LogoLogo
Contact Uscybus.io
Connectware 1.11.0
Connectware 1.11.0
  • Getting Started
    • Introduction
    • System Requirements
    • Connectware Admin UI
    • Basic Components of Connectware
    • Connecting your First Machine
      • Your First Service Commissioning File
  • Documentation
    • Installation and Upgrades
      • Installing Connectware
        • Installing Connectware (Kubernetes)
        • Installing Connectware (Docker)
      • Upgrading Connectware
        • Upgrading Connectware (Kubernetes)
          • Version-Specific Upgrades (Kubernetes)
        • Upgrading Connectware (Docker)
          • Version-Specific Upgrades (Docker)
      • Uninstalling Connectware
        • Uninstalling Connectware (Kubernetes)
        • Uninstalling Connectware (Docker)
      • Licensing
      • Restarting Connectware
    • User Management
      • Users and Roles View
      • Users
      • Roles
      • Permissions
      • Password Policy Rules
      • Default Admin User
      • MQTT Users
      • Adding a MQTT Publish Prefix for Users
      • Multi-Factor Authentication
      • Single Sign-On (SS0)
        • Single Sign-On with Microsoft Entra ID
        • Single Sign-On with LDAP
      • JSON Web Tokens
      • Access Permissions for Admin-UI
        • UI Access
        • Minimum Access Role Pages
    • Services
      • Service Overview
      • Service Resources View
        • Service Links View
        • Servers View
        • Containers View
        • Volumes View
        • Connections View
        • Endpoints View
        • Mappings View
      • Service Details View
      • Service Commissioning Files
        • Version
        • Description
        • Metadata
        • Parameters
        • Definitions
        • Resources
          • Cybus::Connection
          • Cybus::Container
            • Docker Problem with Network Changes
          • Cybus::Endpoint
          • Cybus::File
          • Cybus::IngressRoute
          • Cybus::Link
          • Cybus:Mapping
          • Cybus::Node
          • Cybus::Role
          • Cybus::Server
          • Cybus::User
          • Cybus::Volume
      • Setting Up and Configuring Services
        • Installing Services
        • Enabling Services
        • Updating Services
        • Disabling Services
        • Deleting Services
      • FlowSync
        • Example 1 - Node with Transaction Mode (HTTP)
        • Example 2 - Node Responds (HTTP)
        • Example 3 - Node with Error (HTTP)
        • Example 4 - Node with Timeout Error Code and Error Message (HTTP)
        • Example 5 - Full Transactional Data Flow (HTTP)
        • Example 6 - Full Transactional Data Flow (OPC UA)
      • ServiceID
      • Inter-Service Referencing
      • Deviations
      • Service Logs
        • Logs of Individual Services
        • Logs of All Services
      • Rule Engine
        • Data Processing Rules
        • Rule Sandbox
      • Shared Subscriptions
        • Setting Up Shared Subscriptions
    • Agents
      • Agents View
      • Installing Agents
        • Installing Agents via Docker
        • Installing Agents via Docker Compose
        • Installing Agents via Kubernetes
        • Using Mutual TLS for Agents
      • Registering Agents in Connectware
      • Using Agents
      • Monitoring Agents
      • Agents in Kubernetes
        • Adding Agents Inside your Connectware Installation
        • Remote Agents with the connectware-agent Helm Chart
        • Kubernetes Cluster Requirements for the connectware-agent Helm Chart
        • Installing Connectware Agents using the connectware-agent Helm Chart
        • Installing Connectware Agents without a License Key Using the connectware-agent Helm Chart
        • Upgrading the connectware-agent Helm Chart
        • Uninstalling Connectware agents with the connectware-agent Helm chart
        • Configuration Principles for the connectware-agent Helm Chart
        • Configuring Agents with the connectware-agent Helm Chart
          • Configuring Target Connectware for the connectware-agent Helm Chart
          • Configuring Agent Persistence for the connectware-agent Helm Chart
          • Configuring Compute Resources for the connectware-agent Helm Chart
          • Using a Custom Image Registry for the connectware-agent Helm Chart
          • Configuring Image Pull Policy for the connectware-agent Helm Chart
          • Using Mutual Transport Layer Security (mTLS) for agents with the connectware-agent Helm chart
