Best Safety Instrumented Systems in New Zealand

DeltaV S-series Electronic Marshalling (CHARMs) allows you to land field cabling anywhere you want, regardless if you use any signal type or control strategy. The DeltaV™, Distributed Control System (DCS), is an automation system that simplifies operations and lowers project risks. The state-of the-art range of products and services improves plant performance and is easy to maintain and operate. The DeltaV DCS scales easily to meet your requirements, without adding complexity. The DeltaV system integrates with other systems, such as batch, advanced control, change management and engineering tools.

The compact controller combines the ruggedness and form factor of a PLC with Ovation's power and ease-of integration to make it a reliable automation platform that can be used for any power generation or water/wastewater applications that require control near the equipment. Remote asset management is more efficient and safer than ever. This increases reliability and decreases costs. Ovation offers advanced native applications for optimizing plant operations. Ovation also supports integrated vibration monitoring, generator control, SIS and scalable footprints for small to distributed applications. Virtualization and embedded simulation are all supported by Ovation.

Today's manufacturers need reliable, safe systems to protect people, property, the environment, reputations, and their reputations. TUV's Safety integrity Level (SIL2) 2 certification of ControlLogix®, products makes it easier, more cost-effective, and simpler for manufacturers to meet increasing standards. The system can be configured to make it easier to use. Pre-developed logic is available for diagnostics, comparison, alarming, etc. The embedded routines can be configured and are transparent. We have the industry experience to assist you in designing, implementing and supporting your automation investment. There is no additional training required for a separate process safety program. Available spares, same hardware and software as Basic Process Control System. ControlLogix®, a platform that allows you to configure and program ControlLogix controllers in order to perform checks on the entire system.

Trusted®, fault-tolerant control system is designed for a wide range safety requirements. This safety instrumented solution includes a triple modular redundant system (TMR), which identifies the source and causes of faults. The system responds immediately to fix system faults and helps you meet safety integrity requirements. Trusted TMR design uses majority voting to determine the source of a fault. Random hardware failures can cause one of the three control "slices" to react differently than the others. The voting system records and reports any discrepancies. The Trusted TMR will immediately respond to system faults and help you confirm that it meets safety requirements. Integrates into other control systems. Integrates into PlantPAx®. Supports 24-120V DC and 120V I/O modules. High density I/O (upto 40 channels/module) meets safety standards. Critical valves are subject to partial stroke testing.

We can meet your SIS needs, whether you require SIL 1-3, failsafe to fault-tolerant, or triple modular redundant (TMR), architectures. Our fault-tolerant AADvance®, fault-tolerant control system is a distributed, scalable safety instrumented platform. You can adjust the level of module redundancy to suit specific applications with our AADvance solution. This solution allows you to set the level of safety integrity and availability that you require throughout your plant. AADvance courses provide a thorough overview of AADvance software and hardware as well as troubleshooting. Additional tools are available to ensure that your AADvance implementation is completed as quickly and efficiently as possible. AADvance is a fail-safe controller. The system's configuration limits are understood. Construct a complete system. Based on I/O, select the appropriate hardware.

ABB Ability™, SafetyInsight™, is a digital approach for process safety management in high-hazard industries. It digitalizes the early Engineering Technology (ET), data to create a digital twin of process safety, which can be used to compare actual plant operations. Through agnostic connectivity, operational data is captured from both IT and OT sources. The ET data provides context to the IT/OT data using the process safety digital twin. This gives the right information to the right person at the right time to make informed decisions. ABB Ability™, SafetyInsight™, integrates several modules to create a digital suite of applications. By creating a safe foundation, identifying potential improvement opportunities, and managing operational risks, you can increase efficiency in your organization.

Safety Manager is a SIL 3 system that minimizes incidents, maximizes production, reduces compliance costs, and manages plant safety. Safety Manager is our second generation safety platform. It is based on the same Quadruple modular redundant (QMR), architecture as its FSC predecessor. It helps to minimize incidents, maximize production uptime, reduce compliance costs, and manage plant safety. Safety Manager combines a rack-based design and remote IO capabilities. Safety Manager, which introduces Universal IO, allows customers to distribute their safety control architecture across multiple plants. This saves money and reduces wiring. Safety Manager integrates process safety data and applications, system diagnostics and critical control strategies. It also executes SIL-defined safety logic in a redundant (2oo4D), architecture. Safety Builder allows for plant-wide management and programming of safety-critical databases.

