Industrial Monitoring & Control

Industrial monitoring and control solutions for equipment, processes, production systems and demanding industrial applications.

Industrial Monitoring & Control for Demanding Applications

Industrial operations require reliable access to equipment status, process information and operational data. Effective monitoring and control systems help operators understand operating conditions, respond to changes and maintain reliable operation.

NIACO develops and provides industrial monitoring and control solutions around the practical requirements of each application, combining industrial computing, HMI, control systems, communication technologies and appropriate interfaces.

The appropriate monitoring and control architecture depends on the application, required information, connected equipment, control requirements, communication structure, operating environment and expected lifecycle.

Typical Applications

NIACO industrial monitoring and control solutions can support applications such as:

Machine and equipment monitoring
Production line monitoring
Process monitoring
Equipment status and diagnostic systems
Industrial control and operator stations
Data acquisition and local processing
Remote and distributed monitoring
Industrial equipment control
Facility and infrastructure monitoring
Industrial communication and networking
Production data monitoring
Equipment modernization and monitoring upgrades

Monitoring & Control Solution Architecture

Industrial monitoring and control is not defined by a single device. A reliable solution depends on the relationship between sensing and connected equipment, control systems, industrial computing, HMI, communication networks and the application environment.

NIACO approaches monitoring and control as part of the wider industrial system.

Monitoring

Collect and present relevant information about equipment, processes, operating conditions and system status.

Industrial Computing

Industrial computing platforms can provide local processing, data handling, communication, visualization and application-specific functions within the monitoring and control architecture.

HMI & Operator Interface

HMI systems provide operators with access to process information, equipment status, alarms, controls and operational functions.

Control System

Control systems provide the required logic and control functions for machines, equipment and industrial processes.

Industrial Communication

Reliable communication connects PLCs, controllers, industrial PCs, HMI systems, machines and other equipment across the industrial environment.

Data Acquisition

The monitoring architecture may collect operational information from connected equipment, sensors, controllers and industrial systems according to application requirements.

Application Environment

Temperature, humidity, dust, vibration, available space, installation conditions and continuous operation can influence the appropriate equipment and architecture.

From Requirement to Monitoring & Control Solution

NIACO approaches monitoring and control from the application and its requirements rather than from a single product.

Understand

Understand the equipment, process, operating environment, information requirements and existing control architecture.

Define

Define the appropriate monitoring and control architecture, required information, communication structure and operator interfaces.

Select

Select the appropriate industrial computing, HMI, control, networking and monitoring equipment based on the application requirements.

Integrate

Integrate computing, control, HMI, communication and connected equipment into a practical monitoring and control system.

Commission

Support implementation, testing, commissioning and operational readiness of the monitoring and control solution.

Support

Consider maintainability, serviceability, compatibility, modernization and long-term operational requirements throughout the solution lifecycle.

Relevant Technologies & Products

Monitoring and control solutions may combine several NIACO product and technology areas depending on the application.

Industrial PC

Industrial computing platforms for monitoring, control, data processing, visualization and industrial communication.

Industrial Mini PC

Compact computing platforms for monitoring, data processing, communication and control applications where space and connectivity requirements are important.

HMI Systems

Industrial HMI platforms for operator interaction, equipment status, process visualization, alarms and control functions.

Industrial Displays

Industrial display solutions for monitoring stations, operator environments, control rooms and equipment interfaces.

Thin Client & Mini PC

Computing platforms for distributed or centralized monitoring and operator environments where the system architecture determines local computing requirements.

PLC Control Systems

Control platforms for machine, equipment and process control within industrial automation and monitoring architectures.

Industrial Communication

Networking and communication technologies required to connect industrial computing, control, HMI and connected equipment.

Monitoring & Control Across Industries

Industrial monitoring and control requirements vary by industry, application and operating environment.

Manufacturing

Monitoring of production equipment, machines, production lines, process conditions and operational status.

Energy & Power

Monitoring and control of equipment, facilities and distributed operational systems where reliable information and continuous operation are important.

Infrastructure

Monitoring and control systems for infrastructure equipment, facilities and distributed operational environments.

Automotive

Production monitoring, equipment status, machine control and operational information within automotive manufacturing environments.

Transportation & Logistics

Monitoring of transportation infrastructure, logistics facilities, equipment and distributed operational systems.

Telecommunications

Monitoring of telecommunications equipment, facilities and distributed infrastructure environments.

Utilities

Monitoring and control of utility infrastructure, equipment and distributed operational systems.

Oil & Gas

Industrial monitoring and control for demanding operational environments where reliability, connectivity and long-term operation are important.

Pharmaceutical

Monitoring and control applications for production equipment, facilities and industrial process environments.

Engineering Considerations

Industrial monitoring and control applications can require careful consideration of:

Reliability — Stable operation in continuously operating industrial systems.
Monitoring Requirements — Clear access to relevant equipment, process and operational information.
Control Requirements — Appropriate control architecture for the machine, equipment or process.
Connectivity — Reliable communication between computing, control, HMI and connected equipment.
I/O & Interfaces — Compatibility with required field equipment, controllers, peripherals and communication systems.
Data Acquisition — Appropriate collection and local processing of operational information.
Operating Environment — Temperature, humidity, dust, vibration and other site-specific conditions.
System Integration — Coordination between industrial computing, PLC, HMI, networking and automation components.
Operator Interaction — Clear and practical presentation of information and control functions.
Lifecycle Requirements — Maintainability, serviceability, compatibility and long-term system availability.

Related Resources

Related Industries

Manufacturing
Energy & Power
Infrastructure
Automotive
Transportation & Logistics
Telecommunications
Utilities
Oil & Gas
Pharmaceutical

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