ABB 3HAC17484-902 – High-Flex Robot Teaching Cable – 9-Meter Length, EMI Protected缩略图

ABB 3HAC17484-902 – High-Flex Robot Teaching Cable – 9-Meter Length, EMI Protected

ABB 3HAC17484-902 – High-Flex Robot Teaching Cable – 9-Meter Length, EMI Protected插图
Description

The ABB 3HAC17484-902 is a high-flex teach pendant cable,manufactured by ABB Robotics as a critical interconnect component for IRC5 robot controllers.This 9-meter-long cable links the FlexPendant(teach pendant)to the IRC5 control cabinet,enabling operators to program,jog,and diagnose ABB industrial robots.

Engineered for continuous motion in demanding environments,the 3HAC17484-902 delivers reliable transmission of power,data,and safety signals between the operator and robot system,ensuring precise control during setup,maintenance,and production runs.

Application Scenarios

At an automotive assembly plant in Germany,a worn 3HAC17484-902 cable caused intermittent communication between the FlexPendant and the IRC5 controller,resulting in unresponsive jogging commands and lost RAPID program edits.After replacing the damaged cable with a new 3HAC17484-902,the robot cell resumed full functionality within 15 minutes,avoiding a production line stoppage that could have cost over€12,000 per hour.

In a Brazilian packaging facility,robotic operators frequently tripped over the 3HAC17484-902 pendant cable,leading to repeated connector damage.After switching to a reinforced version of the 3HAC17484-902 with enhanced strain relief,cable lifespan increased from 6 months to over 3 years,reducing spare part costs and maintenance labor.

Parameter

Main Parameters Value/Description

Product Model 3HAC17484-902

Manufacturer ABB Robotics

Product Category Teach Pendant Cable

Cable Length 9 meters(standard industrial reach)

Connector Type M26 circular connector(robot side)and cabinet-side plug for IRC5

Compatibility IRC5,IRC5 Compact,IRC5 Single,IRC5 Dual controllers

Supported Robots IRB 120,140,1600,2400,4400,6600,7600 and other IRC5-driven models

Signal Types Power,RAPID data,servo enable,emergency stop,HMI communication

Shielding Full EMI/RFI shielding for noise resistance in high-interference environments

Flex Life Rated for over 5 million bending cycles(high-flex PUR jacket)

Environmental Rating Oil-resistant,UV-resistant,abrasion-resistant PUR outer jacket

Operating Temperature-25°C to+80°C(suitable for foundries,welding,and outdoor cells)

Certifications CE,UL,RoHS,ABB-approved for safety circuit integrity

Technical Principles and Innovative Values

Innovation Point 1:High-Flex Polyurethane(PUR)Jacket

The 3HAC17484-902 features a PUR outer sheath that withstands constant coiling,uncoiling,and torsion in robotic cells.Compared to standard PVC cables,PUR lasts up to 5x longer in high-movement applications,reducing replacement frequency.

Innovation Point 2:Multi-Channel Signal Integrity

This cable integrates separate conductors for power,data,and safety circuits,with twisted pairs and foil shielding to prevent crosstalk.This ensures clean transmission of RAPID commands and servo enable signals,critical for safe robot operation.

Innovation Point 3:M26 Connector with Positive Locking

The M26 connector on the 3HAC17484-902 provides a vibration-proof,IP67-rated connection to the FlexPendant.Its bayonet-style locking prevents accidental disconnection,even in high-vibration environments.

Innovation Point 4:Plug-and-Play Compatibility

No configuration or firmware update is needed.The 3HAC17484-902 is a direct physical replacement—once connected,the IRC5 system immediately recognizes the pendant,minimizing downtime during maintenance.

Application Cases and Industry Value

A food processing plant in Canada uses 3HAC17484-902 cables on 12 IRC5-controlled palletizing robots.Despite frequent washdowns and temperature swings,the oil-and moisture-resistant design has maintained 100%cable uptime over 4 years,supporting 24/7 operations with zero pendant communication failures.

In a Turkish automotive supplier,the 3HAC17484-902 was retrofitted into legacy IRB 6600 cells originally using shorter cables.The 9m length allowed operators to safely program robots from outside the safety fence,improving ergonomics and reducing injury risk.

Related Product Combination Solutions

3HAC056467-001:Alternative 5m pendant cable for compact cells.

3HAC056468-001:15m extension cable for large robot workspaces.

3HAC17484-1:FlexPendant replacement kit(includes display,buttons,and housing).

3HAC048699-001:IRC5 cabinet-side pendant interface module.

3HAC033057-001:IRC5 Teach Pendant(FlexPendant)with touchscreen.

3HAC036912-001:IRC5 controller main unit for IRB 1600/2400.

3HAC044305-001:Safety unit module that interfaces with pendant E-stop signals.

RobotWare:ABB’s robot software platform used via the pendant connected by 3HAC17484-902.

Installation,Maintenance,and Full-Cycle Support

The 3HAC17484-902 is designed for quick field replacement.Simply disconnect the old cable from the IRC5 cabinet and FlexPendant,route the new cable through the cable carrier,and secure the M26 connector with a quarter-turn lock.Power up the system—the pendant is immediately operational with no software setup required.

For maintenance,inspect the cable weekly for kinks,abrasions,or connector damage,especially in high-flex zones.Clean with a damp cloth and mild detergent;avoid solvents that degrade PUR.Replace the 3HAC17484-902 if internal wires are exposed or if intermittent pendant response occurs.

We supply original ABB-specification 3HAC17484-902 cables,fully tested for continuity,shielding,and flex performance.Each unit comes with a 2-year warranty,traceable serial number,and compatibility verification for IRC5 systems.Our global logistics network ensures next-day delivery for urgent replacements.

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ABB 3HAC17484-902 – High-Flex Robot Teaching Cable – 9-Meter Length, EMI Protected插图13bse008508r1