SIVACON 8PV Low Voltage Switchgear

The SIVACON low voltage switchgear is an economical, practical and type-tested switchgear and controlgear assembly, used for example in: power plants, process industry,oil&gas, public&private building and so on. Huapeng Group is the technology partner of Siemens. It is the unique authorized manufacture of SIVACON 8PV in China.
It is notable for its good availability and high degree of personnel and system safety. It can be used on all power levels up to ***0A: as main switchboard,as motor control centre, as subdistribution board.
With the many combinations that the SIVACON modular design allows, optimized solutions can be offered for a wide range of demands in both fixed-mounted and withdrawable-unit design.
Technical Data at a Glance:
Standards and specifications: Type-tested low-voltage switchgear and controlgear assembly (TTA), Protection against electrical shock, testing of response to internal faults (arcing faults)
Rated operational voltage: up to **0V,
Rated insulation voltage: ***0V,
Rated impulse with stand voltage: 8kV,
Rated current: up to ***0A,
Rated impulse withstand current: up to **0kA
Rated short-time withstand current: up to **0kA
Internal separation: forms 1 to 4,
Surface treatment: frame parts- Sendzimir galvanized, enclosure-sendzimir galvanized/powder-coated, doors-powder-coated
Degree of protection: IP*0 to IP *4,
Dimensions: height****0mm, width***0,**0,**0,**0,***0mm, depth***0, **0, ***0, ***0mm,
SIVACON can accommodate up to *0 feeders per cubicle, that’s a world record. Even an initial base area of **0***0mm can be utilized. Standardized external dimensions simplify space requirement planning.
SIVACON is completely communicative with the components DP/3WN1, DP/*3WN6,SIMOCODE-DP as well as AS-I, via PROFIBUS-DP SIVACON executes all control commands reliably and supplies all required diagnostic and operating data to the process control level.
TTA-tested standard modules: Verified safety for every specifically designed switchboard installation.
Solid-wall design: Safe pressure equalization in the event of an arcing fault.
Spring-loaded locks for front doors and top cover with pressure relief flaps: Personnel safety, safe pressure equalization in the event of an arcing fault.
Circuit-breaker design, withdrawable-unit design, test and disconnected position with door closed: Ensure plant safety, personnel safety and improved availability. Degree of protection of switchboard unaffected, prevents dangerous deposits in the switchboard, reliable contacting of withdrawable units and protection for operating personnel in the event of internal faults.
Withdrawable-unit design and visible isolating gaps: Visible isolating gaps on incoming/outgoing side, safe to work on withdrawable unit, on cable connection and on loads, and constant isolating gap condition.
Withdrawable-unit design and standard operator interface with operating error protection for all withdrawable units: No maloperations and less time required for instruction.
Withdrawable-unit design and isolating contact system located inside the contours of the withdrawable units: Protected against damage.
Fixed-mounted design and lateral universal cubicle busbar: Visible and accessible connections.
Siemens switching devices: No premature failures, minimized downtimes and shor delivery times.