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Connectors and accessories

Substation equipment

About us Sicame Group is one of the key players in the electrical equipment business worldwide. It has been able to adapt and develop to support the continuous evolution of electricity infrastructure in France and around the world, and become the largest independent entity in its sector. A true player in the energy transition, it offers its customers new products and services to improve energy efficiency, deal with environmental risks and support the development of electric vehicle and solar power plant markets.

70 years of worldwide success

Transmission

600 M€

3,600

2024 turnover

employees

Sicame Group is a recognized world leader specialized in the definition and manufacturing of components, accessories, equipment’s & services for building Transmission and Distribution electrical networks. With decades of background and recognized expertise, Sicame Transmission business unit is specialized in designing, manufacturing and producing comprehensive ranges of Transmission lines and systems connectors, dampening systems, hardware and most advanced substation fitting solutions, adapted to the most technical configurations such as 8-bundle Spacer dampers, UHV HVDC connectors or innovative high temperature conductor accessories. Sicame Transmission relies on world class brands - renowned and trustworthy in the Transmission realm thanks to unique know-how - giving our customers the best in class solutions. Sicame Transmission is specialized in designing, manufacturing and testing products for High and Extra High Voltage Overhead Transmission Lines. A century of Engineering Leadership Our Transmission & Substation set of companies carry an unmatched combined know how heritage. Widest range of tested high voltage components. The combination of our ranges and testing facilities allows for a completely tested thorough HV, EHV and UHV line and system accessories.

Distribution

Our fields of activity Electromobility

Renewables

Sicame Group is specialised in products and services related to transmission and distribution of electrical energy, renewables, electro-mobility, safety equipment and industrial applications.

Commercial & Industrial

OEM

Services

5 continents 26 countries 50 companies around the world Products distributed in 157 countries

Summary

Technical introduction

Special solutions

HV Aluminum connectors

Wildlife mitigation

EHV Aluminum connectors

Grounding and shortcircuiting equipment

5 5

01 Technical introduction

R&D expertise

Technical specifications

• T echnical information • T ype test reports • T echnical information standards

Installation manual

Projects in North America

Other reference projects worldwide

27 7

Technical introduction

Technical introduction R&D Expertise

Developing the new generation of 1200 kV AC and 800 kV DC SICAME’s engineering team has acquired internationally recognized expertise in customized substation configuration design, enabling us to provide full technical evaluation for: • 3D designs • Laboratory testing • Thermal simulations • Antivibration studies • Corona simulations Personalized solutions (LSS connectors line for the disconnection in effect. Lighter corona protections, device line to damper vibrations in the substation tubes,...)

High and Ultra High Voltage Research and Development Center

Our Research and Development Engineering Teams focus on:

Sicame and the MCIA center (Motion Control and Industrial Applications) collaborate in the creation of the high and ultra high voltage Research and Development center. It is a unique center in Europe because of its characteristics, equipment and facilities. MCIA is an affiliated center of the Polytechnic University of Catalonia, which focuses on research, innovation and product development.

• Identification of UHV performance factors • Investigation of new materials • Exploration of new designs

The state-of-the-art center provides the Sicame R&D team with the opportunity to constantly expand its knowledge by conducting several types of tests and simulations, with the aim of offering its customers the most efficient and innovative solutions.

Approvals Our products meet and are approved by the main international standards IEC, NEMA, ASTM, UL, VDE, AENOR and DIN.

In addition, the company collaborates with the MCIA center and the Polytechnic University of Catalonia, funding several theses to ensure continuous research in HV system applications.

Corona in the base of the support, as expected from corona simulation.

Technical introduction

All new developments are tested and validated at the Investigation center and high voltage test through: Electrical tests, Mechanical tests, Chemical and metallographic tests and controls, Outside tests for Corona / RIV, Corrosion tests in salt fog chamber.

No corona detected, as expected from corona simulation.

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

Corona & riv test - IEC 62271-1 §6.9.1 & IEC 61284

Technical specifications

• According IEC 62271-1 neither Positive Corona spark nor light are observed on the surface of the products with naked eyes at the nominal voltage equal to Un=1.1xUr/√3 where Un: Phase-ground voltage, Ur: Phase-to-Phase Voltage

Technical information Pullout strength test ANSI/NEMA CC1 §2.7-3.2 • The connectors for stranding conductors(s) are designed to withstand the mechanical loads which can be applied on the conductor(s) • The minimum pullout strength of the connector is a tensile load of 8896 N applied. • No failure to be observed during the test

Cantilever strength test - ANSI/NEMA CC1 §2.8-3.4 • Support devices are designed to withstand the mechanical loads which can be applied to the supports fixed in structures or post insulators • The minimum cantilever strength of support is a transverse load of 8896 N is applied • This mechanical value is representative of the forces applied to the connections in case of short-circuit and external loads, like wind, applied to the bus bar and beard for whole structure system

• The maximum Radio Interference Voltage (R.I.V.) level is less than 2500 μV (68 dB) at 1.1 xUr/√ 3 with a 300 Ω test circuit impedance. According IEC 61284 the corona extinction (corrected values according to IEC 60060-1) shall exceed the specified minimum corona extinction. The RIV recorded at the specified test voltage shall not exceed the specified maximum RIV • The curve indicating the RIV against the test voltage shall not present any sudden change between the specified test voltage or conductor voltage gradient and 110 % of the specified test voltage or conductor voltage gradient

Salt spray corrosion test – IEC 60068-2-11 • The connector tested is assembled with the conductor(s) and/or palm required and the whole object is exposed to 500 hours of salt mist in a chamber • The resistance shall not increase more than 20% between the first and final measurement

• No failure to be observed during the test

Type test reports

Torque strength test - ANSI/NEMA CC1 §3.5

Type test applicable standards and specifications:

• The conductor(s) are assembled in the connector and the bolts are tightened uniformly and alternatively in accordance with their instruction manual (document reference: IICS01), increments until 50% over the nominal torque value is achieved

• SICAME has over 50 years’ experience in design and manufacture of HV and EHV substation connectors

• No failure to be observed during the test

• The Company designs its HV connectors in line with best practice and to internationally recognized industry standards. The standard we adhere to, where appropriate, and that are internationally recognized are: ANSI/NEMA CC1 Standard:

Temp. Rise test - ANSI/NEMA CC1 §2.6 §3.1 • Connectors must not provoke any temperature rise in a substation circuit and should not transfer any additional heating to other component or equipment of the substation layout • NEMA CC1 standard criteria’s are as follows: The connectors tested have a temperature rise less than or equal to the hottest connected conductor for the same current • No damage or failure to be observed during the test

Electric Power Connection for Substation from American National Standard and National Electrical Manufacturers Association. IEC Standards: International standard from the International Electrotechnical Commission. BS EN Standards: British Standard European Standard.

• Included resistance test in the according to IEC 62271-1

* The type test required can be studied

Short-circuit test – IEC 62271-1 §6.6 • The connectors are designed to carry-out the short-circuit current that may flow through the conductors on which it is installed • This short-circuit current must not cause any damage to the connector and neither burn on the contact surfaces nor welding between the parts must occur during the short-circuit • Included resistance test according IEC 62271-1

Resistance test - IEC 62271-1 §6.4 Technical introduction

Technical introduction

• This test shows the difference between the electrical resistances of the connector, before and after testing should be less than 20% • This test can be done in Temperature Rise Test, Short Circuit test and Salt Spay Corrosion Test described in this document

Heat cycle test - ANSI C119.4 • This test consists of checking the stability of the electrical resistance after performing a number of cycles, which depends on the class of the connector • This stability is achieved if all resistance measurement does not vary by more than ±5% from the average of all the measurements at specified intervals during the course of the test 10

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

Technical information Standards

Copper:

Hardware:

EN 1982 Copper and Copper alloys. EN ISO 6892-1 Metallic materials. Tensile test. Part 1: Test method (at room temperature). ISO 8062 Dimensional tolerances for castings.

We recommend A2-70 or A4-80 in accordance with EN ISO 3506-1 standard.

Alloy and chemical properties and castings:

Characteristics of A2-70 and A4-80 steel in accordance with ISO 3506-1 Chemical composition

Tensile resistance

Conventional elastic limit

Mass fraction (%)

Rm / [MPa] / min.

Rp0.2 / [MPa] / min.

Numeric designation Chemical composition expressed in % of mass Element

EN 1982-CC491K

EN 1982-CC330G

EN 1982-CC754S

450

83.0-87.0

88.0-92.0

58.0-63.0

600

4.0-6.0

0.5

residual

4.0-6.0

0.3

4.0-6.0

0.3

0.5-2.5

Description:

This special treatment is a suspension of high-molecular polymers in water. To optimize the lubrication properties this special treatment contains specially selected PTFE. The treatment is used as a coating agent and develops this a well adhering, touch-proof lubricating film after drying. It has been developed to achieve define low friction coefficients with a minimum variation range.

0.1

0.02

0.3

1.2

0.7

0.25

Field of application:

0.1

This special treatment is used for mass part lubrication. A typical application example is the coating of stainless-steel screws/bolts and nuts, self-tapping or self-forming screws, rivets, sheet-metal screws, and chipboard screws.

0.01

8.0-10.5

0.8

0.01

0.2

0.05

0.5

A2-70

0,1

0,05

0,03

15-20

8-19

700

A4-80

0,08

0,045

0,03

16-18

10-15

800

Our nuts are coated with an anti-seize special treatment.

Aluminium: EN 1706 Aluminium and aluminium alloys. Castings. Chemical composition and mechanical characteristics. EN ISO 6892-1 Metallic materials. Tensile test. Part 1: Test method (at room temperature). ISO 8062 Dimensional tolerances for castings. Aluminium alloy EN 1706 AC-42100

Mechanical properties of sand casted alloy Numeric designation

Chemical composition mass fraction (%)

Conventional elastic limit

Tensile resistance

Elongation

Rp0.2 [MPa] min.

Rm [MPa] min.

A50mm / [%] / min.

EN 1982- CC491K

200

6,5÷7,5

0,19

0,05

0,10

0,25÷0,45

0,07

0,25

Remainder

EN 1982- CC330G

180

500

EN 1982- CS754S

220

Tensile resistance

Conventional elastic limit

Elongation

Rm / [MPa] / min.

Rp0.2 / [MPa] / min.

A50mm / [%] / min.

140

Correlation studies on various existing connector lines, as well as mechanical and electrical engineering considerations in the early seventies, resulted in the establishing of a few simple design rules. Basic idea for all our connectors range is that the connector, at full load, has to run cooler as the conductor(s) to be connected. In order to guarantee this, these rules were applied to shape the connectors lines. Hereafter we will set these basic design rules and describe in more detail the various peculiarities of the designs.

230

190

Contact force:

Mechanical properties of the alloy casted in sand for separately cast test bar Heat treatment

1N/mm = 1MPa 2

It is well established that the contact resistance of a mechanical connection depends upon the contact force between the surfaces in contact (and not upon contact pressure). As a result of various correlation studies, as well as from laboratory tests it was decided to link the contact force to the amperage of the connection. aluminium alloy EN 1706 AC-42100

A simple rule was set: F=k*I F : Contact Force ( N ) - I : Current ( A ) - K : constant ( N/A)

conductivity properties of the alloy casted in sand for separately cast test bar Material

Electrical conductivity measured at 20ºC [MS/m] [1/μΩm]

Thermal conductivity [W/mK]

EN 1706 AC-42100

20÷27

160-180

Substation equipment - NAM catalog | ©Sicame Group 2025

For the constant k, a minimum value of 40 Newton Ampere is chosen

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

1N/mm2 = 1MPa

Aluminium alloy EN 1706 AC-42100

Technical introduction

Alloy and mechanical properties:

Technical introduction

Contact surface

Installation manual

Studies during the many years of experience, as well taking physical properties in consideration, has led to the definition for the maximum contact force (N/mm). At every specific temperature, there exists a threshold pressure, which is such that up to this limit, there is practically no cold flow. At 110°C, this limit is in the vicinity of 27 N/mm. This is the maximum limit contact pressure adopted for the design of this connector line, which was chosen as the highest steady-state temperature of an Aluminium connection. A short period of overheating during fault currents do not adversely affect a well-designed connection. Exceeding the maximum force or temperature for a long period of time it will lead to cold flow and loss of the connection quality.

Amperage Studies during the many years of experience , as well taking physical properties in consideration, has lead to the definition for the allowed maximum Amperage per mm2 is < 0,4 to 1 A / mm2 depending on the type of connector. The dimensioning of the connectors is based on the above mentioned definitions with, as a result, for all product lines a “ run cooler as conductor ” performance as result. This philosophy is established in all variations of our substation connectors.

Connector design The objective here is to engineer a connector device following the basic rules of adequate force, contact surface and amperage, as given by the rules established previously. A good design should be compact in size. As the force generating mechanism was of major importance, and should be under control, we decided to go for a bolt-nut-washer configuration (no threaded holes). In order to minimize the possible malfunction of the bolt-nut-washer mechanism, it was also decided to apply the bolting torque to the nut (and not to the bolt head). This is important when tightening on a cylindrical conductor, as there is always a resulting wedge effect, when the components are put under stress. When tightening on the bolt head, the wedge effect would impart to the bolt shaft an alternating bending stress, which is detrimental to the assembly. Connector grooves to accommodate cables or buses are cast to size of the nominal diameter of the conductor. This diameter is marked on the clamping element. At the end of the groove a cavity is provided for the cutting burs of the conductor ending.

Basic multi-cap design The connector design is based on the multi-cap principle. The body of the connector carries the current, and caps are used to transmit the contact force to the conductor and the body. A cap carries 2 bolts (and not more). The choice of the “2 bolts per cap” is for mechanical and reliability considerations. Mechanically, each cap transmits its force to a well defined part of the conductor, and guarantees a contact pressure between the conductor and the current carrying body, at the location of the cap. In a single-cap design, when 6 bolts are used, it may happen that only the extremities of the cap transmit pressure to the conductor (deformed cap). This would result in too high pressure on the extremities, and low pressure at all at the centre of the cap.

Compactness of design Compactness was achieved by placing the bolt shafts as close as possible to the conductor. Doing so also decreased the bending moment at the centre - line of Cap and Body, giving a second-effect lowering of the bulkiness of the connector.

Preparation of surfaces Copper (Cu) Copper conductors do not require any special preparation. Copper oxide is generally broken down by a reasonably low value of contact pressure. Unless the copper is badly oxidized, a good contact can be achieved with very little cleaning (see accessories). Aluminum (Al) Oxidation of Aluminum conductors is inevitable. Aluminum oxide is hard, tenacious, and forms a high resistant film. The oxide film forms very rapidly on surfaces exposed to air. Failure to remove this oxide can produce a high electrical resistance and ultimately, a failure of the connection. The steps are: • Clean the contact surface with a dry stainless steel wire brush (see accessories), until it is bright and clean • Contact grease should then be applied immediately after cleaning, using another stainless steel wire brush and the surface scraped again through the contact grease. For cables, ensure that the contact grease penetrates between the wires as deeply as possible • Mark an area 1/4” wider than the connector to brush and coat thoroughly with the contact grease to ensure the contact area is exceeded. Generous application of the contact grease is required If the connector includes a tinned surface, usually for bimetallic connections, it should not be brushed even if the conductor to connect is copper made. Only Aluminum conductors should be brushed and contact grease applied.

Preparation of bolted connectors copper (Cu) Copper bolted connectors do not require any special preparation, except where there is excessive dirt or dust. This can be removed with a clean dry cloth or brush (see accessories). Aluminum (Al) For all Aluminum bolted connectors, irrespective of the conductor material, it is essential that contact grease be applied to both surfaces that are in contact. Where both surfaces are Aluminum: • Surfaces must be cleaned using a dry stainless steel wire brush (see accessories) to remove dirt and dust • Contact grease should then be applied immediately after cleaning, using another stainless steel wire brush and the surface scraped again through the contact grease

Technical introduction

The Aluminum material has the propensity to undergo plastic (permanent) deformation when submitted to stress (pressure or traction). This permanent deformation is called “cold flow” and it depends upon pressure, temperature and time.

Technical introduction

• Ample contact grease must be applied so that it squeezes out of the sides as the final torque to the bolts is applied If the connector includes a tinned surface, usually for bimetallic connections, it should not be brushed even if the conductor to connect is copper made. Only Aluminum conductors should be brushed and contact grease applied.

