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QUAIL Telemetry

This is the latest recevied telemetry packets stored in our database for station/object QUAIL. 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).

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Time	Value1*	Value2*	Value3*	Value4*	Value5*
1753321627	124	0	77	42	75
1753321005	128	29	70	41	48
1753320386	128	30	69	41	48
1753319768	129	30	72	41	48
1753319151	130	27	66	53	48
1753318531	132	26	70	41	48
1753317913	132	27	69	41	48
1753317290	132	28	92	41	48
1753316669	131	27	71	41	48
1753316039	129	29	74	41	48
1753315416	124	0	53	42	48
1753314796	124	0	48	66	48
1753314165	128	28	74	41	88
1753313543	123	0	75	43	74
1753312924	127	28	73	41	48
1753312300	124	0	56	42	48
1753311679	128	30	72	41	48
1753311058	128	29	71	41	48
1753310433	132	35	71	41	48
1753309814	138	38	67	40	48
1753309194	140	32	66	41	48
1753308573	132	0	47	42	48
1753307951	140	29	67	41	48
1753307330	140	30	68	91	48
1753306710	139	44	70	73	48

*Used Equation Coefficients:

Value1: 0, 1, 0

Value2: 0, 1, 0

Value3: 0, 1, 0

Value4: 0, 1, 0

Value5: 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)