Persian Tajhiz Niroo Engineering Co.

Transcription

1 01 blank

2 3 Persian Tajhiz Niroo Engineering Co Briefs History MV LV Pad Mounted Prefabricated

3 5 Brief History Stay Strong in Their own way... PERSIAN Tajhiz Engineering Group have been working in the field of Designing and Manufacturing of Low and Medium Voltage panels and prefabricated compact substations, all kind of Metal structures and equipment for power transmission and Electrical networks, all kind of street pole lighting as well as contracting Electrical power Distribution networks as an EPC and PC Persian Tajhiz Engineering Group have been established as a set of three below companies: > > Persian Tajhiz Niroo Engineering Co. > > Persian Tajhiz Energy Engineering Co. > > Persian Tajhiz Tablo Engineering Co. Persian Tajhiz Niroo s factory is located in 11 th sanaat street, sanaat BLV, Eyvanakey Industrial zone, 50 km from Tehran Semnan road with an area of square meters.in the following proficiencies: > > Metal working > > Paint > > Low voltage panel assembling > > Medium voltage panel assembling > > Prefabricated compact substation assembling > > Administrative and welfare > > Stack of raw materials > > Product warehouse

4 Medium Voltage Panel MV Persian Tajhiz Niroo Engineering Co.

5 Medium Voltage 9 Panel Type Fix Uniswitch Design

6 11 Uniswitch Design The features of uniswitch panel include its light weight, best quality, flexibility extendeable, simple design, high security and developed as a modular. This generation of switchgears is such a worldwide switchgear development, utilizing the global experience and innovation to respond to all customers requests at any place Uniswitch switchgear is designed for various functions and the best choice for Electrical Power Distribution Networks. By minimum number of sections and utilizing modern equipment and simple construction we have developed a product suitable for markets in all around the world and even able to meet next generation s demands. Switchgear Compartments Primary Part Top Unit position - 3 switch disconnector SFG > > Operating Mechanism with mechanical position indication > > > > Enclosure of busbar compartment > > Integrated low voltage compartment for secondary components > > Interlocking Unit > > Busbars > > Control cable ducts > > Mechanical position indication > > Earthing switch including interlocked operation device > > Earthing bar & Barthing bar > > Enclosure of cable compartment > > Fuse tripping with indication > > Metal enclosed Alu - Zinc steel cubicle enclosure with integrated rear mounted arc gas chanel > > Widrawable circuit breaker vacum or SF6 - type incuding > > Interlocked LV cable plug > > Non - metalic partitioning & shalter > > Bushings > > Motor Device Bottom Unit > > Enclosure > > Circuit breaker(fixed Version) > > Current transformers > > Earthing switches > > Voltage transformesr > > Cable entry with cable support > > Fuse base > > Paralled cable connection possibility > > Bottom cover

7 13 10 Switchgear construction Swichgear compartment Busbar Compartment: is located in the cubicle, including the main Basbar to make connection between Basbar and cubicle. Switching Compartment: is including a 3-position SF6 Switch disconector with epoxy cast resin enclosure as well as the inspection windows and optional gas density indicator. Cable Compartment: is the 75% of internal space where is provided for cable connection with a simple terminal which makes it possible to use both a 3phase cable and 3single phase cable. This part is equipped with an inspection window and safe interlocking system according to the international standards. There are three indivisual cable glands in the bottom for cable incoming which get to be used for cables in different size by a special pin or clamp. the indivisual cable glands can be removed easily for cable installation Operating Interlocking Mechanism and Low Voltage (LV) Compartment: is including spring operation mechanism with position indicator, mechanical interlocking system and any other accessory such as axillary condact, Tripping coil, emergency tripping mechanism, capactive voltage presence indicator and motor operating system as well as some additional space which is provided for control circuits and measuring instrument and a protection relay. In the cabicle with 750mm wide there is second space for more requested accessories.