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

Installation for substation connectors

Tightening Sequence

Handing of connectors

• Initially the screws should be tightened to 60% of the total torque, in the sequence described below

• Connectors should be handled with care. Even slight damage to the outer surface of a connector can create corona

• Subsequently, tighten in the same sequence to the total recommended tightening torque. Always starting at the “end of the conductor” side of the connector and working to the other side of the connector

• Be particularly careful with cables of expansion connectors, damage of the cable can cause cable breakage as well as local corona.

• We recommend you use the correct torque wrench and sockets

• Avoid dropping or placing the connector on sandy soil. Soil particles can lodge in the threading and damage the bolt. In such cases, the connector should be cleaned with a soft brush.

Recommended tightening

• Check that the conductor diameter is in the correct range of diameters for the connector being used.

Equipment hardware (Nm)

Installation

Torque M8

M10

M12

M14

M16

• Ensure that the conductor is fully inserted into the connector, ensuring it goes to the end of the cavity.

Aluminum and Aluminum alloys

• When assembling make sure the cap is the same distance from both sides. Introduce the screw or nut into the hex hole, depending on the connector and layout, and apply the appropriate torque.

Silicon bronze 12 24 55 75 115

115

Stainless steel A2

140

Stainless steel A4

187

Necessary key (mm)

Mechanical joints Placing the elements

Equivalent units: 10 NM = 10J = 10 WS ≈ 1 KGM ≈ 1KPM

• For mechanical assemblies there are different provisions for securing the various elements

Expansion connectors installation

• The basic elements of the assembly are: bolts, washers, washers and nuts

• Expansion connectors allow for expansion and contraction of the conductors as the temperature varies

• The following shows the four configurations used

• The Ideal temperature when mounting connectors is 20˚C, for other temperatures, different spacing will be required, these spacing can be determined by following the chart below

• We do not recommend any change in the standard hardware and installing a hardware not delivered by our company or under our authorization

• These changes without the authorization of our engineers, installing external hardware or using greases, can modify the behavior of the assembly, upsetting the resultant torque and the forces applied

Technical introduction

• If in any case is required to use a different hardware and/or a grease in the hardware union, contact us with the technical datasheet of the hardware and/or grease used and will be the technician and engineers of SICAME who warranty the correct installation of the connector

• The dimension (L) is the total possible movement of the connector • At room temperature, 20˚C, P1 = L / 2 (see graph), while P2 is always the difference in length between L and P1 A. Screw - Washer - bodies unite - washer - nut. B. Screw - Washer - bodies unite - washer - washer lock in place - nut. C. Recessed screw - body unite - washer - nut. D. Screw - Washer - body unite - unite body with threaded hole.

P2 = L - P1

Note: F or standard orders, hardware is supplied with surface treatment to avoid gripping problems in these union elements.

T˚ ambient 50˚C L = 60 mm

Technical introduction

• In the same way, we do not recommend to install any type of grease for the bolts and nuts assembled in the connectors, since the standard hardware delivered has surface treatment to avoid the gripping in the mechanical union

Look up the graph attached P1 = 47 mm P2 = L - P1 P1 = 47 mm P2= 13 mm

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

Cupal sheets

Welded connectors

Cupal sheets are used when bimetallic connections are required, the following installation procedure should be adopted.

The welding methods recommended are the tungsten inert gas (TIG) and metallic inert gas (MIG), as set out in NEMA CC1 - 2009.

• Prepare the surfaces of the conductor and the surface of the sheet of cupal as described previously by treating the surfaces of the foil as that of a connector

Aluminum 4043 alloy rod shall be used as filler material for Aluminum welded connections between sand castings, extruded Aluminum shapes or cables. Alternating current shall be used for TIG welding, whereas reversed polarity direct current shall be used for MIG welding. Argon or helium, or a mixture of the two shall be used as shielding gases.

• Install the cupal sheet, in the cavity of the connector • It is important when installing the bimetallic sheets that the copper component is placed at the bottom of the connection, so that the app rent salts corrosion does not affect the conductor / Aluminum connector which could result in accelerated degradation of the contact

It is highly recommended that the welding operation would be performed by personnel with high skill level in Aluminum welding, because of the difficulty of this process. Before the welding, it is necessary to: • Remove oil, oxides, soiling and moisture from the surfaces to be welded. The conductor and power connector welding areas have to be cleaned with a degreasing agent (solvent)

Compression connectors

• Sufficient time must be allowed for evaporation of the solvent before welding. Moreover, after solvent cleaning, the oxides shall be removed by brushing with a stainless steel wire brush

The connectors can be assembled for compression with different forms depending on the requirement, for example, circumferential, hexagonal..

• Test the welding machine settings by making a test bead on an Aluminum casting • Visually inspect the connection to determine proper edge preparation and alignment into the joint

There are two methodologies when crimping:

All the melt shall be made with clean metal. During the weld, a smooth and continuous flow of metal with parent metal should be maintained. When several passes are to be made, check the previous pass before laying down the next one, to detect the presence of poor fusion or cracks.

• Space compression • Overlap compression (normally 1/3, 1/4, 1/5) In the first instance, a number of compressions may be applied which are spaced a short distance apart. In the second case, the compressions will overlap by a fraction (see below) of the overall width from the edge of the previous compression.

The completed weld must have a smooth finish and indicate good fusion. After the welding it is recommended to accurately clean the weld, to ensure a smooth surface and avoid the corona appearance.

To affect correct compression the following steps should be taken.

Bimetallic connectors

• Banding the cable end before cutting (prevents fraying) • Thoroughly clean the cable to be connected

• For the bimetallic mechanical connectors special care must be taken when handling to ensure that the layer of varnish on the joint between the Aluminum and copper is not damaged

• Apply the contact grease (see accessories) to both the conductor and the connector

• This varnish is an environmental protection to ensure no corrosion takes place. If for any reason this layer is damaged the bimetallic connector should be replaced

• Insert the cable into the connector. Remember to remove the ring (band) from the cable end

Maintenance

• Selection and preparation of the tool to perform the compression

• Connectors delivered by SICAME require no special maintenance

• For multiple compressions begin the compression from the cable end of the assembly and ensure you withdraw towards the end of connector for subsequent compressions

• All products shown in this manual are used in substations and have not been designed for a reinstallation or reopening. In case it is required, please do not hesitate to contact us • For each connection to be done, it is highly recommended to perform a previous visual inspection prior to installation to ensure products have not been damaged during transportation nor loose pieces are lost, thus requiring an eventual replacement

Technical introduction

• Do not hesitate to contact us if you have any queries in this regard. In any case, store your connectors in a dry and clean location before installation

Substation equipment - NAM catalog | ©Sicame Group 2025

Manitoba hydro

National grid

Hitachi

Canadá

Reino unido

BC Hydro

Scottish Power

Canadá

Escócia

Hydro Quebec

She

Enel

Canadá

Escócia

Itália

Suécia

Energinet Dinamarca

ESB

Statnett

Irlanda

Noruega

Facebook Irlanda

Fingrid

Ukenergo

Finlândia

Ucrânia

Ge grid

Energa

Finlândia

Polônia

Tauron Polônia

PGE Polônia

Bonneville Power Administration

Hyundai

Coréia

Hapam

NTDC

Os Países Baixos

Paquistão

Tennet

PLN

Os Países Baixos

Indonésia

RTE

SECO

França

Camboja

ELIA

PGCIL

Bélgica

Índia

Iberdrola

REE

ARAMCO

EFACEC

Arábia Saudita

REN

Technical introduction

Chile

Engie energia Chile

ENEL Chile

Portugal

EDP

EDM Moçambique

STEG

Portugal

Tunísia

EDA

GECOL

Açores

EEM Madeira

Eolicas do velao Portugal

Arábia Saudita

Espanha

Portugal

Transelec

SEC

Substation equipment - NAM catalog | ©Sicame Group 2025

Technical introduction

Espanha

Líbia

Sonelgaz Argélia

EDEL Angola

Substation equipment - NAM catalog | ©Sicame Group 2025

Projects in North America

Projects in North America Maritime link HVDC station converters

Celilo converter station is located near the Columbia river, is the northern station of the Pacific DC Intertie, a 1,360 - kilometer HVDC link that connects to the Sylmar converter station in Los Angeles. It transmits electricity from the Pacific Northwest to as many as three million households in the greater Los Angeles area. The upgraded Celilo station is owned by Bonneville Power Administration.

Projects in North America

Sicame designed and manufactured all corona spheres protection as well adjustable connectors for 560 kV DC and 500 kV AC.

Product

HVDC converter transformers

Power rating

770 MVA, 560 kV DC, 500/230 kV AC

Location

U.S California

Maritime link project is the first electricity link between the island of Newfoundland and North America. The maritime link project is a 500 MW high-voltage direct current (HVDC) connection that enables clean, renewable electricity generated in Newfoundland and Labrador to be transmitted to the North American grid in Nova Scotia. Integration of additional renewables is contributing to Canada’s emission-reduction efforts. In addition to the two converter stations for the ±200 kV HVDC link, the project scope also included two 230 kV AC substations in Newfoundland, one 345 kV AC substation in Nova Scotia, and two cable transition stations.

Power transmitted:

500 MW

Direct voltage:

±200 kV

Projects in North America

Celilo station converter

Sicame has successfully delivered high voltage connectors and corona protection in several projects in North America

Substation equipment - NAM catalog | ©Sicame Group 2025

Projects in North America

Bipole III riel station converter

Chibougamau SVC Sicame provided ultra high voltage connectors for SVC (Static Var Compesator) substation. SVC to stabilize a large 735 kV transmission system in Canada. In Canada, Hydro-Québec is operating several Static Var Compensators (SVC) in its 735 kV transmission system. The 735 kV grid transmits a total of 15000 MVA of environmentally friendly hydro power over six lines from the generating stations along La Grande Rivière at James Bay down to the Montréal area some 1000 km to the south. Purpose of SVC is: • Regulate and control the 735 kV voltage under normal steady-state as well as contingency conditions; • Provide dynamic, fast response reactive power following system contingencies such as network short circuits and line and generator disconnections; • Enhance the first swing stability by maintaining system voltages during large disturbances

Controlled voltage

735 kV

SVC rating

-300/+300 Mvar

Ambient temperature range

-40°C to +40°

These HVDC converter stations are part of the Manitoba Hydro Bipole III transmission project. The entire transmission line is acting as an “electricity highway,” bolstering the reliability of Manitoba’s electricity supply by reducing dependence on existing HVDC transmission lines and converter stations while also ensuring low-loss transport of renewable hydropower from northern generating stations to meet growing energy requirements. HVDC converter stations are specialized substations that support the conversion of electric power from high voltage alternating current (AC) to high-voltage direct current (HVDC), or vice versa, a critical component to interconnecting separate power systems. The HVDC project consists of two stations: Keewatinohk and Riel. The Keewatinohk Station is located in the far north of Manitoba, about 45 km north of Gillam, MB. The Riel station is located outside of Winnipeg. Voltage: 1000 V DC (+/-500 V DC)

Un = 150 kV In = 2.665 A Icc = 29 kA/s

Projects in North America

Un = 150 kV In = 4.533 A Icc = 40.3 kA/s 80 kA / 2 pipes

Projects in North America

Current: 2000 A

Substation equipment - NAM catalog | ©Sicame Group 2025

Projects in North America

Other reference projects worldwide

Necec HVDC station converter

Project

Installation country

Voltage

Meftah Substation

Algeria

63/225 kV

Mamba and Rilima substations

Angola

230 kV

Lagoa Substation

Azores

60/30 kV

Karnafuli substation

Bangladesh

63/230 kV

Gramme substation

Belgium

380 kV

Bipole III Riel and Keewatinhok substations

Canada

345 kV

Cumbre and Changos substations

Chile

500 kV

Odense wind farm substation

Denmark

220 KV

Assiut substation

Egypt

34,5 kV

Busbar vibration dampers installed in several substations in Finland

Finland

400 kV

Techiman and Akosombo substations

Ghana

161 kV

Seoni substation

India

765/400/220 kV

Penawaran substation

Indonesia

150 kV

Ghom substation

Iran

63/230 kV

Clonee data center substation

Ireland

220 kV

Poggio a Caiano substation

Italy

380 kV

Daugavpils and Grobina substations

Latvia

380 kV

Pedra Mole Substation

Madeira

60 kV

Matola Substation

Mozambique

66 kV

Jhimipr wind farm and Quaid-e-Azam solar farm substations

Pakistan

150/220/500 kV

GPZ Makow substation

Poland

110 kV

Tavira substation

Portugal

400/150/60 kV

Ras Abu Fontas substation

Qatar

63/230 kV

Abqaig substation

Saudi Arabia

380 kV

CMS (Caithness-Moray HVDC link) Blackhillock and spittal station converters

Scotland

450 kV

Sicame has provided high voltage connectors to be installed on the station converters.

Kaolack substation

Senegal

245 kV

All connectors are designed and tested by our R&D experts to ensure the high level of performance required to work at this voltage level.

Cartelle substation

Spain

400 kV

Hemsjo substation

Sweden

380 kV

Bukoba substation

Tanzania

132 kV

Metlaoui and Kasserine Sud Substations

Tunisia

220 kV

Borssele substation

The Netherlands

380 kV

Birecik substation

Turkey

400 kV

Al Taweelah and Al Ain substations

UAE-Abu Dhabi

400 kV

Krakovskaya ssuubbssttaattioionn

Ukraine

330 kV

Nemo HVDC link - Richborough, Bolney and Ninfield substations

United Kingdom

400 kV

Celilo HVDC converter

USA

570 kV

El Furrial and Palital substations

Venezuela

230/400 kV

It is the first large-scale multi-terminal HVDC transmission in the world. The project consists of building a transmission line extending approximately 100 km between Appalaches substation in Saint Adrien d’Irlande (near Thetford Mines in the Chaudière Appalaches region) and a connection point on the Québec–Maine border. The project’s overall aim is to increase the exchange capacity between Québec and New England. The new 320 kV direct-current line will connect to the future New England Clean Energy Connect (NECEC) line, slated for construction in Maine.

Projects in North America

In tandem with this project, a new AC-to-DC converter will be installed at Appalaches substation to supply the planned transmission line.

Substation equipment - NAM catalog | ©Sicame Group 2025

Reference project list

Other reference projects worldwide

02 HV Aluminum connectors Single connectors • S traight connector

• T-Connector

• Straight terminal

• T-Terminal

• Angle terminal

Bundle connectors • S traight connector

• Straight terminal

Supports • S upport for cable

• S upport for tube

Expansion connectors • S traight expansion terminal

• S traight expansion support

Earthing connectors • E arthing stirrups for tube

Accessories

• S pacers

• End cap

• C orona end cap

59 29

Straight connector

Straight connector SS (tube-cable)

SS (tube-cable)

Fig. 1

345 kV

Fig. 2

Up To

A2 - 70

345 kV

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

Bolts (tube) inch

Bolts (cable) inch

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

B D inch (mm) inch (mm)

Bolts (tube) inch

Bolts (cable) inch

S6M03S100-240NSIX

2 (60,3 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S10M16S330-420NSIX

3 1/2 (101,6 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S6M03S240-330NSIX

2 (60,3 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S10M16S420-550NSIX

3 1/2 (101,6 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

3,93 (100) 5,90 (150)

1/2 (M12)

S6M03S330-420NSIX

2 (60,3 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S11M43S100-240NSIX

4 (114,3 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

4,57 (116)

3,23 (82)

5/8 (M16)

3/8 (M10)

S6M03S420-550NSIX

2 (60,3 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

3,93 (100) 5,90 (150)

1/2 (M12)

S11M43S240-330NSIX

4 (114,3 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S7M3S100-240NSIX

2 1/2 (73 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S11M43S330-420NSIX

4 (114,3 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S7M3S240-330NSIX

2 1/2 (73 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S11M43S420-550NSIX

4 (114,3 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

S7M3S330-420NSIX

2 1/2 (73 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S14M13S100-240NSIX

5 (141,3 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

4,57 (116)

3,23 (82)

5/8 (M16)

3/8 (M10)

S7M3S420-550NSIX

2 1/2 (73 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

3,93 (100) 5,90 (150)

1/2 (M12)

S14M13S240-330NSIX

5 (141,3 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S8M9S100-240NSIX

3 (88,9 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S14M13S330-420NSIX

5 (141,3 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S8M9S240-330NSIX

3 (88,9 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S14M13S420-550NSIX

5 (141,3 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

S8M9S330-420NSIX

3 (88,9 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S16M82S100-240NSIX

6 (168,2 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

4,57 (116)

3,23 (82)

5/8 (M16)

3/8 (M10)

S8M9S420-550NSIX

3 (88,9 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

3,93 (100) 5,90 (150)

