The Symbols - hydraulics and pneumatics command contains elements that are used in creation of hydraulics and pneumatics schemes.
Creating installation schemes is associated with drawing lines, inserting symbols and describing drawings. CADprofi program gives to the designer, the appropriate commands, that make it easier to describe scheme elements, thanks to which it is possible to create BOMs from the symbols and lines that are used in projects.
An exemplary scheme
All symbols available in CADprofi program are being inserted as blocks, which can be copied, deleted or edited with the use of standard CAD program commands. Most symbols can be also edited with the use of CADprofi editing commands such as: Quick edit, Edit symbols and Delete symbols.
Symbols are often used to graphically represent real devices, armature and other installations elements, therefore it is possible to add technical parameters, about the products used in the project, to the symbols (Attributes and descriptions command), as well as numbering and symbols' marks. This information can be used when describing drawings when creating graphical legends or specifications.
Program possesses several options that make it easier to insert symbols in the drawing.
|
Main options (available after pressing the
•Insert symbol. •Into many lines. •In extension. •Into point. |
|
‘Insert symbol’ option
This is the default option that allows to insert symbols in any point or into a line indicated by user. When inserting symbols into lines, the symbol insertion angle depends on the line angle (the angle specified in the dialog box is being ignored).
6 Procedures
1. Select the symbols from any library.
2. Click the Insert symbol button. The library dialog window will close allowing insertion of symbol into the drawing.
3. Point into a line, in which you would like to insert the symbol.
4. (Optional) Click anywhere in the drawing to insert a symbol.
5. (Optional) Specify the rotation angle of inserted symbol - this option is available only if user has selected the Rotate option in the library dialog window.
|
| |
|
Insert into a line |
Insert in any point |
‘Into point’ option
The Into point option may be used when it is necessary to insert the symbol in a point that lies on a line, but in such a way that the symbol won't "adjust itself to the line". In this option, the inserted symbol "ignores" the line, so it does not break it and it does not take angle from it. This option is used in many situations for example when inserting sensors, which usually need to touch lines.
6 Procedures
1. Select the symbols from any library.
2.
With the use of 
button,
pull-down the insertion list.
3. Click the Into point button and insert the symbol into the drawing.
4. Point into a point in a line, in which you would like to insert the symbol.
5. (Optional) Click anywhere in the drawing to insert a symbol.
6. (Optional) Specify the rotation angle of inserted symbol - this option is available only if user has selected the Rotate option in the library dialog window.
Inserting a symbol without adjusting it into the line
‘In extension’ option
The In extension option allows to precisely specify the symbol insertion point in relation to other objects located in the drawing. This allows to insert a symbol in a point in accordance with for example another symbol.
6 Procedures
1. Select the symbols from any library.
2.
With the use of button,
pull-down the insertion list.
3. Click the In extension button. The library dialog window will close allowing insertion of symbol into the drawing.
4. Click a line, in which you would like to insert the symbol (P1).
5. Specify the symbol insertion point against you would like to specify the location of the inserted element (P2).
6. Specify an additional offset or click Enter to confirm the insertion point.
7. (Optional) Specify the rotation angle of inserted symbol - this option is available only if user has selected the Rotate option in the library dialog window.
8. Symbol will be inserted in the drawing and the command will end (if user has not selected the Insert multiple option).
Inserting in extension
‘Into many lines’ option
Into many lines option gives the possibility to quickly insert selected symbol into many lines.
It allows to insert selected symbol into all lines that cross with the „indication line”, that was specified during insertion (P1-P2).
Inserting symbols into many lines
6 Procedures
1. Select the symbols from any library.
2.
With the use of button,
pull-down the insertion list.
3. Click the Into many lines button. The library dialog window will close allowing insertion of symbols into the drawing.
