XPSAF5130 Inductive Proximity Sensor | Schneider Electric Safety Relay Module

Machine Guarding & Safety Monitoring Solution — Schneider Electric XPSAF5130 | Preventa Safety Relay Series

Where This Product Is Used

The Schneider Electric XPSAF5130 is a dedicated safety relay module engineered for inductive proximity sensor monitoring in industrial machinery and process automation environments. Typical deployment scenarios include:

• Machine guarding systems — monitoring position sensors on safety guards, interlocked doors, and access panels to prevent inadvertent machine start-up
• Emergency stop (E-stop) circuits — dual-channel inductive sensor input provides redundant monitoring for Category 3 / PLd stop functions
• Press and stamping machinery — verifying die-set position and ram travel limits before enabling the press cycle
• Robotic work cells — detecting robot arm home position and confirming safe zone clearance before operator entry
• Conveyor and material handling — end-of-travel detection with safe-state output to upstream PLCs or drives
• Packaging and filling lines — cap/lid presence verification integrated into the safety PLC architecture
• Automotive body-in-white (BIW) lines — fixture clamping confirmation before weld gun activation

The XPSAF5130 is particularly specified where non-contact sensing is preferred over mechanical safety switches — eliminating mechanical wear, improving IP rating, and reducing maintenance intervals in harsh or washdown environments.

Technical Specifications

Part Number	XPSAF5130
Brand	Schneider Electric (Telemecanique / Preventa)
Product Family	Preventa Safety Relay — Inductive Sensor Monitoring
Supply Voltage	24 V DC
Input Type	Dual-channel inductive proximity sensor (OSSD-compatible)
Safety Outputs	2 × NO safety relay contacts (instantaneous)
Auxiliary Output	1 × NC monitoring contact
Safety Integrity Level	SIL 2 (IEC 62061) / PLd Cat. 3 (ISO 13849-1)
Response Time	≤ 20 ms
Output Contact Rating	6 A / 250 V AC (resistive load)
Mounting	DIN rail (EN 60715 TH35)
Housing Width	22.5 mm
Operating Temperature	0 °C to +55 °C
Protection Degree	IP40 (module) / IP20 (terminals)
Weight	~400 g (with packaging)
Certifications	CE, UL, cUL, TÜV

Why Engineers Specify This Model

• Non-contact sensing advantage — eliminates actuator wear and false trips caused by mechanical switch degradation; ideal for high-cycle applications exceeding 1 million operations/year
• Dual-channel redundancy — two independent inductive sensor inputs provide cross-fault monitoring, satisfying Category 3 architecture requirements without external logic
• Compact 22.5 mm footprint — fits into tight control panel layouts alongside standard Preventa and Harmony components
• Plug-and-play with Schneider XS-series sensors — pre-validated compatibility with Telemecanique XS1, XS2, and XS4 inductive sensor families reduces commissioning time
• Integrated self-monitoring — internal relay contact monitoring detects welded contacts and prevents dangerous restart without external monitoring relays
• Single-supply 24 V DC — simplifies panel wiring; no separate AC supply rail required for the safety module
• TÜV-certified functional safety — third-party certification accelerates CE marking and machinery directive compliance documentation

Complete System Bill of Materials

For a complete inductive proximity sensor safety monitoring circuit, engineers typically specify the following alongside the XPSAF5130:

• Inductive Proximity Sensors (×2) — Schneider XS112BLPAL2 or XS618B1PAL2 (dual-channel pair, PNP, 3-wire, 24 V DC)
• 24 V DC Power Supply — Schneider ABL8REM24030 (3 A, DIN rail) or equivalent PULS / Phoenix Contact unit
• DIN Rail & End Brackets — EN 60715 TH35 steel rail, NSYTRAAB35 end clamps
• Safety PLC / Controller — Schneider Modicon M221 or M241 with TM3SAF5R safety expansion (for integrated safety architecture)
• Contactor (×2, for motor isolation) — Schneider LC1D09 with LA1KN11 auxiliary contact block
• Wiring Duct & Ferrules — Phoenix Contact CLIPLINE 1 mm² ferrules (AI 1-8 RD) for all safety circuit terminations
• Panel Enclosure — Schneider NSYCRN43150 (400×300×150 mm) or RITTAL AX series for larger assemblies

