| Attribute | Value |
|---|---|
| Product | Phoenix Contact Quint-ps-100-240ac/24dc/40 Power Supply |
| Brand | Phoenix Contact |
| Series | Quint Power |
| Model | Quint-ps-100-240ac/24dc/40 |
| Order No. | 2938879 |
| Input | 100-240V~ / 11-4,5A / 50-60Hz |
| Output | 24V— / 40A |
| Operational Voltage | 85-264V~ |
| Derating | Less than 100V~ 2,5%/V |
| Revision | Rev. 02 |
| Temperature Range (°C) | -25…+70°C (greater than +60°C / +140°F derating) |
| Temperature Range (°F) | -13…+158°F |
| Standards | EN 61000-6-2 EN 61000-6-3 |
| Adjustment Range | 22.5-28.5V |
| Weight | 3.250 Kg |
| Ref No. | 56275 |
What is the Phoenix Contact QUINT‑PS‑100‑240AC/24DC/40?
The Phoenix Contact QUINT-PS-100-240AC/24DC/40 is a high-performance DIN-rail mounted power supply unit designed for industrial automation and control-system environments. With a 24 V DC output at 40 A, it provides robust and reliable power for demanding applications.
Key characteristics include:
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Input range: 110-240 V AC (and 90 V DC to 350 V DC for DC input).
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Output: 24 V DC, 40 A.
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DIN-rail mounting, dedicated for machine-control panels, switchgear, and automation racks.
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Features such as mains buffering (> 20 ms), high inrush-current capability, preventive monitoring — all contributing to high operational reliability.
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Part of the QUINT POWER family by Phoenix Contact, aimed at maximum functionality and system availability.
Key Features
Here is a detailed breakdown of important features of the QUINT-PS 100-240AC/24DC/40:
Wide Input & Robust Design
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Input voltage: 85 V AC to 264 V AC (typical), and 90 V DC to 350 V DC (for DC input variants).
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Frequency: 45–65 Hz for AC.
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Robust ambient capability: Operating ambient temperature from –25 °C to +70 °C (with derating above +60 °C).
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Protection: Short-circuit proof, idle proof, designed for industrial conditions.
High Output & Power Reserve
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Output: 24 V DC at 40 A nominal.
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Mains buffering: > 20 ms at full load, meaning the supply can ride through dips in input voltage without failing.
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“Power Boost” / static boost capability: Allows for high inrush loads (capacitive loads, motor start etc.). For example, within the QUINT family documentation you’ll see up to 125 % static boost, and dynamic up to 200 % for short periods.
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SFB (Selective Fuse Breaking) Technology: Allows the supply to deliver up to six times the nominal current for a short time (e.g., 12–15 ms) so that standard circuit breakers trip quickly and selectively, enhancing system reliability.
Monitoring & Diagnostics
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Built-in LED indicators: “DC OK” and “BOOST” status indication.
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Signal outputs: Active transistor output (DC OK) and a floating relay contact for remote monitoring of the power supply status. of parallel or series connection for redundancy or power expansion.
Reliability & System-Availability Enhancements
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Part of the QUINT POWER family, which emphasises “maximum functionality” and “system availability”.
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Use of robust components including gas-filled surge arresters, wide input ranges, and high ambient rating.
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Designed for industrial environments where uptime is critical (e.g., process plants, manufacturing lines, marine control panels).
Applications
The QUINT-PS 100-240AC/24DC/40 power supply unit is suitable for a wide range of industrial and marine automation settings where a reliable 24 V DC supply at high current is required. Some typical application areas include:
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Control panels and switchgear for manufacturing machines, where multiple sensors, actuators, PLCs, HMIs (Human-Machine Interfaces) are powered from a common 24 V bus.
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Marine automation & ship-board electrical systems, where stable DC supply is needed under demanding environmental conditions (vibration, wide temperature, electrical noise).
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Process plants (chemical, oil & gas, water treatment) where uptime is essential and power interruptions or voltage dips cannot be tolerated.
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Automation in heavy industries (steel, cement, mining) where large loads with high inrush currents (e.g., motors, solenoids) must be reliably powered.
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Infrastructure installations (transport, utilities) where 24 V DC sub-systems power signalling, sensors, control logic, and require redundancy or buffer capability.
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Redundant supply systems where two or more power supplies are combined to ensure continuous operation in case one fails (parallel or series connection).
By choosing such a robust power supply you ensure fewer downtime events, better control over power quality, and reliable long-term operation of your automation infrastructure.
Why Choose This Power Supply?
Here are the compelling reasons to select the QUINT-PS 100-240AC/24DC/40 for your industrial or marine system:
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High Current Output (40 A at 24 V) – Ideal for feeding demanding loads in one go, reducing need for multiple smaller supplies and simplifying design.
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Wide Input Range & Mains Buffering – With capability to buffer mains dips and a wide AC/DC input range you gain robustness against mains disturbances, brown-outs, or unstable inputs.
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Power Reserve & Inrush Handling – Many industrial loads (motors, solenoids, capacitive banks) create high inrush currents at switch-on. The built-in boost and SFB technologies help handle these without supply failures or nuisance trips.
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Monitoring & Diagnostics Built-In – Early-warning features (DC OK, BOOST signals) allow condition monitoring, predictive maintenance, less reactive downtime.
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System Availability Emphasis – The QUINT POWER line is explicitly designed for “maximum functionality” and “system availability” which translates to less downtime, fewer failures, and longer system lifetime.
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Scalability & Redundancy Options – Ability to connect in series or parallel means you can design for either higher power or redundant backup, giving flexibility for future expansion or fault-tolerant systems.
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Industrial / Marine Suitability – The rugged design, DIN-rail form factor, 24 V logic compatibility, and global approvals make it well suited to both industrial automation and marine‐application usage.
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Brand Trust & Support – Being part of the globally recognised Phoenix Contact QUINT series reinforces confidence in quality, support, and lifecycle.
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Efficiency & Thermal Performance – Higher efficiency reduces waste heat, which is critical in confined control-panel environments or marine enclosures where thermal management is key.
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Future-proofing – Because of features like expandability, diagnostics, and robust design, you are investing in a supply that can serve current loads and scale for future upgrades.








