1. High-Density Control Cabinet Optimization
Implementation in space-constrained control panels where DIN rail real estate is at a premium. The double-tier architecture allows two separate potentials to be wired within a single 5.1 mm wide housing.
Problem Solved
Overcomes physical space limitations in retrofit or compact enclosures by stacking connections vertically rather than horizontally, effectively halving the required rail length.
Double-tier architectureRail space optimization5.1 mm pitchVertical stacking
2. Field Sensor Signal Marshalling
Deployed as an interface point for high-volume sensor wiring, utilizing the upper and lower levels to separate signal and return paths or different voltage potentials in marshalling racks.
Problem Solved
Eliminates wiring clutter and cross-interference by logically separating signal types vertically, simplifying troubleshooting and maintenance in complex I/O systems.
Signal marshallingPotential separationI/O interfacingStructured wiring
3. Vibration-Proof Power Distribution
Used to distribute auxiliary power (up to 400V/24A) to field actuators in heavy machinery environments subject to mechanical vibration.
Problem Solved
Prevents connection loosening and intermittent faults in harsh environments through the use of self-locking steel clamping yokes and screw connections.
Vibration resistanceSteel clamping yokeAuxiliary power distributionReliable contact
