| Attribute | Value |
|---|---|
| Product Name | 116781-2 4 Ch. Rf Modem |
| Specification | Rs-422 4 Ch. Rf Modem |
| Part Number | 116782 |
| Item | Rf Modem Pcb Assy Base |
| Part No | 116781-2 |
| Weight | 290 Gm |
| Condition | Used 1 Pcs |
| Reference Number | 59501 |
Features
4 Separate Channels – Allows for the simultaneous transmission of data for various devices or systems, improving communication latency.
Reliable RF Signal – Functions on RF frequencies that are specifically selected for optimal interference reduction and secure transmission.
Plug-and-Play Compatibility – Easy to implement in current systems without significant configuration needs.
Industrial-Shelf Design – Constructed for longevity in challenging environments, such as high humidity, temperature variations, and vibration.
Low Power Consumption – Energy-saving module ideal for remote or battery-powered applications.
Uses
116781-2 4 Ch. RF Modem can be used in a variety of industrial and marine applications such as:
Remote Control Systems – Ideal for unmanned systems where real-time feedback and control are required.
SCADA Systems – Employed for data acquisition and control through long distances without the need for physical cables.
Shipboard Automation – Allows wireless monitoring and control on large ships where cabling is impracticable.
Industrial IoT Systems – Binds controllers and sensors wirelessly in factory automation systems.
Oil & Gas Industry – Used for remote system diagnostics and real-time telemetry in harmful environments.
Why Use the 116781-2 RF Modem?
In contrast to other generic RF modules available today, this device is designed for mission-critical communications. Its multi-channel design and high reliability make it ideal for applications where downtime is unacceptable. It meets industrial standards, providing system integrators and engineers with peace of mind.
When you are upgrading or establishing a wireless communications infrastructure, the 116781-2 4 Ch. RF Modem provides efficient, interference-free, and low-latency performance.
