Model 975 AP – ERICHSEN

Introducing the Model 975 AP Display Instrument

The Model 975 AP Display Instrument, designed by ERICHSEN, is your go-to solution for measuring and displaying forces efficiently and effectively. This instrument is seamlessly compatible with ERICHSEN’s line of force transducers based on wire strain gauge technology, making it versatile for applications across various sectors. Its user-friendly design ensures that measuring forces is a hassle-free process, allowing for rapid readings without sacrificing accuracy.

Designed for Ease of Use and Reliability

Encased in a durable aluminium box, the Model 975 AP features a main-powered measuring and display electronic system designed for longevity and precision. The front panel boasts a clear LED digital display, complemented by an illuminated mains switch for enhanced visibility. With the convenience of a 7-pin socket, the force transducer can be swiftly disconnected, while easy-to-access fuses facilitate quick replacements. Additionally, the standard version includes a peak value memory to capture and retrieve minimum and maximum readings effortlessly.

Enhanced Functionality

The Model 975 AP is not just about measuring forces\\; it offers enhanced functionalities through optional features. It can be equipped with two infinitely adjustable limit value outputs, an exit hub for analogue outputs, and even a unidirectional RS232 or RS422 serial interface. These options extend its applicability, making it a versatile tool for monitoring, documentation, and analysis purposes.

Technical Specifications

Technical data
  • Weight: approx. 2.2 kg
  • Display: 4 1/2 digit LED display, 0- +/- 19999, 14mm high, overflow and open circuit displayed by "----"
  • Housing: 255 x 270 x 110 mm, made of aluminium
  • Humidity: 0-85 % without condensation
  • Power supply: 100-250 V / 0,05 A
  • Measuring rate: 10 / sec
  • Measuring uncertainty: +/- 0.1 % of measured value, +/- 0.05 % of full scale
  • Portable / Stationary: Portable
  • Temperature stability: 0.05 % / °C

FAQ - Model 975 AP – ERICHSEN

What is the primary use of the Model 975 AP Display Instrument?

The Model 975 AP is designed to measure and display forces with high accuracy and efficiency. It is compatible with ERICHSEN's force transducers based on wire strain gauge technology, making it suitable for a wide range of applications across various sectors.

How user-friendly is the Model 975 AP Display Instrument?

This instrument is designed with ease of use in mind. Its front panel features a clear LED digital display and an illuminated mains switch for enhanced visibility. With its user-friendly design, measuring forces is a hassle-free process, enabling rapid readings without compromising on accuracy.

What are some key features of the Model 975 AP?

The Model 975 AP includes several notable features such as a durable aluminum housing, a main-powered measuring and display electronic system, a 7-pin socket for easy disconnection of the force transducer, easy-to-access fuses, and a peak value memory for capturing minimum and maximum readings.

Can the functionality of the Model 975 AP be enhanced?

Yes, the Model 975 AP can be equipped with additional optional features such as two infinitely adjustable limit value outputs, an exit hub for analogue outputs, and a unidirectional RS232 or RS422 serial interface to extend its applicability for monitoring, documentation, and analysis purposes.

What are the technical specifications of the Model 975 AP?

The Model 975 AP boasts a range of technical specifications including a weight of approximately 2.2 kg, a 4 1/2 digit LED display, dimensions of 255 x 270 x 110 mm, a power supply requirement of 100-250 V / 0,05 A, and a temperature stability of 0.05 % / °C, among others.

Is the Model 975 AP Display Instrument portable?

Yes, the Model 975 AP is designed as a portable instrument, making it convenient to use in various locations without the need for permanent installation.

How does the Model 975 AP ensure measurement accuracy?

The Model 975 AP ensures high measurement accuracy through its design and technical capabilities, with a measuring uncertainty of +/- 0.1% of the measured value and +/- 0.05% of the full scale, along with a measuring rate of 10 measurements per second.

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