FC-SFBH-32

The FC-SFBH-32 is an electronic accessory used in many consumer and industrial applications. It is a solid state device which provides a signal indicating the proximal presence of an object, and is most commonly used in a range of security systems, intruder detection devices and closed-circuit television systems.

The FC-SFBH-32 works by using an infrared beam which is emitted when it is activated. The beam has a range of approximately 32 meters and when anything crosses through this field, the device will be triggered. The triggering of the device can then be used to detect a presence or to activate various alarms and security devices.

The device also has the capacity to operate in a low power mode, reducing the power consumption of the system. This means it can be used for jobs that require long periods of operation or which require exceptionally low power usage. It is also a great option for jobs that involve applications such as controlling the movement of objects in a large space.

The FC-SFBH-32 is also designed to operate in a variety of environmental conditions. It is robust and reliable in temperatures ranging from -10°C to 45°C and it is also highly resistant to water and impact damage. The device also comes with a range accessories which can be added on if needed. These include a range of mounting brackets, sensors and adapters.

In terms of performance, the FC-SFBH-32 has been tested and proven to be reliable and efficient. It has been used in many different settings, ranging from residential homes to commercial and industrial sites, with great success.

To install the device, all that is required is the mounting bracket, the unit itself and the necessary wire and connectors. Once the unit is mounted, the infrared beam must be adjusted to the desired range and the device powered up. The device is preset with the correct settings, meaning that minimal changes need to be made by the user.

The FC-SFBH-32 is a versatile and reliable device that can be used for a variety of different applications. Its robust design and reliable performance make it a great choice for any job requiring an infrared beam detection system.