TritonTM System Control Sofware

System automation

Triton command interface

Platform-independent remote scripting interface
Standard internet (TCP/IP) protocol
Compatible with any programming language that can access the TCP port e.g. LabVIEW / Matlab / Python / C / C++ / C# / Visual Basic / HP VEE etc.
Monitoring and control of automatic software routines and system parameters
Definable access levels (read only/read write etc.) with security

Programmable temperature and field sequences
Programming library supplied with example LabVIEW VIs
Integration of dilution refrigerator/magnet control and experimental data acquisition

Continuous monitoring of all pressure gauges
System automatically enteres "safe state" if necessary
Automatic software intervention in case of overpressure with fail-safe in-line pressure relief valves protecting the mixture and dilution refrigerator in the event of extended power failures
UPS option - automatic alert emails can be sent to user in the event of a power failure
Monitoring of magnet temperature during field sweep, high temperature control, sample loading
Automatic magnet de-energization in event of power cut, pulse tube cooler failure, excessive heat load on cooler second stage

Automatic logging of system parameters (temperature, sensor resistances, pressure readings, magnetic field and current, pump speed, 3He flow etc.)
Data can be exported as an ASCII text file, compatible with Excel
User-initiated and software-controlled events are logged

Detailed remote interface
Remote system access by Oxford Instruments support staff can be enabled to aid system diagnostics
Free software upgrades available for download from Oxford Instruments' website
All system settings are backed up prior to shipping from the factory