Wireless receiving controller YET402PC-TG.V10 has the characteristics of high confidentiality, large storage capacity, stable performance.
High Confidentiality Two-channel Wireless Intelligent Receiving Controller YET402PC-TG.V10
The YET402PC-TG.V10 (two-channel wireless intelligent receiving controller) produced by our company outputs the switching signal for two relays, which can make the equipment to be controlled reach the on/off conversion of the power supply, signal and other circuits or the positive of the DC motor. , reversal and various special control principles. Mainly used in various electric doors, windows, lifting equipment, gateways, lifts, industrial control and security industries.
Wireless receiving controller YET402PC-TG.V10 has the characteristics of high confidentiality, large storage capacity, stable performance, low power consumption, and is convenient to use, and does not need to adopt traditional jumper or dial switch coding, and only needs to transmit the wireless signal transmitted by the remote controller. The receiving controller receives and stores, and can be used together. If the learned remote control is lost during use, simply clear the information stored in the receiving controller, and the lost remote controller will not be able to remotely control the receiving controller. To regain the right to use, the owner must Re-learn once to use.
Product Specification Parameters:
| Working Voltage | 12VDC /24VDC（Optional ） |
| Static Operating Current | ≤8mA |
| Working Temperature | -40℃～+80℃ |
| Receiving Sensitivity | ≥-105dBm |
| Working Frequency | 315MHz、433.92MHz（Other frequencies can be customized） |
| Contact Current | 10A/250VAC
10A/277VAC 12A/125VAC |
| Size | 74.5mm*54.5mm*27mm |
| Remote Control Capacity | 30（learning code、fixed code），
6（rolling code） |
Output Method:
A. Signal delay (3S): The short-circuit block is inserted on 1*; the default output delay is 3S. The software versions may be slightly different. For details, refer to the description of the software version below;
B. Yhe signal is self-locking: the short-circuit block is inserted on 2*;
C. Signal interlock: short circuit block is inserted on 3*;
D. Signal jog: short circuit block is not inserted;
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