Compliance & Industry Standards

• Machinery Directive 2006/42/EC — supports CE marking for machinery safety functions
• IEC 62061:2021 — Safety Integrity Level (SIL) 2 rated for safety instrumented functions
• ISO 13849-1:2015 — Performance Level d (PLd), Category 3 architecture
• IEC 60947-5-1 — Low-voltage switchgear and controlgear standard for relay contacts
• EN 60715 — DIN rail mounting compliance
• UL 508 — Industrial control equipment (UL / cUL listed)
• RoHS 2011/65/EU — Restriction of hazardous substances compliant

Quality Assurance & Sourcing

Konmask.com sources the XPSAF5130 exclusively through authorized Schneider Electric distribution channels and verified secondary-market suppliers with full traceability documentation. Every unit dispatched from our warehouse undergoes:

• Visual inspection against Schneider Electric OEM packaging and label standards
• Date-code and lot-number verification against supplier certificates of conformance (CoC)
• Functional continuity check on safety output contacts prior to shipment
• Anti-static packaging with humidity indicator card for long-haul freight

Counterfeit industrial safety components represent a critical risk. We provide full documentation upon request: CoC, packing list, and commercial invoice with HS code 8536.49 for customs clearance.

How to Source This Part

1. Add to cart and proceed to checkout — we accept T/T bank transfer, PayPal, and major credit cards
2. Request a quote for orders of 5+ units — email support@konmask.com with your project BOM for volume pricing
3. Lead time: In-stock units ship within 1–3 business days (Hong Kong warehouse); ex-stock delivery to mainland China typically 3–5 business days via SF Express
4. Export orders: DDP and DAP Incoterms available for Southeast Asia, Middle East, and Europe — contact us for freight quotation
5. Technical pre-sales support: Our engineering team can review your safety circuit schematic and confirm XPSAF5130 suitability before purchase

Application-Specific FAQ

Q: Can the XPSAF5130 monitor standard PNP inductive sensors, or does it require special safety-rated sensors?
A: The XPSAF5130 is designed for standard 3-wire PNP inductive proximity sensors operating at 24 V DC. It does not require OSSD (Output Signal Switching Device) sensors — this is a key advantage over light curtain safety relays, making it cost-effective to retrofit existing sensor installations.

Q: What is the maximum cable length between the inductive sensor and the XPSAF5130?
A: Schneider recommends a maximum cable capacitance of 150 nF per channel. For standard 0.75 mm² shielded cable, this typically allows runs up to 50–80 m depending on cable specification. Always verify with the sensor manufacturer’s derating curve for long-cable installations.

Q: Can I use the XPSAF5130 in a Category 4 / PLe safety function?
A: No. The XPSAF5130 is rated for Category 3 / PLd maximum. For PLe requirements, Schneider Electric offers the XPSAR series with additional diagnostic coverage. Contact our team for an alternative recommendation.

Q: Is manual or automatic restart mode selectable?
A: Yes. The XPSAF5130 supports both manual monitored restart (requiring a separate N/O restart pushbutton wired to the module) and automatic restart mode, selectable via internal jumper configuration. Manual monitored restart is mandatory for most machinery directive applications.

Q: What replacement or equivalent parts are available if XPSAF5130 is discontinued?
A: The current Schneider Electric successor reference is the XPSAR11AC (Preventa XPS-AR series) for applications requiring inductive sensor monitoring with enhanced diagnostics. Cross-reference with your Schneider distributor or contact Konmask for a compatibility assessment.

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