$ 297.16
Discover the SICK FX3-CPU130002 safety controller with SIL3/PL e performance, modular Flexi Soft design, and reliable machine safety for industrial automation.
The SICK FX3-CPU130002 safety controller is a compact and reliable main module designed for advanced safety functions in automated machinery. It forms the core of the Flexi Soft system, delivering SIL3 and PL e–level protection for applications that demand strict safety compliance. With two built-in EFI interfaces for safe networking and streamlined configuration through dedicated software, the FX3-CPU130002 enables flexible system expansion without increasing complexity. Its efficient power usage, fast startup capability, and durable housing make it ideal for integration into modern production, logistics, and motion-control environments where reliable machine safety is essential.
The FX3-CPU130002 provides manufacturers with a scalable safety solution that adapts to changing machine requirements. Its modular architecture supports seamless addition of I/O and extension modules, helping engineers tailor safety functions without redesigning entire systems. The module communicates securely with other safety devices, ensuring consistent control across robotic cells, conveyors, and packaging lines. Operators benefit from long service life, extremely low failure probability, and stable operation even in challenging industrial temperatures. Practical advantages include quick commissioning through RS-232 diagnostics, simplified wiring via plug-in terminals, and dependable performance that reduces downtime while maintaining a high level of machine protection.
The SICK FX3-CPU130002 is ideal for engineers who need a compact safety controller that grows with their machine’s complexity. Its modular Flexi Soft design, high safety ratings, and intelligent communication interfaces give you room to expand without redesigning. You get dependable protection, faster setup, and long-term stability packaged in a controller built for modern industrial automation.
The FX3-CPU130002 eliminates the challenge of managing scattered, incompatible safety devices on a machine. Instead of relying on multiple separate safety modules, it centralizes control, synchronizes communication, and maintains SIL3/PL e safety integrity. This reduces wiring, simplifies troubleshooting, prevents unsafe machine behavior, and ensures consistent safety logic across fast-moving, high-risk production environments.
| Feature | Details | Benefit |
|---|---|---|
| Module Type | Main safety controller for Flexi Soft system | Forms the core of a modular, expandable safety architecture |
| Configuration Method | Software-based via Flexi Soft Designer | Speeds up commissioning and ensures consistent safety logic |
| Safety Level | SIL3, PL e, Category 4 | Meets the highest machine safety requirements for critical applications |
| Safe Device Communication | Supports secure communication with SICK safety devices | Ensures reliable and synchronized safety reactions across the machine |
| Safe Networking | Flexi Link support | Enables safe data exchange between multiple controllers |
| EFI Interfaces | 2 × EFI interfaces | Allows connectivity with external SICK safety sensors and modules |
| Diagnostics Interface | RS-232 (M8 connector, 4-pin) | Simplifies troubleshooting and configuration during setup |
| Voltage Supply | 24 V DC (16.8–30 V DC), PELV/SELV | Stable operation with industry-standard power sources |
| Internal Power Consumption | ≤ 2.5 W | Efficient performance with low heat generation |
| Switch-On Time | ≤ 18 seconds | Faster startup reduces downtime after resets or maintenance |
| Overvoltage Category | Category II | Helps prevent damage from electrical disturbances |
| Connection Type | Plug-in spring terminals | Quick wiring and easy installation |
| Dimensions (W × H × D) | 22.5 × 96.5 × 120.6 mm | Slim form factor fits compact control cabinets |
| Weight | 119 g (±5%) | Lightweight for small enclosures |
| Operating Temperature | –25°C to +55°C | Suitable for harsh industrial environments |
| Enclosure Rating | IP20 | Ideal for protected control panel installation |
| Mission Time | 20 years | Long service life ensures stable and predictable operation |
| PFHD | 1.69 × 10⁻⁹ | Extremely low failure probability for high-risk machinery |
| Humidity Tolerance | Up to 95%, non-condensing | Reliable performance in humid production areas |
| System Plug Requirement | System plug ordered separately | Ensures flexible configuration storage and supply routing |
| Certifications | EU, UK, cULus, cTUVus, CCC, KC Mark, S Mark | Compliant for global machine safety deployment |
| Compatible Accessories | Safety relays, system plugs, EFI-compatible cables | Expands system functionality for various machine setups |
Download SICK FX3-CPU130002 (1043784) Datasheet
| Category | Details |
|---|---|
| EAN Number | 4047084257490 |
| Weight | 175 g |
| Country of Origin | Hungary |
In production environments where robots load and unload CNC machines or presses, safety must react quickly to changing workflows. The FX3-CPU130002 enables the robot, machine doors and peripheral sensors to exchange safety signals through secure networking instead of complex hard-wire interlocks. When an operator enters the cell, the controller evaluates door switches, robot position and tool status to bring the system to a safe stop. Its modular design allows additional robots or inspection units to be added without re-engineering the entire cell. This gives manufacturers the flexibility to adjust layouts, reduce wiring errors and maintain SIL3/PL e compliance throughout frequent production changes.
