Toggle Energy Saving Injection Molding Machine Servo 90E to Servo 570E

Classification : Products

SHINE WELL MACHINERY CO., LTD.

Country: Taiwan

Phone: 886-6-2330519

Fax: 886-6-2330398

Contact Person: Joseph Lung

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Model	International Size	Theoretical Injection Volume	Clamping Force	Space Between Tie Bars	Mould Opening Stroke
Servo 90E	900H-326	183	90	360x360	330
Servo 120E	1200H-435	251	120	395x395	380
Servo 150E	1500H-614	366	150	425x425	430
Servo 190E	1900H-760	491	190	470x470	480
Servo 230E	2300H-958	641	230	515x515	525
Servo 270E	2700H-1423	848	270	555x555	570
Servo 320E	3200H-1703	1062	320	620x620	620
Servo 370E	3700H-2045	1308	370	700x650	670
Servo 470E	4700H-2862	1910	470	770x742	770
Servo 570E	5700H-4462	3083	570	860x800	860

SAVING ENERGY = SAVE OUR EARTH

According to various setups of molding terms, Servo E consumes 40% less energy than the machine with a variable displacement pump or inverter, and averagely 60% less compared to the machine with a fixed displacement pump.

LESS VOLUME OF OIL & COOLING WATER CONSUMED

Servo E has no issues of oil heat generation caused by the flow relief valve in the IMM with a fixed pump, or oil draining by the IMM with a variable pump, so a smaller capacity of heat exchange and less volume of cooling water are required. The oil consumption is cut in half so, the oil storage and the cost of refilling are lower. The standard hydraulic design of the logic circuit shortens the response moment of the hydraulics and achieves pressure/speed control precisely.

ECONOMY SERVO ENERGY SAVER

The ASE servo pump unit consists of a servo driver from the global brand ABB, a Taiwanese, synchronous servo motor, and a German internal gear pump from Eckerle/Voith. The pressure is controlled by a proportional valve that is based on closed-loop processes, while the flow is supplied by a rotary speed servo motor, timing the displacement of the gear pump. A detecting encoder tunes the motor RPM to keep the correct speed and to get an exact system flow.

MORE BENEFITS FROM SERVO E MACHINES

Higher Precision: The closed-loop pressure and the flow controller, perfectly, transmit commands and real values for different functions. The controller receives the commands from the PLC. It inspects the real value of the working devices, and then it gives a feedback signal to the PLC for micro-tuning. The linear tolerance and hysteresis for pressure and flow is less than 1%. It substantially improves the precision in the molding.
Stable Operation: A perfect integration of the mechanical, hydraulic and control sections for upgrading the machine performance and the molding reliability.
Sufficient Motor Torque: Even under maximum rotary speed, the servomotor is steadily producing enough torque force to avoid pressure overshoot at the transition from the injection stage to the pressure holding stage.