contained in air-cooled, powder-coated steel cabinet -Low noise level during operation -Industrial quality components for decades of trouble-free operation -Maintenance is virtually nil: wipe down polished surfaces with light oil -Change operations, calibers in seconds with low cost tooling Weight 408 lbs.
My parents are fighting and I don't know why.
I am unsure of my future and am looking for someone to see my potential.
This hydro-press has been a garage pet for many years and has never been turned on.
Comes with everything pictured and I believe it has a die set for 9mm/.
380.
Many more are available for this amazing machine.
Will need to be picked up in Coulee City, WA.
It is 400+ pounds and needs to stay upright.
The following information has been pulled from swagies online: The CHP-1 Hydro-Press is used by 90% of the world's custom bullet firms and research labs.
It uses the Corbin -H swaging and drawing dies, as well as standard 7/8-14 thread reloading dies and button-type shell holders with the optional reloading adapter kit.
With fully adjustable stroke from 1-6 inches, electronic position and timing, three position transducers and two pressure transducers, the Hydro-Press provides not just raw power but power with repeatable, precision control.
The CHP-1 Hydro Press uses the same -H type dies as the CSP-2 Mega Mite hand press.
Not every die set will operate in the hand press, however, even if they fit mechanically.
For example, the LED-1-H Lead Extruder Die will fit into the hand press, but requires full drive power through the entire stroke to actually extrude lead wire.
The Hydro Press has the same full power capability anywhere in its stroke reange, but a hand press only generates full power (ram thrust) at the ends of the stroke.
Likewise, certain kinds of jacket making cannot be done on the hand press but are easily accomplished on the Hydro Press.
Any flat strip jacket making operation, converting copper strip into drawn jackets, is far easier on the hydraulic press.
But thicknesses of strip greater than .
030 inches or wider than 1.
0 inches can be either very challenging or impossible to blank and cup using hand power.
Drawing long jackets from one size to another is also much easier with the full power six inch ram travel of the Hydro Press.
Some lengths of draw may require multiple partial strokes with resetting of the die position between them on a hand press, yet are one pass on the Hydro Press.
A common question about the Hydro Press is how much faster it makes bullets than would a hand press.
This is NOT a fully automatic press but one with a stroke cycle that can be set to an automatic mode.
Only in certain special situations is it possible to provide full automatic feeding and stroke cycle combined, such as with the JMK-2-H copper strip feeding head option (see JMK-2-H for details).
The feeding of parts into the press is done by hand just as it is with the hand powered press.
The greater production rate possible on the Hydro Press is because it can finish the entire stroke and eject the part without operator intervention.
That means you can be doing something else while the ram moves up a preset distance, applies a "programmed" pressure, holds for a precise dialed in time, travels down and ejects the part, and then waits for another part to be inserted and the cycle buttons to be pressed again.
This roughly doubles the output per hour over using a hand press, since with the hand press you have to devote all of that time to operation of the press plus handling the parts.
It is not because of greater ram speed or automatic part feeding, but because of the automation of the ram stroke for one cycle at a time that you can get more done in the same time frame.
Also the Hydro Press develops about the same ram thrust as the hand press, around nine tons, but the hand press can only reach those levels at the very end of the stroke.
Moving down even a fraction of an inch lowers the mechanical advantage and drops the ram thrust on a log function scale.
The Hydro Press, on the other hand, can provide that same force continually, through the entire stroke at every position of the ram.
This is very important for drawing and forming long bullets and jackets, where resistance is encountered somewhere other than just the last half to quarter inch of ram travel.
In most bullet swaging operations, the end of the stroke is the only place in the ram travel where much force is needed.
The rest of the stroke is just moving the die and punches together without applying any significant pressure to the jacket or core material.
But long ogives, long jackets, long bullets, lead extrusion, and drawing jackets from strip or copper tube all benefit from having more power earlier in the stroke cycle.
Specifications: -Calibers from 0.
100 to 1.
0 inch diameter -Bullet lengths up to 3.
5 inches -Lead hardness up to Bhn 15 (depending on shape, size) -Stroke length from 1 to 6 inches, fully adjustable -Electronic dwell timing at top and bottom of stroke -Programmable stroke cycles -Pressure-sensing ram control with position override -Comes with FPH-1-H floating punch holder -Standard 115 v 60 hz 5 amp average, 12 amp peak draw -Optional 220 v 50 hz power conversion -Ram threaded 1-in x 12 -Removable steel head, standard 1.
5-in x 12 thread -Built-in control interfaces for optional strip feed -Key-locked control for power and automatic cycling -Reloads 50 BMG, 20mm, other large calibers -Extrudes lead wire with optional LED-1-H extruder kit -Hundreds of optional swaging and drawing dies available -Manufactures rifle and pistol jackets from tubing or strip -Completely self-contained in air-cooled, powder-coated steel cabinet -Low noise level during operation -Industrial quality components for decades of trouble-free operation -Maintenance is virtually nil: wipe down polished surfaces with light oil -Change operations, calibers in seconds with low cost tooling Weight 408 lbs.
• Phone : NA
• Location : Coulee City,WA
• Post ID: 9118103828
