The CTS4UNY Feed Through Terminal Block is a premium industrial electrical connection solution designed for secure conductor termination, uninterrupted current transfer, and highly organized panel wiring in automation and control systems. Engineered for modern industrial infrastructure, this terminal block provides dependable electrical continuity, strong conductor security, and efficient wiring management for demanding operational environments.
The CTS4UNY is extensively used in PLC control panels, industrial switchgear systems, machine automation cabinets, electrical distribution boards, instrumentation systems, process automation networks, renewable energy installations, and industrial communication systems where reliable conductor connectivity and professional panel organization are essential.
Its yellow insulated housing enables quick visual circuit identification and organized conductor grouping inside industrial control cabinets. Yellow terminal blocks are frequently used for specific signal identification, control circuit separation, and structured automation wiring systems.
The terminal block is specially designed for feed-through electrical applications where stable conductor continuity, vibration-resistant connection performance, and long operational reliability are required for industrial efficiency.
Manufactured using high-performance flame-retardant engineering thermoplastic material, the CTS4UNY offers superior dielectric insulation strength, high thermal resistance, and excellent mechanical durability for continuous industrial-duty operation.
Its heavy-duty insulated body is engineered to withstand industrial operating conditions involving vibration, electrical load fluctuations, thermal stress, dust exposure, and prolonged operational cycles.
The secure screw clamp connection system delivers strong conductor retention and stable electrical conductivity throughout extended industrial operation.
This minimizes the possibility of conductor loosening, voltage instability, overheating, electrical leakage, and signal interruption inside automation systems and industrial control panels.
The internal conductive structure is designed using high-conductivity copper alloy material to ensure low-resistance current transfer and dependable electrical continuity during operation.
Its optimized conductive pathway supports efficient power and signal transmission across industrial automation networks and electrical distribution systems.
The compact modular structure of the CTS4UNY supports high-density installation inside industrial control cabinets while maintaining safe conductor spacing and installation accessibility.
The terminal block is fully compatible with standard TS-35 DIN rail systems, allowing fast installation and organized integration into industrial electrical infrastructure.
Its side-entry wiring configuration enables smooth conductor insertion and efficient tightening using standard industrial wiring tools, improving installation productivity and reducing assembly time.
The insulated housing structure improves operational safety by reducing accidental conductor exposure and minimizing electrical leakage risks inside industrial automation environments.
The CTS4UNY supports organized cable routing and professional wiring architecture, helping maintenance teams simplify troubleshooting procedures and improve servicing efficiency.
Structured conductor layouts also support easier future wiring expansion and maintenance modifications without disturbing surrounding panel configurations.
Industrial electricians, automation engineers, OEM control panel manufacturers, and electrical system integrators prefer the CTS4UNY because of its reliable electrical continuity, compact design, industrial-grade durability, and maintenance-friendly installation system.
The terminal block performs reliably under harsh industrial conditions involving mechanical vibration, fluctuating temperatures, continuous electrical loading, and operational stress.
The CTS4UNY is suitable for industrial process control systems, instrumentation networks, machine automation circuits, relay control applications, industrial monitoring systems, HVAC automation systems, and electrical communication panels.
Reliable feed-through terminal blocks are critical in industrial automation systems where uninterrupted conductor continuity, organized wiring infrastructure, and long-term electrical reliability are required for operational efficiency and system safety.
The CTS4UNY Feed Through Terminal Block is engineered to provide secure conductor connectivity together with organized and maintenance-friendly industrial wiring functionality.
Its durable insulated housing, low-resistance conductive structure, compact modular construction, and industrial-grade connection performance make it a trusted solution for professional industrial electrical installations.
The terminal block also supports reduced maintenance downtime by enabling accessible conductor layouts and simplified servicing operations within electrical cabinets.
Its compact installation profile allows efficient panel space utilization while preserving installation flexibility and operational safety.
The flame-retardant housing construction improves industrial safety standards and enhances reliability during long-term operation.
Overall, the CTS4UNY Feed Through Terminal Block delivers excellent conductor retention, dependable electrical continuity, organized wiring support, industrial durability, and reliable operational performance for automation and electrical control systems.
| Parameter | Details |
|---|---|
| Product Model | CTS4UNY |
| Product Category | Feed Through Terminal Block |
| Terminal Type | Industrial DIN Rail Terminal |
| Housing Color | Yellow |
| Mounting Configuration | DIN Rail Mountable |
| DIN Rail Standard | TS-35 / 35mm Rail |
| Connection Method | Screw Clamp Connection |
| Rated Operational Voltage | 800V |
| Rated Continuous Current | 32A |
| Supported Wire Range | 0.2 mm² to 4 mm² |
| Solid Conductor Capacity | Up to 4 mm² |
| Flexible Conductor Capacity | Up to 4 mm² |
| Stranded Wire Capacity | Up to 4 mm² |
| Conductor Entry Style | Side Entry |
| Tightening Torque | 0.5 Nm |
| Contact Material | High Conductivity Copper Alloy |
| Contact Surface Finish | Nickel Plated |
| Insulation Housing Material | Polyamide PA66 |
| Housing Construction | Flame Retardant Thermoplastic |
| Flammability Classification | UL94 V-0 |
| Operating Temperature Range | -40°C to +105°C |
| Storage Temperature Range | -25°C to +70°C |
| Mechanical Durability | Industrial Grade |
| Vibration Resistance | High Stability Design |
| Shock Resistance | Enhanced Mechanical Strength |
| Electrical Insulation Strength | High Dielectric Performance |
| Pollution Degree | 3 |
| Over Voltage Category | III |
| Installation Method | Snap-On DIN Rail Installation |
| Maintenance Accessibility | Easy Wiring Inspection |
| Space Optimization | Compact Modular Design |
| Application Area | Industrial Automation Systems |
| Suitable For | Industrial Electrical Wiring |
| Compliance Standard | IEC Industrial Standard |
Supports quick conductor recognition and organized control panel grouping.
Provides strong conductor retention and vibration-resistant electrical continuity.
Optimizes installation space in high-density automation systems.
Enhances operational safety and thermal resistance in industrial environments.
Ensures low-resistance current flow and dependable signal continuity.
Allows fast installation and professional electrical panel assembly.
Designed for demanding industrial conditions involving continuous vibration and stress.
Simplifies servicing, inspection, troubleshooting, and future wiring modifications.
Supports clean and maintenance-friendly control panel layouts.
Provides stable conductor continuity and dependable industrial performance.
Allows faster troubleshooting and easier servicing operations.
Built for demanding industrial automation and electrical distribution environments.
Ideal for modern industrial cabinets requiring optimized space utilization.
Perfect for PLC systems, process automation networks, instrumentation panels, machine control systems, and industrial monitoring applications.
No reviews yet.