RayTek MI3, Руководство по эксплуатации

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ASCII Programming
112
Rev. F1 05/2013
MI3
Description Char Format P B S N Legal Values Factory default Head /
Box
Profibus / Modbus
Address
XAS n
√ √ √
0 – 125 (Profibus)
1 – 247(Modbus)
0 (Profibus)
1(Modbus)
B
Device Bottom range
limit
XB ?nXB
float
√ √
answer !nXB=10.0 H
Restore Box Factory
defaults
XF
√
except address B
Transmission XG float
√ √ √
0.1 – 1.0
1.0 H
Device High range limit XH ?nXH
float
√ √
read only
H
Sensor initialization XI 1 after reset
0 if XI=0
1 B
Box Temperature XJ float (
° C/ ° F)
B
FTC3 trigger/hold XN nXN T = trigger, H = hold T H
analog Output 1 mode XO1O
(XO)
XO1O=v
(XO=v)
√ √
0 – 0...20 mA 1
4 – 4...20 mA
5 – TCJ
2
6 – TCK
7– TCR
8 – TCS
9 – 0...5 V
10 – 0...10 V
99 – disable (tristate)
XO1O=9 for
communication
box (metal)
XO1O=9 9 for
communication
box 6TE, analog
B
analog Output 2 mode XO2O XO2O=v
√ √
0 – 0...20 mA
4 – 4...20 mA
9 – 0...5 V
10 – 0...10 V
99 – disable (tristate)
XO2 O= 4 for
communication
box (metal)
XO1O=9 9 for
communication
box 6TE, analog
B
analog Output 3 mode XO3O XO3 O=v
√ √ 0 – 0...20 mA
4 – 4...20 mA
9 – 0...5 V
10 – 0...10 V
99 – disable (tristate)
XO3 O=9 9 for
communication
box 6TE, analog
analog Output 4 mode XO4O XO4 O=v
√ √
0 – 0...20 mA
4 – 4...20 mA
9 – 0...5 V
10 – 0...10 V
99 – disable (tristate)
XO4 O=9 9 for
communication
box 6TE, analog
Box Firmware Revision XR ?XR
√
e.g. 1.01
Set in FW B
Setpoint relay function XS nXS
float
√ √
°C/°F
500°C H
Trigger XT ?XT
√ √ √
0 = inactive, 1 = active 0 B
Unit identification XU ?XU
√ e.g. !XUMI3COMM
set at production
Serial number XV ?XV
√
e.g. !XV98123
set at production B
Advanced hold
hysterese
XY nnnn
√ √
H
1
Mode 0 and 4 for MI3MCOMMA only
2
Mode 5 to 8 for MI3COMM only
1.800.868.7495 info@Raytek-Direct.ca