Description

Product Overview

The ABB 3HAC5393-2-11 DSQC508 NSNP is a high-performance servo drive module specifically designed for ABB industrial robots,playing a pivotal role in controlling the motion of robot joints.As a core component in the robot’s drive system,it converts electrical power from the controller into precise mechanical motion,ensuring that each joint moves with the accuracy and speed required for complex automation tasks.

ABB 3HAC5393-2-11 DSQC508 NSNP is fully integrated with ABB’s IRC5 robot controller,forming a seamless system that delivers consistent performance across various robot models.Its advanced control algorithms enable smooth acceleration and deceleration,reducing wear on mechanical components and extending the robot’s lifespan.This makes it a reliable choice for applications demanding high repeatability,such as automotive welding,precision assembly,and material handling.

In industrial settings,ABB 3HAC5393-2-11 DSQC508 NSNP stands out for its ability to handle varying loads while maintaining motion precision.Whether the robot is lifting heavy payloads or performing delicate operations,this module ensures stable and responsive joint movement,contributing to overall system efficiency and productivity.

Technical Specifications

Parameter Name

Parameter Value

Product Model

ABB 3HAC5393-2-11 DSQC508 NSNP

Manufacturer

ABB

Product Type

Robot Servo Drive Module

Compatible Controller

ABB IRC5 Robot Controller

Rated Voltage

400V AC three-phase

Output Current

15A continuous(max)

Control Mode

Position,velocity,torque control

Communication Interface

ABB robot internal bus

Power Consumption

Up to 7.5kW

Operating Temperature

0°C to 45°C

Storage Temperature

-25°C to 70°C

Relative Humidity

5%to 95%(non-condensing)

Dimensions(HxWxD)

150mm×100mm×80mm

Weight

Approximately 1.2kg

Protection Class

IP20(for indoor,cabinet mounting)

Main Features and Advantages

Precise Motion Control:ABB 3HAC5393-2-11 DSQC508 NSNP utilizes advanced servo algorithms to achieve exceptional motion precision,with position accuracy down to±0.01mm.This level of control is critical in applications like automotive body assembly,where robot joints must align welding torches or riveters with exacting tolerances,ensuring consistent product quality.

High Power Density:Despite its compact size(150mm×100mm×80mm),ABB 3HAC5393-2-11 DSQC508 NSNP delivers up to 7.5kW of power,making it suitable for driving robot joints with heavy payload capacities.This power density allows it to fit into space-constrained robot cabinets without compromising performance,a key advantage in automated cells with multiple robots.

Adaptive Load Handling:The module dynamically adjusts to varying loads,ensuring stable operation whether the robot is moving empty or carrying maximum payloads.For example,in a logistics application where a robot handles boxes of different weights,ABB 3HAC5393-2-11 DSQC508 NSNP maintains smooth motion,preventing sudden jerks that could damage goods or strain mechanical parts.

Seamless IRC5 Integration:As a native component of ABB’s IRC5 ecosystem,ABB 3HAC5393-2-11 DSQC508 NSNP communicates seamlessly with the controller via an internal bus,minimizing latency in command transmission.This integration allows for real-time adjustments to motion parameters,such as speed and acceleration,through ABB’s RobotWare software,simplifying setup and optimization.

Robust Protection Features:The module includes comprehensive protection against overcurrent,overvoltage,and overtemperature conditions,safeguarding both the drive and connected robot components from damage.This durability ensures reliable operation in harsh industrial environments,reducing downtime and maintenance costs.

Application Field

The ABB 3HAC5393-2-11 DSQC508 NSNP is widely used in automotive manufacturing,particularly in robot welding and painting lines.In welding applications,it controls the movement of robot arms holding welding torches,ensuring precise positioning relative to the car body.Its ability to maintain consistent speed and torque allows for uniform weld bead formation,critical for structural integrity.

In heavy-duty material handling,ABB 3HAC5393-2-11 DSQC508 NSNP powers robots that lift and move large components,such as engine blocks or metal sheets.Its adaptive load handling ensures smooth motion even when payloads vary,preventing damage to both the robot and the materials being transported.This makes it invaluable in foundries and steel processing plants.

Precision assembly operations,such as those in electronics manufacturing,also benefit from ABB 3HAC5393-2-11 DSQC508 NSNP.It enables robots to place small components(e.g.,microchips,connectors)with micron-level accuracy,ensuring proper alignment and functionality.The module’s responsive control ensures that even rapid,intricate movements are executed without error.

Additionally,in packaging and palletizing,ABB 3HAC5393-2-11 DSQC508 NSNP drives robots that stack boxes or packages,maintaining consistent speed and placement to maximize throughput while minimizing product damage.

Related Products

ABB DSQC509 3HAC5394-1-12 NSNP:A higher-power variant of ABB 3HAC5393-2-11 DSQC508 NSNP,with 20A output current,suitable for larger robot joints.

ABB IRC5 Controller:The central controller that pairs with ABB 3HAC5393-2-11 DSQC508 NSNP to manage robot motion and overall system operation.

ABB DSQC679 3HAC028357-001:A communication module that enhances data exchange between the IRC5 controller and ABB 3HAC5393-2-11 DSQC508 NSNP.

ABB RobotWare Motion:Software that works with ABB 3HAC5393-2-11 DSQC508 NSNP to optimize motion profiles,reducing cycle times and energy consumption.

ABB 3HAC028357-001 DSQC679:A safety module that integrates with ABB 3HAC5393-2-11 DSQC508 NSNP to enforce safe robot speeds in collaborative workspaces.

Installation and Maintenance

Pre-installation preparation:Before installing ABB 3HAC5393-2-11 DSQC508 NSNP,ensure the robot cabinet is powered off and disconnected from the main supply to prevent electrical hazards.Verify that the mounting location within the cabinet provides adequate ventilation,as the module generates heat during operation.Check that the input power supply matches the 400V AC three-phase requirement,and inspect all connectors for damage or corrosion—clean with a dry cloth if necessary.Refer to the robot’s wiring diagram to correctly connect ABB 3HAC5393-2-11 DSQC508 NSNP to the controller and motor,ensuring phase alignment to avoid motion errors.

Maintenance recommendations:Conduct regular visual inspections of ABB 3HAC5393-2-11 DSQC508 NSNP to check for loose connections or signs of overheating(e.g.,discolored components).Use ABB’s RobotStudio software to monitor drive performance metrics,such as current draw and temperature,identifying anomalies that may indicate wear.Every six months,clean dust from the module’s cooling vents using compressed air to maintain thermal efficiency.If fault codes appear,consult the troubleshooting guide to isolate issues—common fixes include resecuring connections or updating firmware.Avoid exposing ABB 3HAC5393-2-11 DSQC508 NSNP to excessive vibration,as this can degrade internal components over time.

Product Guarantee

We guarantee that ABB 3HAC5393-2-11 DSQC508 NSNP is a genuine ABB product,subjected to rigorous testing to meet the manufacturer’s strict quality and performance standards.Each unit comes with a 12-month warranty covering defects in materials and workmanship,ensuring reliable operation in your robot system.Our technical support team is available to assist with installation guidance,configuration,and troubleshooting,helping you integrate ABB 3HAC5393-2-11 DSQC508 NSNP seamlessly into your automation setup.In the event of a malfunction,we offer prompt replacement or repair services to minimize downtime,reflecting our commitment to providing dependable industrial automation components.

ABB 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101 ABB GRID BREAKER UNIT GBU72 3BHE055094R0002 / 3BHE031197R0001 / 3BHB030310R0001 In stock!!! Interested parties please contact us for negotiation