Point85 Overall Equipment Effe
Kent Randall
Free
100+
downloads
About Point85 Overall Equipment Effe
The Point85 Overall Equipment Effectiveness (OEE) applications enable:
* collection of equipment data from multiple sources to support OEE calculations or general purpose data acquisition
* resolution of a collected data value into an availability reason or produced material quantity to provide input to the performance, availability and quality components of OEE
* calculation of the OEE key performance indicator (KPI) for the equipment using an optional work schedule for defining the scheduled production time
* monitoring of equipment availability, performance and quality events
Sources of equipment availability, performance and quality event data include:
* Manual: web browser-based data entry
* OPC DA: classic OLE for Process Control (OPC) Data Acquisition (DA)
* OPC UA: OLE for Process Control Unified Architecture (UA)
* HTTP: invocation of a web service via an HTTP request
* RMQ Messaging: an equipment event message received via a RabbitMQ message broker
* JMS Messaging: an equipment event message received via an ActiveMQ message broker
* MQTT Messaging: an equipment event message received via an MQTT message server
* Database Interface Table: a pre-defined table for inserting OEE events
* File Share: a server hosting OEE event files
* Modbus: a Modbus master communicating with its slaves.
* Cron Job: a cron job scheduled to execute at specified points in time
The Point85 applications supporting OEE are:
* Designer: a GUI application for defining the plant equipment, data sources, event resolution scripts, manufacturing work schedule, availability reasons, produced materials and units of measure for data collectors. The designer also includes a dashboard and trending capabilities.
* Collector: a Windows service or Unix deamon to collect the equipment event data and store it in a relational database
* Monitor: a GUI application with a dashboard to view the current equipment OEE and status
* Operator: a GUI application for manual entry of equipment events
* Operator Web: a web-application for manual entry of equipment events
* Operator Mobile: an Android and IOS application for manual entry of equipment events
In addition, two GUI test applications assist in the development of an OEE solution:
* HTTP requester and message publisher
* Front end GUI for a data collector
For more information about the Designer and other OEE applications, please visit https://github.com/point85.
* collection of equipment data from multiple sources to support OEE calculations or general purpose data acquisition
* resolution of a collected data value into an availability reason or produced material quantity to provide input to the performance, availability and quality components of OEE
* calculation of the OEE key performance indicator (KPI) for the equipment using an optional work schedule for defining the scheduled production time
* monitoring of equipment availability, performance and quality events
Sources of equipment availability, performance and quality event data include:
* Manual: web browser-based data entry
* OPC DA: classic OLE for Process Control (OPC) Data Acquisition (DA)
* OPC UA: OLE for Process Control Unified Architecture (UA)
* HTTP: invocation of a web service via an HTTP request
* RMQ Messaging: an equipment event message received via a RabbitMQ message broker
* JMS Messaging: an equipment event message received via an ActiveMQ message broker
* MQTT Messaging: an equipment event message received via an MQTT message server
* Database Interface Table: a pre-defined table for inserting OEE events
* File Share: a server hosting OEE event files
* Modbus: a Modbus master communicating with its slaves.
* Cron Job: a cron job scheduled to execute at specified points in time
The Point85 applications supporting OEE are:
* Designer: a GUI application for defining the plant equipment, data sources, event resolution scripts, manufacturing work schedule, availability reasons, produced materials and units of measure for data collectors. The designer also includes a dashboard and trending capabilities.
* Collector: a Windows service or Unix deamon to collect the equipment event data and store it in a relational database
* Monitor: a GUI application with a dashboard to view the current equipment OEE and status
* Operator: a GUI application for manual entry of equipment events
* Operator Web: a web-application for manual entry of equipment events
* Operator Mobile: an Android and IOS application for manual entry of equipment events
In addition, two GUI test applications assist in the development of an OEE solution:
* HTTP requester and message publisher
* Front end GUI for a data collector
For more information about the Designer and other OEE applications, please visit https://github.com/point85.
