Month: December 2025

A redundância na divisão de carga é selecionável usando as redes Ethernet A e B para garantir a

confiabilidade. Se uma rede for comprometida, o sistema automaticamente alterna para a segunda rede.

O modo de sincronização automática “Slip Frequency” ou “Phase Matching” com ou sem fechamento em

barramorta é selecionável. O modo “Permissive” permite funcionalidade de check de sincronismo.

O controlador DSLC-2XT mede a potência TRUE RMS e permite a transferência suave de carga/descarga

emrampa. Pode-se tanto operar em base de carga ou ajustar níveis de potência de

importação/exportação/controle de processo em relação à concessionária, quanto compartilhar cargas

comprecisão em sistemas isolados com múltiplos geradores.

A flexibilidade do controle do fator de potência ou VAr permite controlar um nível definido de potência

VAr para a concessionária ou manter um fator de potência constante para a operação confiável.  O

controle de VAR/PF também divide os kVARs em um sistema isolado, mantendo as cargas reativas

proporcionais (kVARs) emtodas as máquinas/geradores mais preciso do que os sistemas em droop ou

sistemas cross-current.

DESCRIÇÃO

O DSLC-2XT da Woodward sincroniza e controla a carga do gerador para até 32 geradores CA trifásicos

através do sistema integrado (DSLC-2XT/MSLC-2XT) via rede de comunicação Ethernet.

O DSLC-2XT se destaca em aplicações simples ou complexas de geração. A combinação DSLC-2XT/MSLC

2XT fornece um gerenciamento de carga/potência para múltiplos geradores, segmentos de barra,

entradas de concessionária e disjuntores TIE para sistemas complexos de geração.

O controlador DSLC-2XT combina sincronismo, medição de carga, controle de carga, fechamento em

barra morta, controle de fator de potência, controle de potência reativa e controle de processo tudo em

um único produto. As aplicações permitem até 32 geradores em paralelo e controlados precisamente. A

porta decomunicação Ethernet (A) permite fechamento em barra morta, divisão de carga ativa e reativa

através do intercâmbio de informações entre as unidades DSLC-2XT e MSLC-2XT. As portas de

comunicação Ethernet (B) e Ethernet (C) permitem o controle remoto e capacidade de monitoramento ao

cliente via Modbus TCP através de fácil interface com DCS e PLC. A rede Ethernet provê a cada dispositivo

a capacidade de monitorar todos os outros dispositivos na rede. Se a rede Ethernet for comprometida,

um alarme é fornecido e o sistema poderá ser transferido para um o modo de controle DROOP.

RELATED PRODUCTS

 Supported power management controls

Max. # of IKD-IN-16

easYgen-3000XT (GC-3400XTP1)   2 (1)

easYgen-3400/3500P1 and -3100/3200P2   2

easYgen-3400/3500P2 and -3100/3200P1   1

easYgen-2000   1

easYgen-1500/1700/1800   1

easYgen-800   1

DTSC-200 and -200A   1

 Digital input expansion module IKD-OUT-16 (Product spec #37954): P/N 8440-2305

 Digital I/O expansion module IKD 1 (Product spec #37171): P/N: 8440-2116

TYPICAL APPLICATION

The digital inputs are read by the IKD-IN-16 and

transferred via the CAN bus to the control unit (incl.

alarm class). Each alarm input may have a delay as

well as the control logic (NO/NC) configured individ

ually during set up. The status of the alarm input is

monitored in the control device and will show the

alarm text in its display. The alarm class assigned in

the control device evaluates the alarm input and re

acts accordingly. If a discrete input on the IKD-IN

16 is enabled, the control device displays a text

message, and the control functions of the alarm

class are executed (refer to according manual of the

supported control devices).

DESCRIPTION

The IKD-IN-16 is a smart solution to increase number of digital inputs to Woodward power man

agement controllers or apply it as a remote input module in your PLC based control system. It is

possible to connect one or more IKD-IN-16 modules (see table Related Products below).

The IKD-IN-16 input status are transferred over the CAN bus to a higher-level controller. Configura

tion of each input such as name, alarm class, NO/NC configuration, and time delay is performed in

the main controller. The name and class are displayed on the connected genset controller’s dis

play. It requires no configuration tool as few parameters such as module address and CAN baud

rate can be setup by onboard DIP switches.

FEATURES

 16 configurable discrete inputs

 CAN bus communication to the higher-level controller

 The control unit evaluates the status of these discrete inputs and depending on the configura

tion of the control unit takes an appropriate action

 The IKD-IN-16 can be used with other manufacturer’s controllers/PLCs. Consult product man

ual 37953 for information regarding the CAN bus data telegram

 DIP switches to configure device module number and CAN baud rate.

 Power, CAN, and DI status LEDs

FEATURES

 16 configurable discrete inputs

 CAN bus communication to the higher-level controller

 The control unit evaluates the status of these discrete inputs and depending on the configura

tion of the control unit takes an appropriate action

 The IKD-IN-16 can be used with other manufacturer’s controllers/PLCs. Consult product man

ual 37953 for information regarding the CAN bus data telegram

 DIP switches to configure device module number and CAN baud rate.

