Schneider Electric SXWPS24VX10001 — SpaceLogic Power Supply Guide

By Abdullah Zahid
15 min read
Schneider Electric SXWPS24VX10001 SpaceLogic 24VAC 21-30VDC DIN rail power supply module for AS-P and I/O modules

Schneider Electric SXWPS24VX10001 Power Supply Module, SpaceLogic, 24VAC or 21-30VDC, for AS-P and I/O Modules — Specs, Selection Guide and Alternatives

Controls engineers and systems integrators sourcing a power supply for a SpaceLogic distributed I/O network have a narrow target: the module must accept 24VAC or 21-30VDC input, deliver a regulated 24VDC output, and carry official certification for AS-P servers and SpaceLogic remote I/O modules. The Schneider Electric SXWPS24VX10001 meets all three criteria in a compact 114mm x 90mm x 64mm DIN-rail form factor rated at 60VA and 40W continuous output. If your platform is confirmed SpaceLogic and your load budget is under 40W, this is a straightforward procurement decision.

If you have already verified platform compatibility and are ready to check stock, view current pricing and availability for the SXWPS24VX10001 at LeadTime.ca — we ship worldwide.

Who Should Buy the SXWPS24VX10001 — and Who Should Not

This module is the correct choice for engineers and integrators building or maintaining SpaceLogic-based control systems who need a compact, certified 24VDC power backbone. Order it with confidence if all of the following apply to your project:

  • Your PLC server carries an AS-P designation and is explicitly Modicon SpaceLogic — not M340, Quantum, or legacy Modicon
  • Your facility input power is available as 24VAC nominal or falls within the 21-30VDC range from a UPS or battery source
  • Your total I/O module power draw, summed from official datasheets and multiplied by a 1.2 safety factor, comes in under 40W continuous — ideally under 32W for a comfortable margin
  • Your control panel has at least 114mm of vertical DIN rail clearance available for this module's footprint
  • Your application does not require redundant, hot-swap, or failover power architecture — the SXWPS24VX10001 is a single-supply module only
  • You need dual input voltage flexibility to standardize one SKU across sites that use either AC facility power or DC UPS backup

If your platform is M340 or Quantum, if your load exceeds 40W, or if your application demands power redundancy, this is not the correct module. The comparison table later in this article identifies the alternatives to evaluate.

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What the SXWPS24VX10001 Does in a SpaceLogic System

The SXWPS24VX10001 is not a general-purpose DIN-rail power supply — it is a platform-specific power backbone module designed exclusively for Schneider Electric SpaceLogic automation architecture. Its function is to accept facility-side input power (either 24VAC nominal from a standard AC distribution circuit, or 21-30VDC from a UPS or DC battery source) and convert it into a stable, regulated 24VDC output that the SpaceLogic AS-P server and downstream remote I/O modules depend on for consistent operation.

The dual input voltage acceptance is one of the module's most practical field advantages. Systems integrators managing multiple customer sites frequently encounter facilities where some locations run 24VAC distribution and others rely on 21-30VDC UPS-backed power. The SXWPS24VX10001 handles both without requiring separate SKUs for each site configuration, which simplifies spare parts inventory and procurement standardization across a portfolio of SpaceLogic deployments.

Platform specificity is the other defining characteristic. According to the official Schneider Electric product descriptor — confirmed across multiple authorized distributor specifications — this module is rated for use with AS-P server units and SpaceLogic remote I/O modules. It is not physically or electrically interchangeable with M340, Quantum, or legacy Modicon power modules. That specificity is not a limitation for SpaceLogic users; it is the design intent, and it eliminates compatibility guesswork for integrators working within that ecosystem. The risk arises only when a buyer assumes that any Schneider power module will fit any Schneider PLC family — a mistake that generates project delays and return freight costs.

