TPMS question
How do I find out which part I need? Im finding 2 different part numbers for the sensors, and the main difference I am seeing is the frequency:
F2GZ-1A189-A which shows 315 MHz
http://www.autonationpartsdirect.com...ressure-sensor
F2GZ-1A189-B which is 433 MHz
http://www.autonationpartsdirect.com...ressure-sensor
Also, the A sensors seem to cost about double than the B sensors.
F2GZ-1A189-A which shows 315 MHz
http://www.autonationpartsdirect.com...ressure-sensor
F2GZ-1A189-B which is 433 MHz
http://www.autonationpartsdirect.com...ressure-sensor
Also, the A sensors seem to cost about double than the B sensors.
Trending Topics
How do I find out which part I need? Im finding 2 different part numbers for the sensors, and the main difference I am seeing is the frequency:
F2GZ-1A189-A which shows 315 MHz
http://www.autonationpartsdirect.com...ressure-sensor
F2GZ-1A189-B which is 433 MHz
http://www.autonationpartsdirect.com...ressure-sensor
Also, the A sensors seem to cost about double than the B sensors.
F2GZ-1A189-A which shows 315 MHz
http://www.autonationpartsdirect.com...ressure-sensor
F2GZ-1A189-B which is 433 MHz
http://www.autonationpartsdirect.com...ressure-sensor
Also, the A sensors seem to cost about double than the B sensors.
Ordered from TASCA with TPMS-19- TRANSMITTER - TPMS CALIBRATION
Wonder why they would pick one over the other. I would think the power level is very low also out of these.
285-322 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m @ 3 m
A or
Q 15.231
285-322 MHz (cont.)
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209
410-470 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m
@ 3 m
A or
Q 15.231
18
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209
Strange FCC states that both are legal for use in the US. I use 433 MHz for RC Aircraft Control. I also hold a Ham Radio Lic.
Wonder why they would pick one over the other. I would think the power level is very low also out of these.
285-322 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m @ 3 m
A or
Q 15.231
285-322 MHz (cont.)
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209
410-470 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m
@ 3 m
A or
Q 15.231
18
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209
Wonder why they would pick one over the other. I would think the power level is very low also out of these.
285-322 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m @ 3 m
A or
Q 15.231
285-322 MHz (cont.)
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209
410-470 MHz
Intermittent Control Signals
(125/3) x f(MHz) -
(21250/3) µV/m
@ 3 m
A or
Q 15.231
18
Periodic Transmissions
(50/3) x f(MHz) -
(8500/3)
µV/m @ 3 m
A or
Q 15.231
Any 200 µV/m
@ 3 m
Q 15.209









