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SR6NPK-0 Telemetry

This is the latest recevied telemetry packets stored in our database for station/object SR6NPK-0. If no packets are shown the sender has not sent any telemetry packets the latest 1 day(s).

Telemetry packets is used to share measurements like repeteater parameters, battery voltage, radiation readings (or any other measurements).

Time	Vin*	Rx1h*	Dg1h*	Eff1h*	T_ext*
1791833899	165 Volt	80 Pkt	2 Pkt	76 Pcnt	130 C
1791832099	165 Volt	84 Pkt	4 Pkt	72 Pcnt	130 C
1791831199	165 Volt	86 Pkt	4 Pkt	71 Pcnt	131 C
1791830298	165 Volt	89 Pkt	3 Pkt	71 Pcnt	131 C
1791829399	165 Volt	88 Pkt	1 Pkt	72 Pcnt	131 C
1791828499	165 Volt	88 Pkt	1 Pkt	73 Pcnt	131 C
1791827598	165 Volt	87 Pkt	2 Pkt	73 Pcnt	131 C
1791826699	165 Volt	89 Pkt	2 Pkt	73 Pcnt	131 C
1791825799	165 Volt	94 Pkt	2 Pkt	74 Pcnt	130 C
1791824903	165 Volt	94 Pkt	1 Pkt	74 Pcnt	130 C
1791823999	165 Volt	93 Pkt	1 Pkt	75 Pcnt	131 C
1791823106	165 Volt	92 Pkt	1 Pkt	75 Pcnt	132 C

*Used Equation Coefficients:

Vin: 0, 1, 0

Rx1h: 0, 1, 0

Dg1h: 0, 1, 0

Eff1h: 0, 1, 0

T_ext: 0, 1, 0

The parameter names for the analog channels will be Value1, Value2, Value3 (up to Value5) if station has not sent a PARAM-packet that specifies the parameter names for each analog channel.
Each analog value is a decimal number between 000 and 255 (according to APRS specifications). The receiver use the telemetry equation coefficientsto to restore the original sensor values. If no EQNS-packet with equation coefficients is sent we will show the values as is (this corresponds to the equation coefficients a=0, b=1 and c=0).
The sent equation coefficients is used in the equation: a * value² + b * value + c.
The units for the analog values will not be shown if station has not sent a UNIT-packet specifying what unit's to use.
The parameter names for the digital bits will be Bit1, Bit2, Bit3 (up to Bit8) if station has not sent a PARAM-packet that specifies the parameter names for each digital bit.
All bit labels will be named "On" if station has not sent a UNIT-packet that specifies the label of each bit.
A bit is considered to be On when the bit is 1 if station has not sent a BITS-packet that specifies another "Bit sense" (a BITS-packet specify the state of the bits that match the BIT labels)