ALLEN BRADLEY 1794-IB16X0B16P MODULE

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ALLEN BRADLEY 1794-IB16X0B16P MODULE Specification

Cooling Method
Natural convection

Current Range
Input: 3.0 mA @ 24V DC

Operating Temperature
0 to 55C

Power Supply
24V DC

Features
16 input points, 16 output points, Removable terminal block, Diagnostic indicators, DIN rail mountable, Conformal coating

Output Type
NPN (sinking) & sourcing outputs

Application
Factory automation, Machine control, Distributed I/O systems

Working Temperature
0 to 55C

Connector Type
Removable terminal block

Product Type
Digital I/O Module

Input Voltage
24V DC (input), N/A (output)

Voltage Protection
Reverse polarity protection on inputs

Material
Plastic housing, Electronic components

Storage Temperature
-40 to +85C

Weight
Approx. 190 grams

About ALLEN BRADLEY 1794-IB16X0B16P MODULE

The ALLEN BRADLEY 1794-IB16X0B16P MODULE is a sought-after FLEX I/O solution, specially designed for robust factory automation and machine control. This formidable module features a flawless combination of 16 digital inputs and 16 outputs with status LEDs, ensuring real-time diagnostics. Equipped with both sinking and sourcing capabilities, it operates reliably at 24V DC with rapid signaling and impressive voltage protection. Procure this module to experience durable conformity, reverse polarity safety, and effortless DIN rail mounting. Try now to enhance distributed I/O systems with unmatched precision.

Outstanding Usage & Competitive Features

The ALLEN BRADLEY 1794-IB16X0B16P MODULE is ideal for distributed I/O, machine control, and factory automation. It boasts removable terminal blocks, diagnostic indicators, and a conformal coating for extended durability. Flawless installation on DIN rails, rapid response times, and reverse polarity protection distinguish it from competitors. Its compact yet formidable plastic housing ensures excellent performance in demanding environments, making this module a reliable and highly sought-after component for professionals.

Delivery Estimates & Packaging Information

Expect prompt drop-off and careful handling of every ALLEN BRADLEY 1794-IB16X0B16P MODULE order. Products are dispatched from our supplier and trader facilities in India, typically with an estimated delivery window communicated at the time of order. Each unit comes securely packaged to prevent transit damage. FOB port details can be provided as required, ensuring every shipment arrives safely and punctually at your designated destination.

FAQs of ALLEN BRADLEY 1794-IB16X0B16P MODULE:

Q: How is the ALLEN BRADLEY 1794-IB16X0B16P MODULE typically used in industrial settings?

A: This module is commonly used for integrating digital input and output signals in distributed I/O systems, factory automation, and machine control applications, providing seamless communication and control.

Q: What makes the 1794-IB16X0B16P a formidable choice compared to other modules?

A: Its rapid response time, sink/source flexibility, reverse polarity protection, diagnostic indicators, and reliable build quality set it apart as a special, robust solution for high-demand automation projects.

Q: When can I expect delivery after placing an order for this module?

A: Delivery estimates are determined at the time of order, with prompt dispatch ensuring timely arrival. The module is carefully packaged and handled to ensure flawless delivery to your specified location.

Q: Where does the shipment of the ALLEN BRADLEY 1794-IB16X0B16P MODULE originate?

A: Shipments originate from trusted supplier and trader facilities in India, with FOB port information available for international orders to facilitate efficient delivery logistics.

Q: What benefits does the modules conformal coating offer?

A: The conformal coating enhances resistance to moisture, dust, and corrosive elements, making the device highly reliable and suitable for challenging industrial environments.

Q: How does reverse polarity protection contribute to the reliability of this module?

A: Reverse polarity protection ensures the module and connected systems are safeguarded from accidental wiring errors, thereby reducing risk of damage and minimizing costly downtime.

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