ProSafe-RS Lite meets the international safety standards for up to SIL2 applications. The ProSafe series can be selected from SIL2 (ProSafe RS Lite), SIL3 and SIL4 (ProSafe -SLS). Continual functional enhancements to ProSafe series will help you run your plants safely. International Electrotechnical Commission (IEC) has established safety integrity levels (SIL). These levels indicate the relative risk associated with a safety function. IEC 61508 defines SILs 1 to 4. SIL2 is a lower risk factor than a plant that has safety measures in place. It's between 1/100 to 1/1,000. The risk factor at SIL3 is between 1/1,000 to 1/10,000. The risk factor for SIL4 is between 1/10,000 to 1/100,000. ProSafe-RS Lite inherits ProSafe-RS's highly reliable technology and combines it with CENTUM VP/ProSafeRS to enable integrated operation that includes safety and process control.

The ProSafe-RS safety system is a TUV certified Safety Instrument System (SIS) that can be used in SIL 1, 2, or 3 applications. It comes in a single modular configuration and has superior availability in a redundant configuration. It can be used as a standalone system, or integrated with the CENTUM VP Distributed Control System. Yokogawa industrial safety products minimize interruptions by providing reliable protection at all SIL levels. They also provide real-time dashboards that quantify current and future risks and virtual scenario testing to assess potential impacts of bypasses or overrides. Online modification allows plants to continue running during upgrades. Automated compliance reporting optimizes testing frequency. The safety controller is the last line of defense and must be reliable in its actions. Yokogawa's unique Versatile Modular Resiliency maintains unlimited SIL 3 operation under multiple failure scenarios.

ProSafe-SLS, Yokogawa’s solid-state, hardwired safety instrumented systems, is designed to meet the highest safety requirements. This product line meets the requirements of individual safety instrumented system and offers all safety integrity levels (SIL 3-4 for the oil and natural gas, chemical, nuclear, and conventional power industries. The ProSafe-SLS safety system is fully integrated with Yokogawa’s CENTUM VP process controller system and the FAST/TOOLS SCADA program package. ProSafe-SLS safety systems modular design allows for the creation of many applications, including small HIPS systems and large ESD/F&G systems. The system also provides the fastest response time possible to any process demand. The ProSafe-SLS safety instrumented system was created for applications that require the highest Safety Intensity Levels (SIL3 & 4, respectively). It uses solid-state elements for processing the functional logic.

Operators must reduce unplanned downtime despite decreases in CAPEX/OPEX. They also need to comply with ISA84/IEC61511. Are you able to accurately track safety system performance and compliance data in your operation? Yokogawa's Sustainable Functional Safety Management solution (FSM), continuously analyzes all safety-related demands and failures throughout the plant's lifecycle vs. Safety performance indicators. This process provides continuous safety performance updates for all plant personnel. Active management of operational safety information ensures compliance with IEC 61511/ISA84 throughout the asset's lifecycle. After the safety instrumented systems (SIS) design has been completed, the process safety monitoring can be automated. Our sustainable FSM solution automates change management.

EcoStruxure Triconex safety solutions are a reliable choice when safety and profitability are important to your business' success. EcoStruxure Triconex safety systems are an integral part of EcoStruxure Plant. They also enable Schneider Electrics open, IoT enabled architecture for actionable business insights. EcoStruxure Triconex safety systems have been in continuous safe operation for over 30 years. They have provided more than 1 billion safe operating hours. Tricon, Tricon CX and Trident are the most popular family of high-availability and high-integrity safety systems. They have been certified by TUV Rheinland at safety integrity level 3 (SIL3) and can be used in all safety-related and critical control applications. EcoStruxure Triconex Safety Systems are proven in the most challenging industries and applications. They offer a lifetime of performance. The highest level of protection for people, production assets, and profits. Maximum plant availability and safe operation.

The SIMATIC PCS7 distributed control system is trusted for decades and yet remains at the forefront of technology. It is your starting point to exceptional plant performance. PCS 7 is a powerful and versatile process control technology by Siemens. PCS7 V9.1 ensures that your operations are sustainable over the long-term by using reusable and standard process libraries. Your plant will be able to use automatic inventory management to ensure that all critical hardware, software, and network components of your PCS 7 installation remain up-to-date. The Advanced Process Library is a tool that allows for easy project planning and reliable process management. The operator system is flexible and can be used by single users, multiple users, or web-operating options.