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Kollmorgen The Benefits of AKM2G Servo Motor

The Benefits of AKM2G Servo Motor

Smaller Footprint

Reduce machine space

• For equivalent torque it is possible to use a smaller size motor than competitive motors.

• The range of AKM2G sizes provides for optimizing for length or flange square depending on

which dimension is most critical.

• Use of the smaller motor saves space achieving equivalent performance in a smaller

footprint machine or saving space for other machine elements.

Increased Torque

Higher performance

• For a given frame size the AKM2G provides an average continuous torque increase of 30%

compared to competitive motors of equivalent size.

• Higher torque in the same package size increases machine performance (greater throughput,

move heavier loads, etc.).

Wider Speed Range

Faster operation

• For many AKM2G sizes the maximum speeds are higher than competitive motors.

• Higher speeds  operate machines faster  greater throughput.

Kollmorgen AKD2G Servo Drives 2G Motion Control System Flexible

A powerful system that integrates SafeMotion and is simple to use

The new AKD2G servo drive introduces Kollmorgen’s Servo on a Chip™ computing engine,

which can control 2 axes and up to 28 I/Os simultaneously.

During development, we optimized the AKD2G for single-cable motors, resulting in a simplified design.

Simple to use

“ Fully adaptable to Kollmorgen controllers and motors

“ Kollmorgen WorkBench GUI enhances user experience and ease of use

“ Hybrid motor power connectors optimized for single cables; no adapters, D-subs and splitters required

“ CAGE CLAMP CLAMP connectors for I/O terminals enable easy and fast installation

“ Optically isolated I/O reduces noise and eliminates need for additional hardware

Fast 

“ Instantly adapts to constantly changing load conditions

– Current loop updates in 1.28µs, about 50 times faster than the closest competitor

– Industry-leading rate and position loops of 62.5 µs and 125 µs, respectively

 “ Servo on a ChipTM includes dual-core ARMTM A9, 800 MHz µP, 1.5 M gates

“ AI-based auto-debug for quick one-button startups

“ Wizard-based debugging tool utilizes a baud diagram debugging tool to help you perform manual

debugging more efficiently when needed

“ Fast data acquisition via TCP/IP Ethernet service channel

Kollmorgen AKD2G Servo Drives Flexible

AKD2G Servo Drives

A powerful system that integrates SafeMotion and is simple to use

The new AKD2G servo drive introduces Kollmorgen’s Servo on a Chip™ computing engine,

which can control 2 axes and up to 28 I/Os simultaneously.

During development, we optimized the AKD2G for single-cable motors, resulting in a simplified design.

Flexible

“ Available as a single-axis drive or dual-axis drive

“ Modular design allows the user to customize the functionality according to the needs “ Supports a wide

range of feedback devices.

“ Supports a wide range of feedback devices; SFD & HIPERFACE DSL standards; optional feedbacks

include EnDat,

BiSS, analog sine/cosine encoders, incremental encoders, and resolvers

“ Multiple system-optimized bus options available, including EtherCAT & FSoE and CANopen

 “ Over-voltage, over-current and over-temperature detection for increased system reliability

“ SafeMotion Monitor (SMM), SIL3/PLe, available as an option

 “ Dual channel STO per axis (up to SIL3/PLe)

“ Industry-leading power density for installation flexibility

– Fits into a 10” [25.4cm] deep control panel

Kollmorgen AKD2G Servo Drives Engineer more reliably

Engineer more reliably

Our highest motion control performance standards are perfectly matched to your application,

eliminating the risk of under- or over-performing components.

We offer reliable supply, application expertise, and personalized support that no other supplier can

match.

We offer reliable supply, application expertise and personalized support that no other supplier can match.

Kollmorgen gives you the confidence to bring reliable and superior solutions to the global marketplace.

Delivering More Performance

Our highly regarded WorkBench GUI simplifies motion programming and debugging, and the drive’s

graphic display on the drive provides the information you need for efficient machine startup,

troubleshooting and maintenance. Through our joint

design services, you can work directly with motion control experts 

who are committed to helping you achieve superior performance with a wide range of customized

solutions.

customized solutions to help you achieve superior performance.

Kollmorgen AKD2G Servo Drives Designing more advanced equipment

Designing more advanced equipment

Realize your most ambitious designs without compromise. 2G Motion Control drives,

motors and cables are designed to work together to achieve the highest performance.

The drives, motors, and cables in the 2G Motion Control System are designed to work together for

maximum performance.

AKM2G servo motors provide an average 30% torque increase without changing form factor or mounting

style.

