Welcome to the official website of CNIACS Automation Technology Co., Ltd!
0
April 3, 2026 BY
IN Kongsberg

Kollmorgen P80630 Stepper Drive

Welcome to our newest stepper drive platform. The fi rst drive in the new P8000 series,

P80630-SDN, off ers superior accuracy in a more compact design for stepper motors

operating on DC power at up to 5.5 Arms per phase. It’s ideal for labelers, indexing, CNC,

packaging, pumps and other single- or multi-axis applications requiring low-speed, point

to-point motion control for fi xed loads.

A New Standard of Performance

•   Positional accuracy and repeatability. When using a PMX motor, the P80630-SDN

reliably improves step-angle accuracy compared to previous drives such as the

6410 and P70530.

•   Superior power to size ratio. Compared to the 6410 drive, the new P80630-SDN

achieves 10% greater output current in a 60% smaller package.

•   Smooth motion across the speed range. The P80630-SDN reduces setup time,

optimizing smoothness, torque and precision without the need for electronic

damping control switches.

Simple Drive Setup and Programming

• Save time and simplify setup, with no programming required.

•  Worldwide availability and support for motor/drive selection, sizing and setup.

Versatile Features

•  Conventional single-ended or diff erential step and direction interface

(user-provided pulse train required) or CW/CCW command inputs.

• Dedicated Enable Input and Fault Output for control of the drive’s power stage

and error monitoring.

•  Dip-switch selectable settings for motor phase current, idle current reduction

and step resolution (up to 1/128 microstep)—no programming required.

• Input voltage: 24 to 75 VDC. Phase current: up to 5.5 Arms (7.8 peak).

• CE, RoHS, REACH certifi ed.
April 3, 2026 BY
IN Kongsberg

Kongsberg Maritime UT design vessel conversions

Kongsberg Maritime UT design vessel conversions

Cargo conversions

Design options available range from simply rebuilding

the tanks to accommodate a different type of cargo,

through moderate and reversible adaptation, to total

cargo area conversion.

Our conversions are designed with cargo handling

systems and arrangements that ensure efficient and

safe loading and unloading of cargo. There is a high

focus on low acceleration to reduce wave slamming,

improve vessel performance in a seaway, minimise

potential cargo damage and provide optimal living

conditions for the crew.

Focused on safety

Safety is at the forefront of everything we do and our

customers can be assured that all of our conversion

designs include the latest advances in safety

improvement.

As part of the conversion we are able to install

equipment health monitoring solutions that support

safer asset operation.
April 3, 2026 BY
IN Kongsberg

Kongsberg Hybrid propulsion solutions

System conversions

Cost saving, improved fuel efficiency and reduced environmental

footprint

Power and propulsion system re-powering or conversion can assist in

achieving your operational targets to reduce fuel consumption and meet

environmental requirements.

It can also provide improved operational flexibility and increase the

power and capability of your vessels.

Hybrid propulsion solutions

Our hybrid shaft generator (HSG) system is an advanced power electric

system which supplies fixed frequency power to the switchboard even

when the engine RPM varies. This enables much more flexible use of

engine and propeller speed variations. It means that both propeller and

engine efficiencies can be maximised by running them at their design

points. Doing so also helps to reduce exhaust CO2 and NOx emissions.

The HSG system provides efficient operation without compromising

functionality over the vessel’s entire operating profile.

As a dedicated system integrator, we ensure that all proprietary

equipment functions coherently and safely.

Vessel conversions

Moving into a new market

Whether your vessel is a Kongsberg Maritime design

or not we are able to deliver innovative full concept

packages to meet your requirements for value,

functionality and performance.

All vessels are individually re-designed for their

new tasks, based on operational demands along

with classification and overall vessel performance

requirements.

Close cooperation from the start of a project ensures

that consideration is given to all aspects and that our

customers’ valuable experiences become a vital part

of the development of the design.

Customers can benefit from customised tank

solutions, deck design and cargo facilities.
April 3, 2026 BY
IN Kongsberg

Kongsberg Maritime System Cost effective and efficient process

Cost effective and efficient process

For Kongsberg Maritime designed vessels there is no

“discovery phase”. As owners of the original design

drawings and equipment technical specifications

the need to gather information from many different

manufacturers and suppliers is greatly reduced.

Our intimate knowledge of our vessel designs means

that we understand their flexibility and possibilities

for adaptation.

Our expertise in the upgrade or re-use possibilities for

your existing Kongsberg Maritime equipment enables

the most cost effective solutions to be produced. Our

design and engineering teams’ detailed knowledge

of any new equipment added from our extensive

product portfolio means only the minimal number of

engineering hours are required for each re-design.

Our teams of experts can be brought to you anywhere

in the world.
April 3, 2026 BY
IN Kongsberg

Kongsberg Maritime System and vessel conversions

At Kongsberg Maritime we are helping our customers to adapt

and expand their businesses into new and changing markets

by providing innovative conversion and retrofit system solutions,

with deep systems integration, industry leading product quality

and world-class aftermarket support.

Our solutions are based on the latest technology and close customer

cooperation throughout all projects. The result is proven reliability

and operation.

profitability for your Our in-house expertise in all design disciplines,

and a vast range of ship equipment, makes us exceptionally skilled in

balancing all these crucial factors to create an optimised vessel.

