1. High-Density PLC Output Interfacing
Industrial control panels driven by PLCs often require interfacing between low-voltage DC logic and higher power AC loads, but DIN rail space is frequently restricted in large cabinets.
Problem SolvedThe module provides reliable switching via its 24VDC coil while consuming only 6.2mm of horizontal DIN rail space per channel. This allows automation engineers to pack dozens of isolation relays into confined spaces, multiplying PLC output capability without expanding cabinet footprints.
PLC Output InterfaceHigh-Density SwitchingDIN Rail AutomationAgSnO Contacts24VDC Logic
2. Motor Control Circuit Isolation
Conveyor systems and industrial motor control logic circuits require safe electrical separation between delicate low-voltage controllers and potentially damaging transient voltages from inductive motor contactors.
Problem SolvedWith 4kV of electrical isolation between input and output, this terminal safely separates sensitive 24VDC automation controllers from motor starter circuits. The AgSnO contacts comfortably sustain medium-to-large inductive loads up to 6A.
Galvanic IsolationMotor Starter Interfacing4kV Dielectric StrengthControl Logic Separation
3. Sensor Signal Amplification and Load Driving
Factory automation sensors like photoelectric or proximity switches output weak 24VDC signals that lack the ampacity to directly drive heavy visual/audible alarms or mechanical solenoids.
Problem SolvedThe relay’s minimal 0.22W power dissipation allows it to be driven directly by standard sensor outputs. It acts as an amplifier, using the low-current sensor signal to actuate its robust contacts and switch external loads up to 6A.
Signal AmplificationSensor InterfacingSolenoid ControlLow Power Dissipation
