Flintec FT-10xx - Manual (Page 70)

FT-10 Smart Process Indicator, Technical Manual, Rev. 1.0, January 2014
40210 R/W 2 Setpoint 3 Low
( 2 )
40212 R/W 2 Setpoint 3 High
40214 R/W 2 Setpoint 4 Low
( 2 )
40216 R/W 2 Setpoint 4 High
40218 R/W 2 Setpoint 5 Low
( 2 )
40220 R/W 2 Setpoint 5 High
42000
R/W 1 Filter Refer to parameter [120] on page 29
42001 R/W 1 Power On Zero Refer to parameter [202] on page 30
42002 R/W 1 Zeroing Range Refer to parameter [203] on page 30
42003 R/W 1 Auto Zero Tracking Refer to parameter [204] on page 30
42004 R/W 1 Tare Refer to parameter [205] on page 30
42005 R/W 1 Motion Detector Refer to parameter [206] on page 30
42006 R/W 1 Stability Period Refer to parameter [207] on page 30
42007 R/W 1 Operation mode Refer to parameter [210] on page 31
42008 R/W 2 Capacity Refer to parameter [212] on page 31
42010 R/W 1 Decimal point
Dec Description
0 XXXXOO
1 XXXXXO
2 XXXXXX
3 XXXXX.X
4 XXXX.XX
5 XXX.XXX
42011 R/W 1 Increment
Dec Description
1 X 1
2 X 2
3 X 5
(1) Write this command after writing values to 40031-32 addresses.
(2) Only set point low addresses are used if the set point is programmed as standard.
Programming steps of frequent used ……
Reading a weight value:
1. Read 40003,
2. Check D0=0 and D1=1,
3. If yes, read a weight value ( gross, net or tare),
4. If D0=1, check D0 until system ready,
5. If D1=0, check the error code.
Zero Calibration procedure:
1. Check the low byte of 40033. it should be decimal '1' to start adjustment.
2. Load the decimal '188' to 40030 to start Zero calibration.
3. Check the low byte of 40033. it is decimal '3' during zero calibration process.
4. The low byte of 40033 changes to decimal '1' at the end of the Zero calibration.
5. If the low byte of 40033 is '9', check the high byte of 40033 to understand the calibration error.
Span Calibration procedure:
1. Check the low byte of 40033. it should be decimal '1' to start adjustment.
2. First load the span value to 40031-32 and then load the decimal '220' to 40030 to start Span
calibration.
3. Check the low byte of 40033. it is decimal '4' during span calibration process.
4. The low byte of 40033 changes to decimal '1' at the end of the Span calibration.
5. If the low byte of 40033 is '9', check the high byte of 40033 to understand the calibration error.
EXPLANATION:
Attention: For hardware connection details, please refer to the related hardware descriptions in this
manual.
Exception codes:
1: Function code is not supported.
2: Out of beginning and ending address range.
3: Invalid value entrance or wrong byte number.
4: Operation error.