SGMG-30VSAAB YASKAWA Analog Input Module
Item NO.:
SGMG-30VSAAB YASKAWAGoods Stock:
3Payment:
T/TProduct Origin:
JapanColor:
NewShipping Port:
ChinaLead Time:
2-3daysWeight:
0.55kgBrand:
YASKAWASGMG-30VSAAB YASKAWA Analog Input Module
Product Description:
Yaskawa Analog Input Modules are high-precision interface components designed for the MP series Machine Controllers. These modules convert continuous physical signals—such as voltage and current—into digital values that the controller can use for high-speed motion synchronization and process monitoring. Known for their high resolution and rapid sampling rates, Yaskawa analog modules are critical for applications that require a tight feedback loop between sensory input and motor output.
The technical profile of a Yaskawa Analog Input Module is defined by its accuracy and integration with the Mechatrolink system:
Input Ranges: Supports standard voltage inputs such as -10V to +10V, 0 to 10V, and 0 to 5V DC, as well as current inputs like 0 to 20mA and 4 to 20mA.
Resolution: High-resolution conversion, typically 16-bit, providing a digital representation with up to 31,250 or 65,536 increments for maximum precision.
Number of Channels: Available in various configurations, commonly offering 4 or 8 channels per module to balance space and connectivity.
Conversion Speed: Optimized for motion control, with sampling speeds often matching the high-speed scan cycles of the controller, typically ranging from 250 microseconds to 1 millisecond.
Input Impedance: High input impedance for voltage (typically 1M ohm) and low impedance for current (typically 250 ohms) to ensure signal integrity.
Accuracy: Rated at +/- 0.1 percent to 0.3 percent of the full scale at room temperature, ensuring highly reliable data acquisition.
Yaskawa Analog Input Modules offer several distinct benefits for industrial automation:
High-Speed Synchronization: These modules are designed to work in perfect sync with Yaskawa servo drives, allowing analog feedback (like tension or pressure) to adjust motor behavior within a single control cycle.
Advanced Noise Filtering: Built-in hardware filters and configurable software averaging functions help eliminate electromagnetic interference, which is common in environments with large motors and drives.
Galvanic Isolation: Features robust electrical isolation between the field inputs and the internal system bus, protecting the expensive central processor from external electrical surges or ground loops.
Flexible Scaling: The software interface allows users to easily map analog ranges to engineering units (such as liters per minute or bars of pressure) without complex manual calculations in the ladder logic.
Wire-Break Detection: For 4-20mA configurations, the modules include integrated diagnostics to detect and alarm if a sensor wire is disconnected, preventing dangerous "open loop" conditions.
These modules are used in any scenario where precise measurement of variable physical forces is required:
Tension Control: Monitoring load cells in printing presses, textile looms, and wire winding machines to maintain constant material tension.
Pressure Monitoring: Collecting data from hydraulic and pneumatic sensors in injection molding machines and metal stamping presses.
Temperature Regulation: Interfacing with signal conditioners to monitor heat levels in industrial ovens, chemical reactors, and extrusion lines.
Flow Measurement: Tracking liquid or gas flow rates in utility management systems and chemical dosing applications.
Position Feedback: Using analog potentiometers or ultrasonic sensors for secondary position verification in specialized material handling equipment.
To ensure long-term accuracy and prevent hardware failure, the following precautions should be strictly followed:
Shielding and Grounding: Always use shielded twisted-pair (STP) cables. The shield should be connected to the designated ground terminal on the module side only to avoid creating ground loops that introduce noise.
Signal Separation: Never run analog signal wires in the same conduit or tray as high-voltage AC power lines or motor cables. Maintain a minimum distance of 200mm to prevent inductive coupling.
Unused Channel Handling: To prevent fluctuating digital values caused by ambient noise, short-circuit the positive and negative terminals of any unused input channels or disable them in the module configuration settings.
Correct Input Mode: Ensure the hardware jumpers (if applicable) and software settings match the sensor type (Voltage vs. Current). Applying a voltage signal to a channel configured for current can damage the internal shunt resistor.
Stable Power Supply: Ensure the 24V DC power supply used for the module and the sensors is regulated and free from heavy switching noise, as fluctuations here can directly affect the accuracy of the analog-to-digital conversion.
The structure and details of the product:

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Shipping Port: China
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Warranty: one year
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