AMCI ANR2, Руководство пользователя

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C
ONFIGURATION
M
ODE
D
ATA
F
ORMAT
ADVANCED MICRO CONTROLS INC.
6
44
Write Configuration Data Command
Once you are in Configuration Mode, the following command will write all of the configuration data to the
ANR2. When configuring the ANR2, use this command or the
Write Two Point Configuration Command ,
which is described on page 46. Do not attempt to use both to configure the ANR2. The Write Two Point
Configuration command must be used if you plan to use the Two Point Linear Alignment method to align
your sensor.
1 These parameters are only acted upon when the appropriate bit in the Configuration Word is set.
† {distance} can be mm, mil (0.001"), or 0.01°. The unit of distance for the Sensitivity and Dis-
placement parameters must be the same.
‡ {distance} can be 0.01 mm, mil (0.001"), or 0.01°. The unit of distance for the Sensitivity and
Displacement parameters must be the same.
Figure 6.2 Command Format: Write Configuration Data
Configuration Word Format
Figure 6.3 Configuration Word Format
Bits 15 - 9: Reserved – Always reset to “0”.
Bit 8: Module Mode – Reset this bit to “0” if the ANR2 is to generate its own excitation voltage. Set this bit
to “1” if this ANR2 is slaved to another ANR2 that acts as the master module for the group. If the
ANR2 is a slave module, the
Excitation Mode Jumper must be changed from its factory default posi-
tion. The jumper is described on page 13.
Bit 7: Program Channel 2 – Set this bit to “1” to program the configuration parameters for channel 2 of the
ANR2. If this bit is reset to “0” when this command block is issued, the ANR2 will not change any
of configuration parameters for channel 2.
Bits 6: Reserved – Always reset to “0”.
Word Configuration Data Range
0 Command Word 16#A001
1 Configuration Word See below
2 Excitation Voltage 800 to 12,000 (0.8 to 12 Vrms)
3 Excitation Frequency 400 to 10,000 (Hz)
4 Channel 1 Sensitivity
1
1 to 50,000 (0.1mV/V/{distance}
†
)
5 Channel 1 Displacement
1
5 to 10,000 {distance}
‡
6 Channel 2 Sensitivity
1
1 to 50,000 (0.1mV/V/{distance}
†
)
7 Channel 2 Displacement
1
5 to 10,000 {distance}
‡
8 Reserved for future use 0
9 Reserved for future use 0
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
0 0 0 0 0 0 0
0 = Master Mode
1 =
S
lav
e
Mod
e
Prog
ram Ch
an
nel 2
0
Channel 2
Wire
Mode:
See
description
below
Prog
ram Ch
an
nel 1
0
Channel 1
Wire
Mode:
See
description
below