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August 8, 2025 BY
IN Advantest

Advantest R6552 Series Digital Multimeters Parameter memory function

■ (AC+DC) AC measurement

The true-RMS measurement of AC allows (AC+DC) measurement

capability for measuring the true effective value of a

distortion wave including the DC components.

■ Internal high capacity data memory

Up to 10000 measurement data can be stored in internal data

memory after operation along with the measurement function

information. This allows measurement for different measurement

functions.

■ Parameter memory function

Up to four measurement conditions can be stored in internal

flash memory as User-0 to User-3, and then any one can be

activated during measurement.

■ Measurement of low power 2WΩ/4WΩ resistance

The low power 2WΩ/4WΩ resistance measurement allows a 1/

10 measurement current setting to minimize the effect of heat

generation during resistance measurement on the component

being tested.

■ Up to seven kinds of operations

Seven kinds of operation (NULL, smoothing, scaling, dB/dBm,

comparator, and MAX/MIN) can be performed on the measurement

data.

■ Optimum remote control capability for system use

The standard GPIB and RS232 interfaces facilitate automated

measurement. Input terminals are available on both the front

and rear panels for easy rack installation.

■ LONG-IT function for averaging of repetitive signals

(DCV, DCI)

The LONG-IT function allows averaging of accurately repetitive

input signals by measuring the same signal twice during

any 10ms interval from 100ms to 60s. This simplifies measurement

of the standby current (average) of PDC/PHS, etc.
August 8, 2025 BY
IN Advantest

Advantest R6552 Series Digital Multimeters High performance

■ High performance and high speed sampling

The high performance DMM, with a maximum “319999” (5 1/2

digits) display and ADVANTEST’s unique multiple-slope integral

A/D conversion, is capable of high speed sampling at 1000

samplings/sec in BURST, 100/sec max. in FAST, 20/sec in MED,

and 5/sec max. in SLOW modes. The result of measurement is

stored automatically in internal memory and recalled for later

use. Various operations may be applied to the measured values.

■ Improved AC measurement performance

The AC measurement performance has been further improved

with the measurement ranges of 300mV to 700VAC and 3mA to

3A at basic accuracies of ±0.06% of reading (VAC) and ±0.2%

of reading (AC). The response time is increased 2 to 3 times

while the frequency characteristics are expanded in both the

high and low ranges.
August 8, 2025 BY
IN Advantest

Advantest R6552 Series Digital Multimeters Applications

■ Maximum display “319999”

■ High sensitivity DC voltage 0.1μV

Resistance 100μΩ

■ Sampling rate 1000/sec max.

(BURST mode)

■ High accuracy DC voltage ±0.01% of reading (1 year)

AC voltage ±0.06% of reading (1 year)

DC ±0.05% of reading (1 year)

■ Extended integral time can be set (LONG-IT mode) in

10ms steps between 100ms and 60s for averaging

repetitive signals.

■ GPIB and RS232 interfaces (standard) for external

equipment

■ External trigger input, end-of-measurement signal

output (standard)

■ NULL, smoothing, scaling, dB/dBm, comparator, and

MAX/MIN operation capabilities

■ Data memory (1000 data max.)

■ Parameter backup (4 kinds)

■ High speed auto ranging for optimum setting of measurement ranges

■ Fluorescent display tube for enhanced viewing

■ CE marking compliance
August 8, 2025 BY
IN Advantest

Advantest R6552 Series Digital Multimeters

R6552 Series

5 1/2-digit DMM with a Wide Range of

Applications

The R6552 Series is a digital multimeter designed for system or

bench use with the maximum display of 319999, featuring

GPIB and RS232 interfaces with full remote control capability.

It is capable of measuring DC voltage/current, AC voltage/

current, 4- or 2-wire resistance, low/power 4- or 2-wire resistance,

(AC+DC) AC voltage/current, frequencies, and diodes.

ADVANTEST’s unique multi-slope integral A/D conversion

method ensures high speed and high precision measurements.

The AC voltage/current measurement uses the true-RMS (true

effective value) method while the (AC+DC) AC voltage/current

measurement allows measurement of a true effective value of

the distortion wave including the DC components. In addition

to the FAST/MED/SLOW sampling modes of the conventional

models, the R6552 has BURST and LONG-IT modes as well.
August 8, 2025 BY
IN ABB

ABB MicroFlex e190 servo drive One drive, many possibilities Rethining usability

Rethining usability

MicroFlex e190 breaks the mould of similar products

by rethinking usability throughout the product life

cycle. MicroFlex e190 introduces a simpler approach

to selection, installation, operation and maintenance.

Small improvements that all add up

MicroFlex e190 adds numerous improvements to the

MicroFlex series, such as side by side flush mounting and a removable memory unit to prepare drive

settings off-site or move settings from one drive to

another. MicroFlex e190 supports all major Ethernet

protocols (software selectable).

Absolute precision and performance

When matched with e-Series servo motors MicroFlex

e190 provides highly dynamic acceleration through

300% peak torque, with high resolution feedback

as standard for absolute performance and productivity.

