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iSMA -B-MAC36NL User Manual

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iSMA-B-MAC36NL
User Manual
iSMA-B-LIB-GRAPH
Global Control 5 Sp. z o.o.
Warsaw, Poland
www.gc5.pl

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Summary of Contents for iSMA iSMA-B-MAC36NL

  • Page 1 User Manual iSMA-B-LIB-GRAPH Global Control 5 Sp. z o.o. Warsaw, Poland www.gc5.pl...

  • Page 2: Table Of Contents

    Table of contents 1 Introduction..........................4 1.1 History of the revisions ....................4 1.2 iSMA-B-MAC36NL Overview ..................5 1.3 iSMA-B-LIB-GRAPH Overview ..................5 1.4 Key features: ........................5 1.5 Information about the software license ............... 6 2 Description of the pallet ......................7 2.1 Airflow ..........................
  • Page 3 2.12.1 Normal / alarm components ................21 2.12.2 Alarm components ....................22 2.12.3 On/Off components ....................22 2.13 Piping ......................... 22 2.13.1 Static components ....................23 2.13.2 Normal / alarm components ................23 2.13.3 Alarm components ....................23 2.13.4 On/Off components ....................23 2.13.5 Multi-condition ......................

  • Page 4: Introduction

    1 Introduction 1.1 History of the revisions Date Description 28.03.2019 First version Table 1 - History of the revisions Version 1.0 www.gc5.pl Page 4 / 24...

  • Page 5: Isma-B-Mac36Nl Overview

    Hybrid IoT Controller equipped with 36I/O and powered by Niagara 4 framework. It supports many protocols including BACnet IP, BACnet MS/TP. Modbus TCP, Modbus RTU, LON IP, KNX IP and many more. iSMA-B-MAC36NL beside great hardware features and outstanding software functionality, offers many additional packages which builds superb competitive advantage.

  • Page 6: Information About The Software License

    1.5 Information about the software license This product is licensed. The iSMA-B-MAC36NL driver is licensed for iSMA-B-LIB-GRAPH as standard. The license is in the format of an additional GC5.lic file available on the Niagara Central server. If there is no license, after adding a component to the PX worksheet, the following watermark will appear on the component only in the web browser.

  • Page 7: Description Of The Pallet

    Most graphics objects have light shadows, so the palette is dedicated to dark background, and looks best with black backgrounds. When using iSMA-B-LIB-GRAPH, remember that the PX file on which graphic components are placed must have the Scale property set to Ratio Fit for another resolution then default (for full screen mode).

  • Page 8: Dampers

    Figure 3 - Effects of Airflow folder components placement For ducts "duct_v", at the bottom of the PX file there should be an object that is first in order in the "Widget Tree". 2.2 Dampers Figure 4 - sample graphic components from the Dampers folder The Dampers folder contains dynamic images representing air dampers.

  • Page 9: On/Off Components

    Visibility property. The value of the true component of the Boolean type causes the graphics to be shown, while false causes the graphics to be hidden. 2.2.2 On/Off components Components with the suffix "off-on" in the name are dedicated to binding Boolean variables signalling operation or switching on.

  • Page 10: Cooling

    2.3 Cooling Figure 5 - sample graphic components from the Cooling folder The Cooling folder contains dynamic images representing air coolers. Due to the features described in section 2, the graphic components in the folder must be arranged in the correct order in the PX file.

  • Page 11: 0-100% Components

    Dragging a Boolean component from the Nav tree to a PX file and selecting "From Palette" in the Make Widget window, and then selecting "From Palette" from the palette of the object with the "off-on" suffix will automatically pinpoint the dragged component to the control value described as switching between switch-off and switch-on graphics.

  • Page 12: Alarm Components

    PX file. This principle is the same as for the static images described in the chapter 2.1. 2.4.1 Alarm components Components with the suffix "alarm" in the name are dedicated to bind Boolean variables signalling an alarm or failure. Graphics representing the alarm status of the device have been added to these objects.

  • Page 13: Normal / Alarm Components

    The Filters folder contains dynamic images representing air filters. Due to the features described in section 2, the graphic components in the folder must be arranged in the correct order in the PX file. This principle is the same as for the static images described in the chapter 2.1.

  • Page 14: Sensors

    2.6 Sensors Figure 8 - sample graphic components from the Sensors folder The Sensors folder contains dynamic and static images representing sensors. Due to the features described in section 2, the graphic components in the folder must be arranged in the correct order in the PX file.

  • Page 15: Humidifier

    2.7 Humidifier Figure 9 - sample graphic components from the Humidifier folder The Humidifier folder contains dynamic images representing air humidifier. Due to the features described in section 2, the graphic components in the folder must be arranged in the correct order in the PX file.

  • Page 16: Fans

    "off-on" suffix will automatically pinpoint the dragged component to the control value described as switching between switch-off and switch-on graphics. 2.8 Fans Figure 10 - sample graphic components from the Fans folder The Fans folder contains dynamic images representing duct fans. Due to the features described in section 2, the graphic components in the folder must be arranged in the correct order in the PX file.

  • Page 17: Heat Exchange

    (false) and operation (true) of the device. The second value affects the Visibility property, where false causes the graphics to be shown, while true causes the graphics to be hidden (same variable as for the alarm component above).

  • Page 18: Alarm Components

    2.9.1 Alarm components Components with the suffix "alarm" in the name are dedicated to bind Boolean variables signalling an alarm or failure. Graphics representing the alarm status of the device have been added to these objects. The component has one control value (Value Binding), which affects the Visibility property.

  • Page 19: Standalone Hvac

    2.10 Standalone HVAC Figure 12 - sample graphic components from the Standalone HVAC folder The HVAC Standalone Folder contains dynamic images representing stand-alone devices. They include air handling units, blinds/rollers, boilers, chillers, compressors, control units, roof fans, heat exchangers, pumps, radiators, tanks, cooling towers.

  • Page 20: 0-100% Components

    (same variable as for the alarm component above). Dragging a Boolean component from the Nav tree to a PX file and selecting "From Palette" in the Make Widget window, and then selecting "From Palette"...

  • Page 21: Grids

    2.11 Grids Figure 13 - sample graphic components from the Grids folder The Grids folder contains static images representing grids. By adding these graphics to your PX file, you can build triangular, square and hexagonal grids. 2.12 Floor plan...

  • Page 22: Alarm Components

    2.12.2 Alarm components Components with the suffix "alarm" in the name are dedicated to bind Boolean variables signalling an alarm or failure. Graphics representing the alarm status of the device have been added to these objects. The component has one control value (Value Binding), which affects the Visibility property.

  • Page 23: Static Components

    2.13.1 Static components Static components are those placed in the subfolders "pipes_cold", "pipes_hot" and "pipes_mix". When added to a PX file, they are immediately connected to the graphic file. 2.13.2 Normal / alarm components Components with the suffix "normal-alarm" in the name are dedicated to bind Boolean variables indicating normal state or alarm/failure.

  • Page 24: Multi-Condition

    2.13.5 Multi-condition Components with suffixes "0-2" or "0-4" in the name are dedicated to binding Numeric type variables containing an integer. Graphics have been added to these objects to represent the appropriate device condition depending on the input. The component has two control values (Value Binding).

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