Plugs and sockets for industrial applications
GENERAL DESCRIPTION
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For years SCAME has been offering a wide range of high-quality industrial plugs and sockets complying with EN 60309-1 and 60309-2 European standards, gaining a leading position in the domestic and export markets.
SCAME's industrial plugs and sockets are reliable, robust, easy to wire and provide outstanding resistance to weathering and to chemicals. All of which assures safe operation, even in the most adverse environmental conditions.
These standards govern appliances with rated operating voltage not exceeding 690V, 500 Hz and rated current not exceeding 125A, and are mainly designed for application in the manufacturing and service industry, on building sites and similar uses.
The main purpose of the standards is to prevent accidental or deliberate mismating of plugs and connections which are not compatible in terms of voltage, current, frequency, polarity and type of use, which might therefore cause personal harm as well as damage to the electric appliances which they connect.
VARIETIES AVAILABLE
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The range is provided with many types of movable and fixed sockets and plugs, They consist of four complementary series:
- LIBERA Series
It includes connectors for 16A and 32A electric carriers in compliance with the updated regulations promoted by CIVES.
- EUREKA Series
It includes 16A and 32 A sockets IP44 and IP67 and i characterised by some technical and innovative solutions that make wiring times shorter.
- EUREKA-HD Series
It includes Heavy Duty, 16A to 25A plugs and sockets IP44 and IP66 and IP67 for the American and EU markets.
- The IEC309 Series
It includes 16 A to 125 A plugs and sokets IP44 and IP67 and so many versions suitable for matching any installation requirement.
DEFINITIONS
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Plugs and socket outlet
a device for the frequent coupling between a flexible cable and an electric circuit; it consists of a socket_outlet and a plug.
Socket-outlet
the part designed to be connected to the electric circuit.
Plug
the part fixed or designed to be fixed to the end of a flexible cable, which is attached to an appliance or to a connector.
Cable coupler
a device for the frequent coupling between two flexible cables; it consists of a connector and a plug.
Connector
the part fixed or designed to be fixed to the end of a flexible supply cable.
Appliance coupler
a device for the frequent coupling between a flexible cable and the appliance, it consists of a connector and an appliance inlet.
Appliance inlet
the part built into or fastened to the appliance, or designed to be fastened to it.
Flexible cable extension
a flexible cable with a connector at one end and a plug at the other.
REFERENCE STANDARDS
STANDARD IEC60309
...................................................................................................................................................... The plugs and sockets for industrial applications comply with European standards:
- EN 60309-1
Plugs, sockets-outlets and couplers for industrial purposes
Part 1: General requirements
- EN 60309-2
Plugs, sockets-outlets and couplers for industrial purposes
Part 2: Dimensional interchangeability requiresements for pin and contact-tube accessories of harmonised configurations.
which are equivalent to international standards IEC 309-1 and IEC 309-2.
The standards EN 60309-1 and EN 60309-2 (equivalent to IEC 60309.1 and IEC 60309-2) have been adopted by all the european members of CENELEC (Comité Européen de la Normalisation ELECtrotechnique): Austria, Belgium, Denmark, Finland, France, Germany, Greece, Iceland, Ireland, Italy, Luxembourg, Norway, The Netherlands, Portugal, United Kingdom, Spain, Sweden and Switzerland. Many other countries, although not aknowledging the need to standardise both out of safety considerations and with the objecti of improving performance and sales. Plugs and sockets manufactured according to these standards are in use today across Europe, in the Middle East, Africa, the Pacific Rim, the Far East, North and South America. A further extension of the international standardisation of plugs and sockets for industrial applications will doubtless lead to simplification in the exchange of goods and services. For instance, manufacturing machines will be fitted with plugs that can match the sockets installed in any country, refrigerated containers will always find ports equipped for connection of compressors. Campers, caravans, leisure boats, electric cars will have no problems plugging into power supply posts when travelling abroad.
MAIN STANDARD REQUIREMENTS
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The standards which govern the use of industrial plugs and sockets both for alternating current (frequency up to 500 Hz) and for direct current, distinguish the two categories by operating voltage:
- Extra-Low voltage plugs and sockets with operating voltage up to 50V
- Low voltage plugs and sockets with operating voltage above 50V and up to 690V
Executions with 2-3-4-5 contacts and rated current carrying capacities of 16-32-63-125 A are considered.