 Power, CAN, and DI status LEDs

Ordering Part Number

 8440-2304

IKD-IN-16 Unique Features

16 configurable digital inputs

plug-n-play connection with Wood ward power management controls

easy integration with PLC

compact remote I/O with IKD-OUT-16

Shorter lead time

 Flexible remote input module. Works with

 Woodward power management controls

 PLC

 16 discrete inputs

 Requires no configuration tool

 CAN bus communication

 CE/UKCA marked

 UL/cUL pending

TYPICAL APPLICATIONS

The digital inputs are read by the IKD 1 and transferred via the

CAN bus to the control unit (incl. alarm class). Each alarm

input may have a delay as well as the control logic (NO/NC)

configured individually during set up. The status of the alarm

input is monitored in the control device and will show the alarm

text in its display. The alarm class assigned in the control

device evaluates the alarm input and reacts accordingly.

The control device’s relay manager controls the IKD 1 relays.

The control logic for each IKD 1 relay can be programmed

individually in the control device. Logical commands can be

configured using internal events as well as the status of the

digital inputs coming from the IKD 1.

If a discrete input on the IKD 1 is enabled, the control device

displays a text message and the control functions of the alarm

class are executed (refer to all manuals relating to the control

device). The control device must operate the IKD 1 relays.

SPECIFICATIONS

Power supply ………………………………….. 12/24 Vdc (6 to 36 Vdc)

Intrinsic consumption …………………………………………… max. 3 W

Ambient temperature ……………………………………….. -40 to 85 °C

Ambient humidity ………………………………. 95 %, non-condensing

Discrete inputs …………………………………………………….. isolated

Input range …………………………………….. 12/24 Vdc (6 to 32 Vdc)

Input resistance …………………………………………… approx. 6.8 kΩ

Relay outputs ………………………………………………………. isolated

Contact material …………………………………………………….. AgCdO

Load (GP) …………………………………………….. 2.00 Aac@250 Vac

…. 2.00 Adc@24 Vdc / 0.36 Adc@125 Vdc / 0.18 Adc@250 Vdc

Pilot duty (PD) ……………………………………………………………………

…. 1.00 Adc@24 Vdc / 0.22 Adc@125 Vdc / 0.10 Adc@250 Vdc

Service interface ………………………………………………………………

Version ………………………………………………………………… RS-232

CAN interface ………………………………………………………. isolated

Insulation voltage (continuously) …………………………….. 100 Vac

Insulation test voltage (≤ 5 s) ……………………………….. 1.000 Vac

Version ……………………………………………………………….. CAN bus

DESCRIPTION

Features

•8 configurable discrete alarm inputs

•8 configurable FORM C relays with

potential free contacts

•Configurable delays for each input

•CAN bus communication

•The discrete inputs transfer their

status via CAN bus to the control unit.

•The control unit evaluates the status

of these discrete inputs coming from

the IKD 1 and depending on the

configuration of the control unit, will

take the appropriate action.

•The control unit can send commands

via the CAN bus to remotely control

the output relays of the IKD 1.

•The IKD 1 can be used with other

manufacturer’s controllers. Consult

product manual 37135 for information

regarding the address assignments of

the CAN bus interface.

Product Number P/N

•8440-2028

• 8 discrete inputs

• 8 relay outputs FORM C

• PC configurable1)

• CAN bus communication

•Microprocessor technology for accurate, repeatable and reliable operation

• CE marked

•UL/cUL Listing

APPLICATIONS

The IKD 1 is a smart solution to increase

numbers of digital I/O’s to Woodward easYgen

series controllers and GCP-31/32 packages

equipped with option SC10 or SC09.

It is possible to connect one or more IKD 1

units to the genset controllers (see table

Related Products below).

Each of the inputs can be assigned a name,

alarm class, NO/NC configuration and time de

lay. The name and class are displayed on the

connected genset controller’s display.

The IKD 1 output relays are controlled over the

CAN bus connection from the main genset

controller. Configuration of the IKD 1 is

performed through the relay manager in the

main controller and transmitted to the IKD 1.

A direct configuration cable (DPC) and software

can be purchased for use with a PC or laptop

and may be advisable for extensive

configuration applications or where several

similar units are to be set up.

Related Products

max. # of IKD 1

•GCP-3… XPQ+SC09 2

•GCP-3… XPQ+SC10 2

•easYgen-1000 series 2

•easYgen-2000 series 2

•easYgen-3100P1/3200P1 2

easYgen-3100P2/3200P2 4

•easYgen-3400/3500P2 4

DTSC-200A Unique Features

✓ Built on field proven DTSC-200

✓ New face plate with tactile buttons

✓ Large LCD display

✓ Programmable from HMI panel or ser

vice tool (USB connection)

✓ Shorter lead time

• Premium ATS control for complex transfer switch applications for critical power assets. Supports,

• Circuit breakers or latching contactors

• Open, delayed, or closed transition transfer

• Make-before-break (<100ms) transfer or extended indefinitely for paralleling

• In-phase monitoring (synch check) for all transition types

• Engine exerciser (load/no-load) routine with fully adjustable interval

• Load shed and restore

• Elevator pre-signal

• Transfer/return inhibit

• Adjustable timers and bypass

• Priority source selection

• Freely configurable,expandable discrete I/O

• CANopen / Modbus RTU

• PC and/or front display configuration with password protection

• CE marked

• UL recognized UL1008