Panasonic GX-H8A Inductive Proximity Sensor

Product Description

The Panasonic GX-H8A Inductive Proximity Sensor (UGXH8A, GXH8A) offers a maximum operation distance of 2.5 mm and a stable sensing range of 0 to 2.1 mm. It reliably detects standard sensing objects like 15 15 t 1 mm iron sheets with hysteresis of 20% or less. The sensor operates efficiently with a supply voltage of 12 to 24 V DC and a current consumption of 15 mA or less.

Operating within a supply voltage range of 12 to 24 V DC 10%, the GX-H8A sensor consumes a current of 15 mA or less, optimizing energy efficiency. Equipped with an NPN open-collector transistor output, it can sink a maximum current of 100 mA and operates with an applied voltage of 30 V DC or less. Its output operation is normally open, falling under the utilization categories DC-12 or DC-13, while the maximum response frequency of 500 Hz ensures swift response to sensing events. An orange LED indicator provides visual feedback by lighting up when the output is ON, facilitating easy monitoring of sensor status.

Our engineers acts wisely inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, its imperative to recognize that errors may arise during this process. Despite our sincere efforts, its important to remain cautious. Nonetheless, inaccuracies can still occur.

High-Precision Sensing for Industrial Needs

The GX-H8A proximity sensor by Panasonic is designed to deliver precise object detection, contributing to the automation and safety of industrial processes. Its robust construction ensures minimal power consumption and exceptional durability, making it a cost-effective solution for continuous use in demanding environments.


Reliable Performance and Long Service Life

Built to withstand challenging industrial conditions, the GX-H8A prioritizes longevity with premium materials and engineering. The sensor's extended service life means fewer replacements, less downtime, and reduced operational costs for users relying on accurate proximity detection.