8 Switch Disconnector cubicle Type SDC Technical Description SDC Type is Generally used as an incoming, Ring or Branch Cubicle: The main part is including a 3 -position SF6 load Break Switch Type SFG, equipped with operation mechanism. «The 3 -position switch disconnector is one of three position, Closed, Open or Earthed». The avoid incorrect operating, cable compartment is available only in earthed position. The open & close positions are visible through the inspection windows, provided on the door of low voltage compartment. Cable connetion and fault indicator can be inspected easily, during, operation, through the front-door window. For more security, the door of cable compartment is equipped with a meshancal interlocking system, updated with the latest techniques. Switch Disconnector cubicle With Fuse,Type SDF Technical Description SDF switch disconnector is used for transformer protection, including 3 -position SF6 switch disconnector with integrated earthing switch which operates on the upstream side earthing. A separate earthing switch operates on the downstream side of the fuses, for fuse. The used mechanism in this type of cubicle is double spring type with automatic fuse tripping device. Cable compartment is available only in earthed position and close & open position are available through an indicator provided on low voltage compartment s door and cable connection and fault indicator can be inspected easily during operating time, through the frontdoor window. 15 Accessories > > G as density indication with alarm contact. > > Integrated voltage indicators or socket interface for portable indicators. > > Auxiliary contacts for close (2 NO + 2 NC) and earth(2 NO + 2 NC) position. > > M otor operation device. > > Current transformers. > > Through going earthing heater > > Appuratus earthing bar > > Short Circuit indicator > > Arc Gas channel > > Surge arresters > > Anti Condensation heater Accessories > > integrated voltage indicators or socket interface for portable indicators > > auxiliary contacts for close (2NO+2NC) and earth (2NO+2NC) position > > auxiliary contacts for fuse tripped, 1N O + 1NC > > voltage transformers > > emergency tripping > > motor operation device > > channel for control cables > > through-going earthing bar > > anti condensation heater > > gas density indication with alarm contact > > apparatus earthing > > arc-gas channel > > tripping coil

9 Circuit breaker Cubicle,Type CBC Technical Description trans- CBC s design is suitable for control and protection of distribution lines, networks, motors, formers, capacitors bank etc. CBC cubicle can be equipped with SF- 6 gas or vacuum circuit breaker, which is rail mounted or fixed to the basbars. A 3 -position switch disconnector, including an earthing switch is provided between circuit breaker and busbar For operator security, MV compartment s door is mechanically interlocked and equipped with an earthing switch. The cubicle has the ability to be equipped with CT & VT. Withdraw able circuit breaker cubicle, Type CBW Technical Description 17 CBW panel is equipped with a withdraw able circuit breaker CBW s design is suitable for control & protection of distribution lines, networks, motors, transformers, capacitors bank etc. CBW is available with both SF6 - gas or vacuum circuit breaker.t he cubicle is including the handles for disconnecting operation of circuit breaker. A separate earthing switch enables earthing of cable for operator security, MV compartment s door is mechanically interlocked and equipped with the circuit breaker and earthing switch. A wide range of the simplest self-powered protection relays to complicated protection, monitoring and controlling devices is available for the cubicle to secure control & protection equipment. Accessories circuit breaker, vacuum- or SF6 - type > > integrated voltage indicators or socket interface for portable indicators > > auxiliary contacts for close(2no + 2NC) and earth (2NO + 2NC) position > > gas density indication with alarm contact for switch disconnector > > motor operation device > > cable core transformer > > > > channel for control cables > > current transformers > > voltage transformers > > arc-gas channel > > anti condensation heater > > apparatus earthing bar > > through going earthing bar Accessories > > integrated voltage indicators or socket interface for portable indicators electrical interlocking of earthing switch > > current transformers > > voltage transformers or surge arresters > > cable core transformer > > additional auxiliary contacts > > through-going earthing bar > > channel for control cables > > apparatus earthing bar > > > > anti condensation heater > > electrical interlocking of truck

