70151-1120

Industrial Equipment

70151-1120 industrial equipment can be used to measure a wide variety of parameters in many types of operational environments. This equipment is particularly suitable for measuring AC and DC voltage, current, resistance, frequency, and other parameters. In addition, the 70151-1120 industrial equipment can be used to measure inductance, capacitance, etc.

This equipment features a large measurement range, accuracy, and wide frequency response. It also offers a high-degree of protection against interference from outside sources. The 70151-1120 industrial equipment offers multiple measurement modes, such as single, multiple, and full-scale. It also comes with an advanced digital filtering feature that provides the user with enhanced accuracy and stability.

The 70151-1120 industrial equipment is designed for reliable and accurate measurements and is easy to install and use. It features an intuitive menu-driven interface and comes with a comprehensive instruction manual. The equipment is also capable of self-diagnosis and offers a range of diagnostic and maintenance features.

The 70151-1120 industrial equipment consists of a range of modules, including a power module, AC/DC meter module, display module, and logic module. Each module features a variety of parameters, including input voltage range, output voltage range, frequency range, input impedance, and linearity. In addition, the equipment includes a variety of safety features, such as over-voltage protection, short-circuit protection, and over-current protection.

The 70151-1120 industrial equipment is also designed to be easy to expand and upgrade. The modular construction makes it easy to add additional modules and features, such as extended frequency range and high resolution LCD display. The equipment is also compatible with common computer software packages for data logging and analysis.

The working principle of the 70151-1120 industrial equipment is based on an asynchronous a.c. oscillator circuit. The oscillator circuit is used to generate a series of alternating voltages. Those voltages are then used to drive the input circuits of the measuring device. The a.c. signals generated by the oscillator circuit are amplified at the input circuits and converted into digital values. This digital information is then used to display the measured values.