1/2 (M12)

S16M82S240-330NSIX

6 (168,2 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S10M16S100-240NSIX

3 1/2 (101,6 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S16M82S330-420NSIX

6 (168,2 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

4,57 (116)

3,93 (100)

5/8 (M16)

1/2 (M12)

S10M16S240-330NSIX

3 1/2 (101,6 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100) 3,93 (100)

1/2 (M12)

S16M82S420-550NSIX

6 (168,2 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

B D inch (mm) inch (mm)

A2 - 70

Substation equipment - NAM catalog | ©Sicame Group 2025

Single connectors

Fig. 2

Up To

Single connectors

Fig. 1

Straight connector

T-Connector

SS (tube-tube)

ST (tube-cable)

Fig. 1

Up To

A2 - 70

345 kV

Pipe size IPS inch (mm)

B inch (mm)

Bolts inch

S6M03SZ2NSIX

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S7M3SZ2NSIX

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S8M9SZ2NSIX

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S10M16SZ2NSIX

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S11M43SZ2NSIX

4 (114,3 mm)

4,56 (116)

5/8 (M16)

S14M13SZ2NSIX

5 (141,3 mm)

4,56 (116)

5/8 (M16)

S16M8SZ2NSIX

6 (168,2 mm)

4,56 (116)

5/8 (M16)

Single connectors

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

Fig. 2

A2 - 70

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

B inch (mm)

D inch (mm)

Bolts (cable) inch (mm)

Bolts (tube) inch (mm)

S100-240T6M03NSIX

2 (60,3 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S240-330T6M03NSIX

2 (60,3 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

S330-420T6M03NSIX

2 (60,3 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100)

1/2 (M12)

S420-550T6M03NSIX

2 (60,3 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

5,90 (150)

3,93 (100)

1/2 (M12)

S100-240T7M3NSIX

2 1/2 (73 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S240-330T7M3NSIX

2 1/2 (73 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

S330-420T7M3NSIX

2 1/2 (73 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100)

1/2 (M12)

S420-550T7M3NSIX

2 1/2 (73 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

5,90 (150)

3,93 (100)

1/2 (M12)

S100-240T8M9NSIX

3 (88,9 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S240-330T8M9NSIX

3 (88,9 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

S330-420T8M9NSIX

3 (88,9 mm)

1300MCM (33,4 mm) - 2000MCM (41,40 mm)

3,93 (100)

1/2 (M12)

S420-550T8M9NSIX

3 (88,9 mm)

2250MCM (43,92 mm) - 3500MCM (54,81 mm)

5,90 (150)

3,93 (100)

1/2 (M12)

S100-240T10M16NSIX

3 1/2 (101,6 mm)

1/0 (9,36 mm) - 650MCM (23,58 mm)

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S240-330T10M16NSIX

3 1/2 (101,6 mm)

700MCM (24,48 mm) - 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

Substation equipment - NAM catalog | ©Sicame Group 2025

Single connectors

Up To

500 kV

T-Connector

ST (tube-cable)

ST (tube-tube)

Fig. 1

Single connectors

Up To

Fig. 2

A2 - 70

500 kV

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

B inch (mm)

D inch (mm)

Bolts (cable) inch (mm)

Bolts (tube) inch (mm)

S330-420T10M16NSIX

3 1/2 (101,6 mm)

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

1/2 (M12)

5,90 (150)

3,93 (100)

1/2 (M12)

S420-550T10M16NSIX

3 1/2 (101,6 mm)

2250MCM (43,92 mm) 3500MCM (54,81 mm)

S100-240T11M43NSIX

4 (114,3 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4,57 (116)

3/8 (M10)

5/8 (M16)

S240-330T11M43NSIX

4 (114,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

S330-420T11M43NSIX

4 (114,3 mm)

1300MCM (33,4 mm) 2000MCM (41,40 mm)

S420-550T11M43NSIX

4 (114,3 mm)

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,90 (150)

4,57 (116)

1/2 (M12)

5/8 (M16)

S100-240T14M13NSIX

5 (141,3 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4,57 (116)

3/8 (M10)

5/8 (M16)

S240-330T14M13NSIX

5 (141,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

S330-420T14M13NSIX

5 (141,3 mm)

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

S420-550T14M13NSIX

5 (141,3 mm)

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,90 (150)

4,57 (116)

1/2 (M12)

5/8 (M16)

S100-240T16M8NSIX

6 (168,2 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4,57 (116)

3/8 (M10)

5/8 (M16)

S240-330T16M8NSIX

6 (168,2 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

S330-420T16M8NSIX

6 (168,2 mm)

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

4,57 (116)

1/2 (M12)

5/8 (M16)

S420-550T16M8NSIX

6 (168,2 mm)

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,90 (150)

4,57 (116)

1/2 (M12)

5/8 (M16)

Substation equipment - NAM catalog | ©Sicame Group 2025

A2 - 70

Part number

Pipe main IPS inch (mm)

Pipe tap IPS inch (mm)

B inch (mm)

C inch (mm)

D inch (mm)

Bolts inch

S6M03TNSIX

2 (60,3 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

S7M3TNSIX

2 1/2 (73 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

S8M9TNSIX

3 (88,9 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

S10M16TNSIX

3 1/2 (101,6 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

S11M43TNSIX

4 (114,3 mm)

4,57 (116)

5/8 (M16)

S14M13TNSIX

5 (141,3 mm)

4,57 (116)

5/8 (M16)

S16M8TNSIX

6 (168,2 mm)

4,57 (116)

5/8 (M16)

Single connectors

Up To

345 kV

Substation equipment - NAM catalog | ©Sicame Group 2025

T-Connector

ST (cable-cable)

STK

Fig. 1

Up To

345 kV

Fig. 2

A2 - 70

Cable tap inch (mm)

Cable main inch (mm)

B D inch (mm) inch (mm)

Bolts (tap) inch

Bolts (main) inch

S110-240T100-240NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

3/8 (M10)

1/0 (9,36 mm) 650MCM (23,58 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

S110-240T240-330NSIX

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S110-240T330-420NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,23 (82)

3,93 (100)

3/8 (M10)

1/2 (M12)

S110-240T420-550NSIX

1/0 (9,36 mm) 2250MCM (43,92 mm) 3,23 (82) 650MCM (23,58 mm) 3500MCM (54,81 mm)

3,93 (100)

3/8 (M10)

1/2 (M12)

S240-330T240-330NSIX

700MCM (24,48 mm) - 700MCM (24,48 mm) 3,93 (100) 3,93 (100) 1250MCM (32,7 mm) 1250MCM (32,7 mm)

1/2 (M12)

S240-330T330-420NSIX

700MCM (24,48 mm) - 1300MCM (33,4 mm) 3,93 (100) 3,93 (100) 1250MCM (32,7 mm) 2000MCM (41,40 mm)

1/2 (M12)

S240-330T420-550NSIX

700MCM (24,48 mm) - 2250MCM (43,92 mm) 3,93 (100) 3,93 (100) 1250MCM (32,7 mm) 3500MCM (54,81 mm)

1/2 (M12)

S330-420T330-420NSIX

1300MCM (33,4 mm) - 1300MCM (33,4 mm) 3,93 (100) 3,93 (100) 2000MCM (41,40 mm) 2000MCM (41,40 mm)

1/2 (M12)

S330-420T420-550NSIX

1300MCM (33,4 mm) - 2250MCM (43,92 mm) 3,93 (100) 3,93 (100) 2000MCM (41,40 mm) 3500MCM (54,81 mm)

1/2 (M12)

S420-550T420-550NSIX

2250MCM (43,92 mm) - 2250MCM (43,92 mm) 5,90 (150) 5,90 (150) 3500MCM (54,81 mm) 3500MCM (54,81 mm)

1/2 (M12)

3,23 (82)

Part number

Pipe main IPS inch (mm)

Pipe tap IPS inch (mm)

B inch (mm)

D inch (mm)

inch

Bolts (main) inch

S6M03THNSIX

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03TH7M3NSIX

2 1/2 (73 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S7M3THNSIX

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S6M03TH8M9NSIX

3 (88,9 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S7M3TH8M9NSIX

3 (88,9 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S8M9THNSIX

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S6M03TH10M16NSIX

3 1/2 (101,6 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S7M3TH10M16NSIX

3 1/2 (101,6 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S8M9TH10M16NSIX

3 1/2 (101,6 mm)

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S6M03TH11M43NSIX

4 (114,3 mm)

2 (60,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S7M3TH11M43NSIX

4 (114,3 mm)

2 1/2 (73 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9TH11M43NSIX

4 (114,3 mm)

3 (88,9 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S11M43THNSIX

4 (114,3 mm)

4,56 (116)

5/8 (M16)

Single connectors

Fig No

A2 - 70

Single connectors

Part number

Up To

500 kV

Substation equipment - NAM catalog | ©Sicame Group 2025

T-Connector

Straight terminal

SATJ

SA (tube) Ф

Up To

500 kV

Up To

A2 - 70

500 kV

A2 - 70

Pipe tap IPS inch (mm)

C inch (mm)

D inch (mm)

Bolts (main) inch

Bolts (tap) inch

Part number

Pad type

Pipe size IPS inch (mm)

B inch (mm)

L inch (mm)

W inch (mm)

T inch (mm)

Bolts inch

Current A

S6M03ATJNSIX

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03AC2NSIX

2 (60,3 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

1520

S6M03ATJ7M3NSIX

2 (60,3 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S6M03AC3NSIX

2 (60,3 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S6M03ATJ8M9NSIX

2 (60,3 mm)

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S6M03AC44NSIX

2 (60,3 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S6M03ATJ10M16NSIX

2 (60,3 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S7M3AC2NSIX

2 1/2 (73 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

2000

S7M3ATJ10M16NSIX

2 1/2 (73 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S7M3AC3NSIX

2 1/2 (73 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S8M9ATJ10M16NSIX

3 (88,9 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S7M3AC44NSIX

2 1/2 (73 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S6M03ATJ11M43NSIX

2 (60,3 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9AC2NSIX

3 (88,9 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

2000

S7M3ATJ11M43NSIX

2 1/2 (73 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9AC3NSIX

3 (88,9 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S8M9ATJ11M43NSIX

3 (88,9 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9AC44NSIX

3 (88,9 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S10M16AC2NSIX

3 1/2 (101,6 mm)

3,93 (100)

3 (76)

2 (50,8)

0,98 (25)

1/2 (M12)

2500

S10M16AC3NSIX

3 1/2 (101,6 mm)

3,93 (100)

3 (76)

0,98 (25)

1/2 (M12)

2500

S10M16AC44NSIX

3 1/2 (101,6 mm)

3,93 (100)

4 (102)

0,98 (25)

1/2 (M12)

2500

S11M43AC3NSIX

4 (114,3 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S11M43AC44NSIX

4 (114,3 mm)

4,56 (116)

4 (102)

0,98 (25)

5/8 (M16)

2500

S14M13AC3NSIX

5 (141,3 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S14M13AC44NSIX

5 (141,3 mm)

4,56 (116)

4 (102)

0,98 (25)

5/8 (M16)

2500

S16M8AC3NSIX

6 (168,2 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S16M8AC44NSIX

6 (168,2 mm)

4,56 (116)

4 (102)

0,98 (25)

5/8 (M16)

2500

Single connectors

Pipe main IPS inch (mm)

Single connectors

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

Straight terminal

T-Terminal

SA (cable)

SF (tube)

Fig. 1

Up To

345 kV

Up To

A2 - 70

500 kV

Fig. 2

Part number

Fig No

Pad type

Cable inch (mm)

B L W inch (mm) inch (mm) inch (mm)

T inch (mm)

Bolts inch

Current A

S100-240A2NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

0,63 (16)

3/8 (M10)

816

3,23 (82)

3 (76)

0,63 (16)

3/8 (M10)

1216

3 (76)

2 (50,8)

S100-240A3NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

S100-240A44NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4 (102)

0,63 (16)

3/8 (M10)

1632

S240-330A2NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S240-330A3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

S240-330A44NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S330-420A2NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S330-420A3NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

S330-420A44NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S420-550A3NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

3 (76)

0,79 (20)

1/2 (M12)

1520

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

4 (102)

0,79 (20)

1/2 (M12)

Pad type

Pipe size IPS inch (mm)

B inch (mm)

L inch (mm)

W inch (mm)

T inch (mm)

Bolts inch

Current A

S6M03FC2NSIX

2 (60,3 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

2000

S6M03FC3NSIX

2 (60,3 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S6M03FC44NSIX

2 (60,3 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S7M3FC2NSIX

2 1/2 (73 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

2000

S7M3FC3NSIX

2 1/2 (73 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S7M3FC44NSIX

2 1/2 (73 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S8M9FC2NSIX

3 (88,9 mm)

3,93 (100)

3 (76)

2 (50,8)

0,79 (20)

1/2 (M12)

2000

S8M9FC3NSIX

3 (88,9 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

2000

S8M9FC44NSIX

3 (88,9 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

S10M16FC3NSIX

3 1/2 (101,6 mm)

3,93 (100)

3 (76)

0,98 (25)

1/2 (M12)

2500

S10M16FC44NSIX

3 1/2 (101,6 mm)

3,93 (100)

4 (102)

0,98 (25)

1/2 (M12)

2500

S11M43FC3NSIX

4 (114,3 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S11M43FC44NSIX

4 (114,3 mm)

4,56 (116)

4 (102)

0,98 (25)

5/8 (M16)

2500

S14M13FC3NSIX

5 (141,3 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S14M13FC44NSIX

5 (141,3 mm)

4,56 (116)

4 (102)

0,98 (25)

5/8 (M16)

2500

S16M8FC3NSIX

6 (168,2 mm)

4,56 (116)

3 (76)

0,98 (25)

5/8 (M16)

2500

S16M8FC44NSIX

6 (168,2 mm)

4,56 (116)

4 (102)

1,18 (30)

5/8 (M16)

3000

2040

Single connectors

Part number

Single connectors

S420-550A44NSIX

A2 - 70

Substation equipment - NAM catalog | ©Sicame Group 2025

T-Terminal

Angle terminal

SF (cable)

SAK (cable) Fig. 1

Fig. 1

Fig. 2 Up To

345 kV

Up To

Fig. 2

A2 - 70

Pad type

Cable inch (mm)

B L W inch (mm) inch (mm) inch (mm)

T inch (mm)

Bolts inch

Current A

Part number

Fig No

Pad type

Cable inch (mm)

S100-240FC2NSIX

S100-240FC3NSIX

S100-240FC44NSIX

B L W inch (mm) inch (mm) inch (mm)

T inch (mm)

Bolts inch

Current A

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

3 (76)

2 (50,8)

0,63 (16)

3/8 (M10)

816

S100-240AL2NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

3 (76)

2 (50,8)

0,63 (16)

3/8 (M10)

816

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

3 (76)

0,63 (16)

3/8 (M10)

1216

S100-240AL3NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

3 (76)

0,63 (16)

3/8 (M10)

1216

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4 (102)

0,63 (16)

3/8 (M10)

1632

S100-240AL44NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82)

4 (102)

0,63 (16)

3/8 (M10)

1632

S240-330FC2NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

S240-330AL2NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

S240-330FC3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S240-330AL3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S240-330FC44NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S240-330AL44NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S330-420FC2NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

S330-420AL2NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

3 (76)

2 (50,8)

0,63 (16)

1/2 (M12)

800

S330-420FC3NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S330-420AL3NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

3 (76)

0,63 (16)

1/2 (M12)

1200

S330-420FC44NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S330-420AL44NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

3,93 (100)

4 (102)

0,63 (16)

1/2 (M12)

1632

S420-550FC3NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

3 (76)

0,79 (20)

1/2 (M12)

1520

S420-550AL3NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

3 (76)

0,79 (20)

1/2 (M12)

1520

S420-550FC44NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

4 (102)

0,79 (20)

1/2 (M12)

2040

S420-550AL44NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

5,88 (150)

4 (102)

0,79 (20)

1/2 (M12)

2040

Single connectors

Fig No

A2 - 70

Single connectors

Part number

345 kV

Substation equipment - NAM catalog | ©Sicame Group 2025

Straight connector

Straight connector SSD (stud/tube-cable)

SSD (stud/tube-cable)

Fig. 1

Bundle connectors

Up To

A2 - 70

345 kV

Fig. 2

D inch (mm)

Bolts (tube) inch

Bolts (cable) inch

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

B C D inch (mm) inch (mm) inch (mm)