Each application requires a specific execution which differs from all others and built-in obstacles so as to make it impossible to insert a plug into any other socket than its matching one in terms of current carrying capacity, voltage, frequency, number of contacts and type of application.
Low voltage >50V
In low voltage >50V versions, the obstacle is provided by two elements:
- a keyway (on the socket) with a matching key (on the plug)
- a larger earth contact than the other contacs, situated in different clock-face positions depending on the characteristics of use.
When the socket is viewed from the front, the clock-face position (h) of the earth contact is found by taking as a reference the keyway, which is always situated at 6 o'clock.
Extra-low voltage <50V
In extra-low voltage <50V versions without earth contact, the obstacle is provided by two references:
- The major consists of a keyway on the plug, matching a key on the socket, which is always situated at 6 o'clock;
- the minor also consist of a keyway (plug) and key (socket), but situated in different positions around the clock-face position depending on the characteristics of use.
Viewing the socket from the front, the clock-face position (h) of the minor keyway is found by talking as a reference the major keyway, which is always situated at 6 o'clock.
The 63 A and 125 A sockets must be fitted with a pilot contact to activate an interlock if required.
ELECTRICAL CHARACTERISTICS
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Insulating voltage:
690V, 50-60Hz
- minimum insulating clearance between surfaces: 10mm
- minimum clearance in air: 8mm
(for rated voltages exceeding 500V~).
Operating voltage:
up to 690V~, 50-60Hz
Breaking capacity:
1.25 times the rated current
(test carried out at a voltage 1,1 times the rated operating voltage)
Electrical and mechanical endurance:
designed to withstand the following operations at rated voltage and current (electrical endurance) or loadless (mechanical endurance)
| Rated current |
|
No. of cycles |
| (A) |
under load |
|
without load |
| 16A |
|
5.000 |
|
/ |
|
| 32A |
1.000 |
1.000 |
| 63A |
1.000 |
1.000 |
| 125A |
250 |
250 |
MECHANICAL CHARACTERISTICS
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Impact resistance:
to IEC 309-1 (section 24)
Operating temperature:
-25°C +80°C
Cabling capacity of the terminals:
Cross-section of connectable conductors (mm2)
| Rated |
Rated |
|
Plugs,
connectors
and appliance inlets |
|
Socket outlets |
| voltage |
current |
min |
|
max |
min |
|
max |
|
16A |
|
1 |
|
2,5 |
|
1,5 |
|
4 |
|
| Over |
32A |
2,5 |
6 |
2,5 |
10 |
| a 50V |
63A |
6 |
16 |
6 |
25 |
|
125A |
16 |
50 |
25 |
70 |
|
|
|
|
|
|
| Below |
16A |
4 |
10 |
4 |
10 |
| a 50V |
32A |
4 |
10 |
4 |
10 |
The terminals for pilot contacts provide connection for conductors with the same nominal cross-section at the internal terminals of 16 A plugs and connectors with rated operating voltage over 50 V.
Max. cable size accepted by the cable clamp:
| Rated |
|
Outside mm |
| current |
min |
|
max |
| 16A |
|
8 |
|
15 |
|
| 32A |
11,5 |
21 |
| 63A |
7 |
31 |
| 125A |
26 |
48 |
PROTECTION DEGREE
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The standards set a rating for appliances which is based on their degree of protection against the ingress of solid and liquid matter (CEI 70-1):
- IP44 - plugs and sockets protected against splashing of water; the sockets are provided with a spring lid.
- IP67 - Plugs and sockets protected against the effects of immersion, fitted with a locking ring with bayonet coupling.
The protection degree is tested:
- on sockets, with lid closed or plug fully inserted;
- on plug, when fully inserted into the socket.
All series of SCAME plugs and sockets for industrial applications have been designed and constructed to standards IEC 60309-1 and IEC 60309-2 (EN 60309-1 and EN 60309-2).
CERTIFICATIONS
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Most of the EUREKA Series and IEC309 Series plugs and sockets are certified by Istituto del Marchio di Qualità IMW and many are also certified by VDE, SEMKO, FI, NEMKO as shown in the index by product number at the back of the catalogue.
MATERIALS
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- Casing and insert made of engineering plastic with high thermal stability and mechanical strenght.
- Self-extinguishing to IEC 695-2-1: casing 650°C (glow-wire) and insert 850°C (glow-wire).
- Seal made of non-ageing EPDM elastomer or rubber.
- Pins of nickel-plated brass for a perfect, lasting electric contact.
