BMR SFU-0302-SSE, Manual

SFU-0302 SSE 

M a n u a l 

– 16– 

 
 
BMR GmbH 

2014-03-17 

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7.3  Configuration via the Front Keys 

Menu settings can only be adjusted when the device has come to a complete standstill. 
By simultaneously pressing the keys   STOP  and    OK  ,  the Menu Spindle Characteristic 
Setting will appear: 
 
Select the number of the spindle characteristic using the   UP   and   DOWN   keys.  
Accept and activate desired characteristic by pressing  OK.  
The display will indicate whether the spindle characteristic is valid or not (check sum...., data) 
Exit with   ESC   without selection 

Spindle Characteristic

: 

•

  Standard: A number of spindle characteristics are already implemented. Existing 

characteristics can be loaded and displayed using the PC software "SFU-Terminal". 

•

  Variants for HPT motors: all spindle characteristics for HPT-Motors are implemented ex-works.  

CAUTION:     To avoid severe motor / spindle damage, select correct 
                                        motor / spindle characteristic ! 

  Where several spindles are in use within one system, the user must ensure 
  use of the correct spindle characteristic

number to prevent spindle damage 

( different spindle types may have different line voltages !) 

The  LCD shows all relevant system messages for speed, load or errors. 
In the event of an error, the error type is displayed in plain text. 

7.4 RPM configuration 

(all references to menues relate to setup software SFU-Terminal)

  
The preset of revolutions per minute of the spindle can be achieved by two ways: 
 

•

Preset manually via panel keys 
In form 'Analogue Inputs'option button   0V   has to be enabled in the line of duty RPM . (no 
analogue input is assigned to this function) 
The duty RPM is displayed on the LCD and can be changed with  UP  /  DOWN  (holding a key 
down increases the count rate). RPM can be changed during operation 

•

Preset via analogue input duty RPM  
In menue  'Analogue Inputs' option button   0V   has to be disabled and the function duty RPM . 
has to be assigned to an analogue input. Additionally a scaling has to be selected from the list 
box duty RPM (e.g.: 1V/10.000RPM) 
The value of the duty RPM is displayed on the LCD according to the scaling and the voltage at 
the input. A voltage of 0V leads to a standstill and a voltage higher than 0V leads to a startup upto 
the desired revolution. An input voltage of 4V and a scaling as above mentioned lead to a 
revolution of 40.000RPM. 
 

       The settings must be downloaded into the converter with the button  write data .