Bolts (tube) inch

Bolts (cable) inch

3,93 (100) 3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S10M16S330-420D2NSIX

3 1/2 (101,6 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100) 4,72 (120) 3,93 (100)

1/2 (M12)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,93 (100)

4,33 (110)

3,93 (100)

1/2 (M12)

S10M16S420-550D2NSIX

3 1/2 (101,6 mm)

2000MCM (41,40 mm) 3,93 (100) 3500MCM (54,81 mm)

2 (60,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100) 4,72 (120)

3,93 (100)

1/2 (M12)

S11M43S100-240D2NSIX

4 (114,3 mm)

2 (60,3 mm)

2000MCM (41,40 mm) 3,93 (100) 3500MCM (54,81 mm)

5,31 (135)

5,90 (150)

1/2 (M12)

S11M43S240-330D2NSIX

S7M3S100-240D2NSIX

2 1/2 (73 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,93 (100) 3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S11M43S330-420D2NSIX

S7M3S240-330D2NSIX

2 1/2 (73 mm)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,93 (100)

4,33 (110)

3,93 (100)

1/2 (M12)

S7M3S330-420D2NSIX

2 1/2 (73 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100) 4,72 (120)

3,93 (100)

1/2 (M12)

S7M3S420-550D2NSIX

2 1/2 (73 mm)

2000MCM (41,40 mm) 3,93 (100) 3500MCM (54,81 mm)

5,31 (135)

5,90 (150)

S8M9S100-240D2NSIX

3 (88,9 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,93 (100) 3,93 (100)

S8M9S240-330D2NSIX

3 (88,9 mm)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,93 (100)

S8M9S330-420D2NSIX

3 (88,9 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

S8M9S420-550D2NSIX

3 (88,9 mm)

2000MCM (41,40 mm) 3,93 (100) 3500MCM (54,81 mm)

S10M16S100-240D2NSIX

3 1/2 (101,6 mm)

S10M16S240-330D2NSIX

3 1/2 (101,6 mm)

Part number

Fig No

Pipe size IPS inch (mm)

Cable inch (mm)

S6M03S100-240D2NSIX

2 (60,3 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

S6M03S240-330D2NSIX

2 (60,3 mm)

S6M03S330-420D2NSIX

S6M03S420-550D2NSIX

B inch (mm)

C inch (mm)

A2 - 70

5,31 (135)

5,90 (150)

1/2 (M12)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,93 (100) 3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

4 (114,3 mm)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

4 (114,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100) 4,72 (120) 3,93 (100)

1/2 (M12)

S11M43S420-550D2NSIX

4 (114,3 mm)

2000MCM (41,40 mm) 3,93 (100) 3500MCM (54,81 mm)

5,31 (135)

5,90 (150)

1/2 (M12)

S14M13S100-240D2NSIX

5 (141,3 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

4,57 (116)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

1/2 (M12)

S14M13S240-330D2NSIX

5 (141,3 mm)

650MCM (23,58 mm) 1250MCM (32,7 mm)

4,57 (116)

4,33 (110)

3,93 (100)

1/2 (M12)

3,23 (82)

1/2 (M12)

3/8 (M10)

S14M13S330-420D2NSIX

5 (141,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

4,57 (116)

4,72 (120) 3,93 (100)

1/2 (M12)

4,33 (110)

3,93 (100)

1/2 (M12)

S14M13S420-550D2NSIX

5 (141,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

4,57 (116)

5,31 (135)

5,90 (150)

1/2 (M12)

3,93 (100) 4,72 (120)

3,93 (100)

1/2 (M12)

S16M82S100-240D2NSIX

6 (168,2 mm)

1/0 (9,36 mm) 650MCM (23,58 mm)

4,57 (116)

3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

5,31 (135)

5,90 (150)

1/2 (M12)

S16M82S240-330D2NSIX

6 (168,2 mm)

650MCM (23,58 mm) 1250MCM (32,7 mm)

4,57 (116)

4,33 (110)

3,93 (100)

1/2 (M12)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,93 (100) 3,93 (100)

3,23 (82)

1/2 (M12)

3/8 (M10)

S16M82S330-420D2NSIX

6 (168,2 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

4,57 (116)

4,72 (120) 3,93 (100)

1/2 (M12)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,93 (100)

1/2 (M12)

S16M82S420-550D2NSIX

6 (168,2 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

4,57 (116)

5,31 (135)

1/2 (M12)

4,33 (110)

Substation equipment - NAM catalog | ©Sicame Group 2025

4,33 (110)

5,90 (150)

Bundle connectors

Up To

345 kV

Fig. 1

Straight terminal

Support for cable

SDA (cable)

SLHB (cable)

Fig. 1

Up To

345 kV

Up To

A2 - 70

345 kV

Fig. 2 L inch (mm)

W inch (mm)

3,23 (82) 3,93 (100)

3 (76)

2 (50,8)

1/0 (9,36 mm) 650MCM (23,58 mm)

3,23 (82) 3,93 (100)

3 (76)

1/0 (9,36 mm) 650MCM (23,58 mm)

S240-330D2A3NSIX

S240-330D2A44NSIX

Fig No

Pad type

Cable inch (mm)

S100-240D2A2NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

S100-240D2A3NSIX

S100-240D2A44NSIX

S240-330D2A2NSIX

B inch (mm)

C inch (mm)

T inch (mm)

Bolts inch

Current A

Part number

Cable inch (mm)

B H BCD inch (mm) inch (mm) inch (mm)

D E T inch (mm) inch (mm) inch (mm)

0,79 (20) 3/8 (M10)

1520

SLH100-240B3NSIX

3 (76)

0,79 (20) 3/8 (M10)

1520

3,23 (82) 3,93 (100) 4 (102)

4 (102)

0,79 (20) 1/2 (M12)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,9 (100)

4,33 (110)

3 (76)

2 (50,8)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,9 (100)

4,33 (110)

3 (76)

650MCM (23,58 mm) 1250MCM (32,7 mm)

3,9 (100)

4,33 (110)

S330-420D2A2NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

S330-420D2A3NSIX

S330-420D2A44NSIX

S420-550D2A3NSIX S420-550D2A44NSIX

Bolts inch

1/0 (9,36 mm) 650MCM (23,58 mm)

1,97 (50)

3,54 (90)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

3/8 (M10)

SLH100-240B5NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1,97 (50)

3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

3/8 (M10)

2000

SLH240-330B3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

1,97 (50)

3,54 (90)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

0,79 (20) 1/2 (M12)

1520

SLH240-330B5NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

1,97 (50)

3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

3 (76)

0,79 (20) 1/2 (M12)

1520

SLH330-4200B3NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

1,97 (50)

3,54 (90)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

4 (102)

0,79 (20) 1/2 (M12)

2000

SLH330-4200B5NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

1,97 (50)

3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

3,9 (100) 4,72 (120)

3 (76)

2 (50,8)

0,98 (25) 1/2 (M12)

1520

SLH420-550B3NSIX

2250MCM (43,92 mm) 1,97 (50) 3500MCM (54,81 mm)

3,54 (90)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,9 (100) 4,72 (120)

3 (76)

0,98 (25) 1/2 (M12)

1520

SLH420-550B5NSIX

2250MCM (43,92 mm) 1,97 (50) 3500MCM (54,81 mm)

3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,9 (100) 4,72 (120)

4 (102)

0,98 (25) 1/2 (M12)

2000

2000MCM (41,40 mm) 5,88 (150) 5,31 (135) 3500MCM (54,81 mm)

3 (76)

0,98 (25) 1/2 (M12)

2000

2000MCM (41,40 mm) 5,88 (150) 5,31 (135) 3500MCM (54,81 mm)

4 (102)

0,98 (25) 1/2 (M12)

2000

Supports

Bundle connectors

Part number

A2 - 70

Substation equipment - NAM catalog | ©Sicame Group 2025

Support for cable

Support for tube

SLHDB (cable)

Up To

345 kV

SXHB

Up To

A2 - 70

500 kV

Part number

Cable inch (mm)

B inch (mm)

C inch (mm)

H inch (mm)

BCD inch (mm)

SLH100-240D2B3NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1,61 (41)

3,93 (100)

3,54 (90)

3 (76)

SLH100-240D2B5NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1,61 (41)

3,93 (100)

3,54 (90)

5 (127)

6,3 (160)

SLH240-330D2B3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

1,97 (50)

4,33 (110) 3,54 (90)

3 (76)

4,33 (110) 0,55 (14) 0,5 (12)

1/2 (M12)

SLH240-330D2B5NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

1,97 (50)

4,33 (110) 3,54 (90)

5 (127)

6,3 (160)

1/2 (M12)

SLH330-420D2B3NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

1,97 (50) 4,92 (125) 3,54 (90)

3 (76)

4,33 (110) 0,55 (14) 0,5 (12)

1/2 (M12)

SLH330-420D2B5NSIX

1300MCM (33,4 mm) 2000MCM (41,40 mm)

1,97 (50) 4,92 (125) 3,54 (90)

5 (127)

6,3 (160)

0,5 (12)

1/2 (M12)

SLH420-550D2B3NSIX

2250MCM (43,92 mm) 3500MCM (54,81 mm)

1,97 (50) 4,92 (125) 3,54 (90)

3 (76)

4,33 (110) 0,55 (14) 0,5 (12)

1/2 (M12)

2250MCM (43,92 mm) SLH420-550D2B5NSIX 3500MCM (54,81 mm)

1,97 (50) 4,92 (125) 3,54 (90)

E inch (mm)

T inch (mm)

Bolts inch

4,33 (110) 0,55 (14) 0,5 (12) 3/8 (M10)

0,7 (18)

0,5 (12) 3/8 (M10)

0,5 (12)

1/2 (M12)

Pipe size IPS inch (mm)

B H BCD D E T Bolts inch (mm) inch (mm) inch (mm) inch (mm) inch (mm) inch (mm) inch (mm)

SXH6M03B3G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

SXH6M03B5G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH6M03B7G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH7M3B3G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

SXH7M3B5G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH7M3B7G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH8M9B3G92NSIX

3 (88,9 mm)

1,97 (50)

3,62 (92)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

SXH8M9B5G92NSIX

3 (88,9 mm)

1,97 (50)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH8M9B7G92NSIX

3 (88,9 mm)

1,97 (50)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH10M16B3G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

SXH10M16B5G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

SXH10M16B7G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1/2 (M12)

SXH11M43B3G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

SXH11M43B5G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH11M43B7G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH14M13B3G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

SXH14M13B5G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH14M13B7G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH16M8B3G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

SXH16M8B5G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH16M8B7G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

Supports

6,3 (160)

0,7 (18)

Part number

Supports

5 (127)

D inch (mm)

A2 - 70

Substation equipment - NAM catalog | ©Sicame Group 2025

Straight expansion terminal

Straight expansion support

SXA

SXHSB

Fig. 2

Up To

A2 - 70

500 kV

Part number

Pad type

Pipe size IPS inch (mm)

B inch (mm)

L inch (mm)

W inch (mm)

T inch (mm)

Bolts inch (mm)

Current A

S6M03XA3NC2NSIX

2 (60,3 mm)

1,97 (50)

3 (76)

1 (25)

1,24 (31,7)

1/2 (M12)

2000

S6M03XA44NC2NSIX

2 (60,3 mm)

1,97 (50)

4 (102)

0,78 (20)

1,24 (31,7)

1/2 (M12)

2000

S7M3XA3NC2NSIX

2 1/2 (73 mm)

1,97 (50)

3 (76)

1 (25)

1,24 (31,7)

1/2 (M12)

2000

S7M3XA44NC2NSIX

2 1/2 (73 mm)

1,97 (50)

4 (102)

0,78 (20)

1,24 (31,7)

1/2 (M12)

2000

S8M9XA3ND2NSIX

3 (88,9 mm)

1,97 (50)

3 (76)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

S8M9XA44ND2NSIX

3 (88,9 mm)

1,97 (50)

4 (102)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

S10M16XA3ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

3 (76)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

S10M16XA44ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

S10M16XA6ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

S11M43XA3ND2NSIX

4 (114,3 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S11M43XA44ND2NSIX

4 (114,3 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S11M43XA6ND3NSIX

4 (114,3 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

S14M13XA3ND2NSIX

5 (141,3 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S14M13XA44ND2NSIX

5 (141,3 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S14M13XA6ND3NSIX

5 (141,3 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

S16M8XA3ND2NSIX

6 (168,2 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S16M8XA44ND2NSIX

6 (168,2 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

S16M8XA6ND3NSIX

6 (168,2 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

Expansion connectors

Nº Ø cables inch (mm)

Substation equipment - NAM catalog | ©Sicame Group 2025

Fig. 1

A2 - 70

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

SXH6M03SB3C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH6M03SB5C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH6M03SB7C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH7M3SB3D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH7M3SB5D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH7M3SB7D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH8M9SB5D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH8M9SB5E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH8M9SB7D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

SXH8M9SB7E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

SXH10M16SB5D2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH10M16SB5E2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH10M16SB7D2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

Substation equipment - NAM catalog | ©Sicame Group 2025

Expansion connectors

Up To

500 kV

Straight expansion support

SXHSB

WSXHSB

Fig. 2

Expansion connectors

Up To

Fig. 1

A2 - 70

500 kV

Fig. 1

A2 - 70

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

SXH10M16SB7E2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

WSXH6M03SB3C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH11M43SB5D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

3200

WSXH6M03SB5C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH11M43SB5C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

WSXH6M03SB7C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH11M43SB7D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

3200

WSXH7M3SB3D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH11M43SB7C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

WSXH7M3SB5D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB5C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

WSXH7M3SB7D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB5D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

WSXH8M9SB5D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB7C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

WSXH8M9SB5E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH14M13SB7D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

WSXH8M9SB7D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

SXH16M8SB5D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

WSXH8M9SB7E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

SXH16M8SB5E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

6000

WSXH10M16SB5D2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH16M8SB7D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

WSXH10M16SB5E2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH16M8SB7E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

6000

WSXH10M16SB7D2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

Substation equipment - NAM catalog | ©Sicame Group 2025

Expansion connectors

Up To

500 kV

Straight expansion support

Earthing stirrups for tube

WSXHSB

SGP (tube)

Fig. 2

Fig. 1 500 kV

A2 - 70

345 kV

B Fig inch No (mm)

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

WSXH10M16SB7E2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

WSXH11M43SB5D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

3200

WSXH11M43SB5C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

WSXH11M43SB7D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

3200

WSXH11M43SB7C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

WSXH14M13SB5C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

WSXH14M13SB5D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

WSXH14M13SB7C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

WSXH14M13SB7D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

WSXH16M8SB5D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

WSXH16M8SB5E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

6000

WSXH16M8SB7D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

WSXH16M8SB7E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

6000

Part number

Expansion connectors

Up To

Fig. 1

Pipe size IPS inch (mm)

Substation equipment - NAM catalog | ©Sicame Group 2025

A2 - 70

Part number

Pipe size IPS inch (mm)

Fig No

B inch (mm)

C inch (mm)

D inch (mm)

E inch (mm)

Bolts inch

SG8M9P3L20Z1NSIX

3 (88,9 mm)

1,97 (50)

7,87 (200)

1,18 (30)

4,92 (125)

1/2 (M12)

SG10M16P3L20Z1NSIX

3 1/2 (101,6 mm)

1,97 (50)

7,87 (200)

1,18 (30)

4,92 (125)

1/2 (M12)

SG11M43P3L20Z1NSIX

4 (114,3 mm)

2,28 (58)

7,87 (200)

1,18 (30)

4,92 (125)

5/8 (M16)

SG14M13P3L20Z1NSIX

5 (141,3 mm)

2,28 (58)

7,87 (200)

1,18 (30)

4,33 (110)

5/8 (M16)

SG16M8P3L20Z1NSIX

6 (168,2 mm)

2,28 (58)

7,87 (200)

1,18 (30)

3,93 (100)

5/8 (M16)

SG6M03PL3L10NSIX

2 (60,3 mm)

1,97 (50)

3,93 (100)

1,18 (30)

2,75 (70)

1/2 (M12)

SG7M3PL3L10NSIX

2 1/2 (73 mm)

1,97 (50)

3,93 (100)

1,18 (30)

2,75 (70)

1/2 (M12)

SG8M9PL3L10NSIX

3 (88,9 mm)

1,97 (50)

3,93 (100)

1,18 (30)

4,92 (125)

1/2 (M12)

SG10M16PL3L10NSIX

3 1/2 (101,6 mm)

1,97 (50)

3,93 (100)

1,18 (30)

4,92 (125)

1/2 (M12)

