Controllers and indicators
Display and control temperature, humidity, pressure, flow and other process variables.
Monitor · NOVUS process monitoring and data acquisition
Process Monitoring, Data Logging & Dashboards
Combine local control, durable records, remote visibility and practical dashboards around the process variables that matter to operations.
PID Control
Data Logging
Wi-Fi / 4G
NOVUS Cloud
Alarms
Reports
Data logging
Alarms
Dashboards
Source
Process, environmental and energy variables
Monitor
Record, evaluate and alarm
Information
Trends, events, reports and KPIs
Destination
Operators, maintenance and management
Monitoring products
Monitoring Portfolio
The portfolio covers controllers and indicators, portable and installed data loggers, connected IoT loggers, configuration and analysis software, cloud monitoring and industrial dashboards.
Portable and installed loggers
Record analogue, digital and environmental measurements locally for later review.
Connected data loggers
Use Ethernet, Wi-Fi or cellular products for remote data access and monitoring.
Configuration and analysis software
Configure devices, download records and analyse trends from supported products.
Cloud dashboards
Visualize compatible devices and measurements online through NOVUS Cloud.
IoT monitoring devices
Connect distributed assets and environmental measurements to remote operations workflows.
Applications
Solutions
Select the monitoring system from measured variables, channel count, sample interval, local storage, alarm response, communication and reporting requirements.
Process and furnace monitoring
Combine PID control, alarms and historical records for thermal and batch processes.
Cold-chain and storage conditions
Record temperature and humidity with device placement and alarm logic matched to the storage workflow.
Utilities and environmental data
Monitor flow, pressure, temperature, humidity and electrical variables across distributed equipment.
Remote assets
Use connected loggers and gateways where local visits are costly or network availability is intermittent.
Monitor
Controllers & Indicators
Local controllers keep the primary process action close to the equipment while exposing values and status to supervisory systems.
PID and ON/OFF control
Regulate temperature, humidity, pressure or flow with control mode matched to process dynamics.
Auto-tuning and parameters
Use supported tuning functions as a starting point, then validate response under normal operating conditions.
Indication and alarms
Present the measured value and activate outputs according to configured limits and logic.
Communication
Connect supported controllers and indicators to supervisory systems through available serial or Ethernet interfaces.
Monitor
Data Loggers
Data loggers provide an independent record of process and environmental variables when continuous PLC historian coverage is unnecessary or unavailable.
FieldLogger
Acquire multiple analogue and digital channels with local storage and network connectivity for installed monitoring systems.
LogBox families
Use compact or wireless loggers for environmental, transport and distributed monitoring tasks.
Sampling and storage
Select interval, memory strategy and channel configuration from the process rate and record-retention need.
Data quality
Record sensor type, scaling and logger time settings together with the measurement data.
NOVUS acquisition examples
Selecting the appropriate data logger
Cabinet-level multichannel acquisition and distributed wireless logging serve different parts of the same monitoring architecture. Both preserve local records before data is transferred to analysis, reporting or dashboard systems.
Multichannel installed acquisition
Collect multiple analogue and digital variables in an installed system where channel context, sampling and local storage must be coordinated.
Distributed connected logging
Add local recording and Wi-Fi connectivity close to the monitored asset, with supported data and alarm paths into higher-level monitoring systems.
Monitor
Process Variables
A useful monitoring system preserves engineering units and sensor context from the field input to the dashboard.
Temperature and humidity
Monitor environments, storage areas, HVAC and thermal processes with sensors suited to the location.
Pressure and flow
Follow utility and process conditions in air, gas and liquid systems.
Analogue and digital signals
Record 4–20 mA, voltage, contact and pulse inputs from existing instruments and equipment.
Equipment state
Combine process values with run, alarm and batch status so trends can be interpreted correctly.
Monitor
Alarms
Alarm design should identify an actionable condition, a responsible user and the required response—not merely highlight every deviation.
Local alarms
Use controller or logger outputs where immediate action is required at the equipment.
Remote notifications
Send supported notifications through the connected platform for conditions that require off-site awareness.
Delay and hysteresis
Prevent nuisance alarms by matching thresholds and delays to process behaviour.
Acknowledgement and escalation
Define who receives, acknowledges and escalates each alarm class.
Monitor
Remote Monitoring
Remote access should extend visibility without weakening the local control and security architecture.
Ethernet and Wi-Fi
Connect installed and wireless loggers to local networks for data transfer and configuration.
Cellular connectivity
Reach remote sites through supported 4G gateways using controlled remote-access methods.
Local buffering
Keep records at the device during connection interruptions where product storage supports it.
Access control
Separate viewing, configuration and command privileges for remote users.
Monitor
Dashboards
Dashboards should present equipment context, current condition and trend direction with enough detail to support an operating decision.
Online visualization
Use NOVUS Cloud with compatible devices for web-based process-data visibility.
Asset hierarchy
Organize sites, equipment and channels so users can locate the relevant measurement quickly.
Trends and comparison
Compare values over time and across related equipment rather than showing isolated gauges only.
Role-based views
Present operations, maintenance and management information at the level each user needs.
Historical data
Reports & Records
Historical records should preserve timestamps, engineering units, configuration context and export format for operational review, quality records and maintenance analysis.
Historical export
Download supported device records for analysis and archiving.
Trend review
Use time plots and statistics to identify drift, recurring events and operating patterns.
Configuration evidence
Store channel settings and calibration references with the exported data.
Operational and quality reports
Build repeatable reports for maintenance, process review and customer-specific documentation requirements.
System integration
Integration
Monitoring systems can exchange data through Modbus, MQTT, SCADA or cloud interfaces while fast control and safety actions remain in the local control layer.
Modbus connectivity
Connect supported controllers, loggers and I/O modules to PLC or SCADA systems.
MQTT and IoT gateways
Publish selected data from compatible devices to cloud or enterprise platforms.
SCADA handoff
Use tags, units and alarm states that align with the supervisory system database.
Control separation
Keep fast control and safety actions local while remote systems provide visibility, analysis and coordination.