10 Direct Busbar connection Cubicle, Type DBC Bus Riser cubicle, Type BRC 19 Technical Description The DBC cubicle is used to connect cables to the busbars. The cubicle is equipped with connection lugs for fixing the cables. CTs installation is possible only in 500mm cubicle The lower front door is fixed and can only be opened with a tool when earthing switch is not included. The door has a window for inspection. Technical Description BRC cubicle has the ability to be equipped with a sectionalising cubicle, including circuit breaker or switch disconnector The sectionalising cubicle with 500mm width can be used as a metering cubicle with space for 3CTs & 3VTs. The door of MV compartment is fixed and can be opened in special & interlocked situation and with an inspection window on the door. Accessories > > i ntegrated voltage indicators or socket interface for portable indicators > > current transformers > > earthing switch for CTs (EM) > > arc-gas channel > > channel for control cables > > surge arresters > > Anti condensation heater > > through-going earthing bar Accessories > > i ntegrated voltage indicators or socket interface for portable indicators > > auxiliary contacts for earthing switch, 2NO+ 2NC > > earthing switch with position indication > > current transformers > > voltage transformers > > arc-gas channel > > channel for control cables > > anti condensation heater > > through-going earthing bar

11 Sectionalising Cubicle, Type SEC Technical Description Sectionalising Cubicle with Fuse, Type SEF Technical Description cubicle. The SEC cubicle is used together with the bus riser The standard 375mm width cubicle is equipped with a SF6 - insulated, 3 - position switch disconnector to sectionalize the busbars. standard.) Earthing ) facility is always provided as a SEF cubicle is used when a sectionalising cubicle with fuse protection or the measuring on the transformer feeder is required. For fuse earthing, the integrated earthing switch operates on the upstream side and separate earthing switch operates on the downstream side of the fuses. The used mechanism in this type of cubicle is double spring with automatic fuse tripping device. Access to cable compartment is only possible in earthed-position. The open & close positions are visible through the inspection windows, provided in Low voltage compartment. possible) Busbar ) connections to both left and right are Accessories > > integrated voltage indicators or socket interface for portable indicators Auxiliary contacts for close (2NO + 2NC) and earth (2NO+ 2NC) position > > gas density indication with alarm contact > > motor operation device > > Current transformers > > Channel for control cables > > Anti condensation heater > > through-going earthing bar > > Apparatus earthing bar > > voltage transformers > > arc-gas channel > > Accessories > > integrated voltage indicators or socket interface for portable indicators Auxiliary contacts for close (2NO+ 2NC) and earth (2NO+ 2NC) position > > Auxiliary contacts for fuse tripped,1no+ 1NC > > gas density indication with alarm contact > > Emergency tripping > > tripping coil > > motor operation device > > arc-gas channel > > channel for control cables > > Anti condensation heater > > through-going earthing bar > > Apparatus earthing bar > >

12 Sectionalising Breaker Cubicle, Type SBC Technical Description SBC is used with a bus riser cubicle, the standard cubicle is equipped with a 3 -position, SF6 switch disconnector in series with circuit breaker for sectionalizing the busbar, the circuit breaker can be rail mounted or fixed in vacuum or SF6 type For operator safety the door of cubicle is mechanically interlocked and can be opened only in earthed position of switch disconnector. The cubicle is designed to be equipped with CTs and VTs Sectionalising Widrawable able Breaker Cubicle, Type SBW Technical Description The SBW cubicle is a sectionalising circuit breaker panel equipped with a withdraw able circuit breaker. The SBW is used together with the bus riser cubicle (BRC). The cubicle is designed for sectionalising the busbar in the switchgear and is available in two types, vacuum or SF6 - gas circuit breaker.the CB truck handles the disconnecting function of the circuit breaker. A separate earthing switch enables earthing of the bus bar. For operator safty, the door is mechanically interlocked and equipped with a circuit breaker and an earthing switch. A wide range of the simplest self-powered protection relays to complicated protection, monitoring and controlling devices is available for the cubicle to secure control & protection equipments. Accessories > > auxiliary contacts for close(2no+ 2NC) and earth (2NO+ 2NC) position > > gas density indication with alarm contact for switch disconnector > > circuit breaker, vacuum- or SF6 - type > > integrated voltage indicators or socket interface for portable indicators > > current transformers > > arc-gas channel > > channel for control cables > > earthing switch type EM > > anti condensation heater > > through-going earthing bar > > voltage transformers > > motor operation device > > Apparatus earthing bar Accessories > > i ntegrated voltage indicators or socket interface for portable indicators > > current transformers > > additional auxiliary contacts > > channel for control cables > > anti condensation heater > > through-going earthing bar > > apparatusearthing bar

