Exsenco U.S Contact For Santest

 

ISAC-C1

 

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The I-SAC (Issac) servo controller is the user friendly intelligent controller which does not need complicated adjustment completely unlike the classical control which is represented in former PID control. The robust servo system which up-to-date today adopts control theory exceeded PID control completely.
Former F2 type compared to it miniaturizes I-SAC C1, the control axis which the user needs to the maximum of 4 axes 1 axes at a time because it is possible, to add, it is superior in cost performance.
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Specifications
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Power source DC 24V (±15%) 400mA (at the time of 4 axial maximum load)
Input signal Analog (±10V or ±20mA) (A/D12bit)
Or CW/CCW, feed pulse/mark and A/B phase 1/2/4 multiplication (differential driver or open collector)
Output signal ±10V or ±50mA
Maximum load 200Ω (D/A 16bit) (scale adjustment possibility)
Sampling 3kHz
General-purpose input/output Input 2 point and output 2 point (every channel)
Other functions Integral calculus compensation, speed/accelerating feedback and dither other things
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Type Variations
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* Power source/communication port block
I-SAC C1-M
5 (In I-SAC C1-S minimum of 1 I-SAC C1-M necessary it is)
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* Servo block
I-SAC C1-S-□□□
1 Order input
5 V and I, D, 0
2 Feedback input
5 V and I, D, 0
3 Operation output
5 V or I
  * Order/feedback
V: Analog voltage (±10V)
I: Analog electric current (±20mA)
D: Digital differential driver
O: Digital open collector
* Operation output
V: Voltage output ±10V
I: Electric current output ±50mA load maximum 200Ω
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External Dimensions Drawing
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I-SAC C1-M/S
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I-SAC Block Diagram
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