Hejm Automation MC331 Technical Manual

Three-axis-counter

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HEJM Automatisierungstechnik GmbH

Wilhelm-Moriell-Straße 7

D-78315 Radolfzell

Technical manual

for

Three-Axis-Counter

MC331

Phone: 07732 94558-0

Fax:

07732 94558-29

E-Mail: info@hejm.de

Web:

www.hejm.de

Hardwareversion: 0.1

Softwareversion: 0.1

Geschäftsführer:

Dipl.-Ing. (FH) Jürgen Mandlmaier

Handelsregister:

Amtsgericht Singen HRB 550 604

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Summary of Contents for Hejm Automation MC331

Page 1 Technical manual Three-Axis-Counter MC331 Hardwareversion: 0.1 Softwareversion: 0.1 HEJM Automatisierungstechnik GmbH Geschäftsführer: Phone: 07732 94558-0 Wilhelm-Moriell-Straße 7 Dipl.-Ing. (FH) Jürgen Mandlmaier Fax: 07732 94558-29 D-78315 Radolfzell E-Mail: info@hejm.de Handelsregister: Amtsgericht Singen HRB 550 604 Web: www.hejm.de...
Page 2 Directory Safety Personal qualifications Proper use Safety Notes Safety precautions Warranty and conditions of supply Disposal Technical data Commissioning Installation Connection Measuring system supply voltage Switching input logic Output logic Keypad and front panel 3.6.1 Display 3.6.2 Key functions Display 3.7.1 Standard configuration 3.7.2...
Page 3 Illustration list Gerätebeschreibung MC320 SV: MC320 V0.1 HV: MC320 V0.1...
Page 4: Proper Use
Safety This operating guide contains instructions for ensuring safe and proper installation and operation. If you have any difficulties which cannot be resolved by consulting this guide, please contact the machine manufacturer or vendor for additional information. hejm Automatisierungstechnik GmbH is not liable for any personal injury or equipment damage resulting from improper commissioning, incorrect operation, misunderstandings or errors contained in this guide or on the display.
Page 5: Safety Notes
Safety Notes The following symbols are used for hazards and other important notes: The Hazard symbol warns of errors and hazards in commissioning and operation of the controller. This warning notice means a directly threatening hazard to the health of persons and contains special specifications and instructions as well as imperatives and prohibitions for preventing personal injury and damage to equipment.
Page 6: Technical Data
Technical data Fig. 1 Dimensions Gerätebeschreibung MC320 SV: MC320 V0.1 HV: MC320 V0.1...
Page 7: Installation
Supply voltage 24 V DC Current draw 90mA ohne Peripherie 2,8“ TFT-Display 4:3 Indicator Input signals 4 Digitale Eingänge 0 – 5 V aktiv low 10 - 30 V aktiv high Measuring system 3x incremental measuring system A, A/, B, B/, Z, Z/ Supply voltage 5V or 24V at24V BDD-Spannungsversorgung...
Page 8 Connection The device is powered with 24V DC. Before connecting, compare the part label on the back of the device with the desired connection voltage.  Electrical cables are to be routed in accordance with the respective national regulations (e.g. VDE). Route measuring, signal and power cables separately.
Page 9 CON2 RS232 (option) Terminal strip 3-pin Pin 1 Pin 2 Pin 3 CON3 Measuring system 1 Terminal strip 10-pin Pin 1 Pin 2 Supply voltage measuring system 1 +24V, if jumper is set to +24V +5V, if jumper is set to +5V Pin 3 Signal A Pin 4...
Page 10 CON4 Measuring system 2 Terminal strip 10-pin Pin 1 Pin 2 supply voltage measuring system 2 +24V, if jumper is set to +24V +5V, if jumper is set to +5V Pin 3 Signal A Pin 4 Signal A/ Pin 5 Signal B Pin 6 Signal B/...
Page 11 CON6 Inputs/Outputs (option) Terminal strip 10-pins Pin 1 Output driver 2, supply voltage 24V DC Pin 2 Driver output 2 Pin 3 Output driver 1, supply voltage 24VDC Pin 4 Driver output 1 Switching input 4, input voltage 0 – 24 V Pin 5 RS232 Printer Mode / auxiliary input Axis 1-3 Switching input 3, input voltage 0 –...
Page 12 Measuring system supply voltage To set the supply voltage to the desired level, the respective voltage must be selected by using the jumper. (Observe data sheet for measuring system!) To get a 24V measuring system power, the jumper has to be in position 24V.
Page 13: Keypad And Front Panel
Keypad and front panel Fig. 4 Front panel MC330 3.6.1 Display The display is used for visualizing the current position as well as the parameter values in the service levels. 3.6.2 Key functions Pressing the ESC-key in the value display , will close it and the service level is called.
Page 14 With the Right-key it can be switched between the single menu items or is used to jump to the next parameter at the parameter level. If an input is requested, the cursor can be moved one position to Fig. 7 Right the right by pressing the Right-key.
Page 15 Display After the device started, the display window shows the counter display of the MC330. Depending on the setting of the parameter P29 at the device parameter level, one of the selectable configurations is displayed. 3.7.1 Standard configuration The standard configuration of the MC330 is a 3-axes-display. Additional to the axis values, the axis symbols and the I/O-states are displayed.
Page 16: Menu Structure
