Category - Setting

Articles

Setting
Introduction to the Settings Window and Parameters In this section, we provide a comprehensive explanation of the Setting window and all the parameters contained within it. When the Setting button is clicked in the software, a window appears with two separate tabs: Setting and Security. At the bottom of the window, there is an Export button used to back up the settings applied up […]

Sub Categories

Work time
Work Time Display in the Security Tab When a connection is established between the controller and the interface, the controller’s total work time is displayed via the Work Time option under the Security tab in the Setting window. (Figure 22) ⚠️ NoteThe controller being powered on or online is not sufficient for the work time to be recorded. This time is only counted when a program […]
Password
Defining a Password to Protect Basic Settings To protect the device’s core settings and prevent unauthorized changes, you can define a password of up to 8 characters. This password is case-sensitive and can include letters, numbers, and symbols. The password restricts changes to fundamental variables that affect the device, allowing only general settings to be modified. ⚠️ ImportantThe password is […]
Timed Locks
Timed Locks Timed Locks are tools used to control the commercial lifecycle of the manufactured device. This feature gives manufacturers the ability to stop the operation of the device at predefined times, ensuring that the device does not continue to operate without the manufacturer’s authorization. This authorization is granted through passwords defined by the manufacturer for […]
Activation Code
Activation Code The Activation Code determines the number of active axes on the controller. It is provided based on the user’s request at the time of purchasing the Radonix controller. When purchasing Radonix products, the user can choose how many axes will be active on the controller. This flexibility ensures that if the device is later modified—such […]
Links
Link Types Argument Arguments are usually numbers ( …, 1, 0, -1, -2, -3, … ) or axis labels (A, B, C, X, Y, Z, …).Typically, arguments are added after a link name, separated by a comma ,. This structure allows each link to be used specifically for a particular operation. Example:
Links Connected to Output Pins
AlarmPin When the ClearAlarm function is executed, this output is activated for 0.5 seconds. AlarmStatusPin, [Axis Name] This output becomes active when an alarm occurs on the specified axis. AxisSwitchPin, [Number], [Axis Name] Radonix-developed hardware called X4 can switch one axis into four, using four inputs. When the controller’s digital outputs are connected to the X4’s inputs, four motors […]
Links Connected to Input Pins
ConveyorSensorPin This is the conveyor sensor input. When this input is active, the conveyor stops. HomeFastPin, [Axis Name] Used for the sensor located before the Home sensor and ensures fast movement during the Home operation. After this input, the device moves at the speed defined for the Home process. HomeFastPin, [Axis Name] HomeFastPin, – [Axis […]
Links Associated with Functions
AJog, [Axis Name] AJog stands for Absolute Jog and is used for manual movement (Jog) to a specific coordinate.In this function, only the axis to be manually moved is specified. The AJog link is associated with the parameter link, and by entering coordinates in the Value field, the specified axis will move to the entered coordinate when the function is […]
Links Related to Numeric Values and Parameters
Analog, [number] This parameter is used for analog outputs to generate a voltage between 0 and 10 volts, and also to create a PWM pulse with an intensity from 0% to 100%. All changes are performed manually. Function Description Analog,1 The number entered as an argument determines which analog output on the Radonix controller hardware […]
Status Links
Status Monitoring Parameters These parameters are used to monitor the controller and software states. When certain conditions are met, they activate signal elements (e.g., lights or indicators) in the user interface. 1. ControlStatus,[number] This parameter is used to monitor various statuses of the controller and software. Function Description ControlStatus,[1-16] The number must be between 1 and […]
Links Related to Analogs
Setting
Setting Sekmesi İncelemesi Now let’s examine the Setting tab of the Settings window. This section contains a tree structure that includes all the main settings of the Radonix controller. Each branch contains different parameters and variables. These parameters and variables receive the necessary links based on their types so that the desired settings can be applied by the user.
GCode
General
General \ DefaultReference When the software starts, this defines which reference will be used by default. For example, if DefaultReference=54 is set, the G54 reference will be used. The last reference saved via the SetReference function is stored in the DefaultReference variable. General \ FeedStep This variable defines the feed step for scrolling. By changing […]
JoyStick
ℹ️ (A: Analog D: Digital) JoyStick / Enabled The Enabled variable can be True or False.If False, the JoyStick is completely disabled and ignored. If True, the JoyStick is active. JoyStick / ExponentialTrigger The ExponentialTrigger variable can be True or False.If False, changes occur linearly. For example, speed rises from 10 to 20 to 30 in a straight line. If True, changes occur exponentially. For example, speed rises from […]
Keyboard
References
Remote
Radonix Remote Control Setup The Radonix remote control is a package designed to operate and control the device from up to 15 meters away. Each remote control kit includes a receiver, a cable, and a transmitter. To set up the remote: Note: Before plugging in the cable, make sure the CDM21XXX USB driver is installed so the receiver […]
Router
Router \ KeepZUp This variable determines how far the Z-axis will move away from its reference point when the machine axes are homing. Router \ SafeZ Normally, when moving axes, the Z-axis first moves to its maximum (highest) position, then after X/Y are positioned, Z moves down to the desired height. With SafeZ, instead of moving […]
System
ℹ️ Note All core system variables are listed in this section. Therefore, this section is highly sensitive and illogical changes may break the program or damage the machine’s mechanics. System \ AlarmEnabled This variable determines whether AlarmEnabled is set to True or False. Notes: System \ Connection This variable sets the controller’s connection type to the PC, […]
Timer
ToolChanger
ToolChanger \ AutoSetToolHeight ToolChanger \ ClampDepth ToolChanger \ CurrentTool ToolChanger \ DefaultTool ToolChanger \ Enabled ToolChanger \ GoSafeLocation ToolChanger \ Jack3Delay ToolChanger \ JackDelay ToolChanger \ RotationSensorPeriod ToolChanger \ SpindleOffDelay ToolChanger \ ToolHolderDelay ToolChanger \ ToolsInCourse ToolChanger \ Type ToolChanger \ Velocity ToolChanger \ Displacement \ X ToolChanger \ Displacement \ Y ToolChanger \ Displacement […]
RS485
This branch becomes available when using an analog module with four analog inputs. In practice, by connecting the analog module to the controller via the RS485 port, you can use the four analog sub-branches under RS485. RS485 \ Enabled The Enabled variable can be either True or False. RS485 \ AnalogInput Note that if the connection assigned […]