13 Sectionalising Metering Cubicle With Disconnector, Type SMD Sectionalising Metering Cubicle,Type SMC Technical Description 25 Technical Description SMD cubicle is generally used when the medium voltage metering and/or switchgear sectionalising is required The SMD cubicle is based on operation of two separately operated 3 -position, SFG type switch disconnectors bars. Switch disconnectors are insulated at the ends of sectionalised bus switchgear. DIN size VTs and CTs are available on right hand side of the 3 -position switch disconnectors are interlocked with cubicle front door and the cable compartment is accessible only when both switch disconnectors are in earthed-position. SMC cubicle is generally used when the medium voltage metering and/or switchgear sectionalising is required The SMC cubicle is based on operation of one rail mounted circuit breaker and two separately operated 3 -position, SFG type switch disconnectors. Switch disconnectors are insulated at the ends of sectionalised busbars with the circuit breaker in between and after left hand side switch disconnector. men- DIN size VTs and CTs are available on right hand side of the Circuit breaker, in previously tioned order position - 3 switch disconnectors are interlocked with cubicle front door and the cable compartment is accessible only when both switch disconnectors are in earthed-position. Accessories Integrated voltage indicators or socket interface for portable indicators > > Auxiliary contacts for close (2NO- 2NC) and earth (2NO+ 2NC) position > > Gas density indication with alarm contact for switch disconnector > > Apparatus earthing bar > > Channel for control cables > > Current transformers > > Voltage transformers > > Arc-gas channel > > Anti condensation heater > > Through-going earthing bar > > Accessories > > c ircuit breaker, vacuum- or SF6 - type integrated voltage indicators or socket interface for portable indicators > > auxiliary contacts for close(2no- 2NC) and earth (2NO+ 2NC) position > > gas density indication with alarm contact for switch disconnector > > current transformers > > voltage transformers > > channel for control cables > > arc-gas channel > > anti condensation heater > > through-going earthing bar > > apparatus earthing bar > >

14 Bus Metering Cbicle, Type BMC Technical Description BMC cubicle is generally used when the medium voltage meteringis required ac- DIN size VTs and CTs are available on right hand side of cubicle The cable compartment is cessible only when the interlocking unit is in the door open position. Universal Metering Cbicle, Type UMC Technical Description The UMC cubicle is used when a special arrangement of equipment and connecting to the 27 other MV cubicles are required. The cubicle is very flexible and meets all kind of requested arrangements by costumers. below) The ) available busbar configurations are shown Accessories > > integrated voltage indicators or socket Current transformers voltage transformers > > channel for control cables > > arc-gas channel > > anti condensation heater > > through-going earthing bar > > Accessories integrated voltage indicators or socket interface for portable indicators > > current transformers > > voltage transformers > > channel for control cables > > arc-gas channel > > anti condensation heater > > through-going earthing bar > >

15 29 Earthing Switches The earthing switch for earthing parts main circuits is incorporated in the switch disconnector SFG - three position switch. The earthing switch has double bladed moving knives. the fixed contacts are connected together (short-circuited) to a common earthing bar insid the switch housing. Outside the housing is an earthing terminal for connection to an earthing conductor. The main earthing switch is incorporated in the switch disconnector SFG. The earthing switch has 3 double bladed moving knives. the fixed contacts are connected together to a common earthing bar inside the switch housing. Fused switch disconnector cubicles are equipped with two earthing switches. Because the both ends of fuse links are earthed, the fuse links can be replased by hands without any special tools. The earthing switch, type EF, has reduced making capacity due to the fact that no full short circuit current can occur.(fuse down stream). Earthing switch, type EM, is used for earthing of cable terminations in circuit breaker cubicles and when the main busbar earthing is needed. All earthing switches have true position indicators through the front door and are operated by the main operating shaft in the front of panel. SFG EF Diffrent Configurations: SFG EF EM EM EM For fuse base(down Stream) > > EF 210 Earthing of cable terminations and busbar > > EM 210 Optional equipment > > Auxliliary contacts 2 NO + 2NC Technical Date IEC Rated e [Kv] Making Capacity EF 210 [KA] EM 210 [KA]