The other displayed fields can’t be selected with the cursor. Below the axis symbolism and the axis values are the inputs and outputs displayed. Active inputs and outputs will be marked with green background color and inactive inputs and outputs are deposited with the standard background color of the display.
Page 17 3.8.1 Service level The menu items user parameter, reference, parameter level and information are located at the service level. Fig. 13 User Fig. 14 Fig. 15 Fig. 16 parameter Reference Parameter Information level At the user parameter you can find parameters for changing the calculation of the measuring system and to change the active language.
Page 18 3.9.1 Entering parameters If the parameters have to be changed, the service level has to be opened. Afterwards one of the menu items user parameter or parameter level has to be opened. If the user parameter was chosen, the parameter choice for device specific functions (e.g. language) is displayed.
Page 19 Depending on the selected parameter, a standard parameter or a multiple choice parameter is displayed instead of the parameter list. Fig. 22 Standard parameter Fig. 23 Multiple choice parameter Additional to the current value of the standard parameter, the minimum, maximum and default values are displayed The multiple choice parameter is a selection which can be controlled with the cursor.
Page 20: Parameter Lists
With pressing the -key, the current parameter will be closed and the parameter list is displayed. If the parameters are saved through a security code, the user has to insert the right code before the parameters can be changed. The input of the code works similar as the input of the standard parameter.
Page 21 Security code for Parameter [ - / 0, 999999] Entering a value at this parameter causes that all the parameters of the axis and the device level can be changed only after a security input. The security code is equal to the entered value. If the value of this parameter is written to “0”, the security request is off.
Page 22 Output 2 low [ - / -100000, 100000] If the deposited value is exceeded by the displayed value, output 2 will be activated. If the displayed value falls below the deposited value, output 2 will be deactivated. The deposited value has to be lower than the value in parameter P34.
Page 23 Key function [Multiple Choice Parameter] -key can be assigned with additional function. If this parameter is set to “mm inch”, the displayed values can be switched from mm to inch respectively from inch to mm by pressing and holding the -key for 2 seconds.
Page 24 Input 4 refers to[ - / Multiple Choice Parameter] With this parameter, the axis which is affected by input 4 is selected. Input logic [ binary / 0, 1111] The LSB accords to input 1 and the MSB accords to input 4. All further inputs will be dedicated from LSB to MSB to the other decades.
Page 25 RS232 mode [ - / Multiple Choice Parameter] This parameter changes the operating mode of the RS232 interface Mode 0 Standard function, read and write of the parameter values via the RS232 interface Mode 1 Printer Mode 1, the current values of the active axes are periodically transmitted.
Page 26 3.10.3 Axes parameter Reference value [ P91 / -99999, 999999] Value the counter proposes when the reference level is activated or the axis is set to when the Set function is activated. Travel distance for factor calculation [Length / 1, 999999] Contains any desired travel distance.
Page 27 to the controller. Therefore you should set P05 to 50 and P06 to 20. Encoder direction [ - / Multiple Choice Parameter] Changing this parameter causes the count direction to be reversed. Measuring system selection [ - / Multiple Choice Parameter] The device can operate with measuring systems whose supply voltage and signal level is 5V or 10-30V.
Page 28 Factory boot [ - / Multiple Choice Parameter] Selecting the factory boot will set all parameters to their default values. Gerätebeschreibung MC320 SV: MC320 V0.1 HV: MC320 V0.1...
Page 29: Special Features
Special features Input functions 4.1.1 Inputs 1-4 The inputs 1-4 of the MC320 can be occupied with different functions. Each of the 4 inputs refers to another axis: Input 1 – Axis 1 – Device parameter P60 Input 2 – Axis 2 – Device parameter P61 Input 3 –...
Page 30 Counter freeze If the input goes active, the actual value of the referred axis will be frozen until the input goes inactive. The counter will still run in the background. No function Switching the input will have no effect on the display.
Page 31 USB-Update The device MC320 comes with an USB interface. With this interface updates, bitmaps and other data can be transferred to the device. The USB menu will open as soon as the device detects a plugged in USB-stick. Information to the execution of an update and the transmission of the other data can be found in the manual “Device update via USB- Interface”.
Page 32 Illustration list Fig. 1 Dimensions ..................... 6 Fig. 2 Connection diagram ..................8 Fig. 3 Measuring system supply voltage .............. 12 Fig. 4 Front panel MC330 ..................13 Fig. 5 ESC ........................ 13 Fig. 6 Up 13 Fig. 7 Right ......................14 Fig.

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Mc320