Typical System Architecture for SpaceLogic Power Distribution

The SXWPS24VX10001 sits at the power conversion layer between facility distribution and the SpaceLogic I/O network, acting as the single regulated DC source that all downstream modules draw from. A typical deployment looks like this:

  • Facility power circuit (24VAC nominal or 21-30VDC from UPS) feeds into the SXWPS24VX10001 through an upstream short-circuit and overcurrent protection device
  • The SXWPS24VX10001 outputs regulated 24VDC onto the SpaceLogic power bus within the control panel or remote enclosure
  • The SpaceLogic AS-P server unit receives regulated 24VDC from the module's output terminals
  • Remote SpaceLogic I/O modules connect downstream, each drawing from the same regulated 24VDC supply — total draw across all modules must remain within the 40W continuous rating
  • For remote I/O stations located 50 to 200 meters from the main PLC enclosure, a dedicated SXWPS24VX10001 at the remote panel provides local regulated power rather than running 24VDC over long cable runs

Industries and Applications Where This Module Deploys

In food and beverage processing and packaging environments, the SXWPS24VX10001 serves as the power backbone for multi-stage sensor networks distributed across conveyor lines, filling stations, and end-of-line inspection systems. The module's compact 64mm depth is particularly valued in tight panel installations common in food-grade enclosures where interior space is constrained.

Pharmaceutical facilities use SpaceLogic-based distributed I/O networks for environmental monitoring, cleanroom access control, and process validation systems. The SXWPS24VX10001's regulated 24VDC output provides the stable power baseline these applications require without introducing the ripple or droop variability that can trigger nuisance alarms on sensitive instrumentation.

Water and wastewater treatment plants frequently deploy SpaceLogic I/O stations in remote pump houses and valve actuator panels located 50 to 200 meters from the main control room. In these configurations, a local SXWPS24VX10001 at each remote panel eliminates long 24VDC cable runs that would otherwise introduce voltage drop and wiring complexity. The module's acceptance of 21-30VDC input also makes it compatible with the DC UPS backup power circuits common in utility infrastructure.

Discrete manufacturing and automotive sub-tier plants deploying modular, scalable SpaceLogic cabinet architectures as production lines expand incrementally rely on the SXWPS24VX10001 as the standard power module added with each new I/O expansion segment — maintaining a consistent, supportable design across the facility without introducing multiple power supply variants.

Application Typical Deployment
Food and beverage packaging lines Distributed I/O power backbone for multi-stage sensor networks across conveyor and filling stations
Pharmaceutical process monitoring Regulated 24VDC supply for cleanroom and environmental I/O modules requiring stable, low-ripple power
Water and wastewater remote stations Local power supply at remote pump house panels 50-200 meters from main PLC enclosure
Discrete manufacturing expansion Standard power module added per SpaceLogic I/O segment as production lines are incrementally added
Spare module field repair inventory Stocked unit for rapid restoration of SpaceLogic systems experiencing power module failure during production
HVAC and building automation Power hub for SpaceLogic AS-P server and climate control I/O modules in building management cabinets

Key Specifications and How the SXWPS24VX10001 Compares to Alternatives

Specification Value
Input Voltage (AC) 24VAC nominal
Input Voltage (DC) 21–30VDC
Output Voltage 24VDC regulated
Power Rating 60VA / 40W continuous
Physical Dimensions 114mm H x 90mm W x 64mm D
Weight 0.15 lbs
Mounting 35mm DIN rail, standard horizontal orientation
Compatible Platform SpaceLogic (AS-P server and remote I/O modules); not compatible with M340 or Quantum
Redundancy Single supply only; no hot-swap or failover
Upstream Protection External short-circuit and overcurrent protection device required

Full technical specifications are available on the product page at LeadTime.ca.

SXWPS24VX10001 vs. Common Alternatives

Feature SXWPS24VX10001 M340 PSU Equivalent Quantum PSU Equivalent Generic 24VDC 40W Supply
Platform Focus SpaceLogic native M340 only Quantum only Universal / platform-agnostic
Output Power 40W continuous 60W+ typical 100W+ typical 40W (varies by model)
Input Options 24VAC or 21–30VDC AC only typically AC and DC options Single input type
Physical Depth 64mm Larger form factor Larger form factor Varies by vendor
Redundancy Single supply only Single supply Dual-module option available Varies
Platform Integration Full (SpaceLogic) Full (M340 only) Full (Quantum only) Manual / external configuration
Technical Support Manufacturer and distributor Manufacturer and distributor Manufacturer and distributor Varies by vendor

If your application demands more than 40W continuous output or requires Quantum-style dual-module redundancy, the SXWPS24VX10001 is undersized for your configuration — check current availability and confirm the right variant at LeadTime.ca.

