Including Air and Gas Boosters used in a variety of industries and applications. Growing since 1953, due to our friendly staff and worldwide service along with effecient delivery times. We continually develop new hydraulic and pneumatic equipment to meet the constant stream of newly emerging applications.
Services
SC Hydraulic Engineering Corporation provides services for repair or reconditioning of SC Hydraulic pumps and boosters.
Our skilled technicians can troubleshoot and repair all products we manufacture.
We can repair or rebuild any SC pump or booster back to the original factory specifications.
All units are completely disassembled, inspected and quoted in writing before proceeding with the repair.
There is an initial evaluation fee, however it is waived if the unit is either repaired or replaced.
Our skilled technicians can troubleshoot and repair all products we manufacture.
We can repair or rebuild any SC pump or booster back to the original factory specifications.
All units are completely disassembled, inspected and quoted in writing before proceeding with the repair.
There is an initial evaluation fee, however it is waived if the unit is either repaired or replaced.
Find the latest incentives, rebates, deals and special offers available from SC Hydraulic Engineering Corporation.
Check back often for our special offers, or follow us on our social media to stay up to date.
Send in this flyer for discounts off pumps, boosters, power units and all other parts and repair kits.
All promotions and offers are for a limited time only, please explore the full details on individual promotional flyers.
Check back often for our special offers, or follow us on our social media to stay up to date.
Send in this flyer for discounts off pumps, boosters, power units and all other parts and repair kits.
All promotions and offers are for a limited time only, please explore the full details on individual promotional flyers.
SC compact liquid pumps cycle automatically.
When compressed air is first applied to the pump, it will cycle at its maximum speed producing maximum flow.
At this stage, the pump is acting as a transfer pump filling the pressure receiver with liquid.
The pump will then gradually start to cycle at a slower rate as the pressure in the receiver increases and offers more resistance to the reciprocating differential piston.
SC pumps stop automatically when the output pressure force and the air drive force is balanced to create a stall condition.
When compressed air is first applied to the pump, it will cycle at its maximum speed producing maximum flow.
At this stage, the pump is acting as a transfer pump filling the pressure receiver with liquid.
The pump will then gradually start to cycle at a slower rate as the pressure in the receiver increases and offers more resistance to the reciprocating differential piston.
SC pumps stop automatically when the output pressure force and the air drive force is balanced to create a stall condition.
SC air operated hydraulic pumps operate on the simple but efficient principle of pressure intensification through the use of differential areas.
Fulfilling Boyle's Law, a larger air-driven piston delivers pressure to a proportionally lesser diameter hydraulic piston, providing fluid flow at relatively higher pressures.
All SC Hydraulic pumps will give years of low cost, trouble free service when properly installed and maintained to manufacturer's instruction.
Wide range of operating pressures is provided by all models.
Fulfilling Boyle's Law, a larger air-driven piston delivers pressure to a proportionally lesser diameter hydraulic piston, providing fluid flow at relatively higher pressures.
All SC Hydraulic pumps will give years of low cost, trouble free service when properly installed and maintained to manufacturer's instruction.
Wide range of operating pressures is provided by all models.
When operating from 0 to rated hydraulic pressure, air consumption will be approximately 14 scfm of free air at 100 psi output.
At lower air pressures and higher hydraulic pressures, air consumption will be reduced proportionately to flow rates indicated.
Applications requiring extreme intermittent pressure and velocity commonly associated with water blasting and jetting.
A Models:These models utilize dual seals in the hydraulic assembly with a bleed-off between the seals to atmosphere, thus providing a visual indication of hydraulic seal leakage.
At lower air pressures and higher hydraulic pressures, air consumption will be reduced proportionately to flow rates indicated.
Applications requiring extreme intermittent pressure and velocity commonly associated with water blasting and jetting.
A Models:These models utilize dual seals in the hydraulic assembly with a bleed-off between the seals to atmosphere, thus providing a visual indication of hydraulic seal leakage.
Reviews
Be the first to review 1130 Columbia.
Write a Review