4. Specify the first point of the “crossing line” that will cross with lines (P1).
5. Specify the second point of the “crossing line” that will cross with lines (P2).
6. The selected symbol will be inserted in all lines that crossed with the “crossing line”.
Symbols - hydraulics and pneumatics dialog window
The Symbols - hydraulics and pneumatics dialog window contains the following elements:
Tools menu:
Define
new - allows to add a new element to the database. Read more about
it in the Defining user
blocks.
Edit - allows to Editing user block parameters.
Add to
favourites - copies symbol to the *Favourites*.
Delete - deletes the selected symbols from the *Favourites* category.
|
Pop-up menu - options menu for the selected symbol, which is available after right clicking on the mouse button on the selected symbol. Commands in this menu are similar to the tools menu. |
|
Category tree - a set of all categories and symbols in the library, shown as a pull-down tree. User can customize the display order by using the following options:
•Sort - alphabetical order of categories placement and their content.
•Norms- enables/disables displaying symbols according to norms.
Thumbnail view - displays the content of currently selected category as thumbnails.
Preview - displays the preview of the currently selected symbol. Right-clicking on the preview window will zoom the view.
Angle/Rotation - possibility to specify a fixed angle when inserting an element or enabling the rotation option, in which element’s angle is defined by rotation during insertion.
Scale - specifies the size of inserted symbols. It is possible to enter the scale value or to indicate a symbol on the drawing whose scale user would like to use.
System - if in the program options, the extended layer name structure is enabled then symbols will be inserted on layers depending on the kind of installation (system). In case of inserting symbols into an existing line then the System option is being ignored and the symbol layers depends on the line kind.
Mirror X, Y- enabling this option will create an X or Y mirror image for the specified object.
Insert multiple- enables/disables the possibility of inserting multiple symbols to the drawing. The insertion process requires from the user to press the Enter or Esc key when he finished inserting multiple symbols.
6 Procedures
Monarch NEMS V2.4 Software Overview The Monarch NEMS V2.4 software is a specialized, professional-grade diagnostic and commissioning utility used by elevator technicians. Developed specifically for Inovance Monarch elevator systems—most notably the widely installed Monarch NICE3000 and NICE3000+ integrated controller series—this tool streamlines the process of parameter setting, elevator monitoring, and error resolution.
By downloading and deploying the Monarch NEMS V2.4 software, technicians can directly connect their laptops to the controller motherboard via an RS232 to USB programming cable. This connection unlocks advanced maintenance capabilities that save hours of manual keypad data entry. ⚡ Key Features of Monarch NEMS V2.4
Real-Time System Monitoring: View live status data including running direction, current car and door states, current floor, and running speed.
Parameter Backup & Cloning: Copy entire parameter configurations from an existing controller to a computer, then download them into a new controller.
Real-Time Data Curve Generation: Visualize physical running parameters like output frequency, current, and speed in real-time charts to pinpoint mechanical or electrical issues.
Error Diagnosis & History Logs: Access detailed elevator error histories, analyze fault codes, and reset the controller directly through the user interface.
Virtual Hall & Inside Calls: Trigger simulated hall and inside elevator calls directly from your laptop to test responsiveness without physical access to car buttons. 🛠️ Step-by-Step Guide: How to Download and Set Up
To properly use Monarch NEMS V2.4, you need the official software package, a compatible laptop, and a dedicated communication interface. 1. Requirements Before Downloading
Computer System: A laptop running Windows 7, 8, or Windows 10/11.
Monarch Programming Cable: An Elevator VIP RS232 to USB Programming Cable specifically wired for the Monarch motherboard (MCTC-MCB-B or MCTC-MCB-C series).
Software Version: Ensure you are getting the V2.4 or the official Monarch NEMS 1.0/2.0+ Green English version. 2. Downloading & Installation monarch nems v24 software download top
Search for authorized industrial automation resources or technical suppliers like Elevator VIP Downloads to locate the software installer or portable folder.
Because this is typically distributed as a standalone "Green" application (portable software), no deep system installation is required.
