DC Voltage Sensor, 50mV-1000V Input, 2.5V/5V Output

The DC voltage sensor supports input voltages of 50mV, 75mV, 50V, 100V, 200V, 300V, 500V, and 1000V. The output is either 2.5V or 5V with an accuracy of 0.2, and the load capacity is 5mA. It requires DC +12V, +15V, or +24V power and consumes ≤30mA of static current.

Specification

Note: Other parameters contact customer service.

Feature

• Bidirectional DC Voltage Measurement: Accurately measures both positive and negative DC voltages in the range of 50mV to 1000V.
• High Precision: Offers high accuracy in voltage measurement, ensuring reliable data for various applications.
• Linear Optocoupler Isolation Principle: Utilizes a linear optocoupler for electrical isolation, providing enhanced protection from electrical surges and noise.
• Low Power Consumption: Designed with ultra-low power consumption, making it energy-efficient and ideal for battery-powered or low-power applications.
• Minimal Drift: Features very low drift, ensuring stable and consistent readings over time, even under varying environmental conditions.
• Fast Response Time: Quick response to voltage changes, enabling real-time monitoring and control in dynamic systems.
• Flame Retardant Housing: Constructed with a flame-retardant shell to improve safety and durability, especially in harsh or high-risk environments.
• Easy Installation: Card-style design for easy installation, with convenient terminal connections for quick wiring and setup.
• Output Options: Provides 2.5V or 5V output, making it compatible with a wide range of control and monitoring systems.
• Versatile Applications: Ideal for use in industrial control systems, automation, battery monitoring, and other high-precision voltage measurement tasks.

Size (Unit: mm)

Wiring Method

Application 

Tips: What are the benefits of the bidirectional DC input response?

The bidirectional DC input response of the DC Voltage Sensor provides significant versatility and precision by enabling the measurement of both positive and negative voltages. This feature is crucial for applications such as battery charging and discharging systems, renewable energy setups, and motor control circuits, where voltage polarity frequently changes. It simplifies system design by eliminating the need for multiple sensors and ensures compatibility with complex circuits. Additionally, it enhances fault detection by quickly identifying reverse voltage issues and supports real-time monitoring of dynamic systems like regenerative braking or energy recovery circuits. By providing accurate and seamless measurements across varying conditions, the bidirectional capability ensures optimal performance, improved safety, and streamlined data interpretation in a wide range of industrial and automation applications.