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June 4, 2026 BY
IN Automotion

Automotion LC4A00010 DC BL Motor Control, ATS, Sub Assy, SCP, 115VAC

The LC-4 is a + 160 VDC high voltage control which combines the

power and availability of AC input, with the control and versatility

of DC PWM output, all in one compact unit.  You don’t need a

separate power supply.

The LC-4 family of DC brushless motor controls uses an advanced

design of PWM drive technology to produce surprisingly powerful DC

brushless motor control capability at an afford able price.

Brushless motors offer all of the advantages of DC brush type motors,

and more, such as; higher speed capability, higher efficiency, and

more power for a given frame size than their brush type equivalents.

And best of all there are no brushes to maintain, meaning reduced

maintenance and extended operating life.

This high voltage DC brushless controller is capable of four quadrant1

velocity control of a single DC brushless motor.  It offers many standard

features like remotely selectable start/stop, forward/reverse, dynamic braking,

and open or closed loop speed control via external analog signal or optional

PWM signal in put. The itergrated singe quadrant closed loop speed control

system using Hall sensor feed back is standard.

GE PCM Regulator for EX2100e Power Conversion Module 151X1235DB15SA1

BAUMULLER b maXX 3000 Servo Controller BM3401-LIFBO-ACOOOCB-G-02-O-02
June 4, 2026 BY
IN Honeywell

Honeywell X-DCS2000/EN Broadcasting

Broadcasting

DCS supports a variable range of audio sources, such as audio fi les from external devices

(CD/DVD, cassette, FM tuner and etc.), remote paging announcement or broadcasting from

X NPMI, announcements from the PTT emergency microphone etc.

DCS can broadcast 4 audio message or internet audio simultaneously. Timer broadcast

setting can be confi gured via software to allow system to play specifi cprograms at a specific

time even when it is not supervised. With the software, user can also handle up to 255

priorities to meet complex public address requirements.

Zone Control

User can select audio sources and zones to broadcast by clicking directly on the control

buttons on the front panel.

DCS supports audio matrix, allowing any audio sources to be played in any zones.

Monitoring

DCS has a built-in loudspeaker and it can enable zone and audio source monitoring.

When the system has been extended via Ethernet, network remote supervision can be

performed.

Shortcut Control

A highlight of DCS is the one-click emergency mode switchover feature. A red emergency

mode button can be found on the front panel, which can activate the fi re alarm broadcast

mode in an emergency by a single click. In emergency mode, the recorded evacuation

announcement will be broadcasted and the zone alarm indicator lights will be turned on.

This function signifi cantly improves the evacuation effi ciency.

Users can preset the functions for the other buttons or their combo usage.The label

describing buttons’ functions can be replaced easily.
June 4, 2026 BY
IN Honeywell

Honeywell X-DCS2000/EN Safety and Robustness

Safety and Robustness

DCS can detect errors on main power supply, backup power supply, amplifier circuit,

amplifier protection, software, communications, and loudspeaker line in runtime.

By locating the error’s occurrence, DCS provides valuable information for repairing

or replacing the malfunctioned devices.

DCS supports power supply and amplifier redundancy. Built-in fuse provides over-current

protection to the main power supply. When a shortcircuit error is detected in DCS, the

power supplied from main power will be cut off and switched to the backup one.

Same technology is also used in amplifier switchover. User can configure the amplifier

backup solution as 3 backup for 1 main, 2 backup for 1 main, 1 backup for 1 main or

2 backup for 2 main.

Audio Storage

DCS is built with a 1GB flash memory. Via X-618 Config software, users can upload audio

files for later playback or audio synthesis. Volume controllers can be connect- ed with

the DCS contact outputs to adjust the zones volume or force switching.
June 4, 2026 BY
IN Honeywell

Honeywell X-DCS2000/EN FEATURES

FEATURES

Input/ OutputDCS has 8 dry-contact outputs that canbe used to activate external devices.

It has 8 pairs of loudspeaker line output where each one allows multiple 100V

loudspeakers to be connected in parallel. A record output port is dedicated for

external recording.

DCS also has 8 dry-contact inputs that can be linked with a fire alarm control

center which supports broadcasting alarm tones and evac- uation announcement

when fire happens. On the rear panel, there are 4 network audio input and 4

auxiliary inputs, which provide con- nections to external audio sources such as

CD/DVD, cassette, FM tun- er etc. In addition, there are 4 audio inputs that are

capable to adjust volume automatically according to ambient noise (when HN-D32N

Noise Detector is installed). Users can set the phantom power and input gain of

each volume control input on the rear panel.

Connections Expansion

DCS can connect with devices and the network to extend zone connections via

4 10M/100M adaptable Ethernet interfaces.
June 4, 2026 BY
IN Honeywell

Honeywell X-DCS2000/EN DIGITAL INTEGRATED SYSTEM MANAGER

DESCRIPTION

X-DCS2000/EN Digital Integrated System Manager (abbr. DCS) is the basic unit

of X-618 Public Address and Voice Alarm System. DCS integrates plentiful

functions such as zone expansion, multiple audio sources support, audio file

storage, net audio, broadcasting, zone control, monitoring, fault diagnosis etc.

The supplied X-SMART management software allows users to easily and efficiently

manage and control the system.

Shortcut Control

A highlight of DCS is the one-click emergency mode switchover feature. A red emergency

mode button can be found on the front panel, which can activate the fi re alarm broadcast

mode in an emergency by a single click. In emergency mode, the recorded evacuation

announcement will be broadcasted and the zone alarm indicator lights will be turned on.