Expert Verdict: Is the SXWPS24VX10001 Right for Your Project?

The SXWPS24VX10001 does exactly what a platform-specific power supply module should do: it converts facility-side AC or DC input into clean, regulated 24VDC and delivers it reliably to SpaceLogic AS-P servers and remote I/O modules without requiring external adapters, protocol translation, or compatibility workarounds. Its 40W continuous rating handles the majority of SpaceLogic I/O deployments confidently when total module load stays in the 30 to 35W range, and the dual input voltage acceptance — 24VAC nominal or 21-30VDC — makes it genuinely useful for integrators standardizing across customer sites that have mixed power infrastructure. The compact 114mm x 90mm x 64mm footprint fits control panels where space is at a premium. This is a module that does its job without drama, and for the right application, it is the correct and logical choice.

The honest limits are worth naming directly. At loads approaching 40W, the safety margin compresses enough to create risk during transient load peaks — if your calculated draw is between 35W and 40W, evaluate whether a higher-capacity module is the right call rather than operating at the ceiling. More critically, the SXWPS24VX10001 offers no redundancy whatsoever: no hot-swap capability, no failover path, no dual-module configuration. If your application requires continuous uptime during a power module failure, you need a different architecture entirely. And for M340 or Quantum platform users, this module is simply the wrong part — it cannot mount, cannot function, and ordering it in error wastes time and money that a five-minute platform verification call would have prevented.

From a procurement standpoint, standard North American lead times run approximately 2 to 4 weeks through authorized distribution channels, which is workable for planned projects but tight for emergency replacements. This is exactly where sourcing through a specialist distributor pays for itself: pre-sales compatibility verification before the purchase order goes in, lead-time confirmation against your project schedule, and post-sale commissioning support if installation questions arise. Generic marketplace orders skip that verification layer entirely and leave you carrying the full risk of a wrong-part scenario. Check current stock and pricing for the SXWPS24VX10001 at LeadTime.ca — we ship worldwide and can confirm lead time before you commit to a build schedule.

For volume pricing or to verify lead time before committing to a project schedule, contact the LeadTime.ca team directly — we ship worldwide and respond quickly to sourcing inquiries.

What Engineers Need to Know Before Ordering the SXWPS24VX10001

Because public community discussion of the SXWPS24VX10001 is sparse — this module occupies a specific niche within the SpaceLogic ecosystem that does not generate the broad forum debate seen with higher-volume PLC CPU models — the most useful pre-order intelligence comes from the field patterns that specialist distributors and commissioning engineers encounter repeatedly. Three categories of mistakes account for the majority of ordering problems and project delays associated with this part.

The single most common error is platform misidentification. An integrator or technician working in a multi-platform Schneider environment assumes that a Schneider power module is interchangeable across PLC families, places an order for the SXWPS24VX10001 to support an M340 or Quantum system, and discovers the incompatibility only when the module arrives and physically cannot mount or electrically connect. The SXWPS24VX10001 is verified by Schneider Electric's official product documentation as being specific to SpaceLogic AS-P servers and SpaceLogic remote I/O modules. It is not a cross-platform component. The solution is a direct check of the server model number against Schneider's official documentation — or a call to a specialist distributor who can confirm platform compatibility before the order is placed. A second recurring issue involves power budget underestimation. Engineers who do not pull official datasheet power consumption figures for every planned I/O module, or who forget to account for modules planned for future expansion, find themselves with a supply operating at or beyond its 40W rating. Voltage sag under full load produces intermittent I/O read and write failures that can be extremely difficult to diagnose without knowing the load was the root cause. The discipline of summing verified power draws, applying a 20% safety margin, and testing under full anticipated load before final commissioning prevents this failure mode entirely. A third field pattern involves input wiring errors in facilities where both 24VAC and 21-30VDC sources are available. Connecting both input types simultaneously to the same module — or wiring the wrong input type to the designated terminals — causes internal module failure with potential for electrical hazard. Consult the module label or datasheet before wiring, connect only one designated input type, and label your terminals clearly to prevent future confusion during maintenance.