16 The Range of Cubicles Technical Date UMC 31 SDC SDF CBC CBW DBC BRC SEC Rated Voltage Ur kv BIL - Common Value kv Depth Height Width - across the isolating distance / / (mm) (mm) (mm) Switch - disconnector cubicle Fused Switch disconnector fuse Circuit breaker cubicle Withrawable Circuit breaker cubicle Direct busbar connection cubicle Bus rise cubicle Sectionalising cubicle SEF SBC SBW SMD SMC BMC UMC AC Withstand Voltage - Common Value kv 28 1) 38 1) 50 - across the isolating distance 32 1) 45 1) 60 Rated Frequency Hz 50/60 50/60 50/60 Rated Current - Busbar - Feeder A A 630/ /800/1250 4) 630/ /800/1250 4) 630/ /1250 4) Rated short-time withstand current - Main Circuit - Earthing Circuit ka ka Rated Peak Withstand Current ka Depth Height Width Rated Duration of short circuit s Arc - Fault Current, 1 s ka Degree of Protection, enclosure IP2 C IP2 C IP2 C 1000/ Degree of Protection, Partitions IP2 IP2 IP / Ambient Temperature - Maximum Value - Maximum Value of 24 h-mean - Minimum Value ( 0 C) ) 38 1) 45 1) - 5 3) ) (mm) (mm) (mm) Sectionalising cubicle with fuse Sectionalising breaker cubicle Sectionalising Sectionalising Withrawable metering breaker cubicle with cubicle disconnector Sectionalising metering cubicle Sectionalising cubicle Universal metering cubicle Altitude above sea level (m) <1000 2) <1000 2) <1000 1) Higher Values in accordance with national standards on request. 2) Higher altitudes in request. 3) Lower ambient temperature on request. 4) 1250 A= CBW, SBW, BRC, DBC

17 Medium Voltage Panel 33 Type Withdrawable Unisafe Design

18 35 Unisafe Medium Voltage Sitchgear Up to 24 KV > > Metal - clad - air - insulated switchgear > > Suitable for medium voltage primary distribution > > Complete with mechanical safty interlocks > > High performance switchgear that meets highest rwquirments > > Safety shutters & bushings between CB, busbar & cable compartments > > Factory- tested for indoor installations > > Guaranteed arc - proof units & compartments > > Compartments segregated by metallic partitions > > Front access for maintenance and service operations > > LV compartment for control, protection and metering instruments Panel Compartments: > > Main busbars > > Feeder > > Circuit breaker > > Instruments > > Auxillary circuit wiring duct > > Withdrawable voltage transformers (optional) > > Gas duct

19 37 Compliance With Standards Technical Data The switchboard and its components comply with the following international and European standards: Switchboard Circuit breakers SF6 gas Earthing switches Contactors Switch disconnectors Fuses Ambient Conditions The switchboard ratings are guaranteed under the following ambie: Minimum ambient temperature Maximum ambient temperature IEC - 5 c + 40 c Maximum relative humidity 95% Maximum altitude 100 m a. s. l. In presence of unpolluted and not corrosive atmospher Switchgear Up to 12 KV 17.5 KV 24 KV Type of construction Metal-clad Metal-clad Metal-clad Rated insulation voltage KV Test voltage at power fre- KV(1min) quency Impulse withstand voltage KV Rated frequency Hz Rated short-time withstand current Paek current KA 1s KA Rated short-time withstand current Paek current KA 3s KA Internal arc withstand current KA 1s KA 0.5 s Main busbar rated current A Rated current of the branch connections A Rated current of the branch connections A Overall dimensions of basic cubicle H(mm) W(mm) D(mm) 2160/ /750/ / / /750/ / / / /2300

