DGCS 860 ST

High-power, soundproof three-phase generator, operating in automatic mode, manual mode, signal mode, or test mode. Limitless stellar energy, pure power.

Power (PRP / ESP):

808 / 860 kVA (646 / 688 kW)

VERSION:

Soundproofed

VOLTAGE:

400/230V

EMISSIONS LEVEL: EU Stage 0

CE DECLARATION OF CONFORMITY

Data sheet

Another version of this product

DGC 860 ST

Version:

Open

Voltage:

400/230V

DGCS 860 ST

PRODUCT DETAILS

General information

VERSION

Soundproofed

Fuel

Diesel

Voltage

400/230V

RPM

1500

Number of phases

Size and weight

L (mm)

5603

W (mm)

1616

H (mm)

2398

Weight (Kg)

9090

Engine

Engine make and model

CUMMINS QSK23-G3

Type of regulation

Electronic

Refrigeration

Water-cooled

Emissions

EU Stage 0

Consumption 50%

85 l/h

Consumption 75%

121 l/h

Consumption 100% PRP

161 l/h

Consumption 100% ESP

178 l/h

Tank and autonomy

Tank size (l)

820 l

Autonomy 50% PRP

9,6 h

Autonomy 75% PRP

6,8 h

Autonomy 100% PRP

5,1 h

Autonomy 100% ESP

4,6 h

Alternator

Alternator make and model

STAMFORD S6L1D-C

Type of alternator regulation

MX321+PMG

Circuit breaker

Switch model

Schneider ComPact 1250A 4P

Amps ESP (A)

1241,3

Control card

Make and model

DSE 7320 MKII

Downloadable documents

Data sheet (PDF) Installation drawing (PDF) Installation drawing (DWG)

DGCS 860 ST

Range High Power

| 50Hz

Do you need an ATS for your installation?

CONTACTORS TRANSFER SWITCHES

Switching panels between mains and genset with Schneider Electric contactors and enclosure from the same manufacturer. With mechanical and electrical interlocking and switching management from the control panel. They have an optional mains failure detector.

ATS25A_EN_V.0-2024 ATS40A_EN_V.0-2024 ATS60A_EN_V.0-2024 ATS80A_EN_V.0-2024 ATS125A_EN_V.0-2024

REMOTELY OPERATED MOTORISED TRANSFER SWITCH (RTS)

Transfer switches with remote-operated 4-pole fully visible break. They allow in-load transfer of two three-phase sources via remote-voltage-free contacts, from an external automatic controller, using pulse logic or a switch.

They are designed for use in low-voltage power systems where a brief interruption of load power during transfer is acceptable.