When community forum data is absent and the wrong-part risk is real, the practical safeguard is a conversation with a distributor who knows the SpaceLogic product family and can cross-reference your system configuration against the correct module before your purchase order is issued. LeadTime.ca's technical team handles exactly these pre-sales verification calls as a standard part of the ordering process.

Wiring and Installation Overview for the SXWPS24VX10001

The following overview covers the key requirements for mounting and connecting the SXWPS24VX10001. Engineers requiring full wiring diagrams and step-by-step commissioning procedures should consult the official Schneider Electric installation documentation for this module.

  • Mount the module on a standard 35mm DIN rail; the unit requires a minimum of 114mm vertical clearance — measure your panel before installation and verify no adjacent components obstruct that space
  • Connect only one input type — either 24VAC nominal or 21-30VDC — to the designated input terminals as identified on the module label or datasheet; never connect both AC and DC inputs simultaneously to the same module
  • If using the 21-30VDC input option, maintain correct polarity on the DC input terminals; connect positive to positive and negative to negative per the module label
  • An external upstream short-circuit and overcurrent protection device is required; the SXWPS24VX10001 requires facility-side protection — verify this device is installed and rated appropriately before energizing the module
  • After initial power-up, measure DC voltage at the output terminals with a calibrated multimeter to verify regulated 24VDC output is present before connecting downstream I/O modules; if voltage is absent, check input wiring and upstream protection device before assuming module failure

Compatible SpaceLogic Modules and System Expansion

The SXWPS24VX10001 is rated for use with the following SpaceLogic system components, as confirmed by Schneider Electric's official product documentation. All compatibility claims below are drawn from the verified product descriptor — consult Schneider Electric's current SpaceLogic configuration documentation for specific module counts and power allocation guidance.

  • SpaceLogic AS-P server units — the module is the designated power supply for AS-P controllers in the SpaceLogic distributed I/O architecture
  • SpaceLogic remote I/O modules — downstream I/O modules connect to the module's 24VDC regulated output; total combined power draw across all connected modules must remain within the 40W continuous rating

Note: The SXWPS24VX10001 is not compatible with M340 backplane power modules, Quantum rack power supplies, or Momentum I/O power systems. Verify that all downstream modules in your configuration accept 24VDC input; legacy or specialized modules requiring 48VDC or other voltages require a separate supply architecture.

Wrong-Part Prevention Checklist Before You Order

Run through every item on this checklist before placing your purchase order for the SXWPS24VX10001. This list reflects the most common ordering errors associated with this module and the SpaceLogic product family.

  1. Confirm your PLC server is Modicon SpaceLogic (model name contains "SpaceLogic" or AS-P designation); this module is not compatible with M340, Quantum, or Momentum platforms
  2. Verify your facility input voltage is either 24VAC nominal or within 21-30VDC range; 12VDC, 48VDC, or 120VAC inputs require completely different modules
  3. Calculate total I/O module power consumption and apply 20% safety margin; confirm total is under 32W for safe operation (40W is rated capacity)
  4. Confirm available DIN rail mounting space: unit requires minimum 114mm vertical height clearance; measure your panel before ordering
  5. Verify no requirement for redundant power path or hot-swap capability; SXWPS24VX10001 is single-supply only
  6. Check that all downstream I/O modules accept 24VDC input; legacy or specialized modules may require 48VDC or other voltages
  7. Confirm your facility power source includes external short-circuit and overcurrent protection; SXWPS24VX10001 requires upstream protection device
  8. Verify lead-time acceptance with your project schedule; standard North American distribution stock is 2-4 weeks

If you have completed this checklist and confirmed the SXWPS24VX10001 is the right part for your system, check stock and current pricing at LeadTime.ca — or contact our team if you need lead-time confirmation before committing to your project schedule.

Frequently Asked Questions

Can I use the SXWPS24VX10001 on an M340 or Quantum system as a temporary workaround?

No. The SXWPS24VX10001 is platform-specific to Schneider Electric SpaceLogic and is officially rated for use with AS-P servers and SpaceLogic remote I/O modules only. It is not electrically or mechanically compatible with M340 backplane power modules or Quantum rack power supplies. There is no workaround — using the wrong power module on a different platform creates integration failure and may create electrical hazard. Identify the correct platform-specific module for your system before ordering.