AKD2G drives include advanced SafeMotion options, expandable I/O, and dual-axis models – all while

maintaining the same drive size.

Delivering More Performance

Our highly regarded WorkBench GUI simplifies motion programming and debugging, and the drive’s

graphic display on the drive provides the information you need for efficient machine startup,

troubleshooting and maintenance. Through our joint

design services, you can work directly with motion control experts 

who are committed to helping you achieve superior performance with a wide range of customized

solutions.

customized solutions to help you achieve superior performance.

Emerson RSTi-EP I/O High Density Simple Maintenance

Simple Maintenance

RSTi-EP lays a strong foundation for installation, machine

commissioning and service applications with robust and

easy-to-use signal connection components. LEDs on the

module and each channel help operators to quickly and

easily determine I/O health and quickly diagnose any

system failures.

Intutive Integration

The RSTI-EP features outstanding performance and

response time, with the high-speed system bus reading

up to 256 DI/ DOs in 20 microseconds. It offers intuitive

I/O mapping for quick and easy integration into

your control application, as well as maximum power

reserves for future applications. RSTi-EP features faster

backplane speeds than the original RSTi I/O and perfectly

responds to growing complexity in machine and factory

automation thanks to powerful flexibility and a consistent

user interface.

Emerson RSTi-EP I/O High Availability

High Availability

With the PNS101 network adapter, RSTi-EP supports

PROFINET System Redundancy (PNSR). This enables

synchronized independent controllers to service the I/O

and transition from active to back-up controller without

interruption. With controllers and processes resilient

from physical disruption, you can consider unplanned

downtime a thing of the past.

A single row connection level

facilitates wiring, installation, and service. Separate power

supplies for inputs and outputs reduce the number of

power feed modules needed and save space; additionally,

specific sections can be activated or deactivated without

affecting production thanks to the independence of the

input and output power busses.

Emerson PACSystems™ RSTi-EP I/O Plug and Play Installation

Plug and Play Installation

Consistent I/O cabling interfaces make installation faster

and more reliable. Color-keyed connectors allow for

fewer cabling errors and noticeably shorter installation

times. Better still, no tools are required for installation or

removal of I/O wiring connectors, saving time and effort.

Entire machine modules can be cabled and transferred

into production through a streamlined commissioning

process. Bulk swing-arm kits are available to enable cable

pre-assembly, offloading repetitive tasks for your team

during panel assembly.

A single row connection level

facilitates wiring, installation, and service. Separate power

supplies for inputs and outputs reduce the number of

power feed modules needed and save space; additionally,

specific sections can be activated or deactivated without

affecting production thanks to the independence of the

input and output power busses.

Emerson RSTi-EP I/O Remote, Real-time Diagnostics

Remote, Real-time Diagnostics

With the RSTi-EP’s integrated web server and advanced

diagnostics, failures in the system can be identified

remotely, eliminating the need to travel to the machine,

saving both time and money. The web server lets the

operator view diagnostic faults and upgrade firmware

over the web– simplifying start up, increasing availability

and productivity without the need for additional tools or

software. Additionally, actions can be taken within the

application feeding off of the diagnostic information. It

is simple to prioritize service trips as critical or routine

maintenance without stepping out of the control room.

The innovative RSTi-EP I/O is a powerful combination

of clean layout, high density, and small footprint. It

can accommodate up to 64 modules and 1024 I/O

points per drop, while its 11.5 mm I/O slices maximize

limited cabinet space. By adopting the most compact

I/O system on the market, it’s possible to incorporate

smaller cabinet sizes into user-friendly system designs.

You can even eliminate external components by using

optional potential distribution modules to provide

easy connections to input power, output power, and

functional earth.

Emerson RSTi-EP I/O Higher Performance in Half the Space

Higher Performance in Half the Space

The innovative RSTi-EP I/O is a powerful combination

of clean layout, high density, and small footprint. It

can accommodate up to 64 modules and 1024 I/O

points per drop, while its 11.5 mm I/O slices maximize

limited cabinet space. By adopting the most compact

I/O system on the market, it’s possible to incorporate

smaller cabinet sizes into user-friendly system designs.

You can even eliminate external components by using

optional potential distribution modules to provide

easy connections to input power, output power, and

functional earth.

The web server lets the operator view diagnostic faults and

upgrade firmware over the web– simplifying start up,

increasing availability and productivity without the need

for additional tools or software. Additionally, actions can

be taken within the application feeding off of the diagnostic

information. It is simple to prioritize service trips as critical

or routine maintenance without stepping out of the control room.

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