20 Persian Tajhiz Niroo Engineering Co. Low Voltage Panel LV

21 41 Low Voltage Panel Type Fix Categories: In Door Out Door Shulter

22 General Features > > Flexible > > Completely bolted all connections > > Plate thickness 2mm > > Double bending > > Natural ventilation > > Easy and quick installation > > Easy utilization > > Extendable or modular configuration > > Maintenance free > > Designed according to IEC standard Indoor Panel > > Lighting with Cubicle > > Incoming Cubicle > > Outgoing Feeder Cubicle > > Vertical Fuse Switch > > Downdrop Ventilation > > M. C.C. B > > Data Logger > > Main Busbar > > Load Break Switch with fuse > > Null Busbar > > Earthing Busbar Outdoor Panel 43 > > Roof with two slopes > > Lifting eye > > Non rusty hinge > > Lock enclosure > > Dropdown ventilation > > Busbarenclosure > > M.C.C.B > > Load Break Switch With fuse > > Null busbar > > Earthing busbar Shulter Panel > > Roof with two slopes > > Lifting eye > > Non-rusty hinge > > Dropdown ventilation > > Pocket Of Technical drawing > > Load Break Switch With fuse M.C.C.B > > Null busbar

23 45 Low Voltage Panel Type Withdrawable Sivacon Design

24 47 SIVACON 8PT Power Distribtion Boards & Motor Control Center Cubicle Type: > > Circuit - Breaker Design - Type FCB The SIVACON 8PT low - voltage switchgear is the standard solution for industry engineering. SIVACON 8PT has been tailored to meet the requirements of the global market. The SIVACON 8PT is produced around the world, particularly as motor control centres for the chemical industrycand other industrial applications, such as e. g. sewage works, water works, etc. and can be used at all performance levels up to 7400 A. > > Withdrawable - Unit Design OFW > > Power Factor Correction Cubicle PFC > > Outgoing Feeders Fixed - Mounted Design - Type OFF > > Plug - in Design OFPM > > Cubicle for Customised Solution CCS > > Outgoing Feeders Fixed-mounted Design OFFD for in - Line Fuse Switch - Disconnestor 3 NJ

25 Technical Data: 49 Modular Construction Each SIVACON 8PT is produced from standardised and typical modules are top quality because of the standard audit and design specifications. The numerous combination options of these modules enable all requirements to be met. The exclusive use of high quality Siemens switchgear guarantees long service life and reliable operation. Inspections / Tests Each SIVACON switchgear is subject to a routine test before delivery: > > Checking switchgear combinatiions, including wiring and, if necessary, electrical function tests and insulation tests. > > Checking the safety measures and thwcontinous ground lead connection. The switchgear are type - tested ( TTA ), Compliance with Standard: > > IEC > > DIN EN > > VDE 0660 Part 500 This is implemented by: > > Proof of compliance with temperature rise limits by testing > > Proof of insulation resistance by testing > > Proof of short - circuit strength by testing > > Proof of good connection between units in the switchgear assembly and the ground connection by checking or resistance and measurements > > Proof of short - circuit strength of the ground connection by testing > > Proof of clearance and creepage distances > > Proof of mechanical functions > > Proof of IP degree of protection Standards and Specifications Type-tested switchgear and control gear assembly (TTA) Testing of response to internal faults. (arcing faults)(690 V, 50 ka, 300 ms Creepage distances and clearances Rated impulse withstand voltage (U imp ) Overvoltage category Pollution degree Rated Insulation Voltage (U i ) Rated Operational Voltage (U s ) IEC (1999),DIN EN (VDE 0660 Part 500) IEC 61641, VDE 0660 Part 500, Supple Upto 8 III Rated Current Upto 7400 A Rated Currents (I n ) Rated peak withstand Busbars Main horizontal busbars Current (I pk ) Upto 375 ka (3 - pole and 4 - Pole) Rated short-time Withstand current (I cw ) Upto 150 ka,1s kv Upto 120 ka,3 s Rated Current Upto 6300 A Vertical busbars for Rated peak withstand circuit-breaker design Current (I pk ) Upto 250 ka Rated short-time Withstand current (I cw ) Upto 100 ka,1s Upto 80 ka,3 s Rated Current Upto 2800 A Vertical busbars for Rated peak withstand fixed-mounted design Current (I pk ) Upto 163 ka Rated short-time Withstand current (I cw ) Upto 65 ka,1s Upto 50 ka,3 s Rated Current Upto 2100 A Vertical busbars for Rated peak withstand fixed-mounted design Current (I pk ) Upto 110 ka Rated short-time Withstand current (I cw ) Upto 50 ka,1s Rated Current Upto 1200 A Vertical busbars for Rated peak withstand plug-in design and Current (I pk ) Upto 163 ka withdrawable design Rated short-time Withstand current (I cw ) Upto 65 ka,1s Upto 50 ka,3 s Switchgear Rated Currents Circuit-breakers Upto 6300 A Outgoing feeders Upto 630 A Internal Separation Form 1 to Form 4 IEC , Section 7.7, DIN EN Frame Partsr Galvanised/Powder-Coated/Wet painted Surface treament Enclosur Galvanised/Powder-Coated/Wet painted Doors Powder-Coated/Wet painted V V Degree to IEC 60529, EN IP 30 to IP 54 Dimensions Height: 2200, 2600mm (with busbar top unit)

