Futaba item R113iP - 3-Channel PCM Receiver 40MHz/ 75MHz w/o Crystal Receivers System
this is a R113iP 3-Channel 27MHz/ 40MHz/ 75Mhz Micro PCM1024 Receiver "Without Crystal".
QUALITIES: Narrow-band spacing and superior indication filtering combined to
provide excessively clear, interference-free reception and
amazingly smooth, accurate control.
Designed for modelers who wants to utilize one radio transmitter
to run different models.
INCLUDES: One R113IP 3-Channel 27MHz/ 40MHz/ 75Mhz Micro PCM1024 Receiver
REQUIRES: One FUTL64** Receiver Crystal Or a Futaba solitary modification crystal particularly FUTL52**
SPECS: Narrow Band: 20kHz
Intermediate regularity: 455kHz
Power demands: 4.8 to 6.0 volts (distributed to servos)
Current Drain: 18mA
Length: 1.69" (42.7mm)
Width: 1.13" (28.7mm)
Height: 0.63" (16.0mm)
fat: 0.74oz (21g)
OPINIONS: the transmitter/receiver crystal set,
Original Notice about Frequency Changes-
*72MHz- minimal musical company sites 11 to 35; high musical organization web sites 36 to 60.
Receiver crystal channels (11-35 or 36-60) Within Each Band
Can stay Changed, and do not Require a retuning using this receiver.
*72MHz Regularity Band (low or high) the receiver cannot Be
Changed from low to high musical business, OR from high to low musical organization without
sending it into Futaba Services for retuning.
*50MHz, 72MHz, 27MHz and 75MHz Frequency Bands cannot under any
circumstances be interchanged collectively. The receiver Must
be presented for retuning towards appropriate musical company.
*50MHz, 27MHz and 75MHz receiver crystals is changed anywhere
within this bands. You will find not any high or low bands such
as the 72MHz musical organization has.
*Transmitter Crystals can not be changed to some other channel except
by a certified solution center. Its against FCC guidelines, and
illegal the buyer to boost a frequency determining component
of a transmitter. If radio isn't retuned, maybe its a hazard
spectators, modelers or home, and void AMA protection.
*Check utilising the local R/C club the frequencies present in town.
