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- 15 - 

7- Dismission 

 

Dismissing of DPSK shall be performed in according regional/national rules. 

 
 
8- Precautionary measures, checks and maintenance 
 

8.1 Precautions 
 

8.1.1 – Power-on must be performed using battery; 
 
8.1.2 – Supply must be cut-off before any intervention on cables, wiring or before any 
changes in mounting position; 
 
8.1.3  –  Do  not  perform  welding  on  the  mechanical  structure  or  vehicle  chassis  
holding  the  device  BEFORE  cutting-off  positive  and  negative  supply  and  any 
connections between all those elements. 
 
8.1.4  –  Cable  shall  be  mechanically  protected  against  excessive  tensioning, 
torsioning, pulling, twisting, squeezing and sharp angle bending; 
 
8.1.5 – Device and/or cables must not be placed near heat sources, EMI sources or 
power transmitting lines; 
 
8.1.6 – Do not spray pressurized water or cleaning liquids directly over the device;  
 
8.1.7 – Do not break, crack, pierce or make holes on the device; 

 

8.2 Checks and maintenance 
 

 
If the device is properly installed no maintenance is required during its hole working 
life. 
 
The  user  is  highly  recommended  to  perform  the  following  checks  on  the  device  to 
ensure its optimal functionality and avoid harms for the operator:  
 
8.2.1 – mounting checks 
 
After  first-time  assembling  of  device  on  the  vehicle  the  following  checks  must  be 
performed: 
 

Check battery voltage  ( must be correctly comprised into defined ranges  and 
without noise) 

Check cable glands for correct fastening;

 

Check for correct device’s power-on and power-off using main switch; 

 
8.2.2 – ordinary maintenance to be carried before use 
 

Visual check for device and cables integrity control; 

Supply battery voltage check to ensure correct supplying of the device; 

Summary of Contents for DPSKO Series

Page 1: ...1 USER MANUAL DPSKO xx Dual axis planarity sensor with relay or open collector output...

Page 2: ...rking principle pg 3 2 Technical features pg 4 3 Safety pg 5 4 Electrical connections pg 6 5 Calibration and setting using RS 232 port pg 8 6 Mounting pg 14 7 Disposal pg 15 8 Precautionary measures c...

Page 3: ...s an output X and Y planarity for two half axis each allowing DPSK to be used for auto levelling or other optional functions Zero setting can be achieved through a dedicated cable optional or through...

Page 4: ...xis half axis transistor 1 0 A 50 C Supply current max relay output 200 mA Supply current max transistor output 100 mA 2 1 1 Annotation 1 Relay and open collector outputs are protected using 1A built...

Page 5: ...polarity overvoltage B Planarity output relay short circuit overvoltage C Axis half axis output transistor short circuit overvoltage D Axis half axis output relay short circuit 3 2 Conformity DPSK con...

Page 6: ...st avoid improper cable bending traction twisting pressing or squeezing during machine operation Cable shall be chosen so to conform device specific application Supply 1 5 mm 2 cabling under 1 5 m in...

Page 7: ...ction AMP PIN 2 Rx RS232 Rx to PC connection AMP PIN 3 Tx RS232 Tx to PC connection AMP PIN 1 Gnd RS232 Gnd to PC connection Annotation 2 RS 232 levels are already shifted to allow direct communicatio...

Page 8: ...factory set Factory settings can be modified using RS 232 communication with any Hyperterminal like program Please refer to the following commands to set intervention ranges 5 2 1 MDEGX maximum allowe...

Page 9: ...s RS 232 settings are the following Communication 9600 bits s Data bit 8 Parity none Stop 1 Flow control none On power on DPSK sends through RS 232 the following info concerning the device device code...

Page 10: ...0 normally NOT OPERATING operates after X or Y switching point is reached 255 normally OPERATING gets not operating after X or Y switching point is reached FWAITX 1 1 255 Delay to deactivate X axis a...

Page 11: ...11 Example of the configuration using Windows HyperTerminal 1 COM port configuration 2 After power on DPSK sends through RS 232 the following info...

Page 12: ...gh RS 232 the following info Syntax error 4 Command MDEGX 20 to set the switching angle for X axis at 2 0 To set switching angle for X axis using MDEGX command please type desired angle value multipli...

Page 13: ...EGX to read the switching angle for X axis already set To read switching angle for X axis using MDEGX command please type desired angle value multiplied by ten to allow definition of decimal values of...

Page 14: ...14 6 Mounting...

Page 15: ...power transmitting lines 8 1 6 Do not spray pressurized water or cleaning liquids directly over the device 8 1 7 Do not break crack pierce or make holes on the device 8 2 Checks and maintenance If th...

Page 16: ...ary maintenance Extraordinary maintenance comprises every maintenance which is not listed in the installation guidelines or ordinary maintenance paragraph Extraordinary maintenance shall be carried ou...

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