26 PadMounted Substation Persian Tajhiz Niroo Engineering Co.

27 Half Oil Pad Mounted Substation Half Oil Pad Mounted Substation 53 General features: > > Two sliding doors which give access to MV bushings,oil-drain & pressure relief valves of transform > > Dividing transformer, MV panel & LV panel compartment > > Doors equipped with a three-point lock system and mechanical door stop > > Possibility to install a flat roof in indoor position > > Double roof with air insulation > > Possibility to install a roof with two slopes in outdoor position > > Separate access doors for LV & MV compartments > > Flexibility in selecting the required LV & MV equipment > > Easy lifting procedure via Balance lever > > Integrated chassis with hot galvanized plated coating > > Electrostatic powder painting > > Providing oil-drain tank > > Integrated earthing system > > IP53 > > Heat Run Tested to class 0 > > Designed according to IEC standard > > Developed according to ISO 9001-standard Compartments: > > Double roof with air insulation > > Mechanical door stop > > Non-rusty hinge > > LV compartments door > > MV compartments door > > Access door to oil-drain & pressure relief valves of transformer > > Access door to bushings > > Transformer > > Integrated chassis with hot galvanized plated coating > > Lifting eye

28 Half Oil Pad Mounted Substation Half Oil Pad Mounted Substation 55 Applications: As a result of having IP54, there is the possibility of installation the Half-Oil Pad Mounted substation in the worst weather conditions. Advantages: Mounting transformer outside of the MV & LV panel s enclosure makes the operation temperature almost equal to the ambient temperature which results in increasing the life time of both used insulators & the substation. The Half-Oil pad mounted substation is equipped with plug-in transformer type slide bushing and the MV compartment is equipped with GIS compact panel. The used technology of this substation results in manufacturing it in smaller dimensions. The special feature of Half-Oil pad mounted substation in comparison with Full-Oil pad mounted substation is the separation of the transformer from MV & LV panels as well as possibility to replace all the components. (Half-Oil Pad Mounted substation can be used up to 800 KVA) > > Minimum area for installation > > Natural ventilation > > Quick & Easy installation > > Possibility to replace all components > > Quick & Easy utilization > > High safety standard > > Compatible with urban adjustment > > Long lasting

29 750 W 57 Half Oil Pad Mounted Substation L Special features: One of the special features of half-oil Pad Mounted in comparison the with full-oil Pad Mounted is the separation of the transformer from the MV panel as well as switching outside of the trans- TR 630 kva former oil which increases the life time of it, also it makes it possible to be installed in the Main Ring of the Distributing Network. In addition to the above, the modular design has been made in a way that replacement of all the components especially in increasing or decreasing the capacity of the transformer is possible. In comparison with prefabricated kiosk the dimensions are visibly more compressed which results in less space being used for installation MV PANEL LV PANEL As a result of both mounting the transformer out door and heat run test class 0 the life time and efficiency is increased Overall Dimension Rating (KvA) W L H

