Category: Industry Trends

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

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

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.

SPECIFICATIONS

Power supply ………………………………………………….12/24 VDC (8 to 35 VDC)

Intrinsic consumption …………………………..  max. 6 W (standby max. 5 W)

Ambient temperature (operation) ……………….. -25 to 70 °C / -13 to 158 °F

Ambient temperature (storage) …………………. -25 to 70 °C / -13 to 158 °F

Ambient humidity…………………………………………….. 93%, non-condensing

Voltage …………………………………………………………………………………….. /

Rated (Vrated) …………………………………… 277/480 VAC

Max. value (Vmax) …………………………………… 358/620 VAC

Max. value (Vmax) according to UL …………… 173/300 VAC

Accuracy ……………………………………………………………………………. Class 1

Linear measuring range ……………………………………………………….. 1×Vrated

Measuring frequency …………………………………….. 50/60 Hz (40 to 85 Hz)

High Impedance Input; Resistance per path …………………………… 4.0 M

Max. power consumption per path ……………………………………….. < 0.2 VA

Current (Isolated)    Rated (Irated)…………………………………………….5A

Linear measuring range ……………………………………………… Igen = 2.0×Irated

Imains/ground = 1.5×Irated

Rated short-time overcurrent (1 s) ………………………………………… 10×Irated

Accuracy …………………………………………………………………………… Class 1

Discrete inputs group A [DI 1-7] ……………………………………. non isolated

Low level threshold ………………………………………………. Approx.… 1.3 VDC

High level threshold……………………………………………………………… 1.7 VDC

Max. input voltage ………………………………………………………………… 60 VDC

Min. input voltage …………………………………………………………………… 0 VDC

Discrete inputs group B [DI 8-12] ………………………………….. non isolated

Low level threshold ………………………………………………. Approx.… 1.3 VDC

High level threshold……………………………………………………………… 1.7 VDC

Max. input voltage ………………………………………………………………… 24 VDC

Min. input voltage …………………………………………………………………… 0 VDC

Display …………………………………………………………………………………………..

…………………………………………………… 480 × 272 TFT LCD with backlight

……. Wear resistant and scratch resistant LCD due to hard acrylic screen

Discrete outputs group A [R 2-4] ……………………………………………. isolated

……………………………………………… Rated 7 ADC, 24 VDC running standalone

………… Rated 3 ADC, 24 VDC when running in parallel with other two relays

………………………………………..3 ADC, 24 VDC resistive GP (according to UL)

Discrete output [R 5] ……………………………………………………………… isolated

………………………….. Rated 7 AAC, 250 VAC voltage free output, resistive GP

Discrete outputs group B [R 6-7] ……………………………………………. isolated

……………………………………………. Rated 10 ADC, 24 VDC running standalone

………….. Rated 5 ADC, 24 VDC when running in parallel with the other relay

……………………………………………. 2 ADC, 24 VDC inductive (according to UL)

Discrete output group C [R 8-9] ……………………………………………… isolated

………………………….. Rated 7 AAC, 250 VAC voltage free output, resistive GP

Interfaces …………………………………………………………………………………………..

USB service port ………………………………………………………………………………..

Max. allowed cable length ………………………………………………………….. 1.5 m

RS-485 interface ……………………………………………………………………. isolated

Insulation voltage …………………………………………………………………… 500 VAC

Max. allowed cable length ……………………………………………………….. 1000 m

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

Insulation voltage …………………………………………………………………… 500 VAC

Internal line termination ………………………………………………………… 120 Ohm

Housing Front panel flush mounting ……………………………….. Plastic housing

Dimensions  WxHxD …………………………………… 237 × 172 × 45 mm

Front cutout  WxH ………………………………………… 214.5 × 160.5 mm

Connection …………………………………………….. screw/plug terminals 2.5 mm²

Front ………………………………………………………………………. insulating surface

Sealing  Front ……………………………. IP65 (with screw fastening)

Back ……………………………………………………………. IP20

Weight ………………………………………………………………………. approx. 0.850 g

Disturbance test (CE) ………… tested according to applicable IEC standards

Approvals  ………………………. CE, UL recognized UL1008. File No: E527936

RELATED PRODUCTS

• I/O Expansion Board IKD1 (Product spec. # 37171)

• ToolKit (Product spec. # 03366)

