Applications

Mobile field operations

The imc C-SERIES is the ideal companion for mobile measuring. With its compact design, fan-less case and possibility of self-sustaining and PC-free operation, it is ideal for use in vehicle testing or field trials.

The advantages at a glance:

• Compact design
• Fan-less housing
• Autonomous measuring PC-independent
• Self-start and self-stop capabilities
• Versatile storage options including on-board removable flash media
• Universal signal conditioner
• Integrated real-time analysis and data reduction

Test stand applications

In test stand applications, integration into new or existing environments is often required. The imc C-SERIES offers both software interfaces, such as imc COM and LabView Vis, as well as hardware interfaces such as Ethernet and CAN-bus.

In addition to pure data acquisition, the imc C-SERIES provides everything you need in order to implement challenging control and regulation applications. The integrated signal processors, in combination with digital inputs and outputs, allow it to acquire and set conditions, as well as make setpoint specifications over the analog outputs.

The advantages at a glance:

• Measurement, control and regulation in a single system
• Diverse hardware and software interfaces for integration
• Synchronous acquisition of digital, analog and field bus data
• Available for complicated potential conditions with isolated inputs
• Durable real-time operating system ideal for long-term testing

Monitoring tasks

The imc C-SERIES can easily be equipped with an analog or UTMS modem that will automatically connect to the internet. Using the remote monitoring software for PCs, imc LINK, you will easily be able to check on status information or transfer data. If limits are violated, the device can automatically report by sending alarms and alerts via SMS or email. Because the measurement system has a GPS mouse connected, you can also check current location on the map, in addition to checking and analyzing data with consideration for the local conditions.