SG11M43PL3L10NSIX

4 (114,3 mm)

2,28 (58)

3,93 (100)

1,18 (30)

3,93 (100)

5/8 (M16)

SG14M13PL3L10NSIX

5 (141,3 mm)

2,28 (58)

7,87 (200)

1,18 (30)

3,74 (95)

5/8 (M16)

SG16M8PL3L10NSIX

6 (168,2 mm)

2,28 (58)

7,87 (200)

1,18 (30)

3,74 (95)

5/8 (M16)

Earthing connectors

Up To

Substation equipment - NAM catalog | ©Sicame Group 2025

Spacers

End cap

Up To

A2 - 70

345 kV

A2 - 70

345 kV

B inch (mm)

C inch (mm)

Bolts inch

Part number

OD inch (mm)

ID min inch (mm)

ID max inch (mm)

C inch (mm)

Damping Cable inch (mm)

S100-240D2NSIX

1/0 (9,36 mm) - 650MCM (23,58 mm)

1,61 (41)

3,93 (100)

1/2 (M12)

LB6X4M6GE10

2 (60,3 mm)

1,49 (38)

1,81 (46)

1,57 (40)

S240-330D2NSIX

650MCM (23,58 mm) - 1250MCM (32,7 mm)

2,16 (55)

4,33 (110)

1/2 (M12)

LB6X5M5GE10

2 (60,3 mm)

1,85 (47)

2,2 (56)

1,57 (40)

S330-420D2DNSIX

1250MCM (32,7 mm) - 2000MCM (41,40 mm)

2,16 (55)

4,92 (125)

1/2 (M12)

LB7M3X6M5GE10

2,5 (73 mm)

2,24 (57)

2,55 (65)

1,57 (40)

S420-550D2DNSIX

2000MCM (41,40 mm) - 3500MCM (54,81 mm)

2,16 (55)

4,92 (125)

1/2 (M12)

LB8M9X7M5GE10

3 (88,9 mm)

2,63 (67)

2,95 (75)

1,57 (40)

LB8M9X8M5GE10

3 (88,9 mm)

2,63 (67)

3,34 (85)

1,57 (40)

LB10M16X9M5GE10

3,5 (101,6 mm)

3,42 (87)

3,74 (95)

1,57 (40)

LB11M4X10GE10

4 (114,3 mm)

3,62 (92)

3,93 (100)

1,57 (40)

LB11M4X10M2GE10

4 (114,3 mm)

3,62 (92)

4,01 (102)

1,57 (40)

LB11M4X10M9GE10

4 (114,3 mm)

3,97 (101)

4,29 (109)

1,57 (40)

LB14M13X12M6GE10

5 (141,3 mm)

4,64 (118)

4,96 (126)

1,57 (40)

LB14M13X13M5GE10

5 (141,3 mm)

5 (127)

5,31 (135)

1,57 (40)

LB14M13X13M6GE10

5 (141,3 mm)

5,03 (128)

5,35 (136)

1,57 (40)

LB16M8X14M6GE10

6 (168,2 mm)

5,43 (138)

5,78 (147)

1,57 (40)

LB16M8X15M6GE10

6 (168,2 mm)

5,82 (148)

6,14 (156)

1,57 (40)

LB6X4M6DC1525

2 (60,3 mm)

1,49 (38)

1,81 (46)

1,57 (40)

0,59-0,98 (15-25)

LB6X5M5DC1525

2 (60,3 mm)

1,85 (47)

2,2 (56)

1,57 (40)

0,59-0,98 (15-25)

LB7M3X6M5DC1525

2,5 (73 mm)

2,24 (57)

2,55 (65)

1,57 (40)

0,59-0,98 (15-25)

LB8M9X7M5DC1525

3 (88,9 mm)

2,63 (67)

2,95 (75)

1,57 (40)

0,59-0,98 (15-25)

LB8M9X8M5DC1525

3 (88,9 mm)

2,63 (67)

3,34 (85)

1,57 (40)

0,59-0,98 (15-25)

LB10M16X9M5DC1525

3,5 (101,6 mm)

3,42 (87)

3,74 (95)

1,57 (40)

0,59-0,98 (15-25)

LB11M4X10DC1525

4 (114,3 mm)

3,62 (92)

3,93 (100)

1,57 (40)

0,59-0,98 (15-25)

Accessories

Cable inch (mm)

Accessories

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

End cap

Corona end cap

SCBB

Up To

345 kV

Up To

A2 - 70

345 kV

A2 - 70

ID min inch (mm)

ID max inch (mm)

C inch (mm)

Damping Cable inch (mm)

Part number

Pipe size IPS inch (mm)

B inch (mm)

C inch (mm)

D inch (mm)

LB11M4X10M2DC1525

4 (114,3 mm)

3,62 (92)

4,01 (102)

1,57 (40)

0,59-0,98 (15-25)

SCBB18A5

2 (60,3 mm)

110

LB11M4X10M9DC1525

4 (114,3 mm)

3,97 (101)

4,29 (109)

1,57 (40)

0,59-0,98 (15-25)

SCBB19A5

2 1/2 (73 mm)

150

100

LB14M13X12M6DC1525

5 (141,3 mm)

4,64 (118)

4,96 (126)

1,57 (40)

0,59-0,98 (15-25)

SCBB20A5

3 (88,9 mm)

135

LB14M13X13M5DC1525

5 (141,3 mm)

5 (127)

5,31 (135)

1,57 (40)

0,59-0,98 (15-25)

SCBB21A5

3,5 (101,6 mm)

148

LB14M13X13M6DC1525

5 (141,3 mm)

5,03 (128)

5,35 (136)

1,57 (40)

0,59-0,98 (15-25)

SCBB22A5

4 (114,3 mm)

200

120

LB16M8X14M6DC1525

6 (168,2 mm)

5,43 (138)

5,78 (147)

1,57 (40)

0,59-0,98 (15-25)

SCBB24A5

5 (141,3 mm)

210

125

LB16M8X15M6DC1525

6 (168,2 mm)

5,82 (148)

6,14 (156)

1,57 (40)

0,59-0,98 (15-25)

SCBB86A5

6 (168,2 mm)

225

118

LB6X4M6DC2545

2 (60,3 mm)

1,49 (38)

1,81 (46)

1,57 (40)

0,98-1,77 (25-45)

LB6X5M5DC2545

2 (60,3 mm)

1,85 (47)

2,2 (56)

1,57 (40)

0,98-1,77 (25-45)

LB7M3X6M5DC2545

2,5 (73 mm)

2,24 (57)

2,55 (65)

1,57 (40)

0,98-1,77 (25-45)

LB8M9X7M5DC2545

3 (88,9 mm)

2,63 (67)

2,95 (75)

1,57 (40)

0,98-1,77 (25-45)

LB8M9X8M5DC2545

3 (88,9 mm)

2,63 (67)

3,34 (85)

1,57 (40)

0,98-1,77 (25-45)

LB10M16X9M5DC2545

3,5 (101,6 mm)

3,42 (87)

3,74 (95)

1,57 (40)

0,98-1,77 (25-45)

LB11M4X10DC2545

4 (114,3 mm)

3,62 (92)

3,93 (100)

1,57 (40)

0,98-1,77 (25-45)

LB11M4X10M2DC2545

4 (114,3 mm)

3,62 (92)

4,01 (102)

1,57 (40)

0,98-1,77 (25-45)

LB11M4X10M9DC2545

4 (114,3 mm)

3,97 (101)

4,29 (109)

1,57 (40)

0,98-1,77 (25-45)

LB14M13X12M6DC2545

5 (141,3 mm)

4,64 (118)

4,96 (126)

1,57 (40)

0,98-1,77 (25-45)

LB14M13X13M5DC2545

5 (141,3 mm)

5 (127)

5,31 (135)

1,57 (40)

0,98-1,77 (25-45)

LB14M13X13M6DC2545

5 (141,3 mm)

5,03 (128)

5,35 (136)

1,57 (40)

0,98-1,77 (25-45)

LB16M8X14M6DC2545

6 (168,2 mm)

5,43 (138)

5,78 (147)

1,57 (40)

0,98-1,77 (25-45)

LB16M8X15M6DC2545

6 (168,2 mm)

5,82 (148)

6,14 (156)

1,57 (40)

0,98-1,77 (25-45)

Accessories

OD inch (mm)

Accessories

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

03 EHV Aluminum connectors

Single connectors • S traight connector

• T-Connector

• T-Terminal

Bundle connectors • S traight connector

• T-Connector

• Straight terminal

Supports • S upport for cable

• S upport for tube

Expansion Connectors • S traight expansion terminal

• S traight expansion support

Accessories

• S pacers

• C orona end cap

• Hardware shield

80 61

Straight connector

T-Connector

ZS (tube-cable)

Up To

500 kV

Up To

A2 - 70

500 kV

A2 - 70

Pipe size IPS inch (mm)

Cable inch (mm)

B inch (mm)

D inch (mm)

Bolts (tube) inch

Bolts (cable) inch

Part number

Pipe main IPS inch (mm)

Pipe tap IPS inch (mm)

B inch (mm)

C inch (mm)

D inch (mm)

Bolts inch

Z6M03S250-330NSIX

2 (60,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

S6M03TNSIX

2 (60,3 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

Z6M03S330-420NSIX

2 (60,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

S7M3TNSIX

2 1/2 (73 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

S8M9TNSIX

3 (88,9 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

2 (60,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

S10M16TNSIX

3 1/2 (101,6 mm)

3,93 (100)

3,94 (100)

1/2 (M12)

Z7M3S250-330NSIX

2 1/2 (73 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

S11M43TNSIX

4 (114,3 mm)

4,57 (116)

5/8 (M16)

Z7M3S330-420NSIX

2 1/2 (73 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

S14M13TNSIX

5 (141,3 mm)

4,57 (116)

5/8 (M16)

6 (168,2 mm)

4,57 (116)

5/8 (M16)

2 1/2 (73 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

S16M8TNSIX

Z7M3S420-550NSIX

3,93 (100)

5,90 (150)

1/2 (M12)

Z8M9S250-330NSIX

3 (88,9 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z8M9S330-420NSIX

3 (88,9 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z8M9S420-550NSIX

3 (88,9 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z10M16S250-330NSIX

3 1/2 (101,6 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z10M16S330-420NSIX

3 1/2 (101,6 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z10M16S420-550NSIX

3 1/2 (101,6 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

3,93 (100)

5,90 (150)

1/2 (M12)

Z11M43S250-330NSIX

4 (114,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z11M43S330-420NSIX

4 (114,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z11M43S420-550NSIX

4 (114,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z14M13S250-330NSIX

5 (141,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z14M13S330-420NSIX

5 (141,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z14M13S420-550NSIX

5 (141,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z16M82S250-330NSIX

6 (168,2 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z16M82S330-420NSIX

6 (168,2 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Z16M82S420-550NSIX

6 (168,2 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

4,57 (116)

5,90 (150)

5/8 (M16)

1/2 (M12)

Substation equipment - NAM catalog | ©Sicame Group 2025

Single connectors

Part number

Z6M03S420-550NSIX

Single connectors

ST (tube-tube)

Substation equipment - NAM catalog | ©Sicame Group 2025

T-Connector

STK

Up To

500 kV

SATJ

Up To

A2 - 70

500 kV

A2 - 70

Pipe tap IPS inch (mm)

B inch (mm)

D inch (mm)

inch

Bolts (main) inch

Part number

Pipe main IPS inch (mm)

Pipe tap IPS inch (mm)

C inch (mm)

D inch (mm)

Bolts (main) inch

Bolts (tap) inch

S6M03THNSIX

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03ATJNSIX

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03TH7M3NSIX

2 1/2 (73 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03ATJ7M3NSIX

2 (60,3 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S7M3THNSIX

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S6M03ATJ8M9NSIX

2 (60,3 mm)

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S6M03TH8M9NSIX

3 (88,9 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03ATJ10M16NSIX

2 (60,3 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S7M3TH8M9NSIX

3 (88,9 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S7M3ATJ10M16NSIX

2 1/2 (73 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S8M9THNSIX

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S8M9ATJ10M16NSIX

3 (88,9 mm)

3 1/2 (101,6 mm)

3,93 (100)

1/2 (M12)

S6M03TH10M16NSIX

3 1/2 (101,6 mm)

2 (60,3 mm)

3,93 (100)

1/2 (M12)

S6M03ATJ11M43NSIX

2 (60,3 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S7M3TH10M16NSIX

3 1/2 (101,6 mm)

2 1/2 (73 mm)

3,93 (100)

1/2 (M12)

S7M3ATJ11M43NSIX

2 1/2 (73 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9TH10M16NSIX

3 1/2 (101,6 mm)

3 (88,9 mm)

3,93 (100)

1/2 (M12)

S8M9ATJ11M43NSIX

3 (88,9 mm)

4 (114,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S6M03TH11M43NSIX

4 (114,3 mm)

2 (60,3 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S7M3TH11M43NSIX

4 (114,3 mm)

2 1/2 (73 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S8M9TH11M43NSIX

4 (114,3 mm)

3 (88,9 mm)

3,93 (100)

4,56 (116)

1/2 (M12)

5/8 (M16)

S11M43THNSIX

4 (114,3 mm)

4,56 (116)

5/8 (M16)

Single connectors

Pipe main IPS inch (mm)

Single connectors

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

T-Connector

T-Terminal

ZT (cable)

Up To

500 kV

ZF (cable)

Up To

A2 - 70

500 kV

A2 - 70

Cable main inch (mm)

B inch (mm)

D inch (mm)

Bolts inch

Part number

Pad type

Cable inch (mm)

B inch (mm)

L inch (mm)

W inch (mm)

T inch (mm)

Bolts inch

Current A

Z250-330TNSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,90 (150)

1/2 (M12)

Z250-330FC3NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

3 (76)

0,79 (20)

1/2 (M12)

1520

Z250-330T330-420NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,90 (150)

1/2 (M12)

Z250-330FC44NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

3,93 (100)

4 (102)

0,79 (20)

1/2 (M12)

2000

Z250-330T420-550NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

5,90 (150)

1/2 (M12)

Z330-420FC3NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,88 (150)

3 (76)

0,79 (20)

1/2 (M12)

1520

Z330-420T250-330NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,90 (150)

1/2 (M12)

Z330-420FC44NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,88 (150)

4 (102)

0,79 (20)

1/2 (M12)

2000

Z330-420TNSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,90 (150)

1/2 (M12)

Z420-550FC3NSIX

2000MCM (41,40 mm) 3500MCM (54,81 mm)

5,88 (150)

3 (76)

1 (25)

1/2 (M12)

1900

Z330-420T420-550NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

5,90 (150)

1/2 (M12)

Z420-550FC44NSIX

2000MCM (41,40 mm) 3500MCM (54,81 mm)

5,88 (150)

4 (102)

1 (25)

1/2 (M12)

2500

Z420-550T250-330NSIX

2000MCM (41,40 mm) 3500MCM (54,81 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,90 (150)

1/2 (M12)

Z420-550T330-420NSIX

2000MCM (41,40 mm) 3500MCM (54,81 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,90 (150)

1/2 (M12)

Z420-550TNSIX

2000MCM (41,40 mm) 3500MCM (54,81 mm)

5,90 (150)

1/2 (M12)

Single connectors

Cable tap inch (mm)

Single connectors

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

Straight connector

T-Connector

Up To

Bundle connectors

500 kV

ZDT01 (tube-cable)

Up To

A2 - 70

500 kV

Bolts (tube) inch

Bolts (cable) inch

Part number

Pipe size IPS inch (mm)

Cable inch (mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z250-330D6M6T6M03DNSIX

2 (60,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z330-420D6M6T6M03DNSIX

2 (60,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

2 (60,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z420-550D6M6T6M03DNSIX

2 (60,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z7M3S250-330D6M6DNSIX

2 1/2 (73 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z250-330D6M6T7M3DNSIX

2 1/2 (73 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z7M3S330-420D6M6DNSIX

2 1/2 (73 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z330-420D6M6T7M3DNSIX

2 1/2 (73 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z7M3S420-550D6M6DNSIX

2 1/2 (73 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z420-550D6M6T7M3DNSIX

2 1/2 (73 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z8M9S250-330D6M6DNSIX

3 (88,9 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z250-330D6M6T8M9DNSIX

3 (88,9 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z8M9S330-420D6M6DNSIX

3 (88,9 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z330-420D6M6T8M9DNSIX

3 (88,9 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z8M9S420-550D6M6DNSIX

3 (88,9 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z420-550D6M6T8M9DNSIX

