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Last modified by writer on 2023/12/27 16:38
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writer 15.1 1 The ohmic sensor settings is a function available in the PUMOTIX plasma module without purchasing additional options. The settings block can be found in the menu "Configuration" → "Settings" → "Plasma".
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writer 15.1 3 [[View of the tab with the ohmic sensor settings>>image:2020-12-02 10_58_29-Settings.png||alt="View of the tab with the ohmic sensor settings" data-xwiki-image-style-alignment="center" height="529" width="1000"]]
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writer 15.1 5 You must to put a check in front of the inscription "Use PLL-R2 ohmic sensor" before setting. It is necessary so that the program allows you to configure the use of an ohmic sensor:
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writer 15.1 7 1. (% style="color:#009797" %)//**Probing**//(%%)// input (main)//
8 Input of the probing signal from the protective screen (cap).
9 1. (% style="color:#009797" %)//**Probing**//(%%)// input (reserve)//
10 Allows to correctly complete the probe task if the main probing sensor didn't work for some reason.
11 1. (% style="color:#009797" %)//**Enable**//(%%)// output//
12 Output for switching on the ohmic sensor measuring circuit.
13 1. (% style="color:#009797" %)//**dZ**//(%%)// correction value, units//
14 The distance when lifting the cutter before triggering the reserve probing sensor. The height adjustment is applied automatically when the backup sensor is activated.
15 1. (% style="color:#009797" %)//**Torch Detachment**//(%%)// input//
16 The G-code executing is automatically stopped with the corresponding message when a signal is triggered . You can continue from the stop position after restoring the cutter position.
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writer 15.1 18 For easy setup, the fields and scheme are connected by links showing where a particular sensor element is located on the torch.
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writer 15.1 20 [[Probing input (main) in the settings field and on the scheme>>image:2020-12-02 11_25_24-Settings.png||alt="Probing input (main) in the settings field and on the scheme" data-xwiki-image-style-alignment="center" height="541" width="1000"]]
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writer 15.1 22 [[Probing input (reserve) in the settings field and on the scheme>>image:2020-12-02 11_35_11-Settings.png||alt="Probing input (reserved) in the settings field and on the scheme" data-xwiki-image-style-alignment="center" height="541" width="1000"]]
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writer 15.1 24 The (% style="color:#009797" %)//**dZ**//(%%) value can be measured by measuring the distance in millimeters or inches on the device itself manually and entering the value in the program, or automatically.
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writer 15.1 26 The automatic method for calculating the (% style="color:#009797" %)//**dZ**//(%%) value is implemented using a special macro that calculates the distance between the first and the reserved ohmic sensor. To implement this macro, it is necessary to connect and configure the first and reserved ohmic sensor (Probing and Probing2).
27 //Calculation algorithm//: it is necessary to descend along the Z axis, fixing the coordinate values when the Probing and Probing2 sensors are triggered, calculate the distance between them and set this value using [[SetOmichSensorDelta(number)>>doc:Руководство пользователя.Описание M-кодов.Описание функций макроязыка.Плазменная резка.WebHome]] function.
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29 (% style="text-align: center;" %)
writer 15.1 30 **[[Download macro file to calculate dZ ((% style="color:#8d69b2" %)M150(%%))>>attach:M150.pm]]**