          • Configuring image name and version for the connectware-agent Helm chart
          • Configuring Environment Variables for the connectware-agent Helm Chart
          • Configuring Labels and Annotations for the connectware-agent Helm Chart
          • Configuring podAntiAffinity for the connectware-agent Helm Chart
          • Assigning Agents to Kubernetes Nodes for the connectware-agent Helm Chart
          • Configuring Security Context for the connectware-agent Helm Chart
          • Controlling the Name of Kubernetes Objects for the connectware-agent Helm Chart
      • Troubleshooting Agents
    • Client Registry
      • Implicit Flow
      • Explicit Flow
      • Granting Access
    • Certificates
      • Certificates View
      • Adding Certificates
      • Removing Certificates
    • Monitoring
      • Data Explorer
      • Live Data
    • Node-RED Workbench
    • System Status
      • Info
      • Metrics
      • Status
      • Retrieving More System Information
      • System Health
    • Backup and Restore
      • Volumes
      • User Database
    • CybusMQ
      • Configuring CybusMQ
    • Connectware on Kubernetes
      • Connectware Helm Chart
      • Resizing Broker Volumes in Kubernetes
      • Configuring Core Services
      • LDAP Authentication
        • Configuring LDAP Authentication
        • Enabling TLS for LDAP Authentication
        • Manual Kubernetes Secret for LDAP Authentication Bind User
        • Customizing the Search Filter for LDAP Authentication
        • Customizing the User RDN for LDAP Authentication
      • Troubleshooting Connectware on Kubernetes
    • Environment Variables
    • Industry Protocol Details
      • ADS
        • ADS Connection Properties
        • ADS Endpoint Properties
      • BACnet
        • BACnet Connection Properties
        • BACnet Endpoint Properties
      • Custom Connectors
        • Developing Custom Connectors
        • Deploying Custom Connectors
        • Using Custom Connectors
      • EtherNet/IP
        • EtherNet/Ip Connection Properties
        • EtherNet/Ip Endpoint Properties
      • FOCAS
        • FOCAS Connection Properties
        • FOCAS Endpoint Properties
      • Hottinger Baldwin Messtechnik (HBM)
        • HBM Connection Properties
        • HBM Endpoint Properties
      • Heidenhain DNC
        • Heidenhain DNC Connection Properties
        • Heidenhain DNC Endpoint Properties
      • HTTP/REST
        • HTTP/REST Connection Properties
        • HTTP/REST Endpoint Properties
      • HTTP Server/Node
        • HTTP Server Properties
        • HTTP Node Properties
      • InfluxDB
        • InfluxDB Connection Properties
        • InfluxDB Endpoint Properties
      • Kafka
        • Kafka Connection Properties
        • Kafka Endpoint Properties
      • Modbus/TCP
        • Modbus/TCP Connection Properties
        • Modbus/TCP Endpoint Properties
      • MQTT
        • MQTT Connection Properties
        • MQTT Endpoint Properties
      • MSSQL
        • Mssql Connection Properties
        • Mssql Endpoint Properties
      • OPC DA
        • OPC DA Connection Properties
        • OPC DA Endpoint Properties
      • OPC UA
        • OPC UA Client
          • OPC UA Client Connection Properties
          • OPC UA Client Endpoint Properties
        • OPC UA Server
          • OPC UA Server Properties
          • OPC UA Node Properties
        • OPC UA Object Types
        • OPC UA Server References
          • OPC UA Reference Node
          • OPC UA Object Node
      • Siemens SIMATIC S7
        • Siemens S7 Connection Properties
        • Siemens S7 Endpoint Properties
      • Shdr
        • Shdr Connection Properties
        • Shdr Endpoint Properties
      • SINUMERIK
        • SINUMERIK Connection Properties
        • SINUMERIK Endpoint Properties
      • SOPAS
        • SOPAS Connection Properties
        • SOPAS Endpoint Properties
      • SQL
        • SQL Connection Properties
        • SQL Endpoint Properties
      • Werma WIN Ethernet
        • Werma WIN Ethernet Connection Properties
        • Werma WIN Ethernet Endpoint Properties
      • Systemstate
        • Systemstate Endpoint Properties
    • API Reference
      • User Management (API)
      • Client Registry (API)
      • Services (API)
      • Resources (API)
      • System Status (API)
      • Resource Status Tracking (HTTP API)
      • Industry Protocol Details (API)
    • Changelog
Powered by GitBook
LogoLogo

