Electro-Hydraulic site services
Electro-Hydraulic site services
Introduction heading
CMA’s first line of business was designing and building hydraulic systems for customers who wanted professional, unbiased advice. The CMA systems designed and built during the 1990s are still operating, and most have never resulted in plant outages or loss of production.
CMA designs and builds systems to provide an optimum solution for the customer’s requirements. Characteristics of CMA built systems include. etc.
Key features
Suit actuators with position and force feedback
Bumpless transfer between position and force control
Automatic Load Cell shunt calibration
Ramped, sinusoidal, sawtooth and external signal source test modes
Position and force limits applied during testing to prevent test sample damage.
Warning and fault status indiction.
Computer interface & software for remote configuration and data logging to 20Hz.
+/-10V adjustable gain Position and Force fast outputs for remote data logging.
Remote control for synchronised start/stop of multiple controllers.
Technical specifications
SSI 25 bit digital position transducer option, or LVDT to 10kHz.
Suits strain gauge type load cells, 10V excitation, nominal 2mV/V output.
Servo output up to +/-80mA or +/-10V.
107 cycle counter, max/min peak detector with adaptive amplitude compensation for high frequency cyclic testing.
Ramp rates for .01mm or kN/min to 320mm or kN/sec.
+/-10V external reference signal input with adjustable position or force range.
P+I+D + FeedForward control.
DIMENSIONS : 500 x 315 x 250mm, 12kg.
CMA Quality
CMA engineers are a respected team of professionals with a long history of completing successful projects.
CMA engineers are a respected team of professionals with a long history of completing successful projects.
-
Efficient
Lorem ipsum dolor sit amet.
-
Reliable
Lorem ipsum dolor sit amet.
-
Safe
Lorem ipsum dolor sit amet.
-
Standards
Lorem ipsum dolor sit amet.
Work with us
Donec mattis velit dapibus blandit aliquam.
Maecenas vehicula elit a lacus ultrices pulvinar.