CP670T 7.2G 5W transmitter
1. Product Parameters
Parameter | Specification |
Frequency | 7.2G 64CH 6110-7185Mhz |
Input Voltage | DC 12-32V, supports 3-7S battery input |
Output Power | 25mW/1000mW/3000mW/5000mW@12V/2500mA |
Antenna Interface | SMA female inner hole |
Input Interface | GH1.25 4P + SH2.0 2P |
Mounting Holes | 25×25/Φ2mm, 30.5×30.5/Φ2mm |
Video Transmission Protocol | IRC Tramp |
Weight | 68g |
Dimension | 69×36×22.5mm |
2. Button Operation
Button | Indicator Light | Operation & Indication |
POWER | Green Light | Short press to switch power; the number of blinks indicates the current power:1 blink = 25mW2 blinks = 1000mW3 blinks = 3000mW4 blinks = 5000mWLong press for 2s to switch to PIT mode (steady green light indicates PIT mode is activated). |
Band/CH | Red Light | Long press for 2s to switch frequency band; the number of blinks indicates the current band:1 blink = Band A2 blinks = Band B3 blinks = Band E4 blinks = Band F5 blinks = Band R6 blinks = Band L7 blinks = Band X |
Band/CH | Blue Light | Short press to switch frequency channel, cycling through CH1 to CH8 in turn. |
3. Wiring Definition
12-36V, GND, RX, VIDEO, GND, 5V-OUT |
4. RF Transmission Frequency Table (MHz)
Frequency Band | CH1 | CH2 | CH3 | CH4 | CH5 | CH6 | CH7 | CH8 |
BAND_A | 6110 | 6130 | 6150 | 6170 | 6190 | 6210 | 6230 | 6250 |
BAND_B | 6270 | 6290 | 6310 | 6330 | 6350 | 6370 | 6390 | 6410 |
BAND_E | 6430 | 6450 | 6470 | 6490 | 6510 | 6530 | 6550 | 6570 |
BAND_F | 6590 | 6610 | 6630 | 6650 | 6670 | 6690 | 6710 | 6730 |
BAND_R | 6750 | 6770 | 6790 | 6810 | 6830 | 6850 | 6870 | 6890 |
BAND_P | 6910 | 6930 | 6950 | 6970 | 6990 | 7010 | 7030 | 7050 |
BAND_H | 7070 | 7090 | 7110 | 7130 | 7150 | 7170 | 7190 | 7210 |
BAND_U | 6115 | 6265 | 6425 | 6585 | 6745 | 6905 | 7065 | 7185 |
5. Warnings & Notes
① The antenna must be installed before power-on.
② The video transmitter may be damaged if there is insufficient heat dissipation during use.
③ Leave sufficient space around the module during installation to ensure air circulation and effective heat dissipation. Overheating will cause power reduction or even complete transmission shutdown.
