iNELS Wiki
iNELS Bus
iNELS Bus
  • Introduction
    • What is iNELS Bus
    • Key features of iNELS Bus
    • iNELS BUS Technology.
    • iNELS Bus communication
  • Technical manual: Products
    • Detectors
      • DLS3-1
      • MCD3-01
      • PMS3-01
    • Converters
      • ADC3-60M
      • DAC3-04M
      • IBWL3-20B-SL
    • Switching Actuators
      • SA3-01B/SA3-02B
      • SA3-04M
      • SA3-06M
      • SA3-014M
      • SA3-022M
      • EA3-022M
    • Shutter Actuators
      • JA3-014M
    • Dimming Actuators
      • DA3-22M
      • DA3-66M
      • DA3-03M/RGBW
    • Input Units
      • IM3-40B, IM3-80B
      • IM3-140M
      • TI3-40B
      • TI3-60M
    • Combined Units
      • FA3-612M
      • RC3-610M/DALI
      • IOU3 -108M
    • Controllers
      • GSB3-XX
      • GSB3 XX/SX
      • MSB3 XX/XX
      • WSB3-20, WSB3-20H
      • WSB3-40, WSB3-40H
      • WMR3-21
      • GCR3-30
    • Thermo-regulators
      • IDRT3-1
    • Integration
      • iNELS Bridge
  • How to get started
    • First run of Central unit
    • Firmware update of Units
    • Reset Central Unit CU3-XX
    • Exports for iNELS Cloud and APP
    • Controlling DALI Ballasts in iNELS Systems
    • What steps should be taken when a unit shows as disconnected?
    • iDM Bus Analysis and Troubleshooting Software
  • iNELS Design Manager: iDM3
    • Software Download
    • Troubleshooting Disconnected Units in iDM3 Software
    • Understanding Bits and Integers in iNELS Design Manager for Building Automation
    • Regulators
      • Two-point regulator
      • Three-point regulator
      • Fan-coil regulators
      • Cooling regulator
      • Heating regulator
    • Introduction to the iDM (iNELS Design Manager)
      • Main Screen Components
    • True state and Long State button
  • 3rd Party Integration
    • How to Integrate iNELS BUS with 3rd Party world.
    • MQTT payload description of iNELS BUS devices
    • MQTT Payload Manual for Bits and Integers
    • HVAC Control: How to Control HVAC from iNELS system using Tasmota IR Controller
    • How to Integrate iNELS BUS with Home Assistant
    • Integration : iNELS System with NETx BMS via MQTT Protocol
    • Integrating iNELS with Modbus, BACnet, ASCII, Z-Wave, etc.
  • Inspinia
    • Inspinia Touch Series
    • A-iBUS Slave Addon Module Manual for Inspinia Screens (INS4SQ, INS8SQ, INS10SQ)
    • iNELS BUS Add-On Module Manual for Inspinia Touch Panels
    • Adding iNELS Units to Inspinia via MQTT
    • SKY PLATFORM
Powered by GitBook
On this page
  • True state button
  • Long state button
  1. iNELS Design Manager: iDM3

True state and Long State button

PreviousMain Screen ComponentsNext3rd Party Integration

Last updated 6 months ago

True state button

True state is a crucial parameter designed to address issues related to false button presses caused by interference in your system. When configured, this parameter dictates the signaling delay to the Central Unit (CU) once the button is pressed. This delay serves as a protective measure against erroneous inputs—specifically, if a false press occurs within a duration shorter than the time specified in the True State parameter, the information will not be transmitted to the CU. Consequently, the unit will intelligently disregard such short-lived signals, ensuring that only valid button presses are acknowledged and acted upon. This feature enhances the reliability and accuracy of your system, especially in environments prone to interference, offering a more robust and secure user experience.

Long state button

Long State plays a pivotal role in mitigating challenges associated with BUS interference and slow communication in your system. Specifically, this parameter sets the signaling delay to the Central Unit (CU) when a button is released. In installations where BUS communication faces sluggishness due to interference, the Long State parameter proves invaluable.

In scenarios where a button press is short and the BUS communication is slow, there might be a risk of the unit not being able to transmit the information to the CU in a timely manner, especially regarding the acknowledgment of a press and subsequent release event. To address this concern, the Long State parameter comes into play. It extends the press time by the specified value, allowing the unit to compensate for the sluggish BUS communication. This ensures that the CU receives the necessary information regarding the button press and subsequent release, even in situations where the standard communication speed may be compromised. As a result, Long State contributes to the reliability and responsiveness of your system, offering a solution tailored to environments with BUS-related challenges.