1. 24VDC+ Power Distribution in Control Panels
This distribution block provides a highly organized and compact solution for distributing 24VDC+ power to multiple components within industrial control panels. The distinct red color simplifies wire identification for positive potentials, while the Push-in technology ensures fast, secure, and vibration-resistant connections, crucial for reliable operation in demanding environments. Its DIN rail mount design facilitates neat and space-saving installation.
Problem SolvedProvides a clear, organized, and space-saving method to distribute positive 24VDC power to multiple devices in an industrial control panel, reducing wiring complexity and potential errors.
24VDCcontrol panelpower distributionDIN railpush-in connectioncompactwire marshalling
2. Emergency Stop (E-Stop) Signal Distribution
The red coloring and robust Push-in connection technology make this block ideal for critical E-Stop circuit signal distribution. Its secure connections and clearly identifiable color ensure that safety signals are reliably transmitted to multiple safety devices or control system inputs, enhancing system safety and simplifying maintenance. Its compact form factor allows for integration into safety relay enclosures or decentralized E-Stop junction boxes.
Problem SolvedOffers a reliable, clearly identifiable, and robust connection point for distributing E-Stop signals to multiple safety devices or inputs, ensuring quick and secure signal propagation in emergency situations.
E-Stopsafety circuitsignal distributionemergency stopreliable connectionred terminalsafety relay
3. Distributed Power Tapping in Industrial Machinery
Capable of handling up to 690V and 57A with larger conductors, this distribution block is suitable for tapping into main power feeds to distribute power to several distributed loads within industrial machinery. Its wide operating temperature range (-60°C to 105°C) ensures reliability in various industrial settings, while the 7 connections allow for efficient branching, reducing complex wiring and cable runs for modular machine designs.
Problem SolvedFacilitates efficient and robust power tapping from a main supply line to multiple loads in decentralized or modular machinery, minimizing long cable runs and reducing the need for larger, more complex terminal strips.
Power tappingindustrial machinerydistributed loadshigh current690Vmodular wiringrobust connectiontemperature resistance
