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SKU: 1762-OW16

20 DAYS DELIVERY

Price:

224,99 

1762-OW16

Allen-Bradley 1762-OW16 relay output module with 16 channels for MicroLogix controllers, supporting 24 V DC and 120–240 V AC loads.

Reliable relay output module 1762-OW16 for MicroLogix controllers

The Allen-Bradley 1762-OW16 is a 16-point relay output module designed for the MicroLogix 1200 and 1400 programmable logic controllers. It provides flexible control for both DC and AC loads, with individually isolated relay contacts. The compact design ensures simple installation and reliable operation in industrial control applications.

Technical specifications

  • Manufacturer: Allen-Bradley / Rockwell Automation

  • Product family: MicroLogix Expansion I/O

  • Type: Relay output module

  • Number of outputs: 16 relay points

  • Output voltage: 5–265 V AC or 5–125 V DC

  • Output current: 2 A max per point (8 A per module max)

  • Isolation voltage: 1500 V RMS between field and logic

  • Power supply: From base controller backplane (5 V DC – approx. 120 mA)

  • Status indicators: LED per channel

  • Mounting: DIN rail or panel

  • Dimensions: 90 mm (H) Γ— 40 mm (W) Γ— 87 mm (D)

  • Weight: approx. 0.25 kg

Key advantages

  • 16 independent relay outputs for AC/DC load control

  • Broad voltage range from 5 V DC to 265 V AC

  • Compact design ideal for MicroLogix systems

  • LED indicators for each output status

  • Electrical isolation for enhanced safety and reliability

Application and use cases of 1762-OW16

The 1762-OW16 relay output module is used for controlling contactors, solenoids, lamps, and other AC/DC loads in automation systems. It is ideal for applications requiring flexible load control such as machine control, material handling, and process automation systems.

About the manufacturer

Allen-Bradley, a brand of Rockwell Automation, is a global leader in industrial automation technology. The MicroLogix family offers modular, compact, and cost-efficient solutions for small to medium control applications with high reliability and flexibility.

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