Product Overview

The 1792D-CB18 is a cable assembly for the Allen-Bradley ArmorBlock I/O system. It connects the base module to field devices. This cable uses a 12-pin micro-style connector. The 1792D-CB18 supports quick installation in harsh environments. It is a passive accessory that requires no configuration. The cable length is 18 meters. It provides reliable signal transmission for digital I/O modules. The robust construction protects against dust and moisture. This cable is a genuine Allen-Bradley replacement part. It ensures system integrity in industrial automation. The 1792D-CB18 is an original product from Rockwell Automation. It is designed for use with ArmorBlock MaXum and other compatible blocks. The cable assembly maintains signal integrity over long distances. It is a critical component for distributed I/O architectures. The 1792D-CB18 reduces wiring time compared to field termination. It provides a plug-and-play connection solution. The cable is factory tested for continuity and insulation. It meets UL and CE safety standards. This product is in stock and ready to ship. It comes with a 12-month warranty. The 1792D-CB18 is a cost-effective solution for ArmorBlock systems.

Application Scenarios

The 1792D-CB18 is used in factory automation environments. It connects ArmorBlock I/O modules to sensors and actuators. The cable is ideal for conveyor systems. It works in packaging machinery applications. The 1792D-CB18 supports material handling equipment. It is used in automotive assembly lines. The cable is suitable for food and beverage processing. It operates in washdown areas with IP67 protection. The 1792D-CB18 connects proximity switches and photoelectric sensors. It also connects solenoid valves and indicator lights. The cable is used in robotic workcells. It provides a waterproof connection in wet environments. The 1792D-CB18 is common in machine tool applications. It is used in textile manufacturing equipment. The cable supports distributed control systems in warehouses. It is compatible with ArmorBlock 1792D series modules. The 1792D-CB18 is also used in HVAC systems. It connects temperature and pressure sensors. The cable is a standard component in many OEM machines. It simplifies wiring in complex machinery. The 1792D-CB18 reduces downtime during maintenance. It is a reliable choice for continuous operation applications.

Technical Specifications

The 1792D-CB18 is a cable assembly with a length of 18 meters. It uses a 12-pin micro-style male connector on one end. The other end has flying leads for field wiring. The cable jacket is made of PVC with a yellow color. It has a temperature rating of -20°C to +80°C. The insulation resistance is greater than 100 MΩ at 500 VDC. The dielectric strength is 1000 VAC for one minute. The cable supports 24VDC I/O signals. It has a current rating of 4 amps per conductor. The conductor size is 22 AWG stranded copper. The outer diameter is approximately 6.5 mm. The cable is rated for flexing and continuous motion. It has a minimum bend radius of 50 mm. The 1792D-CB18 is UL recognized and CE marked. It meets IP67 and NEMA 6P environmental ratings. The cable is oil and chemical resistant. It has a flame retardant rating of UL 1581 VW-1. The connector has a locking mechanism for secure connection. The cable weight is approximately 0.8 kg. It is a passive device with no active electronics. The 1792D-CB18 does not require any software configuration. It is a standard accessory for the ArmorBlock I/O family. The product is manufactured in the United States.

Installation & Maintenance Guide

Inspect the 1792D-CB18 for any physical damage before installation. Verify that the connector is clean and free of debris. Align the keyway of the connector with the module port. Push the connector straight in until it clicks. Tighten the locking screw to secure the connection. Route the cable away from sharp edges and heat sources. Use cable ties to secure the cable along the machine frame. Do not exceed the minimum bend radius of 50 mm. Connect the flying leads to the appropriate field devices. Follow the wiring diagram provided in the module manual. Use wire ferrules for a reliable connection. Ensure that the power is off during wiring. Test the continuity of each wire after installation. Verify the connection by cycling the I/O module power. For maintenance, inspect the cable for cuts or abrasions. Check the connector for corrosion or bent pins. Replace the 1792D-CB18 if any damage is found. Keep the cable clean and free of oil buildup. Store spare cables in a dry, cool location. Do not pull on the cable to disconnect it. Always pull on the connector body instead. The cable does not require periodic calibration. It is a passive component with no wear items. Replace the cable if the insulation becomes brittle. Follow all local electrical codes during installation. Use the cable only with compatible ArmorBlock modules. Dispose of the cable in accordance with local regulations.

Frequently Asked Questions (FAQ)

What is the primary function of the 1792D-CB18?

The 1792D-CB18 is a cable assembly that connects ArmorBlock I/O modules to field devices like sensors and actuators. It provides a rugged, waterproof connection for digital signals in harsh industrial environments.

What is the length of the 1792D-CB18 cable?

The 1792D-CB18 cable is 18 meters long. This length allows it to reach remote field devices while maintaining signal integrity in distributed I/O applications.

Is the 1792D-CB18 compatible with all ArmorBlock modules?

The 1792D-CB18 is designed for use with ArmorBlock MaXum and other 1792D series I/O modules. It uses a 12-pin micro-style connector that is standard on these modules. Check the module manual for specific compatibility.

What environmental ratings does the 1792D-CB18 have?

The 1792D-CB18 cable assembly has an IP67 and NEMA 6P rating. This makes it suitable for washdown environments, dusty locations, and applications where the cable is exposed to moisture or chemicals.

Does the 1792D-CB18 require any configuration?

No, the 1792D-CB18 is a passive cable assembly. It does not require any software configuration or programming. Simply connect it between the module and the field device for immediate operation.