3 (88,9 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z10M16S250-330D6M6DNSIX

3 1/2 (101,6 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z250-330D6M6T10M16DNSIX

3 1/2 (101,6 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z10M16S330-420D6M6DNSIX 3 1/2 (101,6 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z330-420D6M6T10M16DNSIX 3 1/2 (101,6 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z10M16S420-550D6M6DNSIX 3 1/2 (101,6 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z420-550D6M6T10M16DNSIX 3 1/2 (101,6 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330) 3,93 (100) 5,90 (150)

1/2 (M12)

Z11M43S250-330D6M6DNSIX

4 (114,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z250-330D6M6T11M43DNSIX

4 (114,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z11M43S330-420D6M6DNSIX

4 (114,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z330-420D6M6T11M43DNSIX

4 (114,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z11M43S420-550D6M6DNSIX

4 (114,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z420-550D6M6T11M43DNSIX

4 (114,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z14M13S250-330D6M6DNSIX

5 (141,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z250-330D6M6T14M13DNSIX

5 (141,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z14M13S330-420D6M6DNSIX

5 (141,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z330-420D6M6T14M13DNSIX

5 (141,3 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z14M13S420-550D6M6DNSIX

5 (141,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z420-550D6M6T14M13DNSIX

5 (141,3 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z16M82S250-330D6M6DNSIX

6 (168,2 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z250-330D6M6T16M82DNSIX

6 (168,2 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z16M82S330-420D6M6DNSIX

6 (168,2 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z330-420D6M6T16M82DNSIX

6 (168,2 mm)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Z16M82S420-550D6M6DNSIX

6 (168,2 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150)

5/8 (M16)

1/2 (M12)

Z420-550D6M6T16M82DNSIX

6 (168,2 mm)

2000MCM (41,40 mm) 3500MCM (54,81 mm)

13 (330)

4,57 (116) 5,90 (150) 5/8 (M16)

1/2 (M12)

Part number

Pipe size IPS inch (mm)

Cable inch (mm)

Z6M03S250-330D6M6DNSIX

2 (60,3 mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

Z6M03S330-420D6M6DNSIX

2 (60,3 mm)

Z6M03S420-550D6M6DNSIX

C inch (mm)

B inch (mm)

D inch (mm)

A2 - 70

Substation equipment - NAM catalog | ©Sicame Group 2025

C inch (mm)

B inch (mm)

D inch (mm)

Bolts Bolts (tube) (cable) inch (mm) inch (mm)

Bundle connectors

ZSD (tube-cable)

Straight terminal

Support for cable

ZDA (cable)

Up To

500 kV

ZLHDB

Up To

A2 - 70

345 kV

B inch (mm)

C inch (mm)

L inch (mm)

W inch (mm)

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,88 (150) 13 (330)

3 (76)

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,88 (150) 13 (330)

4 1/2 (115)

Z250-330D6M6A6NSIX

700MCM (24,48 mm) 1250MCM (32,7 mm)

5,88 (150) 13 (330)

Z330-420D6M6A3NSIX

1250MCM (32,7 mm) 2000MCM (41,40 mm)

Z330-420D6M6A44NSIX

Z330-420D6M6A6NSIX

T inch (mm)

A2 - 70

Current A

Part number

Cable inch (mm)

B inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

0,79 (20) 1/2 (M12)

2,000

ZLH100-240D6M6B5NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1,97 (50)

13 (330) 3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12) 3/8 (M10)

4 (102)

0,79 (20) 1/2 (M12)

2,000

ZLH100-240D6M6B7NSIX

1/0 (9,36 mm) 650MCM (23,58 mm)

1,97 (50)

13 (330) 3,54 (90)

7 (178)

8,3 (212)

0,7 (18)

0,6 (15) 3/8 (M10)

4 1/2 (115)

6 (152)

0,79 (20) 1/2 (M12)

2,000

ZLH240-330D6M6B5NSIX

700MCM (24,48 mm) 1,97 (50) 1250MCM (32,7 mm)

13 (330) 3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

5,88 (150) 13 (330)

3 (76)

0,79 (20) 1/2 (M12)

2,000

ZLH240-330D6M6B7NSIX

700MCM (24,48 mm) 1,97 (50) 1250MCM (32,7 mm)

13 (330) 3,54 (90)

7 (178)

8,3 (212)

0,7 (18)

0,6 (15)

1/2 (M12)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,88 (150) 13 (330)

4 1/2 (115)

4 (102)

0,79 (20) 1/2 (M12)

2,000

ZLH330-420D6M6B5NSIX

1300MCM (33,4 mm) 1,97 (50) 2000MCM (41,40 mm)

13 (330) 3,54 (90)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

1250MCM (32,7 mm) 2000MCM (41,40 mm)

5,88 (150) 13 (330)

4 1/2 (115)

6 (152)

0,79 (20) 1/2 (M12)

2,000

ZLH330-420D6M6B7NSIX

1300MCM (33,4 mm) 1,97 (50) 2000MCM (41,40 mm)

13 (330) 3,54 (90)

7 (178)

8,3 (212)

0,7 (18)

0,6 (15)

1/2 (M12)

Z420-550D6M6A3NSIX

2000MCM (41,40 mm) 5,88 (150) 13 (330) 3500MCM (54,81 mm)

3 (76)

0,79 (20) 1/2 (M12)

2,000

ZLH420-550D6M6B5NSIX

2250MCM (43,92 mm) 2,55 (65) 13 (330) 3,54 (90) 3500MCM (54,81 mm)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12) 5/8 (M16)

Z420-550D6M6A44NSIX

2000MCM (41,40 mm) 5,88 (150) 13 (330) 3500MCM (54,81 mm)

4 1/2 (115)

4 (102)

0,79 (20) 1/2 (M12)

2,000

ZLH420-550D6M6B7NSIX

2250MCM (43,92 mm) 2,55 (65) 13 (330) 3,54 (90) 3500MCM (54,81 mm)

7 (178)

8,3 (212)

0,7 (18)

0,6 (15) 5/8 (M16)

Z420-550D6M6A6NSIX

2000MCM (41,40 mm) 5,88 (150) 13 (330) 3500MCM (54,81 mm)

4 1/2 (115)

6 (152)

0,79 (20) 1/2 (M12)

2,000

Pad type

Cable inch (mm)

Z250-330D6M6A3NSIX

Z250-330D6M6A44NSIX

Bolts inch

C inch (mm)

H inch (mm)

Bolts inch

Supports

Bundle connectors

Part number

Substation equipment - NAM catalog | ©Sicame Group 2025

Support for tube

Straight expansion terminal

SXHB

Up To

500 kV

SXA

Up To

A2 - 70

500 kV

A2 - 70

Part number

Pad type

Pipe size IPS inch (mm)

B inch (mm)

L inch (mm)

W inch (mm)

T inch (mm)

Bolts inch (mm)

Current A

1/2 (M12)

S6M03XA3NC2NSIX

2 (60,3 mm)

1,97 (50)

3 (76)

1 (25)

1,24 (31,7)

1/2 (M12)

2000

0,5 (12)

1/2 (M12)

S6M03XA44NC2NSIX

2 (60,3 mm)

1,97 (50)

4 (102)

0,78 (20)

1,24 (31,7)

1/2 (M12)

2000

0,7 (18)

0,5 (12)

1/2 (M12)

S7M3XA3NC2NSIX

2 1/2 (73 mm)

1,97 (50)

3 (76)

1 (25)

1,24 (31,7)

1/2 (M12)

2000

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

S7M3XA44NC2NSIX

2 1/2 (73 mm)

1,97 (50)

4 (102)

0,78 (20)

1,24 (31,7)

1/2 (M12)

2000

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

S8M9XA3ND2NSIX

3 (88,9 mm)

1,97 (50)

3 (76)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

3,125 (80)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1/2 (M12)

S8M9XA44ND2NSIX

3 (88,9 mm)

1,97 (50)

4 (102)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

1,97 (50)

3,62 (92)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

S10M16XA3ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

3 (76)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

3 (88,9 mm)

1,97 (50)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

S10M16XA44ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

SXH8M9B7G92NSIX

3 (88,9 mm)

1,97 (50)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1/2 (M12)

S10M16XA6ND2NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 1/2 (M12)

2500

SXH10M16B3G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1/2 (M12)

S11M43XA3ND2NSIX

4 (114,3 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH10M16B5G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1/2 (M12)

S11M43XA44ND2NSIX

4 (114,3 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH10M16B7G102NSIX

3 1/2 (101,6 mm)

1,97 (50)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1/2 (M12)

S11M43XA6ND3NSIX

4 (114,3 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

SXH11M43B3G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

S14M13XA3ND2NSIX

5 (141,3 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH11M43B5G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

S14M13XA44ND2NSIX

5 (141,3 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH11M43B7G114NSIX

4 (114,3 mm)

2,28 (58)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

S14M13XA6ND3NSIX

5 (141,3 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

SXH14M13B3G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

S16M8XA3ND2NSIX

6 (168,2 mm)

4,57 (116)

3 (76)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH14M13B5G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

S16M8XA44ND2NSIX

6 (168,2 mm)

4,57 (116)

4 (102)

1 (25)

1,54 (39,2) 5/8 (M16)

2500

SXH14M13B7G127NSIX

5 (141,3 mm)

2,28 (58)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

S16M8XA6ND3NSIX

6 (168,2 mm)

4,57 (116)

4 (102)

6 (152)

1 (25)

1,54 (39,2) 5/8 (M16)

3800

SXH16M8B3G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

5/8 (M16)

SXH16M8B5G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

5/8 (M16)

SXH16M8B7G140NSIX

6 (168,2 mm)

2,28 (58)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

5/8 (M16)

Pipe size IPS inch (mm)

B H BCD D E T Bolts inch (mm) inch (mm) inch (mm) inch (mm) inch (mm) inch (mm) inch (mm)

SXH6M03B3G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

SXH6M03B5G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

SXH6M03B7G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

SXH7M3B3G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

SXH7M3B5G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

SXH7M3B7G80NSIX

2 1/2 (73 mm)

1,97 (50)

SXH8M9B3G92NSIX

3 (88,9 mm)

SXH8M9B5G92NSIX

Nº Ø cables inch (mm)

Supports

Expansion connectors

Part number

Straight expansion support

Straight expansion support SXHSB

SXHSB

Fig. 2

Expansion connectors

Up To

Fig. 1

A2 - 70

500 kV

Fig. 1

A2 - 70

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

SXH6M03SB3C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH10M16SB7E2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

SXH6M03SB5C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH11M43SB5D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

3200

SXH6M03SB7C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,24 (31,7)

1/2 (M12)

2000

SXH11M43SB5C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

SXH7M3SB3D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH11M43SB7D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

3200

SXH7M3SB5D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH11M43SB7C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

SXH7M3SB7D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB5C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

SXH8M9SB5D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB5D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

SXH8M9SB5E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH14M13SB7C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

SXH8M9SB7D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

SXH14M13SB7D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

SXH8M9SB7E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

SXH16M8SB5D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

SXH10M16SB5D2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

SXH16M8SB5E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

6000

SXH10M16SB5E2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

SXH16M8SB7D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

SXH10M16SB7D2G102NSIX

3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

SXH16M8SB7E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

6000

Expansion connectors

Up To

500 kV

Fig. 2

Straight expansion support

WSXHSB

Fig. 2

Expansion connectors

Up To

Fig. 1

A2 - 70

500 kV

Part number

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

WSXH6M03SB3C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

1,24 (31,7)

1/2 (M12)

WSXH6M03SB5C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

WSXH6M03SB7C2G70NSIX

2 (60,3 mm)

1,97 (50)

2,75 (70)

7 (178)

8,35 (212)

0,7 (18)

0,5 (12)

WSXH7M3SB3D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

3 (76)

4,33 (110)

0,55 (14)

0,5 (12)

WSXH7M3SB5D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

5 (127)

6,3 (160)

0,7 (18)

WSXH7M3SB7D2G80NSIX

2 1/2 (73 mm)

1,97 (50)

3,125 (80)

7 (178)

8,35 (212)

WSXH8M9SB5D2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

5 (127)

WSXH8M9SB5E2G92NSIX

3 (88,9 mm)

3,93 (100)

3,62 (92)

WSXH8M9SB7D2G92NSIX

3 (88,9 mm)

3,93 (100)

WSXH8M9SB7E2G92NSIX

3 (88,9 mm)

3,93 (100)

WSXH10M16SB5D2G102NSIX 3,5 (101,6 mm)

Fig. 1

A2 - 70

Pipe size IPS inch (mm)

B inch (mm)

Fig No

H inch (mm)

BCD inch (mm)

D inch (mm)

E inch (mm)

T inch (mm)

Nº cables

Ø inch (mm)

Bolts inch (mm)

Current A

2000

WSXH10M16SB7E2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

1/2 (M12)

2000

WSXH11M43SB5D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

3200

1,24 (31,7)

1/2 (M12)

2000

WSXH11M43SB5C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

1,54 (39,2)

1/2 (M12)

2400

WSXH11M43SB7D2G114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

3200

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

WSXH11M43SB7C4DG114NSIX

4 (114,3 mm)

4,57 (116)

4,48 (114)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

WSXH14M13SB5C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,24 (31,7)

5/8 (M16)

3600

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

WSXH14M13SB5D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

WSXH14M13SB7C4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,24 (31,7)

5/8 (M16)

3600

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

WSXH14M13SB7D4DG127NSIX

5 (141,3 mm)

4,57 (116)

5 (127)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

3,62 (92)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

1/2 (M12)

3200

WSXH16M8SB5D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

5/8 (M16)

4500

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,54 (39,2)

1/2 (M12)

2400

WSXH16M8SB5E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

5/8 (M16)

6000

WSXH10M16SB5E2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

5 (127)

6,3 (160)

0,7 (18)

0,5 (12)

1,76 (44,8)

1/2 (M12)

3200

WSXH16M8SB7D4DG140NSIX

6 (168,2 mm)

4,57 (116)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

5/8 (M16)

4500

WSXH10M16SB7D2G102NSIX 3,5 (101,6 mm)

3,93 (100)

4 (102)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,54 (39,2)

1/2 (M12)

2400

WSXH16M8SB7E4DG140NSIX

6 (168,2 mm)

6,85 (174)

5,51 (140)

7 (178)

8,35 (212)

0,7 (18)

0,6 (15)

1,76 (44,8)

5/8 (M16)

6000

Part number

Expansion connectors

Up To

500 kV

Fig. 2

Spacers

Corona end cap

ZCD

ZCBB °

Up To

500 kV

Up To

A2 - 70

500 kV

A2 - 70

B inch (mm)

C inch (mm)

Bolts inch

Part number

Pipe size IPS inch (mm)

B inch (mm)

C inch (mm)

D inch (mm)

ZCD250-330D3NSIX

700MCM (24,48 mm) - 1250MCM (32,7 mm)

2,16 (55)

5,9 (150)

1/2 (M12)

ZCBB18A

2 (60,3 mm)

230

175

195

ZCD330-420D3NSIX

1250MCM (32,7 mm) - 2000MCM (41,40 mm)

2,16 (55)

5,9 (150)

1/2 (M12)

ZCBB19A

2,5 (73 mm)

230

175

195

ZCD420-550D3NSIX

2000MCM (41,40 mm) - 3500MCM (54,81 mm)

2,55 (65)

5,9 (150)

5/8 (M16)

ZCBB20A

3 (88,9 mm)

260

190

210

ZCD250-330D6M6NSIX

700MCM (24,48 mm) - 1250MCM (32,7 mm)

2,16 (55)

13 (330)

1/2 (M12)

ZCBB21A

3,5 (101,6 mm)

280

200

220

ZCD330-420D6M6NSIX

1250MCM (32,7 mm) - 2000MCM (41,40 mm)

2,16 (55)

13 (330)

1/2 (M12)

ZCBB22A

4 (114,3 mm)

280

200

220

ZCD420-550D6M6NSIX

2000MCM (41,40 mm) - 3500MCM (54,81 mm)

2,55 (65)

13 (330)

5/8 (M16)

ZCBB24A

5 (141,3 mm)

305

200

230

ZCBB86A

6 (168,2 mm)

400

280

310

Accessories

Cable inch (mm)

Accessories

Part number

Hardware shield STS

Fig. 1

Up To

A2 - 70

Fig. 2 Part number

Figure

STS44N

STS6N

Accessories

500 kV

04 Special solutions

Busbar vibration damper

Busbar adjustable connector

Solution for HVDC converters

90 83

Special solutions

Special solutions Table dimensions: Damper model

High voltage (HV) and ultra high voltage (UHV) substations are, depending on their geographical location, exposed to climatic conditions: special wind. The wind causes sinusoidal turbulence to the substation busbars that in return causes variations in the carrying capacity with the fluid (air) moving in the same way as on an airplane’s wing.