Powerful motion option

With features such as a second encoder input, an

encoder output, and optional motion programming,

applications such as electronic gearing, CAM, flying

shear, labelling and registration control can easily be

implemented without the use of an external

controller, making it far more versatile than other drives in its class.
August 8, 2025 BY
IN ABB

ABB MicroFlex e190 servo drive One drive, many possibilities

MicroFlex e190 is a compact high-performance servo drive,

reimagined for future machine designs.

MicroFlex e190 embraces all major motor feedback types, together

with selectable Ethernet technologies. Its versatility provides a migration path for existing

designs and future network-centric automation solutions.

One drive, many possiblities

MicroFlex e190 is designed to carry today’s control

designs into the future. By supporting PTO and

analog control, it provides flexible options for

existing or legacy applications as well as a migration

platform to Ethernet based control and ‘IoTSP ready’

machine designs through integrated Ethernet:

– EtherCAT®

 and Powerlink

– EtherNet/IPTM

– Modbus TCP

– PROFINET IO
August 8, 2025 BY
IN ABB

ABB MotiFlex e180 servo drives motion control products Memory unit

Memory unit

The compact memory unit stores all drive settings, parameters and application programs.

It allows preparing drive settings off-site, manage functionality levels or move settings

from one drive to another without PC.

Real-time control of multi-axis system with EtherCAT®

EtherCAT® connectivity offers a realtime drive control interface for advanced multi-axis systems.

The drive is an ideal partner to the ABB AC500 PLC product line, providing an industry standard

solution with IEC 61131 programming and PLCopen motion functions.

Advanced motion with simple and easy commissioning

Mint WorkBench PC tool offers fast and simple setup, commissioning and monitoring in a single software tool.

In addition to a step by step configuration wizard, oscilloscope view and parameter

handling, it also includes motion programming. For fast help and support the tool can package all data as a single

file, which can be sent by email.

Motion technology fully integrated The drive can be used as a stand alone single axis machine controller.

Mint programming and Ethernet connectivity combined with on board I/O and

HMI connectivity is offering a cost competitive solution in typical motion applications
August 8, 2025 BY
IN ABB

ABB MotiFlex e180 servo drives motion control products Motion control

Motion control

The MotiFlex e180 is designed to control a wide range of applications from simple point-to-point to advanced motion. Motion features include homing,

indexing, change of target “on the fly”,electronic gearing, CAM profiler, flying shear and high speed position latch features for registration.

Embedded Ethernet

Ethernet support includes EtherCAT® or PowerLink for real-time control of multiaxis systems. In addition EtherNet/IPTM,

Modbus TCP and RAW Ethernet are supported with other controllers such as PLCs and Industrial PCs.

The MotiFlex e180 servo drive delivers capability and performance you can depend on.

It combines Ethernet technology, advanced multitasking programming and safety as standard.

The MotiFlex e180 can operate from 200 to 480 V AC three-phase with motor rms current range from 3 to 50 A servo duty.

Ethernet and motor feedback interfaces are fully integrated and optimized for demanding motion applications.

Dynamic control of rotary and linear motors

Overload modes up to 300 percent provide dynamic control of servo motors, both rotary and linear.

Universal encoder interface can be simply configured by software to support a wide range of feedback types.
August 8, 2025 BY
IN ABB

ABB MotiFlex e180 servo drives motion control products Highlights

The MotiFlex e180 servo drive delivers capability and performance you can depend on.

It combines Ethernet technology, advanced multitasking programming and safety as standard.

The MotiFlex e180 can operate from 200 to 480 V AC three-phase with motor rms current range from 3 to 50 A servo duty.

Ethernet and motor feedback interfaces are fully integrated and optimized for demanding motion applications.

Highlights

− Wide range of motion functions

− EtherCAT®, Modbus TCP,

EtherNet/IPTM, and PowerLink

− Dynamic control of rotary and linear servo motors

− Safety as standard with integrated safe torque off in accordance to IEC 61800-5-2, SIL3, PL e

Applications

− Metal cutting and forming

− Printing and converting

− Laser/water-jet/textile cutting

− Rubber and plastics

− Wood working

− Textiles

− Packaging
August 8, 2025 BY
IN ABB

ABB AN00250 Motion Control Products Tuning drives for servo motors using Mint Workbench

Motor thermal switch:

The motor may be supplied with a sensor/switch that either opens completely or provides a high impedance when the motor

temperature limit is reached. This should be wired directly to the dedicated motor temperature switch input (X10) on a MotiFlex

e180 drive. If using a MicroFlex e190 drive use of this temperature sensor is optional, but if it is used it should be wired using an

isolated 24Vdc supply (this can be the same supply used for a motor brake) and then included into the control scheme via an

intermediate relay, contacts of which can either be used to disable the drive in some way or fed into the MicroFlex e190 as an

input assigned to be the MOTORTEMPERATUREINPUT.

For a drive controlled via a Real-time Ethernet network it is

typical to connect this signal to the motion controller instead. Removal of the STO inputs would be delayed to allow the drive (or

motion controller) time to profile the axis to a controlled stop before finally disabling the motor output via the STO function.

Actual implementation must be determined by the user according to the result of a risk assessment performed on the system –

please refer to application note AN00206, available on the ABB motion support website, for further details

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