ALLEN BRADLEY 1793-IB16 INPUT MODULE

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ALLEN BRADLEY 1793-IB16 INPUT MODULE Specification

Application
Industrial automation, I/O interfacing

Operating Temperature
0C to 60C

Phase
Single Phase

Connector Type
Removable terminal blocks

Cooling Method
Natural convection

Current Range
4 mA per input (typical)

Power Supply
24V DC

Working Temperature
0C to 60C

Features
16 digital input points, status indicators, removable terminal block, DIN rail mountable

Product Type
Input Module

Output Power
N/A (Input only)

Input Voltage
24V DC

Voltage Protection
Overvoltage and reverse polarity protection

Efficiency
N/A (Input device)

Material
Plastic housing

Storage Temperature
-40C to +85C

Weight
Approx. 110 g

About ALLEN BRADLEY 1793-IB16 INPUT MODULE

Take advantage of the splendiferous ALLEN BRADLEY 1793-IB16 INPUT MODULE, engineered for pivotal industrial automation tasks. Grab this marvelous input module, featuring 16 sourcing digital inputs, a robust voltage range of 20.4V DC to 26.4V DC, and impeccable protection against overvoltage and reverse polarity. Its DIN rail mountable and IP67-rated plastic housing ensures durability in demanding environments. With LEDs for each channel and versatile input compatibility (PNP/NPN), youre set for seamless I/O interfacing. Pick yours today for efficient, reliable, and safeguarded automation control!

Industrial Performance & Versatile Applications

Used as an integral component in industrial automation, the ALLEN BRADLEY 1793-IB16 INPUT MODULE serves as a dependable interface for process control systems and plant infrastructure. Other features such as status indicator LEDs, removable terminal blocks, and a robust DIN rail mount enhance its adaptability. Its deployed in industrial plants for precise digital input capturing, supporting efficient monitoring, control, and remote connectivity for machines and material-handling systems.

Supply, Payment & Dispatch Details

Our supply ability ensures continuous availability of the 1793-IB16 module for your project needs. With competitive asking price and flexible payment terms, procurement becomes hassle-free. Packaging is secure, with each module carefully boxed for safe transport. Dispatching is prompt and express shipping is available on request, minimizing downtimes for urgent automation installations. Rely on us for timely and dependable delivery of authentic ALLEN BRADLEY modules in India.

FAQs of ALLEN BRADLEY 1793-IB16 INPUT MODULE:

Q: How does the ALLEN BRADLEY 1793-IB16 ensure reliable digital input interfacing?

A: The 1793-IB16 module provides 16 digital input channels, each with status indicator LEDs, minimal input delay (<4 ms), and robust protection mechanisms such as overvoltage and reverse polarity safeguards. This ensures accurate and safe data capture for industrial automation systems.

Q: What applications is this input module commonly used for?

A: It is primarily used in industrial automation, I/O interfacing, and process control applications within manufacturing plants, where it connects sensors, switches, and other digital input devices to control systems.

Q: When should the 1793-IB16 be deployed in a plant environment?

A: Deploy the 1793-IB16 when you need reliable digital input communication, rugged IP67 rated durability, and a module that fits easily into DIN rail-mounted systems for process monitoring and control.

Q: Where can I install the 1793-IB16 INPUT MODULE?

A: This module is designed for installation in control panels or machinery enclosures, specifically on DIN rails, within environments adhering to its operating temperature and protection class specifications (0C to 60C, IP67).

Q: What is the process for ordering and receiving the product in India?

A: Once you confirm your order and payment, dispatching begins immediately. Secure packaging is used for shipment, and express shipping can be selected for faster delivery anywhere in India.

Q: What benefits does overvoltage and reverse polarity protection provide?

A: These protections safeguard the module and your automation system from electrical faults, extending the devices lifespan and ensuring consistent, reliable operation.

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