TeSys Active TeSys island – Digital Motor Management Solution – System, Installation, and Operation Guide

Safety Information
About the Book
Precautions
TeSys island Presentation
TeSys Avatar Functions
Installation and Wiring
- Installation
  - Dimensions
  - Weights
  - General Installation Guidelines
    - Enclosure Requirements
    - Thermal Considerations
    - Environmental Characteristics
    - Electromagnetic Compatibility
  - Mounting Positions
  - Required Tools
  - Installing the Bus Coupler
    - Mounting the Bus Coupler on DIN Rail
    - Micro SD Card
      - Handling the Micro SD Card
      - Installing the Micro SD Card
  - Installing Standard Starters and SIL Starters
    - Coupling Starters
    - Installing the LAD9R1 Kit (9–38 A Starters)
    - Installing the LAD9P3 Shorting Block (9–38 A Starters in Y/D Avatars)
    - Installing the LAD9R3 Kit (40–65 A Starters)
    - Installing the LAD9SD3S Shorting Block (40–65 A Starters in Y/D Avatars)
    - Mounting Starters on DIN Rail
  - Mounting Power Interface Modules on DIN Rail
  - Mounting the I/O and Interface Modules on DIN Rail
  - Installation Verification
  - Connecting the Flat Cables
- Wiring
- Installation Setup
Operations
- OMT Operations
Powering On the island
Powering Off the island
Module LEDs
Updating the Firmware on the Bus Coupler
Device Replacement
- Bus Coupler Replacement
  - Micro SD Card
  - FDR Server
  - SoMove™ Project File
- Module Replacement
Alarms and Events
System Logs
- Event Log
  - Event Log Priority
  - System Event Log Attributes
- Audit Log
  - Audit Log Format
  - System Command Events
  - User Login Events
  - Island Topology Change Events
  - File Transfer Events
Troubleshooting
- Avatar Device Event
- Performing a Factory Reset
Appendix
- Avatar Composition
- Avatar Wiring Schematics and Accessory Diagrams
  - Bus Coupler with I/O Modules and Voltage Interface Modules
  - Switch
  - Switch - SIL Stop, W. Cat 1/2
  - Switch - SIL Stop, W. Cat 3/4
  - Digital I/O
  - Analog I/O
  - Power Interface without I/O (Measure)
  - Power Interface with I/O (Control)
  - Motor One Direction
  - Motor One Direction - SIL Stop, W. Cat 1/2
  - Motor One Direction - SIL Stop, W. Cat 3/4
  - Motor Two Directions
  - Motor Two Directions - SIL Stop, W. Cat 1/2
  - Motor Two Directions - SIL Stop, W. Cat 3/4
  - Motor Y/D One Direction
  - Motor Y/D Two Directions
  - Motor Two Speeds
  - Motor Two Speeds with Dahlandar Option
  - Motor Two Speeds - SIL Stop, W. Cat 1/2
  - Motor Two Speeds - SIL Stop, W. Cat 3/4
  - Motor Two Speeds Two Directions
  - Motor Two Speeds Two Directions - SIL Stop, W. Cat 1/2
  - Motor Two Speeds Two Directions - SIL Stop, W. Cat 3/4
  - Resistor
  - Power Supply
  - Transformer
  - Pump
  - Conveyor One Direction
  - Conveyor One Direction - SIL Stop, W. Cat 1/2
  - Conveyor Two Directions
  - Conveyor Two Directions - SIL Stop, W. Cat 1/2

DOCA0270EN-02

Alarm Input

There are two Alarm Inputs that can be set up for the avatar : Alarm Input 1 and Alarm Input 2. You can set up a unique type of input for each of these alarm inputs. The following inputs are available:

Temperature
Pressure
Flow
Vibration
Proximity
Generic

Each Predictive Alarm Input has the following two alarm threshold values that you can set:

Alarm High Threshold Value: Specifies the threshold between the low and nominal region of operation
Alarm Low Threshold Value: Specifies the threshold between the high and nominal regions of operation

Nominal is the region between the high and low threshold values. For example, if the high threshold value is set at 10 °C and the low threshold value is set at 2 °C, anything greater than 10 °C is considered high threshold values. Low threshold values are 0–2 °C. The nominal range is from 2–10 °C.

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