easypump
(512) 931-1962
High pressure intensifier
CMS has developed a new concept of high-pressure intensifiers: two or three parallel, independent and electronically synchronized pressure multipliers, which deliver a constant pressure while eliminating the need of an attenuator, a typical feature of old, traditional intensifiers.
- highly constant pressure without using any attenuator
- higher stability of the dynamic pressure signal to guarantee superior quality cut
- lower wear of all machining centre high-pressure circuit components, longer duration of materials and reduction in maintenance interventions
- the configuration with three independent cylinders allow to disable any one of them that requires maintenance, thus keeping the intensifier running and avoiding to shut down the cutting system
- software-based electronic control of cutting pressure
- hydraulic pump with fixed flow rate
- hydraulic cylinders return circuit managed by nitrogen accumulators
- water/Oil exchanger for hydraulic circuit cooling
- specific for CMS cutting systems.
- the 60HP model comes with 2 motors (in order to work 30+30 HP)
CONSTANT OUTPUT PRESSURE FOR BETTER CUTTING QUALITY
Hydraulic intensifier with 2 or 3 independent and electronically syncronized parallel cylinders to guarantee a constant signal of output pressure without the use of attenuator.
REDUNDANT ARCHITECTURE: LESS MACHINE DOWNTIME
The technology with 3 independent cylinders allows the bypass of a single cylinder that needs maintenance, while the machine is working, avoiding unnecessary downtime.
LESS MAINTENANCE COSTS
The parallel cylinders architecture is designed for a low cycle frequency that reduce the high pressure components wear and consequently the maintenance costs.
"NOISELESS" SYSTEM FOR A QUIET ENVIRONMENT
Sealed cover with soundproof panels to guarantee high noise reduction while the intensifier is working.
| TECNOCUT EASYPUMP 30 HP | |
| Power | 22,5 KW / 30 Hp |
| Cylinders | 2 |
| Max water pressure | 4150 bar / 60.000 psi |
| Max water flow rate | 2,3 lpm / 0.61 gpm |
| Max diam orifices | 0,25 lpm / 0,009 in |
| Voltage | 400V +/- 5% 50-60 Hz (Different voltages and frequencies on request) |
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