1201130026

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

The 1201130026 junction block serves as a sensor interface for various electrical, electronic, and mechanical systems. This sensor interface supports the transmission of analog and digital signal formats. It provides the capability to connect sensors, transducers, encoders, switches, thermostats, relays and other systems through the use of wiring and connections.

Construction

The 1201130026 junction block has a rectangular form factor and measures about four inches long and two inches wide, with two mounting holes for installation. The inside of the enclosure contains a 9.2mm x 20mm interface board which houses a 16-pin DIP socket for a wide variety of sensors. The board also contains an opto-coupled input for up to two signal paths. All connections and signals pass through an epoxy-coated printed circuit board.

The 1201130026 junction block features dual terminal twist fasteners with integrated locking paws which help to securely grip the connections, and its main body is sealed to ensure environmental protection. It is made of durable, flame-retardant ABS plastic, along with contacts that are made of a copper alloy.

Working Principle

The 1201130026 junction block operates as a signal conditioning device to accurately and reliably transfer sensor signals from a wide variety of sources. It uses a combination of voltage amplification, impedance matching, signal conversion, and signal conditioning techniques to transfer a sensor\'s signal into a suitable output format. The internal circuit board contains an opto-coupler which helps to isolate the sensitive signals, preventing noise interference from other devices or systems.

When sensors are connected to the 1201130026 junction block, their signals are amplified, reduced in impedance, converted to a digital format, then transferred through its terminals. The signal is then further conditioned through an adjustable range of gain and frequency filters.

The 1201130026 junction block features a dedicated status LED, with an additional LED for warning/error indication. This LED offers visual feedback regarding the status of communication between the sensor and its host system.

Applications

The 1201130026 junction block is useful in a range of applications, such as laboratory test scenarios and medical systems, where reliable signal transfer is required. It can be used for a range of sensors, from strain gauge sensors to temperature sensors. It is suitable for connecting sensors to programmable logic controllers, HMIs, PLCs, and other management systems.

It is also useful in the following areas: measurement of electrical parameters, position sensing, alarm systems, distance sensing, proximity sensing, motion detection, motion control, motor control, energy management, environmental monitoring, flow control, and automation. In addition, it is ideal for integration with commercial instrumentation systems requiring direct temperature and pressure sensing.

Conclusion

The 1201130026 junction block is a reliable and versatile digital sensor interface that provides a wide array of applications. It is suitable for use in laboratory test scenarios, medical systems, commercial instrumentation, and a variety of other industries. Its integrated opto-coupled input and adjustable gain and frequency filters provide an efficient and reliable connection between sensors and their host systems.

The specific data is subject to PDF, and the above content is for reference