SC-QT
0.75 kW; 16 L/min; 20 L tank
1–3 stations; rated pressure 4.5 MPa
Explore configurations →PRODUCT / SC-QT
SC-QT hydraulic power units. Less energy during the hold.
Nine flow, tank and station configurations for on-demand hydraulic power in workholding, intermittent holds and machinery integration.
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Vertical construction reference · confirm the selected configuration with our engineers
INTERMITTENT PRESSURE HOLDING
Short motions. Long holds. Recharge on demand.
Our intermittent-holding solution combines a standard motor, PLC pressure feedback and an accumulator. After clamping, the accumulator supports pressure while the motor runs only when needed—especially suited to long holding phases.- 01
Build pressure
A standard three-phase induction motor drives the pump to establish the pressure required for the motion.
- 02
Hold with the motor stopped
During the holding phase, the motor stops and an accumulator supports pressure holding.
- 03
Recharge on demand
A programmable logic controller (PLC) reads the pressure signal, restarts the motor below a set threshold and stops it at the set pressure.
SC-QT · 2026
SC-QT: nine intermittent hydraulic power units
Standard motors with piston accumulators for slant-bed CNC lathes, machining centres and fixtures. Vertical: 1–3 stations. Horizontal: 1–6 stations.Scroll the table horizontally for all specifications →
| Model | Rated flow | Rated pressure | Tank | Motor power | System pressure | Envelope: L×W×H | Motor supply | Control voltage | Stations | Inquiry |
|---|---|---|---|---|---|---|---|---|---|---|
| SC-QT-0.75-16-1-L | 16 L/min | 4.5 MPa | 20 L | 0.75 kW | 4.5–6 MPa | 500×300×400 | AC380V | DC24V | 1 | RFQ with this model |
| SC-QT-0.75-16-2-L | 16 L/min | 4.5 MPa | 20 L | 0.75 kW | 4.5–6 MPa | 500×300×400 | AC380V | DC24V | 2 | RFQ with this model |
| SC-QT-0.75-16-3-L | 16 L/min | 4.5 MPa | 20 L | 0.75 kW | 4.5–6 MPa | 500×300×400 | AC380V | DC24V | 3 | RFQ with this model |
| SC-QT-1.5-20-1-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 1 | RFQ with this model |
| SC-QT-1.5-20-2-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 2 | RFQ with this model |
| SC-QT-1.5-20-3-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 3 | RFQ with this model |
| SC-QT-1.5-20-4-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 4 | RFQ with this model |
| SC-QT-1.5-20-5-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 5 | RFQ with this model |
| SC-QT-1.5-20-6-W | 20 L/min | 4.5 MPa | 40 L | 1.5 kW | 4.5–6 MPa | 660×380×438 | AC380V | DC24V | 6 | RFQ with this model |
Share your operating pressure, flow and duty cycle. We will help confirm a suitable model, installation dimensions and supply configuration.
CHOOSE YOUR SERIES
Find the series for your machine.
SC-QT
1.5 kW; 20 L/min; 40 L tank
1–6 stations; rated pressure 4.5 MPa
Explore configurations →QZB
Share air supply, output pressure and oil volume per cycle
Request the specifications for your duty
Explore configurations →FROM SELECTION TO DELIVERY
Plan the purchase. Prepare the installation.
- Power & controls
- The catalogue lists AC380V motors and DC24V controls. Share the destination voltage and frequency to confirm the electrical package.
- Dimensions & connections
- Share available space, port orientation, fitting standard and machine control signals. We provide drawings for the selected configuration.
- Quantity & timing
- Tell us whether you need a demonstration unit or a production batch, the quantity and target arrival date. We will prepare the quotation and production/shipping plan.
- Packing & documents
- Agree transport, packing and the packing list before dispatch. The supply package defines the operating instructions, electrical drawings and factory documents.
- Installation & service
- Our engineers assist with wiring, pressure adjustment and troubleshooting. Warranty duration and service terms are confirmed with the supply proposal for the selected model.
APPLICATION SOLUTIONS
Start with your application.
CNC workholding
Reduce idle running after clamping while supporting the machining hold.
Explore the solution →Casting fixtures
Plan around long holds, ambient heat and maintenance needs.
Explore the solution →EPE forming
Separate pressing, holding and return motion to reduce holding energy.
Explore the solution →ENERGY INTO VALUE
Less idle running. More value.
Make each holding phase count. Stop the motor after motion, then recharge when pressure reaches the set threshold, reducing energy use and heat from continuous idle running.
Save 75% or more in short-motion, long-hold applications. Turn reduced electricity use into lower running costs and get more value from every clamping cycle.
Annual electricity cost savingkWh avoided × electricity tariff
Review the savings potential of your machine →Looking for a JDB hydraulic power unit?
If your existing equipment or paperwork refers to a JDB hydraulic power pack, send its nameplate and circuit drawing with your duty data. The current catalogue on this page covers SC-QT. An energy saving hydraulic power unit using intermittent pressure holding still needs project-specific checks; the new catalogue does not establish interchangeability with an older JDB unit.