Providing complete conversion solutions to meet the requirements of a

changing world and a changing market
April 3, 2026 BY
IN ABB

ABB Digital Annunciator Unit SACO 16D1

Product benefits

• Centralized alarm panel

Product features:

• Four output relays, i.e. two for group re-alarms, one for an audible device

and one for the self-supervision system

• Parameter selection and adjustment from front panel or via serial interface

• First-out alarm indication with clear four-digit display on the front panel

• Extensive data communication via the serial interface and the SPA bus

• Sophisticated hardware and software self-supervision system for maximum

operational reliability under the most demanding environmental conditions

• Powerful software support for parameterization of the unit via the serial interface

• Member of the SPACOM product family and ABB’s Distribution Automation system

• CE marking according to the EC directive for EMC
April 3, 2026 BY
IN ABB

ABB SACO 16D1 is a flexible digital annunciator unit

SACO 16D1 is a flexible digital annunciator unit for the supervision of

alarm and signalling contacts in power plants, substations and industrial

process installations.

The SACO 16D1 is a flexible, field-customizable 16-channel digital

annunciator unit. It is used in a variety of applications to supervise alarm

and signaling contacts in power plants, substations and industrial process

installations. The alarm unit is also approved for use in offshore installations

and marine applications. Further, the annunciator unit can be used in any

application where on/off signals are to be supervised.

This sophisticated hardware and software self-supervision system to ensure

maximum operational reliability has been designed for also the most

demanding environmental conditions.  The SACO 16D1 provides immediate

fault recognition, fault identification and visual and audible alarm when an

abnormal process situation occurs.  The alarm channels are activated by

normally open or normally closed contact. This annunciator unit also provides

a means for subsequent fault analyses, which means that corrective measures

can be carried out without delay and you maintain full control of the process.

The first-out alarm indication is achieved via a clear four-digit display on the

front panel.

The annunciator units can be used as independent stand-alone units, or they

can be connected together via a fibre-optic bus to form complete supervision,

event sequence reporting and data acquisition systems.

Scope

• Powerful, flexible and field-customizable 16-channel digital input signal

annunciator unit
April 3, 2026 BY
IN ABB

ABB SACO16D1-AA Data communication

Data communication

The annunciator unit is provided with a serial interface on the rear panel.

By means of a bus connection module type SPA-ZC 17/S or SPA-ZC 21/S

the unit can be connected to the fibre-optic SPA bus. The bus connection

module type SPA-ZC 21/S is powered from the host unit, whereas the bus

connection module SPA-ZC 17/S is provided with a built-in power unit,

which can be fed from an external secured power source. The unit com

municates with higher-level data acquisition and control systems over

the SPA bus.

Self-supervision

The annunciator incorporates a sophisticated self-supervision system

which increases the availability of the device and the reliability of the system.

The self-supervision system continuously monitors the hardware and the soft

ware of the unit. The system also supervises the operation of the auxiliary

supply module and the level of the electronics’ voltages generated by the

module. If a permanent fault is detected, the fault indicator on the front

panel is lit, the output relay of the self-supervision system operates and

the outputs are blocked.

Auxiliary supply voltage

The auxiliary supply of the relay is obtained from an internal plug-in type

power supply module. Two auxiliary power module types are available:

type SPGU 240A1 for the supply voltage range 80…265 V ac/dc and type

SPGU 48B2 for the supply voltage range 18…80 V dc. The power supply

module forms the internal voltages required by the annunciator.
April 3, 2026 BY
IN ABB

ABB The annunciator unit is composed of four modules

Design

The annunciator unit is composed of four modules: an alarm annunciator module,

an input/output module, a connection module and a power module, housed

in a rugged aluminium casing.

The alarm annunciator module includes 16 alarm channels. The channels

are activated by normally open or normally closed process contacts.

The required 48 V dc contact circuit voltage is generated and supervised by the

annunciator unit. Each channel can separately be assigned a start delay from

5 ms to 160 s.

On activation of a channel the visual indicator of the channels starts blinking.

One of five standardized blinking systems according to ISA and DIN can be

selected by the operator at commissioning.

The annunciator is provided with a first-out indication given via the four-digit

alphanu merical display on the front panel. The first out alarm is indicated with

a letter A and the channel number.

The annunciator unit is also provided with an event register, which stores the

last nine events in chronological order. The event reg ister can be read via the

push-buttons and the display on the front panel or via the serial interface.

The annunciator holds four output relays, two of which are used as group alarm

output relays. One of five modes of operation can be selected for the realarm

output relays.

One output relay is dedicated for the self supervision system and one for the

control of an audible device, such as a buzzer or a horn. Any information

generated in the annunciator unit can be read by a hierarchically superior

system via the serial interface.
April 3, 2026 BY
IN ABB

ABB SACO16D1-AA Digital Annunciator Unit

Application

The digital annunciator unit is used in a variety of applications requiring

supervision of alarm and signalling contacts in power plants, substations

and industrial process installations. The alarm unit is also approved for

use in off-shore installations and marine applications.

Further, the annunciator unit can be used in any application where on/off

signals are to be supervised.

The annunciator unit provides immediate fault recognition, fault identification

and visual and audible alarm in an abnormal process situation.

The annunciator unit also provides a means for subsequent fault analyses,

which means that corrective measures can be carried out without delay and

full control of the process can be maintained.

The annunciator units can be used as indepen dent stand-alone units,

or they can be connected together via a fibre-optic bus to form complete

supervision, event sequence reporting and data acquisition systems.

The annunciator unit is a member of SPACOM, the ultimate integrated

secondary equipment system for power systems.

Menu

Search for products

Back to Top
Product has been added to your cart