Name: SIVACON-S8
SKU: 3681
Availability: OutOfStock

SIVACON-S8

System Overview

The interaction of the components described below results in an optimal low-voltage switchboard with advantages as regards:

– Safety – integrated

– Economic efficiency- right from the start

– Flexibility – through modularity

SIVACON-S8

Technical data, standards and approvals for the SIVACON S8 switchboard

Low Voltage Distribution Board

SIVACON-S8

Cubicle Design of SIVACON S8

Low Voltage Distribution Board

SIVACON-S8

System Conἀguration and Cubicle Design

Low Voltage Distribution Board

When the system configuration is planned, the following characteristics must be specified:

– Busbar position (top, rear top, rear bottom, or both rear top and rear bottom)

– Single-front or double-front design

– Cable/busbar entry (from the top or bottom)

– Connection in cubicle (front or rear)

SIVACON-S8

Schematic Overview of Switchboard Conἀgurations for SIVACON S8

Low Voltage Distribution Board

These characteristics depend on the type of installation among other things:

• Stand-alone• At the wall (only for single-front design)

• Back to back (only for single-front design)

These determinations allow to specify cubicle design in more detail (Fig. 2/1, Tab. 2/2 and Tab. 2/3). Further infor-mation about the switchboard installation can be found in Chapter 8 “Further planning notes”.

SIVACON-S8

Cubicle Types and Busbar Arrangement

Low Voltage Distribution Board

SIVACON-S8

Cubicle Dimensions

Low Voltage Distribution Board

The cubicle dimensions listed in Tab. 2/4 do not factor in the enclosure parts and no outer built-on parts.

For the dimensions of the cubicles’ enclosure parts, please refer to Fig. 2/2. For degrees of protection IPX1 and IPX3, additional ventilation roof panels are mounted on the cubicle.

The dimensions of the enclosure parts are within the required minimum clearances for erecting the switchboard. Doors can be fitted so that they close in escape direction.

The door stop can easily be changed later. The door hinges allow for a door opening angle of up to 180° in case of single installation of a cubicle and at least 125° when cubicles are lined up. For more details, please refer to Chapter 8 “Further planning notes”. The condition of sur-faces of structural and enclosure parts is described in Tab. 2/5.

SIVACON-S8

Surface Treatment

Low Voltage Distribution Board

SIVACON-S8

System Overview

The interaction of the components described below results in an optimal low-voltage switchboard with advantages as regards:

– Safety – integrated

– Economic efficiency- right from the start

– Flexibility – through modularity

Technical data, standards and approvals for the SIVACON S8 switchboard

Cubicle Design of SIVACON S8

System Conἀguration and Cubicle Design

When the system configuration is planned, the following characteristics must be specified:

– Busbar position (top, rear top, rear bottom, or both rear top and rear bottom)

– Single-front or double-front design

– Cable/busbar entry (from the top or bottom)

– Connection in cubicle (front or rear)

Schematic Overview of Switchboard Conἀgurations for SIVACON S8

These characteristics depend on the type of installation among other things:

• Stand-alone• At the wall (only for single-front design)

• Back to back (only for single-front design)

These determinations allow to specify cubicle design in more detail (Fig. 2/1, Tab. 2/2 and Tab. 2/3). Further infor-mation about the switchboard installation can be found in Chapter 8 “Further planning notes”.

Cubicle Types and Busbar Arrangement

Cubicle Dimensions

The cubicle dimensions listed in Tab. 2/4 do not factor in the enclosure parts and no outer built-on parts.

For the dimensions of the cubicles’ enclosure parts, please refer to Fig. 2/2. For degrees of protection IPX1 and IPX3, additional ventilation roof panels are mounted on the cubicle.

The dimensions of the enclosure parts are within the required minimum clearances for erecting the switchboard. Doors can be fitted so that they close in escape direction.

Surface Treatment

Related products

Cable Compartment

Standard

Cable entry from bottom, earth bar and bushings to the switching device compartment

Variations

Cable fault making earth switch (25kA/1s) Current Transformer

Block Type

Voltage Transformer, Block type Cable connections up to 4 cable / phase Lightning arrestor

Gland plate

Steel, Aluminium, Stainless Steel, Brass Cable entry

Top, adds additional 600 mm cable box

Standard

Withdrawable Vacuum Circuit breaker type 3AH equipped with: Tripping Coil, Closing Coil, and Spring Charging Motor. Variations

for Circuit Breaker options

Range of Operating Voltages

Second Trip Coil

Undervoltage Release

Electrical Lockout

Extended Auxiliary Switches

Legend for panel design

Door of low-voltage

compartment

Opening for locking or unlocking

the low-voltage

compartment door

Option: Capacitive voltage

detecting system for feeder

and busbar

High-voltage door

Inspection window for

checking the switchingdevice

truck

MCB DISTRIBUTION BOARD FISHBONE

Incoming Miniture 3P, Outgoing Miniture

Incoming FD-100A , Outgoing Miniture

Incoming FD-160A , Outgoing Miniture

Perfect Design

Very Good Quality

Total Safety

Time Saving

Saves Lives

All switching operations including emergency manual operation switch high-voltage door closed

Internal arc tested design up to 40 kA, 1 s, according to IEC 62271-200, VDE 0671-200

Peace Of Mind

Design based on global best practice sharing and experience

Type testing of the circuit-breaker inside the panel

Factory-assembled, type-tested switchgear according to IEC 62271-200

Use of maintenance-free vacuum circuit-breakers

Increases Productivity

Use of metallic, earthed shutters and partitions between the compartments ensures highest loss of service continuity of the switchgear (LSC2B according to IEC 62271-200) during maintenance

Use of maintenance-free vacuum circuit-breakers

Saves Money

Use of maintenance-free vacuum circuit-breakers

Application: Power supply system

Power supply companies