background image

 

- 4 - 

2 – Technical features 
 

 2.1 - Relay / open collector planarity control output 

 

Supply voltage =

  +9 ... +30 Vdc  

 

Max output current (planarity control, relay) =

  1.0 A @ 50 °C  

 
Max voltage output (planarity control, relay) =

  + 24V dc  

 

Max output current (planarity control, axis 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-in self-repairing fuses. 
 

 
2.2 General features 

 
Angle range:  

from –20° to +20° each axis; 

 

Resolution:  

± 0.1° 

 

Zero point temperature drift:  

± 0.002 deg/°C 

 

Temperature working range:  

from –20 °C to +70 °C 

 

Standard protection grade:  

IP 66 

 

Standard cable length:  

30 cm 

 

 

 

 

 

 

 

 

 

 

 

 

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...

Reviews: