Year: 2025

Explosion-proof motors

ABB’s high voltage explosion-proof motors are designed to withstand the pressure

caused by an internal explosion without causing any damage.

Our explosion-proof motors are the safe choice for applications in potentially explosive atmospheres

where the most important specifications of the oil and gas industry are required.

Power range: up to 1.6 mw (7.5 MV)

Voltage range: up to 11 kV

Shaft height: IEC 355-500 (500-900)

Number of poles: 2-18

Cooling: IC411. IC416 (IC511. IC516)

Protection: IP55. up to IP66

Operation: DOL, VSD

Operating environment: Explosion-proof, explosion-proof for added safety

Core Applications.

Pumps, fans, blowers, compressors, centrifuges in hazardous areas for most industry applications.

ABB’s high voltage rib-cooled design motors set the benchmark for the industry,

delivering more watts per kilogram than has previously been achieved with rib-cooled motors,

which also allows for simple configurability and built-in maintainability.

Standards: IEC/NEMA

Power range: up to 2240 kW / 3000 HP

Voltage range: up to 11.5 kV

Shaft height: IEC 315-560/NEMA 5000-5800

Number of poles: 2-12

Cooling: IC411.IC416 / TEAC, TEFC

Protection: IP55. up to IP66

Operation: DOL, VSD

Operating environment: Safe area, Hazardous area

Core applications.

Pumps, fans, blowers, compressors, hoists, conveyors, extruders, mills, cutting, saws

Multiple sample filters and back-purging options

-Optional dual filtration system

-Fully programmable blowback

Close Coupled Sampling System

The sensor assembly is mounted on the process wall and the probe and filter assembly extends into the

process gas stream.

A pneumatic injector is used to draw a sample from the process stream and feed it to the sensor head.

Oxygen analysis is performed by an industry standard zirconia cell.

Carefully metered dilution air is added and then calibrated for COe before the high sensitivity

catalytic sensor is used to measure unburned combustibles.

The dilution air ensures a sufficient supply of oxygen to allow the COe sensor to function properly under

abnormal process conditions where extremely low combustion oxygen levels may occur.

The tightly coupled extraction system enables tight temperature and pressure control of the sensor and

sample gas.

This provides a stable background for target gas measurements, which improves the accuracy of the

measurements.

Flame arrestors are installed in the sampling path to prevent flashbacks during startup when the

combustible content of the process gas exceeds the Lower Explosive Limit (LEL), thus ensuring safe

operation.

Flashback is prevented if the combustible content of the process gas exceeds the Lower Explosive Limit

(LEL) during startup, shutdown, or process disturbances.

The sampling channel is kept hot to prevent acid gas condensation and corrosion.

Data

Oxygen only or oxygen plus combustibles

-Improved combustion efficiency

-Burner fault identification

-Enhanced plant safety

Tightly coupled sampling system

-Integrated flame arrestor

-Stabilized sample temperature and pressure

-Heated sample path

Comprehensive Diagnostics

-NAMUR-compliant diagnostic symbols

-Supports predictive maintenance

-Fully documented diagnostic events

Automatic sensor calibration

-Fully programmable schedules

-Local triggering

-Accuracy checking

Process logging and trending of all measurements

Calculated values

-Oxygen and carbon monoxide equivalent (COe)

-Process temperature measurement

-Combustion efficiency calculations

Key Benefits

– TrueMove and QuickMove software for best-in-class motion control, shorter cycle times and improved

path accuracy.

– Faster speeds and shorter cycle times – faster than other robots and up to 25% faster than the IRB 6620

and IRB 6700.

– LeanID Integrated DressPack reduces cable wear and extends maintenance intervals.

– Rugged structural design extends uptime.

– Multiple mounting options allow for flexible production layouts.

– Operates in harsh environments – Foundry Plus protection available.

Primary Applications

– Electric vehicle battery module pickup, placement and high-precision assembly.

– Automotive primary component material handling and machine operations.

– General industrial material handling, machine handling, die casting and general high precision

applications.

Additional applications for process applications such as welding, cutting or dispensing will be released in

2023.

Flexible Production Layout

The IRB 5710 is available in a variety of mounting options, including floor, tilt, inverted,

and semi-shelf, to maximize flexibility in production layout design.

The IRB 5710 offers more mounting options than any other robot.

Casting Protection

The robot also includes superior harsh environment protection,

Foundry Plus, additional sealing protection against high levels of radiant or contact heat that

Ensuring higher availability, fewer failures and longer equipment life.

Optional protection devices protect the IRB 5710 from the harshest foundry environments.

Key Benefits

– TrueMove and QuickMove software for best-in-class motion control, shorter cycle times and improved

path accuracy.

– Faster speeds and shorter cycle times – faster than other robots and up to 25% faster than the IRB 6620

and IRB 6700.

– LeanID Integrated DressPack reduces cable wear and extends maintenance intervals.

– Rugged structural design extends uptime.

– Multiple mounting options allow for flexible production layouts.

– Operates in harsh environments – Foundry Plus protection available.