Cybus

  • Terms and Condition
  • Imprint
  • Data Privacy

© Copyright 2025, Cybus GmbH

On this page
  • Service Commissioning File Example
  • Received data for tiers
  • Received data for rssi
  • Received data for all
  • Received data for raw

Was this helpful?

  1. Documentation
  2. Industry Protocol Details

Werma WIN Ethernet

PreviousSQL Endpoint PropertiesNextWerma WIN Ethernet Connection Properties

Last updated 2 months ago

Was this helpful?

The Werma WIN system is a wireless communication system for making simple machine state information available for digital processing. The system especially enables connected stacklights. With the Cybus Connectware, the Werma WIN data can easily be made available in your shopfloor data structure.

The Werma WIN system consists of the following components:

Werma WIN Ethernet Master

The master acts as an access point to the wireless sensor system. Its ethernet port must be reachable by the Cybus Connectware. In order to commission the data acquisition, the IP address of the ethernet master must be known. A single master is used for managing access to multiple slaves.

Werma WIN Slaves

Each machine / stack light is equipped with a dedicated slave. Each slave is identified by its mac address, which can be found out by inspecting the Cybus logs or with the Werma WIN Windows Configuration tool. Every slave provides the following data points:

  • RSSI: an indicator for the wireless signal strength of this particular slave.

  • Tiers (t1,t2,t3,t4): represent the state of the up to four digital switches. A tier is usually associated with a specific color. Tiers may carry one of the following values: ‘on’, ‘off’, or ‘blink’.

State updates from slaves can be triggered asynchronously at fixed time intervals as well as on state changes of any of the tiers.

Werma WIN Easy Software

For system setup and configuration and especially the association between master and slaves, you need to use the Werma WIN Windows Software that is shipped with the hardware.

Werma WIN Shopfloor Manager

The proprietary shopfloor management application from Werma can be used in conjunction with the Connectware. Because a Werma WIN Ethernet Master does not allow multiple concurrent connections, the Cybus Werma Proxy Service can be used to distribute data simultaneously.

The Cybus Connectware Werma protocol maps the proprietary Werma WIN Protocol into MQTT/JSON.

Service Commissioning File Example

The following example demonstrates how to configure a simple Werma connection and endpoint that subscribes to a device specified by its MAC address.

wermaConnection:
 </strong>  type: Cybus::Connection
   properties:
     protocol: Werma
     connection:
       port: !ref host
       host: !ref host
       password: !ref password
       connectionStrategy:
         initialDelay: 1000
         maxDelay: 10000
         incrementFactor: 2

 wermaSubscribe:
   type: Cybus::Endpoint
   properties:
     protocol: Werma
     connection: !ref wermaConnection
     subscribe:
       mac: !ref macAddress

Received data for tiers

{ 'timestamp': '<unix timestamp in ms>', 'value': "'on'|'off'|'blink'" }

Received data for rssi

{ 'timestamp': '<unix timestamp in ms>', 'value': '<float>' }

Received data for all

{
    'timestamp': '<unix timestamp in ms>',
    'value': { 't1': "'on'|'off'|'blink'", 't2': "'on'|'off'|'blink'", 't3': "'on'|'off'|'blink'", 't4': "'on'|'off'|'blink'", 'rssi': '<float>' },
}

Received data for raw

The raw data is forwarded as received from the Werma WIN Ethernet master without any further processing or decoration.

Connection Properties
Endpoint Properties