PWR-IE240W-PCAC-L – IE Switch Power Supply

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PWR-IE240W-PCAC-L Description

Cisco PWR-IE240W-PCAC-L is a 240W DIN-rail industrial AC power supply that provides 54V DC at 4.5A to support Cisco Catalyst rugged switches and industrial devices with substantial PoE/PoE+ power budgets. With a universal AC input (100–240V, 2.5A, 50/60Hz) and wide range (90–264V AC), it ensures stable performance across industrial environments.The unit offers 91% efficiency, a 20 ms holdup time, and full protection suite (OVP, OCP, OTP, SCP). Operating between −40°C to +80°C (with derating above 40–50°C), the PWR-IE240W-PCAC-L is a compact and lightweight option (85 × 121 × 124.1 mm, 0.96 kg) with an MTBF of 1.58M hours.While it is not approved for hazardous locations, it is ideal for factory automation, transportation, and smart city deployments requiring high PoE budgets for powering multiple cameras, access points, and IoT devices.

Quick Specs

Parameter

Specification

Model

PWR-IE240W-PCAC-L

Output power

240W

Output voltage / current

54V DC, 4.5A

Holdup time (100% load)

20 ms

Rated nominal input

100–240V AC, 2.5A, 50–60Hz

Supported input range

90–264V AC

Typical efficiency

91%

Inrush current (25°C)

<35A @115V, <70A @230V

Operating temperature

−40°C to +80°C (derating above 40–50°C)

Operating humidity

<95% RH (non-condensing)

IP rating

IP20

Product Comparison

Parameter

PWR-IE240W-PCAC-L

PWR-IE170W-PC-AC

PWR-IE480W-PCAC-L

Output power

240W

170W

480W

Output voltage / current

54V DC, 4.5A

54V DC, 3.2A

54V DC, 9A

Holdup time

20 ms

20 ms

20 ms

Input type

AC only

AC 100–240V, DC 125–250V

AC only

Supported input range

AC 90–264V

AC 90–264V, DC 106–300V

AC 90–264V

Efficiency

91%

88%

92%

Inrush current

<35A @115V, <70A @230V

<35A @115V, <70A @230V

<35A @115V, <70A @230V

Operating temp

−40°C to +80°C (derating above 40–50°C)

−40°C to +75°C

−40°C to +80°C (derating above 40–50°C)

Hazardous approval

No

Yes (C1D2/Zone 2)

No

Dimensions

85 × 121 × 124.1 mm

96 × 150 × 146 mm

85 × 121 × 124.1 mm

Weight

0.96 kg

1.76 kg

1.25 kg

MTBF

1.58M hrs

2.38M hrs

1.47M hrs

Compatible Devices Table

Cisco Series / Model

Compatible

Notes

Catalyst IE3100 Rugged Series (PoE models: IE-3100-8P2C-E, IE-3100-6P2U2C-E)

Yes

Provides sufficient 54V DC for 240W PoE budget

Catalyst IE3300 Rugged Series

Yes

Recommended for switches with higher PoE demand up to 240W

Catalyst IE3400 Rugged Series

Yes

Suitable for high-density PoE applications with APs and cameras

Industrial routers / gateways

Limited

Only if device requires 54V DC and ≤240W; not typical

Industrial compute

Yes

Supports Cisco edge compute platforms with higher power loads

Specifications

Parameter Specification Parameter Specification
Model PWR-IE240W-PCAC-L Form factor DIN-rail industrial AC power supply
Nominal output power 240W Output voltage/current 54V DC, 4.5A
Holdup time @100% load 20 ms Protections Over Voltage, Over Current, Over Temperature, Short Circuit
Rated input 100–240V AC, 2.5A, 50/60Hz Supported input range AC 90–264V
Efficiency (typical) 91% Inrush current (25°C) <35A @115V, <70A @230V
Operating temperature -40°C to +80°C (derating above 40–50°C) Storage temperature -40°C to +85°C
Operating humidity <95% RH (non-condensing) IP rating IP20
Hazardous locations Not approved Cooling Fanless, natural convection
Dimensions (W × H × D) 85 × 121 × 124.1 mm Weight 0.96 kg
MTBF 1,579,900 hours Compliance UL60950-1, UL62368-1, CSA, CE
Warranty Five-year limited hardware warranty Use case Cisco IE switches with high PoE/PoE+ demand

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Discover unbeatable prices and fast shipping for the PWR-IE240W-PCAC-L Access the detailed PWR-IE240W-PCAC-L datasheet and ensure you’re getting the best deal with our reliable delivery service. Need assistance? Our free live chat support is here to help. For more information about the product and pricing, contact us via Live chat or email us at [email protected]

Quality Certifications

Customer Reviews

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5.0
(3 reviews)
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    Chirrut Îmwe
    Posted on 20/07/2024
    Verified Buyer
    5.0

    I am one with the Force and the Force is with me… and the power is on.

    Factory IT
    Posted on 12/03/2024
    Verified Buyer
    5.0

    240W gives us plenty of headroom for future devices. Genuine Cisco IE power.

    Procurement
    Posted on 12/11/2023
    Verified Buyer
    5.0

    Expensive, but necessary for industrial compliance.

Questions & Answers

  • What is the Cisco PWR-IE240W-PCAC-L power supply?

    A 240 W industrial AC PSU with conformal coating for harsh sites. It delivers regulated DC for medium PoE budgets or multiple industrial devices on a DIN rail.
  • When should I select 240 W vs 480 W?

    Choose 240 W for mid-size panels or moderate PoE loads. If your design may double in endpoints, consider 480 W for growth and lower thermal stress.
  • Does it support redundancy configurations?

    Yes. Use OR-ing or redundancy modules and feed each PSU from separate circuits to maintain service during a single failure or breaker trip.
  • How does “-L” benefit longevity?

    Conformal coating shields PCB traces from moisture and dust, reducing corrosion and leakage currents that can cause intermittent failures in industrial cabinets.
  • What derating should I plan for?

    Review thermal derating curves. High ambient temps reduce available wattage; ensure your cabinet design preserves adequate headroom at peak loads.
  • How to handle inrush current?

    Size breakers and UPS accordingly. If multiple PSUs power up simultaneously, consider staggered start or inrush-limited circuits.
  • Which devices pair well at 240 W?

    IE-series switches with light-to-moderate PoE, gateways, and sensor clusters in manufacturing or utilities.
  • EMC and grounding tips?

    Route AC separately, bond grounds, and avoid running control signals alongside high-voltage lines to reduce interference.
  • What about monitoring and alarms?

    Use status LEDs/contacts for cabinet alarms. Tie into PLC/SCADA to notify maintenance of faults early.
  • Maintenance best practices?

    Tighten terminals, clean dust, validate output at load, and replace on a scheduled cycle based on duty and environment.

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