Unzip the downloaded file to a dedicated directory on your computer, such as C:\MonarchNEMS.
Create a desktop shortcut for the main executable file to quickly launch the software in the field. 💻 Connecting and Using the Software
[Laptop with NEMS V2.4] <---> [RS232 to USB Cable] <---> [NICE3000 Controller Motherboard] Step 1: Physical Connection
Connect the RS232 to USB programming cable to your computer's USB port and the other end directly to the CN4 or designated DB9 serial interface on the Monarch NICE3000 controller. Ensure the elevator is in inspection mode during setup for safety. Step 2: Establish Communication
Open your laptop's Device Manager to verify the COM port number assigned to your USB cable (e.g., COM3 or COM4). Launch the Monarch NEMS V2.4 software.
Go to the communication settings within the software and set the correct COM port and baud rate as outlined in the user manual.
Click "Connect". A green status indicator within the software will confirm that the link is active. Step 3: Upload and Copy Parameters
To back up the existing elevator setup, click on Upload Parameters to transfer the controller settings into the software. Monarch NEMS V2
Save this data file as a backup (e.g., Elevator_A_Config.dat).
To configure a replacement controller board, connect your laptop to the new motherboard and click Download Parameters to write the saved profile instantly. ⚠️ Important Usage and Safety Tips
Perform Regular Backups: Always keep a master backup file of your elevator parameters on your laptop before modifying any function codes.
Use Dedicated Hardware: Do not use standard off-the-shelf RS232 converters without checking the pinout, as mismatched pins can permanently damage the controller motherboard. Rely on specialized Elevator VIP programming cables.
Authorized Access Only: Modifying critical drive or control parameters directly impacts elevator safety. NEMS V2.4 should only be used by trained technicians who understand the specific function codes of the Monarch system. Tag Archives: Monarch NEMS V2.4 Software - Elevator Vip
The Monarch NEMS v24 (NICE Elevator Management System) is a specialized Windows-based software used for the configuration, monitoring, and maintenance of Monarch NICE series elevator controllers, such as the NICE1000 and NICE3000. Core Features of NEMS v24
Parameter Management: Allows users to examine, modify, upload, and download function codes and parameters between a PC and the elevator controller.
Real-Time Monitoring: Displays a simulated shaft showing the elevator's current position, speed, running direction, and I/O terminal states in real time.
Oscilloscope Waveform Display: A 4-channel tool that captures and displays real-time running curves (like bus voltage or speed) to help with advanced troubleshooting and shaft tuning.
Fault Diagnostics: Provides a detailed history of error records along with an "Error Solution" module that suggests fixes for specific faults. Troubleshooting Common v24 Download & Install Issues Even
Call Control: Enables technical personnel to register inside car calls or hall calls directly from the software interface.
Parameter Copying: Streamlines the setup of multiple elevators by allowing parameters to be copied from one controller and applied to new ones. Download and Connectivity
The software is often provided by authorized distributors or through specialized technical portals:
Direct Download: While often bundled with hardware, technical resources like the NEMS V2.4 Software page on ElevatorVip provide guides and related tools.
Hardware Requirements: To connect your laptop to the controller, a specific Monarch USB-to-RS232 programming cable is typically required.
Software Portability: NEMS is often distributed as "Green Software," meaning it can be run directly from a folder without a complex installation process.
A top pain point for MSPs is managing user logins. v24 supports SAML 2.0 and LDAP integration, allowing you to map monitoring permissions directly to your existing security groups.
wget (For Advanced Users)If you are deploying directly to a headless server, the "top" method for acquisition is using terminal commands:
wget https://sourceforge.net/projects/nemslinux/files/monarch-v24-latest.img.xz
Even with the "top" download, users occasionally hit roadblocks. Here is how to resolve the most frequent v24 errors:
Once you complete the Monarch NEMS v24 software download and installation, here are the top five features that justify the hype:
Creating
pneumatic
schemes