Individual channels can be controlled via the integrated CAN interface.

Software is available that also allows the behaviour of any number of channels to be automatically effected should an event occur. For example a controlled ramp down of all channels can be programmed if the current limit of a single channel is reached.

A controller card is available with ECH crates which allows users to control EHS modules via advanced iCS2.6 control software. The software allows multiple high voltage power supplies from ETPS to be controlled through one manufacturer specific Linux OS.

iCS2.6 software allows users to remotely program, monitor and error log output values of EHS modules. It also features integrated role and user management, allowing technicians and students to have different user privileges for example. WiFi connection to the crate is possible using the optional USB wireless adapter with the CC24 controller card, providing control of the modules via any device with secure internet capability. This allows access through any PC, tablet or smart phone with a modern internet browser.

A large set of preconfigured services are integrated into the software such as EPICS, Web-Control, SNMP, SOAP, Websocket, OPC/UA1, isegHAL and HTTP-API. It is possible to edit Python scripts directly with access to all needed hardware parameters. The open platform nature of iCS2.6 also allows for the simple integration of external 3rd party devices into test setups.

A variety of crates are available with or without computer interfaces allowing a mix of high voltage cassettes to be installed. For example these modules can be operated alongside bidirectional units from the EBS series. Crates can include front panel control and display along with ethernet, CAN & USB interfaces.

If your test requirement is short term, we can provide units up to 20kV in our high voltage power rental range.