30 Prefabricated Substation Persian Tajhiz Niroo Engineering Co.

31 Prefabricated Compact Substation Prefabricated Compact Substation 61 General Features: Advantages > > Non-walk-in substations > > Heat Run Tested to class 10 of IEC > > Specially designed sand traps > > Contains three compartments which are totally separated by metal sheets > > IP43 for the LV & MV compartments, IP23 for transformer compartment > > Flexibility in selecting the required LV & MV equipment > > Possibility to add one or two access doors for the transformer compartment > > Completely bolted housing made of galvanized plates with electrostatic powder coating > > Double roof with air insulation > > Integrated chassis with hot galvanized plated coating > > Easy lifting procedure via Balance lever > > Doors have a three-point locking system and mechanical door stop > > Integrated earthing system > > Possibility to install a roof with two slopes in outdoor position > > Possibility to install a flat roof in indoor position > > Providing oil-drain tank > > Transformercompartment equipped with foldable rail > > Non Rusty hinge > > Electrostatic powder painting > > Designed according to IEC standard > > Developed according to ISO 9001 standard > > Minimum area for installation > > Minimising installation time > > Easy utilization > > Quick power supply > > Compatible with urban adjustment > > High safety standard > > Natural ventilation > > Long lasting Substation compartments index > > Double roof with air insulation > > Mechanical Door stop > > Non rusty hinges > > Sand Trap > > Moving eye > > Integrated welded chassis with hot galvanised coating > > 3-point lock system

32 Prefabricated Compact Substation 1.5 Tecnical data Rated primary voltage 50 HZ 63 Low voltage compartments components index > > Oil inspection window of transformer > > Telescopic ladder > > The hatchway to underground > > Low voltage panel > > First aid > > Fire extinguisher Rated secondary voltage 24 KV Transformer type Dry oil Substation type NON Walk in Galvanised plates Material of body galvanised plates Plate thickness 2 mm Electrostatic powder Painting type electrostatic powder coating Mechanical impulse withstand 20 j International protection IP 28 Medium voltage compartments components index Heat run test Ventilation type Internal lighting 10 K Natural separate micro switch for each door > > Fault indicator > > Switch disconnector cubicle type uniswitch > > Circuit breaker cubicle or fusible switch disconnector type uniswitch Connections type bolted Earthing system integrated Maximum ambient temperature + 45 C Relative humidity 50% Earthquake acceleration Altitude above sea level 0.3 g 1500 m Maximum wind speed m/s 30 Installation position outdoor Transformer compartments components index > > MV cable > > MV cable clamp > > Foldable rail for transformer compartment > > Latticed sheet for oil drain > > Transformer Standards IEC IEC IEC IEC IEC IEC IEC IEC HV/ LV Prefabricated Substations Metal enclosed switchgear HV Switches HV alternating current fuse switch combination Common clauses for HV switchgear standards HRC fuse links Power Transformers LV Switchgear

33 L L KV, 630A 1125 LV PANEL H.1 SDC H.2 SDC H.3 SDF 1000 MV PANEL TRANSFORMER TR 800 kva WALK-IN MAN HOLE W 24 KV, 630A W LV PANEL TR 800 KVA TRANSFORMER 1125 H.1 SDC H.2 SDC H.3 SDF MV PANEL 1000 MAN HOLE 1 Access (Type A) Rating (KvA) L W H Access (Type A) Rating (KvA) L W H KV, 630A L L 1125 LV PANEL 1000 MV PANEL TR 500 kva TRANSFORMER WALK-IN MAN HOLE W 24 KV, 630A MAN HOLE LV PANEL TRANSFORMER H.1 SDC H.2 SDC H.3 SDF W H.1 SDC H.2 SDC H.3 SDF 1000 MV PANEL TR 800 kva Access (Type B) Rating (KvA) L W H Access (Type B) Rating (KvA) L W H

34 67 L 24 KV, 630A LV PANEL MAN HOLE 3 3 W TRANSFORMER MV PANEL H.1 SDC H.2 SDC H.3 SBC H.4 UMC TR 800 kva Access (Type C) Rating (KvA) L W H L H.1 SDC 24 KV, 630A H.2 SDC H.3 SDF MV PANEL TRANSFORMER TR 500 kva LV PANEL MAN HOLE W 3 Access Rating (KvA) L W H

35 Certificates of Rejistration Test Reports 69

36