- Nickel-plated brass contact tubes with flexible spring for a constant and even contact pressure.
- Nickel-plated steel terminal screws
- Contact tube springs and external screws of zinc-plated steel.
- Grip and lid spring of stainless steel.
- Resistance to rusting: 10 min in 10% aqueous solution of ammonium chloride
APPLICATIONS
APLLICATIONS OF INDUSTRIAL
PLUGS AND SOCKETS
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| Field of use |
IP44 |
IP67 |
| Agriculture |
Mobile or portable equipment or appliances used or stored on sheltered premises. |
Outdoor installation of pumping, ventilation, drying equipment. |
| Chemical industry |
Indoor on premises for storage and maintenance purposeswhere connections are not exposed to the risk of immersion or chemicals. |
On premises without risk of explosions but where the connections are exposed to chemicals and subject to possible immersion. |
| Construction sites and shipyards |
On covered construction sites sheltered against weathering the exposed to splashing with water. |
On outdoor construction sites where the connections are left on damp ground exposed to freezing, dust and weathering. |
| Sports complexes and other places of public entertainment, TV and film studios. |
On sheltered premises protected against the weather, though exposed to splashing, without high connected loads. |
Outdoor connections exposed to rain, snow, mud, freezing and other critical weather conditions. |
| Food industry |
In sheltered locations, on indoor premises used for storage and maintenance. |
In location subject to washing by hosing down and where connections are subject to heavy duty. |
| Heavy industry |
In sheltered store-houses, workshops for maintenance, minor assembly and moulding. |
In rolling mills, foundries, blast furnaces, etc., where the connections are exposed to dust, metallic shavings, coolants and are subject to vibrations and impact. |
| Light industry |
Locations without high humidity or ambient pullution serving for assembly, moulding, maintenance and storage. |
On premises subject to cleaning by means of chemical solvents. Also where heavy loads require high safety in connections |
| Installations for EDP centres |
Electrical connections executed above floor level. |
Electrical connections executed under raised floors with risk of immersion. Where heavy loads require high safety in connections. |
| Ports |
In sheltered locations such as docks, repair shops, offices, etc. |
Quays, docks, piers, etc. where there is risk of high waves partial flooding. |
| Airports |
In sheltered locations, hangars, repair shops, store-houses. |
Outdoors for connection between mobile or portable appliances and aircraft. |
| Water treatment plants |
Indoor use in repair shops, etc. |
In all locations with risk of flooding and for outdoor use with pumps, aeration and ventilation systems. |
IEC 309 AND EUREKA SERIES FAST AND EASY CABLING
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SCAME's plugs and sockets have a very special design. Their terminals are easy to get to and are already open and aligned, the cable clamp swivels and has its screw already unscrewed, the casings are semi-screwed and the cable glands are not completely closed. All this to help you save time when cabling.
CONNECTORS FOR ELECTRIC VEHICLES
GENERAL DESCRIPTION
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Electric vehicles mean reduced air pollution and improvement of quality of life.
Tomorrow's vehicle - electrically powered cars, motorcycles, bicycles with aided pedal stroke - are becoming an increasing reality, also thanks to SCAME, a company that always believed that dreams could become true.
facing this challenge, SCAME designed new connectors for vehicles and supply stations, enabling supply from specific columns or from the home garage.
The outcome is the LIBERA Series of adapters, plugs, movable and flush sockets, complying with the evolution of the standards promoted by CIVES - the Italian Commission for Electric Road Vehicles - which are becoming actual reference standards.
RECHARGE OF ELECTRIC ROAD VEHICLES
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During the nineties, the development of electric vehicles remained at experimental level; however, the increasing environmental pollution and the funds provided both by the European Union and the various Governments aimed at reducing harmful emissions in the environment, will increasingly spread the use of this means of transportation. The introduction of electric vehicles involves the availability of places and sources of power supply, where the vehicle can be connected to the power distribution plant. Depending upon the place where recharge columns will be installed, be they private places with access allowed only to authorized staff, or pubblic places where access is allowed to everybody, the supply of electric power could be or not subject to payment. This could be made for instance by charging the amount of the power withdraw to the credit card, as it happens with normal vehicles at fuel stations.
According to draft European Standard ENV 50275, there are four different methods to recharge electric vehicles, depending upon the type of connection choosen:
Recharge method n°1:
Connection of the electric vehicle to the a.c. mains - mains side - by means of single-or three-phase standard plugs and using the phase/s, the neutral and the protection conductor.