This function signifi cantly improves the evacuation effi ciency.

Users can preset the functions for the other buttons or their combo usage.The label

describing buttons’ functions can be replaced easily.
June 4, 2026 BY
IN KEBA

KEBA KeDrive D3-DA axis controller

Safety technology

The axis controller provides scalable integrated safety technology. In the standard model the functions STO (Safe Torque Off)

and SBC (Safe Brake Control) are available. The expanded, optional “functional safety” forms, together with the central safety

control FSM, a system for axis monitoring connected via EtherCAT. This can include safe and non-safe encoders and encoder

combinations (HIPERFACE DSL®, SinCos, resolver, TTL and HTL) that are evaluated directly on the axis controller.

Field bus

The D3-DA 3xx axis controllers are designed for operation on the EtherCAT CoE field bus system. Bus cycle times of a minimum of

125 µs can be configured. Operation on alternative field bus systems such as Powerlink or PROFINet is also possible.

In operation, service and diagnostics access is by tunnelling via the central controller (EtherCAT EoE). For this purpose the controller

must support the routing function for TCP/IP communication via EoE (Ethernet-over-EtherCAT). Digital inputs are available for axis

related functions, such as limit switch or reference mark evaluation.
June 4, 2026 BY
IN KEBA

KEBA D3-DA 3xx axis controllers Central supply

Central supply

D3-DA 3xx axis controllers are supplied with power and auxiliary power via a central supply unit D3-DP 300.

The number of axis controllers that can be arranged beside a supply unit is dependent on the power (power supply and auxiliary

power supply) required for the application and must be taken into account during the project planning of the multi-axis system.

A maximum of 8 axis controllers (corresponding to a maximum of 24 axes) can be operated on a supply unit.

With the aid of the expansion module, a second row can be established and in this way the number of axis controllers expanded.
June 4, 2026 BY
IN KEBA

KEBA Comprehensive performance scaling

Comprehensive performance scaling

The drive system KeDrive D3 offers axis controllers as single-axis, double-axis and triple-axis controllers in a power range up to

300 A for optimal system design.

Cost-effective drive systems for 4 axes (3 + 1), 5 axes (3 + 2), 6 axes (3 + 3) or more can therefore be combined without problems

and that not only for a specific sector, as the control technology meets the highest requirements even applications in the machine

tool industry are possible. Due to the innovative usage of technology, the control performance also remains identical independent of

the number of drive controller axes. Thanks to the development of a special drive ASIC, consistent performance from single-axis to

triple-axis controllers is realised.

There are also no restrictions on the usage of different encoder technologies, as proven interfaces such as resolver, sine/cosine,

HIPERFACE® or EnDAT are available along with the latest one-cable solutions to the servomotor.
June 4, 2026 BY
IN KEBA

KEBA KeDrive D3-DP 30x supply units

The power supply

The power for the multi-axis system comes from a central supply unit in steps from 10 kW to 140 kW. While for the supply units

BG1+2 (10 – 22 kW) an integrated power supply unit (SMPS) optionally provides the 24 V/480 W auxiliary supply, for the supply

units BG3+4 (45 – 140 kW) an external 24 V supply is required. This 24 V auxiliary supply can be provided by an existing 24 V power

supply unit in the machine.

Axis controllers are arranged on the right of the supply unit on a rail system. The control modules D3-DU 3xx are mounted on the

left. The connection of the axis controllers to the DC link supply and the 24 V DC auxiliary voltage is realised without wiring effort

using the integrated busbar system. Only the 24 V DC auxiliary voltage is transmitted to the controller. Digital outputs indicate the

actual status.

The supply unit supplies the energy for the axis controllers. Configuration, diagnostics and status information are realised via the first

axis on the first axis controller in the drive group. A maximum of 9 modules are allowed to be connected and operated in the axis

group (D3-DP, D3-DC, D3-DA, D3-DE…).

Safety technology

Test outputs provide OSSD output signals. The OSSD output signals are used for the short-circuit and cross-circuit test on the

wiring for the safe, digital inputs on the axis side.

Device protection/mains contactor

A relay output is provided with which it is possible to control an external mains contactor via the controller D3-DU 3xx integrated into

the system.
June 4, 2026 BY
IN KEBA

KEBA KeDrive D3 Smart DC Systems

Use the KEBA expertise from research and application as

well as the KeDrive D3 drive platform with active power

supply and energy storage systems for your energy-efficient

machine or plant.

• Controlled DC link voltage for uniform international

drive sizing

• Independence from worldwide mains voltages

• Optimized energy storage in the DC link

• Reduction of mains distortion (THD) and reactive power

caused by passive rectification

• Savings in grid connection costs by limiting peak power

consumption from the mains

• Controlled energy storage for dynamic applications

Active power supply units

• Energy recovery of regenerative energy into the AC grid

• Controlled DC link voltage for best drive utilization and mains independence

• Limitation of the mains input power

• Reduced mains current distortion (THD) due to sinusoidal mains currents

Controlled energy storage systems

• Temporary storage for regenerative energy

• Peak power reduction through “peak shaving”

• Bridging of mains failures (short time UPS for DC link)

Modular drive system

• Optimal integration into the KeDrive D3 drive system

• Energy efficiency due to energy exchange in the DC link

• Capacity expansion for storing short-term regenerative peaks

• Different cooling concepts

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