Table of Contents
Advertisement
82
StopFreq
4
86
Reserved
1
87
Reserved
1
n= 1 to 19
n*10+78
StartFreq
n*10+82
StopFreq
n*10+86
Reserved
n*10+87
Reserved
278
Reserved
8
286
Status
2
alarm
288
Temp
2
290
RH
2
292
Battery
2
294
Reserved
186
480
Firmware
32
float
Unsigned char
Unsigned char
19 bands follow here exactly as the above described band 1.
4
float
4
float
1
Unsigned char
1
Unsigned char
Unsigned char
Unsigned int
Being Bits this is
BIG endian
int
Int
Int
Char
Little Endian 32bit IEEE floating point number
representing the Stop frequency of the first band and it is
expressed in Hz.
Reserved, it must be 0
Reserved
Little Endian 32bit IEEE floating point number
representing the start frequency of the n band and it
is expressed in Hz.
Little Endian 32bit IEEE floating point number
representing the Stop frequency of the n band and it
is expressed in Hz.
Reserved, it must be 0
Reserved
Reserved
The status of Alarm contains the alarm bit by bit where '1'
means Alarm ON while '0' is Alarm OFF. Here is a list
alarms.
0x0001-> MAX threshold Field OUT.
0x0002-> Warning threshold Field OUT.
0x0010-> LOCK OUT.
0x0080-> Low Battery Voltage OUT
0x0004-> Antenna OUT
0x0020-> Temperature
0x0040-> RH
0x0008-> MAX threshold Field IN.
0x0100-> Warning threshold Field IN.
0x0400-> LOCK IN.
0x0800-> Low Battery Voltage IN
0x0200-> Antenna IN
This parameter shows the AMS-8061 Temperature.
It is ten times the last measured temperature.
Thus, in order to get actual temperature Temp should be
divided by 10
This parameter shows the AMS-8061 Relative Humidity.
It is ten times the last measured Relative Humidity.
Thus, in order to get actual Relative Humidity, RH should
be divided by 10
This parameter shows the AMS-8061 current voltage.
It is hundred times the last measured Battery Voltage.
Thus, in order to get actual Battery Voltage, Battery
should be divided by 100
None
The Fw name and version. This is a null terminated string
SMS Messages and Commands
5-33
Advertisement
Table of Contents
