Fault detection data acquisition system TraceBox
voltagepowerspeed

fault detection data acquisition system
fault detection data acquisition system
fault detection data acquisition system
fault detection data acquisition system
fault detection data acquisition system
fault detection data acquisition system
fault detection data acquisition system
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Characteristics

Measured physical value
voltage, power, speed, rotary torque
Number of channels
32-channel
Mounting
portable, mobile, PC-based, for integration
Applications
laboratory, for mobile machines, for fault detection
Domain
industrial
Options and accessories
Ethernet, multi-channel, analog input, multifunction, all-in-one, compact, rugged

Description

The easy way of validating motor control software. In the early phase of software development, tests on real hardware can reveal unexpected errors. However, due to the high setup effort, in most cases the software is only tested with simulators. The TraceBox is a versatile data acquisition and communication tool for the development and validation of motor control software that can be used in conjunction with real target hardware. The TraceBox is connected between the customer application and the PC and establishes the required interface via plug & play and controls the device with the user-friendly PC tools. Your benefits at a glance • Motor control real time data tracing of the device under test • Identification of issues throughout the entire development phase • Scan for sporadic software errors • Verification of motor control algorithms & signal analysis • Optimal support during the development process • Validation of software adaptions in the ongoing development process • High level communication with the device under test • Direct implementation in the installed, application- oriented state • State change monitoring and timing measurements TraceBox as an interface between hard- & software A major benefit of the TraceBox is the high variable connectivity in use as a standalone device as part of a desktop developer setup or in a test bench environment. This offers many possibilities that impact the development process and the product life cycle. Identification of issues throughout the entire development phase Verification of MCTRL algorithms & signal analysis Validation of software adaptions in the ongoing development process

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Exhibitions

Meet this supplier at the following exhibition(s):

embedded world 2025

11-13 Mar 2025 Nürnberg (Germany)

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.