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Clear alarms remotely and restart your Jenbacher engine using Reset or Reset Plus by Stark. 

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This product requires DIA.NE XT or DIA.NE XT3 controller for integration.

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For RESET PLUS: Dia.ne WINserver connected to each controller

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Speak to us to find out how this product may be customised to ensure critical alarms require attendance on site.

Stark engineers don’t just design and consult, they actually operate and maintain power generation plants on a daily basis. This created a need for in-house solutions for live plant monitoring and interaction as well as data capture and reporting.

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Originally selected to complement clients’ control and SCADA infrastructure, Ignition by Inductive Automation quickly became our ‘Swiss Army knife’ for:

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  • Real-time monitoring

  • Data collection

  • Analytics

  • Remote diagnostics

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It was only a matter of time for Stark to invest in becoming a Gold Certified Integrator and working with our clients to deliver future-proof, cost-efficient solutions.

Stark is proud to announce that we are an authorised distributor for C&R Technologies (CRTech) market leading software for heat transfer analysis, thermal radiation, environmental heating and fluid flow design.

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CRTech provides a world class suite of tools that can handle all your heat transfer and fluid flow modelling problems. Built on top of its core solving engine, SINDA/FLUINT, CRTech provides tools that can help you build and analyse any system. Some features of the suite include:

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Stark Engineering - CR Tech Thermal Desk

  • Steady-state and transient heat transfer and fluid flow analysis

  • Static and dynamic systems

  • Single component design through to full system analysis

  • Optional concurrently executed user logic

  • Multiple fluid flow networks with coupled heat transfer

  • Comprehensive fluids library plus user definable fluids

  • Compressible and incompressible fluids

  • Pure fluids and mixtures of gases, liquids or both

  • Automated correlation between model and test data

  • Goal seeking capability

  • Built-in PID controllers and user-programmable control schemes

  • Optimisation based on constraints

  • Heat exchanger modelling from detailed to top level system approximations and sizing

  • Comprehensive library of piping components

  • Specialised water hammer features

  • The most comprehensive two-phase thermohydraulic analyser available

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