Standard plugs, mains side, are those complying with the requirements of national and international standards.
Recharge method n°2:
Connection of electric vehicle to the a.c. mains - mains side - by means of single-or three-phase standard plugs using the phase/s, the neutral and the protection conductor with the addition of control functions between the electric vehicle and the plug or the control box as specified at item 6.4. The control box shall be mounted on the cable at a distance of no more than 0.3 mt from the plug or from the EAVE.
Recharge method n°3:
Direct connection of the electric vehicle to the a.c. mains by means of dedicated supply equipment, where the control functions specified at item 6.4 are extended to the portion of equipment permanently connected to the a.c. mains.
Recharge method n°4:
Indirect connection of the electric vehicle to the a.c. mains by means of an outboard battery charger, where the control functions specified at item 6.4 are extended to the portion of equipment permanently connected to the a.c. mains.
The above mentioned standard indicates specific requirements, which may be either compulsory or optional, for each of the above recharge method. Italian manufacturers of electric vehicles decided not to use recharge method n°1, because it does not provide any control on the soundness of the protection circuit before supplying power to the vehicles, which might result into safety problems for the user. In view of this concen, the IEC has requested a special condition of use; as a consequence, ENV 50275 specifies that recharge method n°1 should not be used in Italy.
TECHNICAL FEATURES
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Complying with the above indications, SCAME has realised, in collaboration with the manufacturers of electric vehiclses, a connection system consisting of a stationary socket, a movable plug and a movable socket, with the following features:
- rated current: 16A
- rated voltage: 230V
- number of poles 2 + earth +1 back-up terminal
- protection degree: ip44
- high mechanical strenght
- protection against direct contact by means of protection guards (same as for domestic plugs).
The decision to design a conector which is not compatible with existing plugs is based on the following safety considerations:
a) electric vehicles, in general, have the battery charger on board, to enable recharge from different sources, without any dedicated equipment. Battery chargers include semiconductor devices to rectify the electric current; in case of failure, these may generate fault currents whose wave shape is influenced by direct current elements. Such d.c. elements are detected in a different way by the various types of differential devices used in the electric systems, namely:
- AC differentials, which are used the most in domestic applications, are not able to detect unidirectional currents and currents influenced by the d.c. elements of the fault current;
- type A differentials are able to detect sinusoidal faults currents, unidirectional fault currents and currents influenced by d.c. elements of the fault current up to 6 mA;
- type B differentials are able to detect sinusoidal fault currents, unidirectional fault currents, and fault currents influenced by d.c. elemnts with no value limit.
The use of a connector which is not compatible with any existing system involves the installation of the new part; it is therefore assumed that the user adopting the new stationary socket takes care also of the propter protection against indirect contacts.
b) the protection of the active pits of the socket by means of guards able to meet IpxxD protection degree is essential, especially when these sockets are installed in rooms for domestic use; actually in this case the control on the continuity of the grounding system may be neglected and consequently pits could remain always active. The protection of active pits with proper guards not only provides the control on the continuity of the grounding system where required, but assures that no solid foreign matter is introduced into the seat of active pits.
These new connectors will be used first in some public areas for the recharge of motorcycles, which have been arranged in Rome on the occasion of the Jubilee.
The manufacturers, installers and users of electric vehicles will find the new product at electric wholesalers distributing SCAME materials.
MANUFACTURING SPECIFICATIONS
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- Grey handgrip - color specification RAL 7035
- Guiding slit fitting different cable diameters (there is no need to cut or match the guiding slit)
- Sockets with spring cover and holding device when plug is connected
- Quick connection and disconnection between the handgrip and the fruit by means of patented SNAP-ON device
- All the screws of the terminal and of the cable-holder are oriented in the same direction
- The cable-holder is balancing and provided with lock
- Ergonomic handgrip to favor easy grip and use
- High protection from indirect contacts, since the ground contact is the first to be established and the last to separate
- Standardised colour, depending upon the voltage used
SNAP-ON DEVICE
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Quick release opening and closure
A propter patented SNAP-ON device assures the quick release connection and disconnection of the EUREKA Series sockets and plugs.
The SNAP-ON device reduces remarkably wiring times: in fact opening is obtained by releasing the spring with a tool and closure by a simple rotation of the handgrip or of the fruit.
Opening
The product is supplied in the open postion; opening is obtained by a simple rotation of the handgrip or of the fruit.