Fig

1140

330

565

110

695

110

780

100

1140

330

565

105

SDAM73ENS

695

105

SDAM89BNS

1140

330

565

115

695

115

SDAM89FNS

780

115

SDAM101BNS

1140

330

565

125

695

125

SDAM101FNS

780

125

SDAM114ANS

1300

106

440

1140

106

330

565

135

SDAM114ENS

695

135

SDAM114FNS

780

135

SDAM143ANS

1300

106

440

SDAM143BNS

1140

106

330

1550

106

670

565

150

SDAM143ENS

695

150

SDAM143FNS

780

150

SDAM168ANS

1300

106

440

SDAM168BNS

1140

106

330

1550

106

670

565

160

SDAM168ENS

695

160

SDAM168FNS

780

160

SDAM219ANS

1300

120

440

SDAM219BNS

1140

120

330

1550

120

670

565

190

SDAM219ENS

695

190

SDAM219FNS

780

190

SDAM60BNS SDAM60DNS SDAM60ENS

Damper A, B & C

SDAM73BNS SDAM73DNS

SDAM89DNS SDAM89ENS

Fig. 1

SDAM101DNS SDAM101ENS

The most common solution to date is to place a cable inside the tube. But this cheap method is not satisfactory as the cable subjected to the vibrations may come out of the tube if the end caps are not properly tightened or welded they could be loose, creating a short circuit when they touch the ground.

Being aware that the various current solutions are neither technically nor economically satisfactory, SBI Connectors in consultation with SALVI requested the participation of Milan (Italy) and Stellenbosh (South Africa) Polytechnic Universities in researching a new generation of dampers: the busbar damper.

Damper D & E

SDAM143CNS SDAM143DNS

Fig. 2

This new generation is suitable for the majority of situations and is highly efficient. Following positive results from the experimental tests, the new damper offers the following advantages:

SDAM168CNS SDAM168DNS

• Protects and lengthens the lifetime station equipment • N o maintenance is required because the counterpoise’s initial fixed setting • Provides almost total dissipation of vibrations caused by wind

Damper F

• Can be adapted to all existing stations Special solutions

"2-1/2"" IPS (73 mm)"

W"3"" IPS (88,9 mm)"

3-1/2" IPS

SDAM114BNS SDAM114DNS

Furthermore, if the cable within the conductor starts to vibrate, it may produce a noise that would be registered as a false-positive for a malfunction.

"2"" IPS (60,3 mm)"

SDAM60FNS

In certain frequency conditions, busbars that are exposed to the wind can reach its natural resonance frequency (low frequency) that creates severe vibrations that can damage the installation. To solve this problem, a means of shock-absorption must be fitted to the tube that opposes and dissipates the vibration, taking into account the tube’s natural resonance frequency.

O.D

SDAM219CNS

• Simple, quick configuration

SDAM219DNS

• Cost effective

"4"" IPS (114,3 mm)"

"5"" IPS (141,3 m)"

"6"" IPS (168,3 m)"

"8"" IPS (219,1 m)"

Fig. 3

Bolts

M12

M14

M16

Special solutions

Busbar vibration damper

Special solutions

Table selection: Damper model

Tube length O.D.

SDAM60BNS SDAM60DNS SDAM60ENS

Fig

"2"" IPS (60,3 mm)"

SDAM73BNS

1 "2-1/2"" IPS (73 mm)"

SDAM73ENS

SDAM89BNS

SDAM89ENS

SDAM89DNS

SDAM60FNS

SDAM73DNS

"3"" IPS (88,9 mm)"

2 2

SDAM89FNS

SDAM101BNS

SDAM101DNS

2 3-1/2" IPS

SDAM101ENS

SDAM101FNS

SDAM114ANS

SDAM114BNS

1 2

SDAM114ENS

SDAM114FNS

SDAM143ANS

SDAM143BNS

SDAM143CNS SDAM143DNS

"5"" IPS (141,3 m)"

1 2

SDAM143ENS

SDAM143FNS

SDAM168ANS

SDAM168BNS

SDAM168CNS SDAM168DNS

Special solutions

"4"" IPS (114,3 mm)"

"6"" IPS (168,3 m)"

1 2

SDAM168ENS

SDAM168FNS

SDAM219ANS

SDAM219BNS

SDAM219CNS SDAM219DNS

"8"" IPS (219,1 m)"

1 2

SDAM219ENS

SDAM219FNS

Special solutions

SDAM114DNS

Special solutions

Busbar adjustable connector current solution: Disadvantages of the current solution Angled busbar connections in most of the substations are obtained either by bending the tube or by welding an Aluminum sphere to join the tubes. Welding operation must be made on site, difficult to perform due to the precision required, the weather conditions and construction site constraints.

Easy installation Adjustable on site

Bending busbar operation must be done at the manufacturing plant using a special Aluminum alloy and heat treatment. This special manufacturing process increase the product cost. Special transport for bending busbars is also an additional expense. Adjustable connector that allows angular connections between Aluminum busbars from 60˚ to 180˚. Adjustable connector solution avoids bending or welding busbars in the substation and makes installation work faster, easier and more cost effective.

New Sicame solution: Elbow connector for busbar from 60˚ to 180˚. • Adjustable on site • Easy and fast installation • Cost effective

Ø 80 to 180 mm

Design type for busbars from Ø 80 to 180 mm and Ø 200 to 400 mm

Most usual angle configurations:

Special adjustable system with 5 bolts that assure a right contact surface performance and allow different angle configurations from 60˚ to 180˚ depends on the tube diameter. Angle adjustment is possible by keeping the central bolt fixed without connection disassembly.

Screw, washer and hexagonal nut A2 stainless steel. Available under requirement in A4 stainless steel.

Caps in gravity casting silicon aluminium alloy primary fusion.

Adjustable connector that allows angular connections between Aluminum busbars from 60˚ to 180˚. Ø 200 to 400 mm

Special solutions

Body in sand casting silicon aluminium alloy primary fusion.

60˚ connection

90˚ connection

Corona simulation Simulation parameters

120˚ connection

Possibility to connect different busbar diameters using the same adjustable system.

Special solutions

Adjustable connector solution avoids bending or welding busbars in the substation and makes installation work faster, easier and more cost effective.

Special solutions

Solution for HVDC converters

AC to DC converter station

Renewable Energy

HVDC (High Voltage Direct Current) Solutions

AC Transmission Line

DC to AC converter station

AC Transmission Line

Distribution Line

HVDC technology involves the transmission of electricity using direct current (DC) instead of alternating current (AC). In an HVDC system, electrical power is converted from AC to DC at a converter station, transmitted over long distances through DC transmission lines, and then converted back to AC at another converter station for distribution. The primary advantage of HVDC over traditional AC systems is its efficiency in long-distance transmission. AC power loses energy due to resistance and inductance in the transmission lines, especially over long distances. In contrast, HVDC transmission reduces these losses significantly, making it more efficient for distances exceeding 600 kilometers (approximately 373 miles). HVDC systems also offer improved stability and control. DC transmission allows for precise control of power flow, enabling grid operators to manage power distribution more effectively. This is particularly beneficial for integrating renewable energy sources, which can be intermittent and variable. Additionally, HVDC systems can connect asynchronous power grids, allowing for the interconnection of different regions with varying electrical standards.

These advancements in HVDC converter technology have had a significant impact on grid performance. They have enabled the construction of more efficient and reliable HVDC substations, capable of handling higher power capacities and supporting the integration of renewable energy sources. The improved efficiency and control provided by these technologies are essential for modernizing the power grid and meeting the growing demand for clean and reliable energy.

Special solutions

Recent advancements in HVDC technology have focused on enhancing the performance and reliability of converter stations, which are critical components of HVDC systems. Innovations in power electronics, such as voltage-sourced converters (VSCs), have played a significant role in this regard.

Sicame has extensive experience in the design and manufacture of connectors for HVDC station converters, and its products have been installed in several HVDC converter worldwide. Find here some examples of customized designs for HVDC converters applications.

05 Wildlife mitigation

Rip-stopTM insulating line hose

Fusing tape

Squirrel and woodpecker deterring pole wrap

Universal cutout and loadbreak cutout covers

100

Universal bushing + equipment covers

102

Raptor GuardTM spikes perching excluders

104 93

Wildlife mitigation

Wildlife mitigation Rip-stopTM insulating line hose

Length

I.D.

kV rating

ACSR range

Conductor range

Min qty

LH-038-50

50’/15.24 m

3/8”/.95 cm

<25 kV

#6-2/0 ACSR

0.175”-5”/44 cm- 1.27 cm

LH-038-50-KT *

50’/15.24 m

3/8”/.95 cm

<25 kV

#6-2/0 ACSR

0.175”-5”/44 cm- 1.27 cm

V-O

LH-063-50

50’/15.24 m

5/8”/1.59 cm

<34.5 kV

1/0-336 ACSR

.375”-.7”/.95 cm-1.78 cm

flame retardant

LH-063-50 KT *

50’/15.24 m

5/8”/1.59 cm

<34.5 kV

1/0-366 ACSR

.375”-.7”/ 95 cm-1.78 cm

LH-075-50

50’/15.24 m

3/4”/1.91 cm

<34.5 kV

266-477 ACSR

.6”-.9”/1.52 cm- 2.29 cm

LH-075-50-KT *

50’/15.24 m

3/4”/1.91 cm

<34.5 kV

266-477 ACSR

.6 -.9”/1.52 cm- 2.29 cm

LH-100-25

25’/7.62 m

1”/2.54 cm

<44 kV

397-715 ACSR

.74” - 1.1” / 1.88 cm - 2.8 cm

LH-100-25-KT *

25’/7.62 m

1” / 2.54 cm

<44 kV

397-715 ACSR

.74”-1.1”/1.88 cm-2.8 cm

LH-125-25

25’/7.62 m

1 1/4”/3.18 cm

<44 kV

715-1192 ACSR

1”-1.35”/2.54 cm- 3.43 cm

LH-125-25-KT *

25’/7.62 m

1 1/4”/3.18 cm

<44 kV

715-1192 ACSR

1”-1.35”/2.54 cm- 3.43 cm

LH-150-25

25’/7.62 m

1 1/2”/3.81 cm

<69 kV

1193-1780 ACSR

1.3” - 1.6” / 3.3 cm -4.06 cm

Part number

Line hose prevents electrocutions by insulating dangerous energized areas. It can be used on any bare or non-insulated area or wire to add insulating protection. Only tear resistant line hose in the industry • Best in class silicone Rip-stop deteriorate/get hard/brittle

line hose does not tear/

• Protects lines from contact-caused outages and adverse environmental conditions including vegetation, wildlife, weather, etc • Available in gray and hi-viz orange or yellow

Very hotstick friendly

• 50% overlap provides superior coverage • 35 kV insulation rating

Color

• V-0 flame retardant material • Easy hot stick or glove install

Rated for systems up to 345 kV

Ø1.2 Ø.75

0.16 Maximum Thickness

Wildlife mitigation

50' Length Roll

LHT-038

Hotstick compatible installation tool for LH-038

LHT-038-R

Hotstick compatible installation tool set for full span installation of LH-038 rolls

LHT-063-075

Hotstick compatible installation tool for LH-063 and LH-075

LHT-100-125

Hotstick compatible installation tool for LH-100 and LH-125

LHT-150

Hotstick compatible installation tool for LH-150

Tests

Results

IEEE 1656/5.2 wet withstand

>20 kV

Tear strength

46.5 KN/M

ASTM D257-14 volume resistivity

5.20X10^16 OHMS/cm

ASTM D257-14 surface resistance

1.61X10^12 OHMS

ASTM D257-14 insulation resistance

2.94X10^12 OHMS

ISO 37:2017 elongation at break

414%

ISO 7619-1:2010 shore hardness

62 SHORE A

ASTM D573-04 heat resistance

200°C/72 hrs 414% elongation, 65 shore A

IEEE 1656/5.6 ULtraviolet aging / ASTM G-155

1,000 hrs

UL 94 flammability of plastic materials

V-0

ASTM D149 dielectric strength

287 V/MIL (11.3 kV/mm)

ASTM D 3638 comparative tracking index

526 V

ASTM D150-18 dielectric constant and dissipation factor

2.96 // 0.004

ISO 812 brittleness temperature

>-94°F (-70°C)

Wildlife mitigation

Tools

Wildlife mitigation

Fusing tape Fusing tape provides an irreversible bond that is resistant to moisture, oxygen, ozone, UV, and corona over a wide temperature range

• Will not tear once sealed

Length

Width

kV rating

Min qty

Conductor diameter

FTP-200

36’/10.97 m

2” / .05 cm

<15 kV per layer with proper installation

10 sets (30 total)

Tests

Results

ASTM D142 elongation at break

500%

V-O

ASTM D149 dielectric strength

684 V/MIL (26.9 kV/mm)

flame retardant

ASTM D142 tensile strength

1458 PSI (10053 kV/mm)

Temperature range

-60°F to -400°F (-51°C to -204°C)

• Self fuses to seal • Provides irreversible bond, but bonds only to itself

Part number

• Protects over a wide temperature range • Insulation barrier is resistant to moisture, oxygen, ozone, UV, and corona • >15 kV phase-to-ground insulation rating per layer when installed with 2/3 overlap and 10% stretch • >69 kV insulation available with additional layers ackaged in 2” x 36’ roll - trim as needed •P

Rated for <69 kV insulation

• V-0 flame retardant material

Wildlife mitigation

• Easy to use > install video

Wildlife mitigation

Squirrel and woodpecker deterring pole wrap Pole wrap is a cost effective solution for deterring climbing animals from interference with energized connections and equipment.

Part number

Length

Height

Pkg

PW-040-1-G

100’ / 2.54 m

30”/76.2 cm

PW-040-1-3-G

36” / .91 m

30”/76.2 cm

Color

kV rating

Min qty

1 Roll

< 30

20 Sheets

< 30

Widest coverage in the industry • Smooth, glossy exterior deters climbing animals on poles and substation fencing

V-O

• Prevents woodpeckers from landing/attaching to the surface and causing structural damage to the pole

flame retardant

• Textured interior helps prevent accelerated pole rot - only one of its kind in the industry

Tests

Results

ASTM D-149 Dielectric strength

>30 kV @ .040"

ASTM D1822 Tensile impact

>200 FT-LB/IN

ASTM D746 Low temperature brittleness

-79°C

ASTM D1693 Environmental stress crack resistance

>1,000 hrs

• 30” of coverage, can be overlapped for extended coverage • UV resistant polymer prevents accelerated weathering

Rated at <30 kV insulation

• V-0 flame retardant material available • Lineman climbable / affable • Non conductive - provides <30 kV insulation per layer

Wildlife mitigation

.04

Wildlife mitigation

Universal cutout and loadbreak cutout covers Cutout covers insulate exposed portions of cutout equipment to prevent electrocution events and power outages.

Part number

Fit

Shed diameter

kV rating

Min qty

CT-D02

most polymer and porcelain 100 and 200 amp cutouts

<3”/7.62 cm

<35

CT-D04

ABB, Hubbell-Chance, Aluma-Form and Maclean style loadbreak cutouts (shed widths up to 5”)

<5”/12.7 cm

<35

Adjusts to fit • Only adjustable cover in the industry

V-O flame retardant

• > Standard cover clips provide 2” (5 cm) height adjustment for universal secure fit on most polymer and porcelain 100 and 200 amp cutouts • > Loadbreak cover features Raptor ClawTM roto lock for adjustable internal diameter, providing a universal secure fit on ABB, Hubbell-Chance, Aluma-Form and Maclean style loadbreak cutouts (shed widths up to 5”)

Very hotstick friendly

• N eck adjusts to the size of the cutout for a tight and secure universal fit • Fully covers all energized portions • A llows insulator sheds to naturally clean • Open design allows for easy access during inspections • S tandard cover allows for load break tool access

Rated at <35 kV

• V -0 flame retardant material

insulation

• H ot stick friendly, snaps into position, no locking pins

Tests

Results

IEEE 1656 / 5.2 wet withstand

>18 kV

IEEE 1656 / 5.3 wet power frequency flashover

>95%

IEEE 1656 / 5.4 lightning impulse withstand

125 kV

IEEE 1656 / 5.5 cold temperature test

Passed/-25°C

IEEE 1656 / 5.6 ultraviolet aging

5,000 hrs

Wind retention

>90 MPH

UL 94 flammability of plastic materials

V-0

ASTM D149 dielectric strength

467 V/MIL (18.4 kV/mm)

ASTM D2303 inclined plane tracking and erosion: initial tracking (variable voltage)

4.0 kV

ASTM D638 tensile strength @ yield

2,400 PSI (17 MPA)

ASTM D790 flexural modulus

140,000 PSI (966 MPA)

Regulatory

Rohs compliant

1.5 7.5

Ø0.6 Ø0.6

Ø0.6 6.3

Wildlife mitigation

Hotstick Attachment Point

100

101

Wildlife mitigation

Universal bushing + equipment covers Equipment covers insulate connection points between the conductor and the equipment to prevent electrocution events and power outages. Adjusts to fit

V-O

• Only adjustable cover in the industry

flame retardant

• > Small cover fits sheds up to 4” (10.16 cm) wide x 6” (15.24 cm) tall to fit most transformer bushings • > Medium cover fits sheds up to 5.5” (13.97 cm x 20.32 cm) wide x 8” tall to fit most reclosers and regulators • Clam shell design adjusts to the size of the equipment for a tight and secure universal fit

Very hotstick friendly

• No-wear hinges provide superior durability (no tape needed!)

