THERMO SCIENTIFIC   MAAP v1.33        SERIAL NUMBER-32768    15-08-18
--------------------------------------------------------------------------------

SIGMA BC:              6.6 m2/g
AIR FLOW:              350
STORE AVERAGES:         30 min 

VOLUME REFERENCE    OPERATING CONDITIONS
STANDARD TEMPERATURE    20 _C  

PRINTFORMAT:        COM2     8
PRINTCYCLE:              0 s   
BAUDRATE:        Bd COM1  9600
BAUDRATE:        Bd COM2  9600
DEVICE-ADDRESS:          0

FILTER CHANGE       
TRANSM. <       %       20
CYCLE           h      100
HOUR:                    0

CALIBRATION OF SENS.
    T1    T2    T3    T4    P1    P2    P3
    13    14   -44   105   264  -165     0
AIR FLOW              82.1

HEATER PARAMETERS   
Diff. T2-T1 nominal      0 _C  
Max. Heating Temp.      45 _C  
Min. Heating Power      10 %   

ANALOG OUTPUTS      
OUTPUT ZERO:         4mA 
CBC      0    10
MBC      0  2400

GESYTEC-PROTOKOL    
STATUS VERSION      STANDARD 
NUMBER OF VARIABLES      1
CBC 

END

P
  THERMO SCIENTIFIC   MAAP v1.33        SERIAL NUMBER-32768    15-08-18
--------------------------------------------------------------------------------

SIGMA BC:              6.6 m2/g
AIR FLOW:              350
STORE AVERAGES:         30 min 

VOLUME REFERENCE    OPERATING CONDITIONS
STANDARD TEMPERATURE    20 _C  

PRINTFORMAT:        COM2     8
PRINTCYCLE:              0 s   
BAUDRATE:        Bd COM1  9600
BAUDRATE:        Bd COM2  9600
DEVICE-ADDRESS:          0

FILTER CHANGE       
TRANSM. <       %       20
CYCLE           h      100
HOUR:                    0

CALIBRATION OF SENS.
    T1    T2    T3    T4    P1    P2    P3
    13    14   -44   105   264  -165     0
AIR FLOW              82.1

HEATER PARAMETERS   
Diff. T2-T1 nominal      0 _C  
Max. Heating Temp.      45 _C  
Min. Heating Power      10 %   

ANALOG OUTPUTS      
OUTPUT ZERO:         4mA 
CBC      0    10
MBC      0  2400

GESYTEC-PROTOKOL    
STATUS VERSION      STANDARD 
NUMBER OF VARIABLES      1
CBC 

END