Description
ProSoFt RLX2-IHNF-W-E
Technical Specifications Model: RLX2-IHNF-W-E Brand: ProSoFt Technology Power Supply: 24V DC industrial auxiliary power Interface: Wired RJ45 Ethernet port, wireless radio communication interface Redundancy: Hot standby wireless link automatic failover Operating Temperature: -20 ℃ ~ +60 ℃ Storage Temperature: -40 ℃ ~ +85 ℃ Relative Humidity: 5% ~ 95%, non-condensing Mounting: NS35 DIN rail mounting inside electrical cabinet Protection Class: IP20 Wireless Feature: Industrial grade anti-interference wireless transmission
Functional Features Industrial wireless radio realizes long-distance wireless Ethernet data transmission. Hot standby function automatically switches between primary and standby wireless communication links. Wired RJ45 port connects to local PLC or remote I/O control equipment. Built-in wireless signal strength monitoring circuit to track real-time radio link quality. Web-based configuration page for wireless parameter setup, network security setting and diagnosis. Data packet filtering function enhances industrial control network security. Front panel LED indicators show wireless signal strength, link state, module running status and fault alarm. Event log records wireless disconnection and link switching events for maintenance analysis.
Application Scenarios Mining mobile equipment wireless control, port crane remote monitoring, automated guided vehicle communication, oilfield remote well site control, conveyor system wireless data transmission, large warehouse mobile automation equipment communication.
Performance Parameters Wireless radio maintains stable data transmission under industrial radio interference environment. Hot standby circuit completes link switch rapidly when primary wireless signal fails. Signal strength monitoring circuit detects radio attenuation and records communication abnormality. Wired Ethernet port keeps stable connection with local control hardware. Internal memory retains wireless configuration parameters and communication event logs after power loss. Data filtering function blocks unauthorized access packets and protects control system.
Material Composition Housing: Flame-retardant black plastic DIN rail module housing. Main PCB: FR4 multi-layer printed circuit board with conformal protective coating. Core Electronic Components: Industrial wireless radio chip, network processor, Ethernet physical layer chip, EMC surge protection components, flash memory, RAM, power management IC. Connector: RJ45 wired Ethernet port, antenna connector and 24V DC power screw terminals. Indicator Components: LED indicators for signal strength, communication and fault status. Fasteners: Metal spring clip for DIN rail fixing.
Structural Features Compact rectangular DIN rail module structure for cabinet installation. Front panel integrates LED indicators, RJ45 wired port and antenna connector. Rear side is equipped with screw terminals for 24V DC power supply. Metal shielding structure protects wireless and wired circuit against electromagnetic interference. Internal layout separates high-frequency wireless radio circuit, wired network circuit and power circuit. Antenna connector reserves interface for external high-gain industrial antenna.
Working Principle 24V DC industrial power supplies RLX2-IHNF-W-E module. Local PLC or remote I/O equipment connects to wired RJ45 port. The built-in wireless radio transmits control data through radio frequency signal to remote wireless equipment. The module continuously monitors primary wireless link signal quality. When primary wireless signal strength drops below threshold or communication interrupts, hot standby function switches data transmission to standby wireless path automatically. Web configuration system reads wireless signal data and sets security parameters and network rules. All communication events and fault information are stored in internal memory, and LED indicators display real-time module and link status.
Installation Requirements Mount module on NS35 DIN rail inside closed electrical cabinet. Connect 24V DC power cable to power screw terminals. Install qualified industrial antenna to antenna port and arrange antenna at position with good radio signal. Connect wired Ethernet cable to local control device. Configure wireless network parameters, security setting and redundancy logic via web browser. Test hot standby function by simulating primary wireless signal attenuation. Ground module housing reliably for EMC performance.
Usage Precautions Module protection grade is IP20 and must be installed inside closed electrical cabinet. Select proper antenna installation position and avoid metal shielding blocking radio signal. Do not apply supply voltage exceeding rated 24V DC range. Use shielded Ethernet cable for wired connection between module and local controller. Back up wireless network configuration before firmware upgrade or module replacement. Cut off module power before replacing antenna or modifying wiring. Check antenna connector tightness periodically to prevent signal attenuation.