Closure
The spring located on the side of the handgrip locks the same on the contact-holding fruit.
The assembly is locked through a simple rotation, engaging the spring into its seat.
Inspection
Opening is possible by means of a tool (screw driver) to be used following the ideographs marked on the handgrip.
INDUSTRIAL PLUGS AND SOCKETS
GENERAL DESCRIPTION
......................................................................................................................................................
This latest generation of industrial plugs, connectors and socket outlets extends and completes the comprehensive range of SCAME's plugs and sockets of the IEC 309 Series.
Completely new and internationally patented technical and constructional features have been added to the EUREKA Series.
These features are of course joined to high quality functional characteristics, reliability, safety and a long life in even the most operating conditions.
An outstanding advantage of the EUREKA Series plugs and sockets - and one which distinguishes it from all other plugs and sockets manufactured up to this time - is the extraordinary ease and speed with which the contacts can be cabled and inspected.
Using EUREKA Series plugs and sockets is therefore highly recommended wherever the electrical contractor considers quick and easy cabling and frequent inspection of the contacts to be important factors in the management of the installation work.
THE SNAP-ON DEVICE
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Snap-action opening and closing
A patented "SNAP-ON" device provides snap-action opening and closing of EUREKA Series plugs and sockets.
The "SNAP-ON" device significantly cuts down on wiring time: it opens by pressing down on the spring with a tool and closes simply by twisting the grip ot the insert.
STRUCTURAL CHARACTERISTICS
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- Standard contact and housing sizes.
- RAL 7035 grey grip.
- Cable sleeve for IP44 types suitable for different cable sizes (no need to cut or adjust the cable sleeves).
- Cable gland for types IP67.
- Plug with lug and socket with guide for perfect coupling.
- Sockets with spring-locking cover and retaining catch when the plug is inserted (types IP44 and IP67).
- Sockets with two-ramp system and plugs with bayonet ring for bayonet coupling (type Ip67).
- Fast coupling and decoupling of grip and insert (by means of patented SNASP-ON device).
- All terminal and cable clamp screws facing the same way.
- Swivelling cable clamp fitted with catch.
- Ergonomic grip for easier holding and use.
- Only factory-preset earthing contact position depending on final use.
- High degree fo protection against indirect contacts because the earthing contact is the first to be established and the last to be broken.
- Colour-coded for fast identification of the rated voltage.
- Perfectly interchangeable with plugs and sockets of the IEC 309 Series and of other manufacturers.
THE CABLE SLEEVE
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The particular shape of the cable sleeve (IP44) has been designed to allow the insertion of cables of a wide range of sizes without any need for adjustments or cutting.
THE CABLE GLAND
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The cable gland assures IP67 protection with an appropriate closing ring which seals off tha cable when the gland is tightened.
HEAVY DUTY INDUTRIAL PLUGS AND SOCKETS
GENERAL DESCRIPTION
......................................................................................................................................................
For years SCAME has been offering a wide range of high-quality industrial plugs and sockets complying with IEC 60309-1 and IEC 60309-2 International standards, gaining a leading position in the domestic and export markets.
SCAME's industrial plugs and sockets are reliable, robust, easy to wire and provide outstanding resistantce to weathering and to chemicals. All of which assures safe operation, even in the most adverse environmental conditions.
This latest generation of industrial plugs, connectors and sockets outlets extends and completes the comprehensive range of SCAME's plugs and sockets.
Completely new and internationally patented technical and constructional features have been added to the EUREKA-HD Series.
These features, illustrated in the following pages, are of course joined to high quality functional characteristics, reliability, safety and a long life in even the most exacting operating conditions.
An outstanding advantage of the EUREKA-HD Series plugs and sockets - and one which distinguishes it from all other plugs and sockets manufactured up to this time - is the extraordinary ease and speed with which the contacts can be cabled and inspected.
Using EUREKA-HD Series plugs and sockets is therefore highly recommended whrever the electrical contractor considers quick and easy cabling and frequent inspection of the contacts to be important factors in management of the installation work.
REFERENCE STANDARDS
......................................................................................................................................................
- European Standard EN 60309-1
International Standard IEC 60309-1
- European Standard EN 60309-2
International Standard IEC 60309-2
- UL 1682
- UL 1686
SAFETY, PERFORMANCE AND DURABILITY...IN A SNAP!
