SIEPAN 8PU LOW VOLTAGE SWITCHBOARDS :                                         

Siemens 8PU design for low voltage switchboards has become an industry benchmark with proven performance for the past many decades. Designed to operate in challenging conditions of high ambient & dust 8PU low voltage switchboards have been patronized by various segments like cement, steel, refinery, oil & gas, pharma, F&B, data centres, hospitals & hotels, metro-rail projects having deployed more than 100,000 LV switchboards for maximum reliability and performance. This proven technology from Siemens for SIEPAN 8PU® LV Switchboards is now also available through a network of Licensed Partners across the country.

HIGHLIGHTS:

• Conformance to Type Tested assemblies (TTA)

 • Conformance to Seismic withstand upto Zone V

• Conformance to Internal Arc Containment (IAC)

• Fully compartmentalized, bolted & modular design for PCC & MCC

• Non-compartmentalized drive control panels

• Non-compartmentalized APFC panels

RANGE:

• Power control centres

• Communication capable intelligent power control centres (IPCCs)

• Energy management PCCs for Plant & Building

• Motor control centres – Fuseless and with Fuse

• Intelligent motor control centres (IMCCs)

• Integrated PMCCs for Ethernet connectivity

• Automatic power factor correction panels

• All variants available with a choice of aluminium and copper for bus-bars

• Degree of ingress protection upto IP 54 for all ratings

BRAND AND TECHNOLOGY NAMEPLATES :

TECHNICAL DATA

RITTAL has been a pioneer in Electrical Panel design and manufacturing with a history of expertise with Panels. Needless to say, the panels are produced to perfection with state-of-the-art machines starting from fabrication of sheet metal, busbars, wiring, ferruling and assembly.

Rittal Switchboards -Benefits you with:

• Reliability: The Rittal trust for design & reliability with TOTAL TYPE TESTED DESIGN

·       Compact:  MODULAR, BOLTED design, for scalability in future & space saving up to 20%

                                                                                                                                                     Safety: Certified as per IEC 61439 / IS 8623-1

             Short circuit withstand test for 65kA RMS current as per IEC 60439-1                                             Temp rise test as per IEC 439-1

We take this opportunity to inform, we have been appointed by RITTAL to manufacture with RITTAL Panels as their Franchise partner for East India.  This Franchise agreement with M/s. Rittal  provides us the following advantages:

• 1.Association with the World Leader in Electrical Engineering.
• 2.Technology for manufacture of the well proven design.
• 3.Design & Process knowhow to build and maintain the highest quality.
• 4.Assessment & recommendation for upgrade of our manufacturing facilities. 
• 5.Periodic review & recommendation of our quality plan, processes, mfg standard & Switchboards.

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.We manufacture Low Voltage Power Distribution Boards (PDB), Breaker Panels, Sub Distribution Panel, MCB DB for different industries.

PDB Panels are used for Electric Power Distribution, Fault Protection and Monitoring of different Electrical Systems. It usually consists of Incomer ACB/MCCB, Switch Fuse Unit (SFU), ELCB, MCCB, MCB etc.

Salient Features of PDB /FEEDER PILLAR panels are:

• Compartmentalized /Non-Compartmentalized MCCB/SFU
• Wall Mounted, user friendly Design
• User friendly enclosure design
• IP-65 Feeder Pillar Box for outdoor Installation

APFC Panel with stage based pre- programmable micro-controller of varied make  which triggers the capacitor banks of suitable capacity automatically  in multiple stages by directly sensing  the reactive load  which works in the principle of VAR( Volt Ampere Reactive )  sensing tends to maintain the PF to 0.99 Lag. The capacitor banks are  selected in number of stages as 4/6/8/12/16  according to the load pattern as per the customer requirement.

. APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically.

For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF- Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel).

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A VCB panel is a type of circuit breaker where the arc quenching occurs in vacuum environment. VCB technology is ideal for medium voltage applications. Vacuum Circuit Breaker is renowned technology today and is also known as the most reliable current interruption technology for medium voltage switchgears.

11kV VCB Panel with protection : IDMT Relay , Master trip relay, Trip circuit supervision relay, 2 Nos. x Auxiliary Relay, over voltage-under voltage relay, With display : Digital Amp meter with selector switch, digital volt meter with selector switch, 8 window announciator & 

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The SINAMICS G120  offers high levels of integrated safety, energy savings, and network connectivity. Available in three voltage variants for connection to 200, 400 and 690V with power ratings from 0.37 to 250 kW, this modular and scalable standard drive may be configured in a wide variety of designs to meet a vast array of industrial drive applications. In addition, built-in math and logic eliminate the need for a separate PLC. The EN 60204 safety functions of the SINAMICS G120 are fully integrated into the drive and include Safe Torque Off, Safe Stop 1, Safety Limited Speed and Safe Brake Control. As a result, production plants obtain greater levels of safety while requiring less overhead to integrate the drives into fail-safe, automation, and drive environments.

Pumping / ventilating / compressing

for any application efficiently moving air and liquid.

 

Continuous motion

• Centrifugal
  pumps
• Radial/axial fans
• Centrifugal compressors

 

Discontinuous motion

• Hydraulic pumps
• Dosing pumps

Moving

for simple as well as dynamic conveyor systems and stacker cranes. 

 

Continuous motion

• Belt conveyors
• Roller conveyors
• Chain conveyors
• Vert./horiz. handling
• Elevators
• Escalators
• Gantry cranes
• Ship drives
• Cable railways

 

Discontinuous motion

• Accelerating conveyors
• Rack feeders

Processing

for continuous processes with high speed and torque accuracy.

 

Continuous motion

• Mills
• Mixers
• Kneaders
• Crushers
• Agitators
• Centrifuges
• Extruders
• Rotary furnaces

 

Discontinuous motion

• Tubular bagging machines

Positioning

for the positioning of individual axes, examples include:

• Material Handling – turntables and lifting/lowering devices on conveyor systems
• People moving – elevators, escalators, moving walkways
• Entertainment – Ferris wheel, roller coaster, amusement park attractions
• Cranes

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