• Genset controller easYgen-3200XT & easYgen-3500XT (Product spec. # 37582 and #37583)

• Circuit breaker controller easYgen | LS-6XT (Product spec. #37913)

• CANbus to Fiber Optic Converters (Application note # 37598):

DL-CAN P/N 8445-1049 and DL-CAN-R P/N 8445-1048

• Remote Access Gateway (with HMS Netbiter EasyConnect EC250 and EC350)

• Phoenix expansion CAN Couplers

• 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

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

• Inhibit transfer to S1. S2. both or start emergency source but initiate no transfer

• Elevator pre-signal with timer before carrying out a transfer

• Motor load disconnect signal with timer and possibility to daisy chain multiple MLDs for load

sequencing

• Source priority selection configurable via LogicsManager

• Load test and engine test to initiate routine health check of the emergency source

• In-phase monitoring ensures a transfer occurs within a phase angle difference of 70 or less

• Extended parallel time enables soft loading applications

• Vector group adjustment if transformers are used in the ATS system

• Shunt trip enable signal ensures both sources are not paralleled for more than desired time

• Remote control via interface (CANopen, Modbus RTU) and via discrete inputs

• I/O expansion capability (additional 16x DI and 16x DO supported via IKD1M or 3rd party modules)

• Adjustable display backlight shutdown to reduce power consumption

• Woodward ToolKit™ software for flexible setup from a single connection to the network. Supports

settings file created from the DTSC-200

• Multi-lingual capability: English, German, Spanish, Polish, Russian, other languages upon request

FEATURES

• True R.M.S. 3-phase voltage measuring for both Source 1 and Source 2

• True R.M.S. 3-phase load current/power

• Software configurable for wide range of ATS applications:

• Utility-to-Generator: Utility is preferred with a generator as emergency source

• Generator-to-Generator: One genset is preferred with a second genset as backup

• Utility-to-Utility: Utility is preferred with second utility as the emergency source

• Incorporates several monitoring features for a secure transfer: Source, Load, Switch, Battery, In-phase,

and parallel time monitor

• Intelligent limit switch feedback monitoring to ensure plausibility before initiating a transfer

• Fully configurable transfer command pulse configuration

• Inhibit transfer to S1. S2. both or start emergency source but initiate no transfer

• Elevator pre-signal with timer before carrying out a transfer

• Motor load disconnect signal with timer and possibility to daisy chain multiple MLDs for load

sequencing

• Source priority selection configurable via LogicsManager

• Load test and engine test to initiate routine health check of the emergency source

• In-phase monitoring ensures a transfer occurs within a phase angle difference of 70 or less

• Extended parallel time enables soft loading applications

Source transfer can be performed as open, delayed, or closed transition with in-phase monitor

ing (synch check) that can be enabled for all transition types to ensure safe transfer. The closed transition over

lap time can be limited to less than 100ms for momentary, make-before-break transfers, or extended indefinitely

for paralleling via discrete input. “Custom” features like transfer inhibit, source selection, load shed/restore, ele

vator pre-signal and engine test programs come standard.

LogicsManagerTM – Programmable Boolean logic functions along with ample, expandable discrete I/O allows

for complex transfer schemes without using external relay logic or a separate PLC!

FlexAppTM- Easily configures the DTSC-200A for: Utility-to-Generator, Generator-to-Generator or Utility-to-Util

ity applications.

DynamicsLCDTM- The adaptive and interactive 4.3”, 480 x 272-pixel TFT LC display with tactile buttons and a

clear menu structure ensure intuitive user operation and navigation.

DESCRIPTION

The DTSC-200A (Digital Transfer Switch Control) controls the transfer of electrical power from one source to

another for hospitals, data centers, office buildings, manufacturing plants and similar where lights out is not an

option. The extremely versatile DTSC-200A ATS controller is easily configured for a wide range of automatic

transfer switch applications including Main-Gen, Gen-Gen or Main-Main systems using circuit breakers or latch

ing contactors. 

Source transfer can be performed as open, delayed, or closed transition with in-phase monitor

ing (synch check) that can be enabled for all transition types to ensure safe transfer. The closed transition over

lap time can be limited to less than 100ms for momentary, make-before-break transfers, or extended indefinitely

for paralleling via discrete input. “Custom” features like transfer inhibit, source selection, load shed/restore, ele

vator pre-signal and engine test programs come standard.