ALLEN BRADLEY PLC 1794-OD8EP
ALLEN BRADLEY PLC 1794-OD8EP
ALLEN BRADLEY PLC 1794-OD8EP
ALLEN BRADLEY PLC 1794-OD8EP
ALLEN BRADLEY PLC 1794-OD8EP
ALLEN BRADLEY PLC 1794-OD8EP

ALLEN BRADLEY PLC 1794-OD8EP

ALLEN BRADLEY PLC 1794-OD8EP Specification

  • Current Range
  • 0 to 0.5A per output
  • Operating Temperature
  • -20C to +55C
  • Output Type
  • Sourcing (8 points)
  • Power Supply
  • 24V DC powered
  • Output Current
  • 0.5A per channel, 4.0A per module max
  • Features
  • Short-circuit protection, field-side diagnostics, removable terminal block
  • Working Temperature
  • -20C to +55C
  • Rated Current
  • 4.0A (module), 0.5A (per channel)
  • Application
  • Industrial automation, machine control, process control systems
  • Connector Type
  • Removable Terminal Block
  • Cooling Method
  • Natural Air Cooling
  • Product Type
  • Digital Output Module
  • Output Frequency
  • DC (Not applicable)
  • Input Voltage
  • 24V DC
  • Voltage Protection
  • Yes, integrated electronic protection
  • Material
  • Plastic housing
  • Storage Temperature
  • -40C to +85C
  • Weight
  • Approx. 80 g
  • Series
  • FLEX I/O 1794
  • Module Width
  • 94 mm
  • LED Indicators
  • Individual channel status
  • Response Time OFF
  • <1 ms
  • I/O Type
  • Digital Output
  • Communication
  • FLEX I/O system compatible
  • Reverse Polarity Protection
  • Yes
  • Number of Outputs
  • 8 (sourcing)
  • Response Time ON
  • <1 ms
  • Product Code
  • 1794-OD8EP
  • Field Side Power Supply
  • 19.2-31.2V DC
  • Module Depth
  • 69 mm
  • Mounting Type
  • DIN Rail
  • Housing Material
  • Flame retardant polymer
  • Isolation Voltage
  • 50V (continuous), Basic Insulation type
 
 

About ALLEN BRADLEY PLC 1794-OD8EP



Discover the enlightened ALLEN BRADLEY PLC 1794-OD8EP, a FLEX I/O 1794 series digital output module designed for eminent performance in industrial automation. With 8 imposing sourcing outputs, individual LED status indicators, and robust reverse polarity and voltage protection, it stands as an essential addition for demanding environments. Its flame retardant, scarce plastic housing ensures reliability, while advanced field diagnostics and short-circuit protection guarantee seamless operation. Grab yours now and reserve lasting performancethese modules are becoming increasingly rare among discerning professionals seeking top-level control solutions.

Specialist Digital Output Module for Advanced Automation

The ALLEN BRADLEY PLC 1794-OD8EP is purpose-built for usage in high-demand machine control and process automation systems. Boasting eight digital sourcing outputs and individual LED channel-status indicators, its reverse polarity protection and field-side diagnostics mark it as an enlightened solution. Flexible DIN rail mounting, removable terminal blocks, and reinforced insulation make it the eminent choice for seamless integration in precision control environments where reliability is paramount.


Shipment, Packaging, and Domestic Market Details

FOB Port shipment arrangements are available with the ALLEN BRADLEY PLC 1794-OD8EP, ensuring prompt delivery to your specified location. Packaging is done with meticulous care to maintain module integrity, using industry-standard protective materials. Sale price quotations are tailored according to quantity and market demand. The main domestic market includes wide-ranging industrial automation sectors, with rapid dispatch and reliable service ensuring you receive your module in optimal condition for immediate deployment.


FAQs of ALLEN BRADLEY PLC 1794-OD8EP:


Q: How does the ALLEN BRADLEY PLC 1794-OD8EP benefit industrial automation systems?

A: This module delivers high-speed digital output, enhanced by short-circuit and voltage protection, ensuring stable and reliable operations for machine control and process automation systems.

Q: What special features distinguish the 1794-OD8EP from other output modules?

A: Key features include individual channel-status LEDs, reverse polarity protection, field-side diagnostics, removable terminal blocks, and robust, flame-retardant housing.

Q: Where can the 1794-OD8EP be mounted for efficient use?

A: It is designed for DIN rail mounting, providing flexible installation options and easy integration into existing industrial automation panels.

Q: What is the process for obtaining a quotation or reserving this module?

A: You can request a sale price quotation based on your required quantity and application needs, and reserve your units as stock is limited and demand is high.

Q: When should I choose the 1794-OD8EP for my control system?

A: Opt for the 1794-OD8EP when you require swift response times, individual output monitoring, and stringent protection features in moderate to advanced automation projects.

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email

More Products in ALLEN BRADLEY Used PLC SERVO DRIVE Category

1746-OW16   ALLEN BRADLEY 1746 SLC 500

1746-OW16 ALLEN BRADLEY 1746 SLC 500

Power Supply : 24V DC/120240V AC

Material : Plastic and metal components

Weight : Approx. 200g

Product Type : Relay Output Module

Working Temperature : 0C to 60C (32F to 140F)

Cooling Method : None

Premium ALLEN BRADLEY SERVO DRIVE

Premium ALLEN BRADLEY SERVO DRIVE

Power Supply : AC Input

Material : Industrial Grade ABS & Metal Housing

Weight : 5.5 kg

Product Type : Servo Drive

Working Temperature : 0C to 55C

Cooling Method : Forced Air Cooling

ALLEN BRADLEY PLC 1756-L55/A

ALLEN BRADLEY PLC 1756-L55/A

Power Supply : Supplied via chassis backplane

Material : Industrialgrade plastic, electronic components

Weight : Approx. 310 g (0.68 lbs)

Product Type : Programmable Logic Controller (PLC) Processor Module

Working Temperature : 0C to 60C

Cooling Method : Natural air convection

ALLEN BRADLEY  MODULE

ALLEN BRADLEY MODULE

Power Supply : 24V DC

Material : Industrial Grade Plastic and Metal

Weight : Approx. 200g

Product Type : ALLEN BRADLEY MODULE

Working Temperature : 0C to 60C

Cooling Method : Natural Air Cooling



Back to top