Part number

Shed diameter

Rod diameter

Height

kV rating

Min qty

BC-D01

< 4”/10.16 cm

< 2.5”/6.35 cm

< 6”/15.24 cm

< 35

BC-D02

< 5.5”/13.97 cm

< 3”/7.62 cm

< 8”/20.32 cm

< 35

Tests

Results

IEEE 1656 / 5.2 wet withstand

>18 kV

IEEE 1656 / 5.6 ultraviolet aging

5,000 hrs

UL 94 flammability of plastic materials

V-0

ASTM D149 dielectric strength

467 V/MIL (18.4 kV/mm)

ASTM D2303 inclined plane tracking and erosion: initial tracking (variable voltage)

4.0 kV

ASTM D638 tensile strength @ yield

2,400 PSI (17 MPA)"

ASTM D790 flexural modulus

140,000 PSI (966 MPA)

Regulatory

Rohs compliant

• Multiple entry/exit options • Full topside closure for superior salt, air pollution, ozone, dust, and other contaminate protection Rated at <35 kV

• Multiple hotstick attachment points

insulation

• V-0 flame retardant material • Easy hotstick install-no locking pins • Small cover is infrared friendly

7.6

Bolt and Snap-in Nut for Size Adjustment

7.6

Wildlife mitigation

7.5

102

103

Wildlife mitigation

Raptor GuardTM spikes perching excluders

Part number

Coverage

Mount type

Min qty

RGSP-12-EC *

12”/ 30.48 cm

Cross arm

RGSP-24

24” / 60.96 cm

Cross arm

RGSP-24-EC *

24” / 60.96 cm

Cross arm

V-O

RGSP-36

36” / 91.44 cm

Cross arm

flame retardant

RGSP-36-EC *

36” / 91.44 cm

Cross arm

RGSP-48

48” / 121.92 cm

Cross arm

RGSP-48-EC *

48” / 121.92 cm

Cross arm

Perching excluders on transmission structures isolate dangerous energized areas and deter birds of prey from using structures as hunting perches. Adjusts to fit • Blunt-tipped solid fiberglass spikes deter perching, as proven by live flight cage raptor tests conducted in collaboration with the Rocky Mountain Raptor program • Engineered to maintain structural integrity under extreme environmental conditions for decades • Durability and effectiveness have been highlighted in the pilot programs by the Washington State fish and wildlife and the bureau of land management

* Spikes with EC feature additional side spike extension to cover vertical insulators or ends of arm.

Very hotstick friendly

• Optional side extension covers vertical insulators or ends of cross arm Rated for all

• Modular design allows for custom lengths

Tests

Results

UL 746C outdoor weatherability

UL-94 flammability

V-0 // 5VA @ .118"thickness

ASTM D-256 impact strength

23.0 FT-LB/IN

ASTM D695 flexural stress

3,810 PSI

voltages

• Magnetic hot stick install option is available • WW UL 94 V-0 flame retardant material

Spikes with extra coverage

Wildlife mitigation

Standard spikes

Base options - Flat

104

105

06 Grounding and short circuiting equipment

106

Earthing and short-circuiting clamps for busbars and line conductors

108

Earthing and short-circuiting clamp for bare overhead conductors

110

C type cooper connectors

111

Self-extending copper-steel rods

112

Connector heads for earthing rods

113

Improvement of earthing systems

114

Exothermic connection

115 107

Grounding and short circuiting equipment

Grounding and short circuiting equipment Earthing and short-circuiting clamps for busbars and line conductors

Use: • Grounding and shorting of bare rigid cylindrical conductors (Tubes and earth bars) • For medium and high voltage substations • Maximum short circuit current Isc: 40 kA / 1s

Characteristics: • 4 sizes of clamps for conductors from 4 to 225 mm • 3 drives available: bayonet, hexagonal, ring • 2 range levels: Pro and Expert

MT-736-065-PE

MT-736-085-XH Expert

Metric screw tightening:

ACME screw tightening:

Metric screw tightening involves applying a specific torque to a screw to ensure proper clamping force.

Quick tightening for more productivity.

Part number

Range tightening (mm)

MT-736-065-PE MT-736-065-PH

Drive Bayonet 15 mm

Hexagonal 26 mm

Ø 4 - 65

MT-736-085-P

MT-736-150-PH

Ø 40 - 150

MT-736-150-P

MT-736-225-PE MT-736-225-PH

Ø 110 -225

x x Ø 10 - 85

x Ø 40 - 150

MT-736-225-P

Example: MT-736-085-XH clamp type MT-736 for bare conductors from 10 to 85 mm with an ACME quick screw driven by a hexagonal fitting end.

MT-736-XXX-XX

MT-736-150-X

MT-736-225-XH

x x

MT-736-225-XE

Ring

MT-736-065-X

MT-736-150-XH

Hexagonal 26 mm

MT-736-065-X

MT-736-150-XE

Bayonet 15 mm

Ø 4 - 65

MT-736-085-XH

Drive

MT-736-085-XE

MT-736-150-PE

Range tightening (mm)

MT-736-065-XH

Ø 10 - 85

Part number MT-736-065-XE

MT-736-085-PE MT-736-085-PH

Ring

MT-736-065-P

Grounding and short circuiting equipment

MT-736-225-XH

x Ø 110 - 225

MT-736-225-X

Grounding and short circuiting equipment

Pro

MT-736-150-XE

Range taking

• 0 65”for conductors from 4 to 65 mm • 085”for conductors from 10 to 85 mm • 1 50”for conductors from 40 to 150 mm • 225”for conductors from 110 to 225 mm

The products

Screw operating fitting end

• 24 references to cover all applications

• “E” Bayonet 15 mm • “H” Hexagonal 26 mm • “” Ring

• Bayonet, hexagonal or ring drive • Maximum ICC of 40 kA / 1s

Set screw type

• “ P” ISO screws • “X” ACME screws 108

109

Grounding and short circuiting equipment

Earthing and short-circuiting clamp for bare overhead conductors

C type cooper connectors

• Easy removal: New oversized ring to facilitate gripping with the hook of the clamp holder

• Application Cu-Cu splices and shunts in overhead lines and ground connections. Pure electrolytic copper with a (C) shape

• Improved connectivity: For use with Ø ≥ 12 mm and ≤ 13 mm bolt for terminal tightening

• Without cutting the main cable

Use:

• Contact a specialist for details on the crimping tools

New range: Type

Isc

MT-613

Pre-Arming

23 kA / 1s (High power spring)

MT-613/1

Automatic

23 kA / 1s (High power spring)

MT-613/2

Automatic

8 kA / 1s (Low power spring)

MT-613/3

Pre-Arming

8 kA / 1s (Low power spring)

Grounding and short circuiting equipment

YC1O

9,8

YC8

12,7

C25PM

Principal conductor (mm2)

Secondary conductor (mm2)

Min

Max

Min

Max

6,4

2,5

1,5

12,6

8,4

1,5

11,9

C16

11,5

2 x 1,5

VC4C6

17,7

19,3

11,9

2,5

YC4

17,7

11,9

C25

24,3

29,3

C35

26,5

The products

YC2C2

21,2

26,5

15,6

● Design: Improved ergonomics

C50

26,5

17,2

● Better ISC: For more safety

YC26C2

33,1

20,4

● Improved connectivity: For all uses

YC26

34,1

C95-35

100

C75

YC28

39,6

25,1

100

YC29

100

125

YC31C28

27,2

44,1

27,2

150

185

100

YC240C120

22,4

150

240

120

C150

150

C185

150

185

150

YC120C070

18,5

23,5

120

YC12OC

21,8

52,5

120

YC240C070

22,4

150

240

YC240C

150

240

150

240

● Productivity: Even more competitive

Old design

Reference

New design

Compatible clamp holder trays: For automatic grippers: MT-613/1 & MT-613/2 • Tray for 3 clamps: MT-630-C / K / S; MT-635-C • Tray for 4 clamps: MT-634-C / K

For pre-cocking clamps: MT-613 & MT-613/3 • Tray for 3 clamps: MT-635/1-K; MT-633-C / K / S • Tray for 4 clamps: MT-634/1-C / K

110

111

Grounding and short circuiting equipment

Reference

Grounding and short circuiting equipment

Self-extending copper-steel rods

Connector heads for earthing rods

Self-extending copper-steel rods (round shape, module 19, ø 17.3 mm)

Connector heads for earthing rod.

Network type: LV

Network type: LV Ø 17,3 mm

Application:

• For the evacuation of fault currents to earth

• H ead/rod connection obtained by conical press-fitting with force

• S elf-extending rods: the lower end of each rod has a point intended both for driving in and connecting; the upper end is pierced, receiving, without any sleeve, the point of the previous rod

• H ead/cable connection made by striking a stainless steel peg located in the upper part of the head. This strike guarantees the connection head/posts and head/cable • F or earthing rods: Ø 17,3 mm copper-steel and Ø 16 mm stainless-steel

Features:

• R ight-angled running through copper cable 25-29 mm 2

• Steel with copper electroplating: minimum thickness 350 μm • Resistance: ≥70 daN/mm 2

A3MC-..-

Profile

Use EN

Diameter (mm)

Weight (kg)

A3MC-..-

Part number

Connector

A3MC-10Z

Cosses C2C-95Z, TO-2-19 and TO-3-16/19

Circular

Auto-extending

17.3

1,8

1 000

A3MC-15Z

Cosses C2C-95Z, TO-2-19 and TO-3-16/19

Circular

Auto-extending

17.3

2,75

1 500

Part number

Fitting

Mounting

Diameter (mm)

Capacity

Height (mm)

Weight (kg)

TFT-16/17

Copper steel stake D. 17.3 mm and steel

Copper steel stake D. 17.3 mm and stainless steel D. 16 mm

Cu 25 / 29 mm2

0,15

Length (mm)

Accessories: • Driving pins: CH-MZ, CH-LMZ and CH-MP • Connection terminals: C2C-95Z, TO-2-19 and TO-3-16/19

Grounding and short circuiting equipment

C2C-95Z

112

113

Grounding and short circuiting equipment

Improvement of earthing systems

Exothermic connection

The ultimate solution for safe and reliable exothermic connections

Improvement of earthing systems.

Cat’advanced weld consists of the following components:

Network type: LV | Standards: IEC 62561-7

Graphite mold

Application:

Ref. CEW-XXXXXXX

Cup of welding powder

• M aterial of very high conductivity which considerably improves the efficiency of earth circuits

Ref. CEW-WPWW

• S pread around the earth conductors at the bottom of the trench, it allows to locally reduce earth resistance and impedance

Handle clamp Ref. CEW-HC

• Can be used dry or mixed with water

Electronic ignitor

Physical and chemical features:

Lead interface

Ref. CEW-EI

• Solubility in water: not very important • Specific gravity (H 2O=1): 0.9 • Melting temperature: 3500°C • Appearance: grey powder

LED display screen: - battery level status - number of welds performed

Composition:

2 switch buttons

• Aluminum silicate hydroxide • Carbon • Hydraulic binders

Safety light

• Quartz crystals • Dust fixing oil

Gloveasy

Reference

Height (mm)

Width (mm)

Depth (mm)

Weight (kg)

TR-115

500

150

300

11,5

Product

Characteristics

Ref. to order separatly

Grounding and short circuiting equipment

Mechanical strength 4 rechargeable lithium batteries (18650 type)

High-quality electrical connection and high conductivity

114

115

Grounding and short circuiting equipment

• Sulphur

Grounding and short circuiting equipment

Superior performance: • High-quality electrical connection: Achieves a molecular bond that ensures long-lasting durability

Connection type

Illustration

• Corrosion resistance: Designed to withstand harsh environments, ensuring reliability over time • High conductivity: Ensures optimal electrical performance • Mechanical strength: Exceptional resistance to mechanical stresses

User-friendly:

T connection

• Fast installation: No need to handle welding metal - simply “plug and play” • Easy to use: Simplified installation to reduce the risk of error

Secondary conductor in mm2

Mold reference

Welding powder Reference

CEW-025T025

CEW-WP65

CEW-035T025

CEW-WP65

CEW-035T035

CEW-WP65

CEW-050T035

CEW-WP65

CEW-050T050

CEW-WP90

CEW-070T050

CEW-WP90

CEW-070T070

CEW-WP90

CEW-095T070

CEW-WP90

• Quick setup: Achieve a permanent connection in 5 steps

CEW-095T095

CEW-WP115

• Easy to store and transport: No starting powder included in cup

120

CEW-120T095

CEW-WP150

120

CEW-120T120

CEW-WP150

CEW-025X025

CEW-WP65

CEW-035X025

CEW-WP65

CEW-035X035

CEW-WP65

CEW-050X035

CEW-WP90

CEW-050X050

CEW-WP90

CEW-070X050

CEW-WP115

CEW-070X070

CEW-WP115

CEW-095X070

CEW-WP150

CEW-095X095

CEW-WP150

120

CEW-120X095

CEW-WP200

120

CEW-120X120

CEW-WP200

CEW-025P025

CEW-WP65

CEW-035P025

CEW-WP65

CEW-035P035

CEW-WP65

CEW-050P035

CEW-WP90

CEW-050P050

CEW-WP90

CEW-070P050

CEW-WP115

CEW-070P070

CEW-WP115

CEW-095P070

CEW-WP150

CEW-095P095

CEW-WP150

120

CEW-120P095

CEW-WP200

120

CEW-120P120

CEW-WP200

25x3 mm

CEW-253E253

CEW-WP90

30x2 mm

CEW-302E302

CEW-WP65

25x3 mm

CEW-253T253

CEW-WP90

30x2 mm

CEW-302T302

CEW-WP90

25x3 mm

CEW-253X253

CEW-WP150

30x2 mm

CEW-302X302

CEW-WP115

Product

Characteristics

Ref. to order separately

Safety light and warning sound Ignition starts when pressing 2 keys simultaneously

Electronic ignitor

CEW-EI

Minimum of 5000 welds Delivered with 1.8 m lead and Type C charger

Cross connection

Used to close the mold Unique handle clamp for all configurations Handle clamps

CEW-HC

Gloveasy: user-friendly to operate with gloves Ergonomic Heat resistance Self contained welding material with copper oxide and aluminium Safer transportation and storage

Welding powder

Graphic mold

CEW-WPXXX

Available in 65 g, 90 g, 115 g, 150 g, 200 g ie : CEW-WP150 (welding powder 150 g) Delivered with metal plate indicating the quantity of powder required (from 65 to 200 g) Part number to be defined according to customer needs

CEW-XXXXXXX

ie : CEW-050T050 (T connection for 2 cables of 50 mm2) Parallel connection

Grounding and short circuiting equipment

Primary conductor in mm2

Extensive configurations to meet your needs CAT’ADVANCED WELD offers a range of configurations to suit multiple applications: Connection type

End to End connection

116

Illustration

Primary conductor in mm2

Secondary conductor in mm2

Mold reference

Welding powder Reference

CEW-025E025

CEW-WP65

CEW-035E035

CEW-WP65

CEW-050E050

CEW-WP65

CEW-070E070

CEW-WP65

CEW-095E095

CEW-WP90

120

CEW-120E120

CEW-WP115

End to End connection for tape conductors T connection for tape conductors

Cross connection for tape conductors

117

Grounding and short circuiting equipment

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