Round analog ammeter for door mounting 014601

Current Meter with Clear Readout

This round analog ammeter is designed for front-panel mounting on electrical cabinets. It enables direct reading of current in the circuit, which is particularly useful in applications requiring fast and intuitive monitoring of electrical parameters. It is a robust and reliable measuring device suitable for both industrial installations and workshops or laboratories.

Construction and Application

The ammeter is designed for front mounting, facilitating integration with existing infrastructure. Intended for AC current measurement, it offers an accuracy class of 1.5, ensuring reliable measurement results. The possibility of connection via a current transformer extends its application range, allowing measurement of higher currents without damaging the device. The scale end value is 5A, and the measurement range is 0...5A, making it ideal for monitoring circuits with medium current levels. The maximum pointer deflection is 90 degrees, ensuring good readability of indications.

Key Features and Benefits

• Direct Reading: The analog pointer allows for quick and intuitive assessment of current values without the need to interpret digital data.
• Door Mounting: Enables convenient integration with electrical cabinets without the need to modify existing wiring.
• Accuracy Class 1.5: Ensures reliable and precise measurements, essential in applications requiring high accuracy.
• Connection via Current Transformer: Extends the measurement range of the device, enabling monitoring of circuits with higher current levels.
• Legal Metrology Approval: The device has legal metrology approval, confirming its compliance with applicable standards and metrological regulations – important for applications requiring official measurements.
• Low Power Consumption: Power losses are only 1.1 W, minimizing the impact on the overall energy balance of the installation.
• Robust Construction: Made from durable materials, guaranteeing long-term and reliable operation under various environmental conditions.