COLOR - not recommended for use | COLOR - module/device manufactured
The RML-201-x radio modem is designed for wireless data transmission via radio in industrial applications.
The design of the modem has been oriented towards remote reading of electricity meters in AMR systems. The software embedded in the device enables the operation of extensive networks of reading energy meters. []
The RMP-103 radio modem is designed to transmit data in the MODBUS/RTU protocol in industrial installations that require remote measurements and controls. It is used in places with difficult access and where there is no possibility of wired transmission.
The modem has two interfaces: RS-232 and RS-485. However, both use the same main processor port, so only one of them can communicate with the modem at a time.
The device connects to other system components (e.g. energy meters or field controllers) via the RS-232 or RS-485 interface.
The device operates at a frequency of 449.450 MHz +/- 2%. It is mounted in a dustproof housing with the possibility of sealing up to IP66 class. []
The RMP-104 radio modem is designed for data transmission in industrial applications that require remote measurements and controls. It is used in places with difficult access and where it is impossible to carry out wired transmission.
With the use of a radio modem, it is possible to build and develop extensive wireless control and measurement networks.
The modem can act as a repeater, which increases the range of data transmission to more distant objects to which there is no direct communication from the base antenna.
The radio modem has two isolated RS-232 and RS-485 interfaces and a single-channel LVDS. The device uses the MODBUS and DNP 3.0 protocols. The RS-232 link also serves as a service link. Only one device can be connected to the RS-232 interface.
The basic structure is one base station with many remote sites. All radio modems in the system are identical, the base station (Master) has the same radio modem connected to the other devices (Slave) in the system. Radio modems to Master and Slave devices are connected via the RS-485 interface.
The RMP-104 radio modem has the dimensions of a single 100x160 mm eurocard and is designed to be mounted in the controller cassette, eg SO-52v11. []
The RMP-105(A) radio modem is designed to transmit data in industrial installations that require remote measurements and controls. It is used in places with difficult access and where it is impossible to carry out wired transmission.
With the use of a radio modem, it is possible to build and develop extensive wireless control and measurement networks.
The modem has two isolated interfaces RS-232 and RS-485. The device uses the MODBUS and DNP 3.0 protocols. The RS-232 link also serves as a service link. Only one device can be connected to the RS-232 interface.
All radio modems in the system are identical, the base station (Master) has the same radio modem connected as the other devices (Slave) in the system. Radio modems to Master and Slave devices are connected via the RS-485 interface.
The RMP-105A radio modem is dedicated to work with the Motorola DM 1400 radio. The RMP-105 (A) model is made in an aluminum housing for mounting on a 35 mm DIN rail. []
The RMPL-101 radio modem is intended for data transmission in industrial installations that require remote measurements and controls. It is used in places with difficult access and where there is no possibility of wired transmission.
With the use of a radio modem, it is possible to build and develop extensive wireless control and measurement networks. The radio modem has implemented some functions of the MODBUS/RTU and DNP 3.0 protocol, thanks to which it is possible to communicate with it in order to change the configuration of the radio modem and to view the operating parameters.
All radio modems in the system are identical. The base station (Master) is connected to the same radio modem as the rest of the devices (Slave) in the system. Radio modems to Master and Slave devices are connected via the RS-485 interface. The RMPL-101 radio modem works in the 867 ÷ 871 MHz band with the possibility of setting the channel every 12.5 kHz.
It is mounted in the ETA110 enclosure with IP60 tightness class and is designed for mounting on a 35 mm DIN rail. []