Attribute Value Brand Omron Tateisi Electronics Co. Product Type Voltage Sensor Series SDV-FH Model SDV-FH6 Supply Voltage (Source) AC 100/110 V Input Frequency Range AC (20500 Hz) Contact Ratings 2 A at 220 VAC (cos = 0.4)2 A at 24 VDC0.35 A at 125 VDC (L/R = 7 ms) Country of Origin Japan Weight 450 g The Omron SDV-FH6 Voltage Sensor is a precision-manufactured monitoring equipment built to provide accurate voltage detection and protection for industrial and marine automation systems. Produced by Omron, a reliable automation and sensing technology leader, the SDV-FH6 provides unbeatable accuracy, robustness, and performance in extreme electrical environments. This voltage sensor is of great importance in voltage presence monitoring, detection of anomalies, and safety and stability of the electrical devices. It can be used in a range of control systems that need reliable voltage sensing, including motor protective circuits, power distribution panels, and automatic controlling systems. Features: 1. High-Precision Voltage Detection:Provides precise monitoring of voltage levels to avoid overvoltage or under voltage situations. 2. Wide Operating Range: Compatible with multiple AC and DC voltage inputs for flexibility in various applications. 3. Quick Response Time: Recognizes changes in voltage in real-time and initiates relay activation instantly. 4. Compact and Rugged Design: Lightweight but rugged build, suitable for industrial and marine control panels with space constraints. 5. Omron Reliability: Manufactured and quality checked to Omron\’s high standards for long-term, trouble-free operation. 6. Simple Installation and Integration:Panel-mount construction with standardized terminals for easy connection and wiring. Applications: 1. Industrial Automation Systems: Utilized in control panels, PLCs, and relay systems to check supply voltage for safe and efficient machine functioning. 2. Marine Electrical Systems:Delivers stable voltage monitoring in marine engines, navigation gear, and communications panels where reliability matters. 3. Power Distribution Boards: Ensures power stability by detecting and eliminating abnormal voltage conditions prior to their impact on other equipment. 4. Motor Control Circuits:Applied to prevent motors from operating in low or high voltage conditions, which could cause burnout or performance degradation. 5. Renewable Energy Systems:Added to solar and wind energy systems to detect input/output voltages and provide optimal conversion efficiency.