A modern packaging line often consists of several stages—film processing, forming, sealing, labeling and inspection—each containing safety doors, light curtains and interlocked conveyors. The FX3-CPU130002 ties all these elements into a unified safety logic so that any triggered guard immediately synchronizes the response across the entire line. Its two EFI interfaces allow fast communication with distributed safety devices, enabling simultaneous stop commands with minimal delay. Maintenance staff benefit from clear diagnostic information through the RS-232 interface, helping them pinpoint the exact source of a fault. As packaging machines frequently expand with new modules, the controller’s modular architecture makes extension straightforward and downtime minimal.
Warehouses that deploy AGVs require reliable coordination between vehicle speed, navigation sensors, loading stations and human presence. The FX3-CPU130002 processes safety inputs such as emergency stops, drive status, steering position and area sensors to enforce safe motion conditions. If the AGV enters a low-clearance aisle or encounters a worker unexpectedly, the controller triggers speed reduction or a safe stop based on logic blocks configured in software. Its tolerance for harsh temperatures and vibration makes it well-suited for mobile platforms. As fleet sizes grow, safe networking allows each vehicle to exchange safety-related information with docking stations and conveyor interfaces without adding excessive wiring.
4. Metal Forming Lines Requiring Multi-Axis Safety Monitoring
Presses, bending cells and automated forming lines involve synchronized mechanical movements that pose significant risk during operation and maintenance. The FX3-CPU130002 can evaluate door interlocks, dual-channel emergency stops, brake feedback and encoder signals to ensure axes have reached a safe state before permitting access. Its fast startup time helps minimize production delays after scheduled maintenance or emergency stops. Because the controller’s logic is fully software-defined, engineers can implement safe direction, safe limited speed or zone-based access without redesigning the electrical panel. This substantially reduces commissioning time and ensures compliance with the high safety performance levels demanded in metal fabrication facilities.
| Category | Model / Accessory Name | Part Number | Description / Function |
|---|---|---|---|
| System Plug | FX3-MPL000001 | 1043700 | Provides power distribution for the Flexi Soft system and stores configuration data. Required for FX3-CPU modules. |
| Safety Relay (Output Expansion) | RLY3-OSSD400 | 1099971 | Safe output expansion with four enabling safety outputs, plus feedback and signaling paths. Ideal for systems with multiple actuators. |
| Safety Relay (Compact Output Expansion) | RLY3-OSSD100 | 1085343 | Two safe enabling paths and a feedback path for smaller or space-limited safety designs. |
| Configuration Cable (2 m) | DSL-8U04G02M025KM1 | 6034574 | M8 (4-pin) to USB-A configuration cable for connecting the controller to engineering tools. |
| Configuration Cable (10 m) | DSL-8U04G10M025KM1 | 6034575 | Long-distance M8 (4-pin) to USB-A cable suitable for larger machines or cabinet layouts. |
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