PDF《2010-09-24》

100 to

107 according to the position of module from the closest to farthest to MPU. Operation / storage temperature Operation:

0 to 55°C (temp.),

50 to 95% (humidity), pollution degree

2 Storage: -25 to 70°C (temp.),

5 to 95% (humidity) Vibration / shock immunity International standards: IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 &

IEC 68-2-27 (TEST Ea) ? Complying with DIN1319-1, the tolerance of measured value should be ≤ 0.05% under 20°C + 10K temperature range. ? When the corrected ambient temperature and the actual temperature have a difference of more than 10°C, it is suggested that you re-correct it. ? Control Register CR# Add. Attrib. Register name Explanation #0 H1000 O R Model name Set up by the system: DVP02LC-SL model code = H'

4206 #1 H1001 O R Firmware version Display the current firmware version in hex. #2 H1002 O R/W Characteristic value Mode

0 (H'

0000):

1 mV/V Mode

1 (H'

0001):

2 mV/V, default Mode

2 (H'

0002):

4 mV/V Mode

3 (H'

0003):

6 mV/V #3 H1003 O R/W Reaction time for measurement Mode

0 (H'

0000):

2 ms Mode

1 (H'

0001):

10 ms Mode

2 (H'

0002):

20 ms Mode

3 (H'

0003):

40 ms Mode

4 (H'

0004):

80 ms, default #4 H1004 O R Average value of all channels Sum up CH1 average value and CH2 average value and equalize them. Equation: (CH1 average value + CH2 average value)/2 #6 H1006 X R/W CH1 to CH2 read tare weight Read present average value as tare weight value bit0: CH1;

bit1: CH2;

bit2 to bit15: reserved #7 H1007 O R/W CH1 to CH2 gross/net weight Display present weight as Gross (K0) or Net (K1). bit0 to bit3: CH1;

bit4 to bit7: CH2;

bit8 to bit15: reserved. Take CH1 for example: bit3 to bit0 = 0000, gross;

bit3 to bit0 = 0001, net;

bit3 to bit0 = 1111, channel disabled. #8 H1008 O R/W CH1 tare weight #9 H1009 O R/W CH2 tare weight The user can write in the weight or read it by commands. Default: K0;

Range: -K32,768 to K32,767. #10 H100A O R/W CH1 average times #11 H100B O R/W CH2 average times Default: K10;

Range: K1 to K100. When the set value exceeds the range, it will automatically be changed to K1 or K100. #12 H100C X R CH1 average weight #13 H100D X R CH2 average weight Display average weight. #14 H100E X R CH1 present weight #15 H100F X R CH2 present weight Display present weight. #16 H1010 O R/W CH1 standstill times #17 H1011 O R/W CH2 standstill times Default: K5 Range: K1 to K500 -

4 - CR# Add. Attrib. Register name Explanation #18 H1012 O R/W CH1 standstill range #19 H1013 O R/W CH2 standstill range Default: K10 Range: K1 to K10,000 #20 H1014 O R/W CH1 decimal place #21 H1015 O R/W CH2 decimal place Default: K2 Range: K1 to K4 #22 H1016 O R/W CH1 unit of measurement #23 H1017 O R/W CH1 unit of measurement #24 H1018 O R/W CH2 unit of measurement #25 H1019 O R/W CH2 unit of measurement Enter max.

4 ASCII words. CR#22, CR#24: High word CR#23, CR#25: Low word #26 H101A X R/W Weight correction command For the user to correct the weight. Default: H'

0000 H'

0001: CH1 Reset to zero command H'

0002: CH1 Weight base point command H'

0003: CH2 Reset to zero command H'

0004: CH2 Weight base point command #33 H1021 O R/W CH1 weight base point #34 H1022 O R/W CH2 weight base point For CR#33 to CR#34 default = K1,000;

Range: K-32,768 to K32,767 Steps for correction: Take CH1 for example 1: Place no weights on the load cell 2: Set up CR#26 command = H'

0001 3: Place standard weights on load cell 4: Write the weight of the weights on the plate into CR#33. 5: Set up CR#26 command = H'