Product Overview

The Allen-Bradley 80026-096-01-R is a high-efficiency DC/DC converter designed to provide regulated power to sensitive control components within the PowerFlex drive ecosystem and broader PLC systems. This 50-watt power supply module facilitates stable voltage conversion, ensuring that logic circuits and peripheral devices receive consistent power despite fluctuations in the primary DC bus.

As a vital component for system reliability, the 80026-096-01-R is engineered for high-density industrial environments. It provides essential isolation and voltage stabilization, preventing electrical noise or input transients from disrupting sensitive automation hardware.

Technical Specifications

• Input Voltage: 24V DC

• Output Voltage: 24V DC (Regulated)

• Output Current: 2.1 Amps

• Power Rating: 50 Watts

• Efficiency: 85% typical

• Operating Temperature Range: -40 °C to +70 °C (-40 °F to +158 °F)

• Maximum Operating Altitude: 2,000 meters (approx. 6,560 feet)

• Weight: 0.9 kg (1.98 lbs)

• Dimensions: 3.5 x 13 x 14.5 cm

• Series Compatibility: PowerFlex / Classic Series components

Key Technical Characteristics

• Thermal Management: Optimized for high-efficiency operation, this converter achieves an 85% energy conversion rate, significantly reducing heat dissipation within the control cabinet.

• Environmental Resilience: Built to perform in extreme climates, the module supports an ultra-wide temperature range and is hardened against industrial-grade mechanical shock and vibration.

• Stable Current Delivery: Provides a constant 2.1A output, making it suitable for powering sensors, communication adapters, and low-power control modules that require clean DC power.

• Compact Integration: The slim profile allows for efficient use of rail or panel space, facilitating easy integration into existing PowerFlex drive assemblies or standalone PLC enclosures.

• Reliability Standards: Originally designed for heavy-duty applications, the 80026-096-01-R maintains strict voltage regulation even when operating at maximum altitude or under peak load conditions.