• AIF240-B24S
  • AIF240-B24S
  • AIF240-B24S
  • AIF240-B24S
  • AIF240-B24S
  • AIF240-B24S

AIF240-B24S

240W AC/DC DIN-rail power supply with universal 85–264VAC or 120–370VDC input, 24VDC output, 10A rated current, up to 94% efficiency, and 150% peak load capability for 3 seconds. Featuring built-in active PFC, LED power indicator, compact 124 × 54 × 110mm housing, free-air convection cooling, and full short-circuit, over-current, over-voltage, and over-temperature protection, it is ideal for industrial control, machine equipment, and DIN-rail automation systems.

Output Power
240W
Nominal Output Voltage
24V
Nominal Output Current
10A
Output Voltage Adjustable Range
24-28V
Efficiency at 230VAC
94%
Capacitive Load Max
40000uF
  • AIF240-B24S
  • AIF240-B24S
  • AIF240-B24S

Description

Fast fit-check for 24V cabinets: 24V/10A (240W) DIN-rail supply with universal input and active PFC.

30-Second Fit Check

  • Output class: 24V / 10A, 240W for PLCs, valves, actuators, and 24V control loads.
  • Input: 85–264VAC or 120–370VDC (AC or DC input supported).
  • Peak handling: 150% peak load output for 3 seconds (helpful for short bursts).
  • Temp range: -40°C to +70°C ambient operation.
  • Panel fit: DIN-rail TS35; convection cooling—plan airflow and spacing.

What It Is + Why It Matters

  • Standard DIN-rail form factor — quick replacement and simpler panel layouts.
  • Universal AC/DC input — reduces redesigns across facilities and machine variants.
  • Active PFC — supports improved power factor behavior at the supply input.
  • LED power indicator — faster troubleshooting during commissioning and maintenance.

Key Specs (Evidence)

  • Output: 24V / 10A (240W)
  • Output adjust range: 24.0–28.0V
  • Efficiency (typ., 230VAC): 94%
  • Input: 85–264VAC or 120–370VDC
  • I/O isolation test voltage: up to 3000VAC
All values are taken from the AIF240-BxxS series datasheet tables.

Integration & Controls

  • Connections: AC(L), AC(N) + PE input; +V/-V output terminals.
  • Adjustment: Onboard ADJ for output trim (within listed range).
  • Install guidance: Follow recommended clearances and torque notes from the installation diagram.

Best For / Not For

  • Best for: Factory automation cabinets, machine tools, industrial control equipment using 24VDC loads.
  • Not for: Designs requiring higher ambient than listed, forced-air assumptions without verification, or specialized comms/monitoring beyond LED indication.

Typical Applications

  • Industrial control
  • Machine power for control subsystems
  • Industrial equipment in harsh environments (as described for the series)
  • Automation panels needing universal input flexibility

Selection Checklist

  • Confirm steady-state load ≤ 10A and peak events align with the 150%/3s capability.
  • Confirm output trim needs (24.0–28.0V) for your IO and field devices.
  • Check cabinet thermal design and derating practices for your environment.
  • Plan wiring/grounding to PE and keep spacing per installation notes.

Reliability & Protections

  • Protections listed: short circuit, over-current, over-voltage, over-temperature.
  • Safety class: Class I (per datasheet).
RFQ Quick Checklist: Qty • Target delivery • Input (VAC/VDC) • Output (24V, amps) • Peak/inrush details • Cabinet spacing/airflow • Any end-product agency requirements
Note: Final compliance and performance depend on end-product design, wiring/grounding, and verification testing.

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