My total I/O load calculates to 38W after applying the 20% safety margin — is the SXWPS24VX10001 safe to use?

A calculated load of 38W falls within the 40W continuous rating but leaves virtually no margin for transient load spikes, module inrush at startup, or future I/O additions. The recommended safe operating point is under 32W to preserve a comfortable working margin. At 38W, you are operating close to the rated ceiling and the risk of voltage sag during transient peaks is real. If there is any possibility of adding I/O modules later, select a higher-capacity power supply module. If the 38W load is truly fixed and stable, the module will function but should be monitored closely during initial commissioning under full load.

Does the SXWPS24VX10001 include internal fusing, or do I need to install an external protection device?

The official Schneider Electric product documentation confirms that an external upstream short-circuit and overcurrent protection device is required for the SXWPS24VX10001. Do not assume internal fusing is present or sufficient. Verify your facility power distribution includes a properly rated upstream protection device before energizing the module. Consult the full technical datasheet for specific protection device ratings and installation requirements.

Can I connect both 24VAC and 21-30VDC inputs simultaneously for automatic source switching?

No. The SXWPS24VX10001 accepts either 24VAC nominal or 21-30VDC — one input type per installation. Connecting both AC and DC sources simultaneously to the same module creates an electrical hazard with risk of internal module failure. If your application requires automatic source switching between AC facility power and DC UPS backup, a dedicated dual-input or switchable power supply module is required. Consult Schneider Electric's current SpaceLogic product portfolio or contact a specialist distributor to identify the appropriate module for that configuration.

What is the typical lead time for the SXWPS24VX10001 and is it stocked in North America?

Standard lead time through North American authorized distribution is approximately 2 to 4 weeks from order placement to delivery. Stock availability varies by distributor and timing — it is not guaranteed from shelf inventory. If your project schedule requires faster delivery, contact your distributor at the time of order to confirm current stock status and whether expedited fulfillment is available. LeadTime.ca can provide lead-time confirmation before you commit your project schedule.

Is the SXWPS24VX10001 a direct drop-in replacement for a failed power module in an existing SpaceLogic installation?

Yes, provided the replacement unit is for a SpaceLogic system with AS-P servers and SpaceLogic remote I/O modules, and the facility input voltage is 24VAC nominal or within 21-30VDC. The module mounts on a standard 35mm DIN rail and connects via the same terminal configuration. Before installing the replacement, verify that the root cause of the original module failure has been identified and corrected — particularly if the failure was caused by an overloaded power budget, a downstream short circuit, or an upstream protection device fault — to prevent the replacement unit from failing for the same reason.

Why Order the SXWPS24VX10001 Through LeadTime.ca

  • Pre-sales platform compatibility verification before your purchase order is placed — prevents wrong-part arrivals and project delays
  • Lead-time confirmation against your specific project delivery date before you commit
  • Global shipping to any destination worldwide — not limited to a single country or region
  • Volume pricing available for integrators ordering multiple units across project portfolios — contact for current pricing
  • Post-sale technical support for installation questions and commissioning assistance

At-a-Glance Summary

  • Official designation: Power supply module, SpaceLogic, 24VAC or 21-30VDC, for AS-P and I/O modules
  • Input voltage: 24VAC nominal or 21-30VDC — select one input type only; no simultaneous dual-input connection
  • Output: regulated 24VDC; rated 60VA / 40W continuous
  • Recommended safe operating load: under 32W after applying 20% safety margin to calculated I/O draw
  • Physical footprint: 114mm H x 90mm W x 64mm D; 35mm DIN rail mount; 0.15 lbs
  • Platform: Modicon SpaceLogic exclusively — not compatible with M340, Quantum, or Momentum platforms
  • Redundancy: single supply only; no hot-swap or failover capability
  • External upstream protection device required — not internally fused for primary circuit protection
  • Typical North American lead time: 2 to 4 weeks through authorized distribution
  • The single most important pre-order check: confirm your server model is explicitly Modicon SpaceLogic with AS-P designation before placing the order

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