AH175-PG-A-B

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Magnetic sensors are sensors that detect changes in a magnetic field, and are often known as switches, since they can detect whether a magnetic field is present or not. Switches can act as a safety device in various applications, and the AH175-PG-A-B solid-state magnetic switch is developed to provide reliable industrial performance. The AH175-PG-A-B magnetic switch uses an anisotropic magneto-resistive bridge (AMR) to measure magnetic field changes.

The AH175-PG-A-B is designed for a wide range of industrial applications, including motors, pumps, valves, industrial automation systems, and electrical motor control systems. This switch is designed for applications that require highly accurate and reliable detection and monitoring of magnetic field changes. As such, it is capable of detecting a wide range of field changes, from a few micro-Tesla to several milli-Tesla, with a resolution of 0.01micro-Tesla. This enables it to detect very small field changes, like those caused by passing a magnetic field between two magnets.

To use the AH175-PG-A-B, it is simply connected to your electrical motor control system. Once connected, the switch will measure the magnetic field changes, and when the field changes reach the set level, it will send an electrical signal to the motor control system to indicate the presences of the field. This signal can then be used to activate a motor or pump, or it can be used to signal an appropriate safety device. The switch is also capable of detecting when the magnetic field changes are outside of the desired range, and can send a signal to the motor control system to shut down the system.

The AH175-PG-A-B also features a built-in temperature sensor, which allows it to detect changes in the ambient temperature, and adjust the operation of the switch accordingly. This ensures that the switch always operates reliably in any environment, including extreme temperatures. Additionally, the switch can be configured via a computer interface to set the magnetic field range and the temperature range for which it will operate. This allows the switch to be tuned to each application, ensuring optimal performance in any circumstance.

The robust design of the AH175-PG-A-B means it can withstand vibration and extreme temperatures, and is designed to meet rigorous industrial standards. This ensures that the switch will continue to operate reliably in even the most demanding applications. The switch can also be used alongside other devices, operating in different electromagnetic fields, to ensure maximum accuracy and reliability.

In conclusion, the AH175-PG-A-B solid-state magnetic switch is an ideal choice for a wide range of industrial applications. Its ability to detect a wide range of field changes makes it highly reliable in motor control and safety applications, while its temperature sensor and configurable settings allow it to be easily tuned to each specific application. The robust construction and reliable performance make it an excellent choice for any industrial setting.

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