EXTENSIVE PRODUCT FAMILY
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- Safe and reliable, portable electrical connections
- Wide variety of plugs, connectors, receptacles, inlets and mounting boxes
- Waterfight (IP67) and slashproof (IP44) versions available
- 20, 30, 60, 100, 250, 480 and 600 Amp ratings for small, medium or large current loads
- cULus Listed for North American ratings
- UL classified to IEC 60309-1 and IEC 60309-2 for North American and International ratings
- Complete interchangeability with all manufacturers' IEC 60309-1 and IEC 60309-2 devices
- Meets IEC 60309 global configurations for safety in industrial applications
WATERTIGHT - IP67
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Watertight design and construction meet stringent IP67 internal protection standards.
Rugged thermoplastic housings resist impact or abuse and provide excellent corrosion resistance. Unique SCAME strain relief grip and sealing system assure superior cable retention and watertight conductor termination. Ideal for outdoor, wet marine and washdown applications. Unique 75% faster assembly with SNAP-ON handle locking, and cable grip system.
SPLASHPROOF - IP44
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Suitable for indoor use where splashing liquids and other contaminants may interfere with electrical connections. Ideal for most heavy commercial applications and light industrial applications. Available 16A, 20A, 30A and 32A Amp ratings.
CONFIGURATION
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It is impossible to mismate (non interchangiability) different voltages of the IEC 60309-2 Standard Devices.
Device size determines current rating
Each voltage grouping is a different size so they are easily distinguishable for compatibility.
All IEC 60309 devices are color-coded
Each voltage grouping has its own distinct colour coding for mating compatibility.
Every IEC 60309-2 mating plug grounding pin is a mirror image of the female device
Devices of differing voltages cannot be mated to one another.
The Female receptacles and connectors have a "clock face" voltage polarization
A "keyway" female housing notch is always at 6 o'clock reference position.
Earth contact (sleeve) position on this "clockface" establishes voltage polarization. (ie. "7h" = 7 o'clock ground sleeve position). Male pin position are mirror image.
INDUSTRIAL PLUGS AND SOCKETS
GENERAL DESCRIPTIONS
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SCAME have further improved the performance and design of their wide range of industrial plugs and sockets that comply with the IEC 60309 standard. Special attention has been paid to the use of insulating materials and the treatment of metal components.
The outstanding mechanical characteristics of IEC309 Series plugs and sockets and their ability to withstand weathering and chemicals make them safe and reliable even in the most severe environmental conditions.
VERSIONS
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IEC309 Series plugs and sockets come in several versions to meet the diverse installation requirements of modern-day equipment.
The tables show IEC 60309 Series plug and socket versions for operating voltages below 50V (Extra-Low Voltage) and over 50V (LOw Voltage).
CONSTRUCTION CHARACTERISTICS
......................................................................................................................................................
- Standard contact and housing dimensions
- RAL 7035 grey grip
- Cable sleeve for IP44
- Cable gland for IP67
- Plug with key and socket with keyway to ensure perfect coupling
- Sockets with spring-locking cover and retaining catch when the plug is inserted, for both IP44 and IP67
- Sockets with locking ring lids and plugs with inclined surfaces and bayonet fitting for IP67
- Fold-back cable clamp for IP67 types
- Only factory-set earth contact position depending on end use
- High protection against indirect contacts since the earth contact is the first to be established and the last to be broken
- Colour-coded to identify the different rated voltages
- Perfect interchangeability with EUREKA Series plugs and sockets and with other makes
SWITCHED SOCKET-OUTLET
GENERAL DESCRIPTION
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It is just characterised by combining the control disconnecting switch with are both enclosed in the same panel. Type BS perfectly integrates into System ADVANCE 2.
The high mechanical features and excellent resistance to the atmospheric and chemical agents make its use safe and reliable even in the most difficult environmental conditions.
REFERENCE STANDARDS
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TECHNICAL CHARACTERISTICS
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- 2P+E 13A 250V a.c. BS1363 socket-outlet
- Switch disconnector according to EN 60947-3
- Protection degree IP66 (with closed cover or plug with ring inside)
- Padlockable in OFF position (3 padlock) and in ON position (1 padlock)
- Cable entry: ixm25 threaded in the upper part, 2xm20 knocks out in the lower part, 2xm20/25 knocks out on bottom
- Equipped with threaded tap 1xM25
- Compatibility with ADVANCE 2 System
PRACTICAL ADVICE
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Installation must comply with regulations in force governing electric circuits.
- Plugs and sockets for industrial applications
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