b. additional technical tests

Transcription

technical manual
Catálogo Connect 04.indd 1
20/10/06 20:49:10
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CONTENTS
ESPAÑOL
1.- INTRODUCTION TECHNICAL DATA
2.- FLOOR TRUNKING
A. General Technical Characteristics
B. Additional Technical Tests
C. Usable Sections and Maximum Cable Diameters
Table 1. Usable Sections and Maximum Floor Trunking Diameters
ENGLISH
3.- TRUNKS FOR DISTRIBUTION (CD) AND MECHANISMS (CAM)
3.1. INSULATING CD/CAM TRUNKS
C. Usable Sections
Table 2. Usable sections of CD Trunks
Table 3. Usable sections of insulating CAM Trunks
3.2. ALUMINIUM CAM TRUNKS
B. Usable Sections
Table 4. Usable Sections of Aluminium CAM Trunks
4.- MECHANISM HOLDER UNIT
5.- MULTIFUNCTION BOXES
5.1. SURFACE BOXES, BOXES TO BE BUILT IN ON SITE, AND BOXES TO BE BUILT INTO
PLASTER WALLS
5.2. BABILON TOWER
6.- TECHNICAL FLOORS
B. Compliance with existing Standards
C. Additional Technical Tests
D. Sizes
7.- OFFICE SYSTEM
B. Assembly diagrams
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8.- MECHANISMS
8.1. 250V 10/16 A SOCKETS
8.2. DOUBLE 250V SOCKETS
8.3. CONTROL MECHANISMS (BREAKERS AND SWITCHES)
8.4. RJ11 AND RJ12 TELEPHONE SOCKETS
8.5. RJ45 CONNECTORS
8.6. MAGNETOTHERMAL AND DIFFERENTIAL SWITCHES
8.7. TELEVISION SOCKETS
9.- ADDITIONAL TECHNICAL INFORMATION
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TECHNICAL DATA
1. INTRODUCTION TECHNICAL DATA
ENGLISH
Safety in electrical installations is one of AEMSA’s priorities when developing products for manufacture. For this reason, all these products undergo an exhaustive control
to check compliance with all applicable standards and regulations, complemented by
subsequent quality controls in all production phases.
This Technical Data section refers continuously to the tests applied to guarantee safe
installations. Mention is also made of the legislation governing these products, with
reference always made to the applicable standard. Furthermore, AEMSA provides the
installation instructions needed to guarantee the safety of the installation, and not just
on the basis of its own standards as a manufacturer, but also in accordance with the
applicable legislation and standards.
Moreover, all the products in this catalogue fall within the scope of the European Directive BT 73/23 EEC for low-voltage installations, and the products bear the corresponding EC mark and the marks applicable to it as required by this Directive and by the
relevant legislation.
AEMSA participates in the following national harmonisation work groups which are in
charge of drafting the standards applicable to the products in this catalogue:
AEN/CTN 201/SC23A/WG1: Trunks
AEN/CTN 201/SC23A/WG7: Fire behaviour in electrical wiring systems
AEN/CTN 201/SC23B/WG5: Junction boxes and electrical mechanisms
AEN/CTN 201/SC89: Fire hazards
All under the strictest possible Quality and Environmental Management System, pioneered by AEMSA, as substantiated by the SGI certification (Integrated Quality Management System ISO 9001, and Environment 14001) for all its facilities, being the first
company in the electrical sector to obtain this certification.
Finally, mention must be made of the company’s technical media, with one of the most
important laboratories in the sector, that respond to the major and continuous investments made by AEMSA in Research, Development and Innovation.
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2. FLOOR TRUNKING
A. GENERAL TECHNICAL CHARACTERISTICS
MATERIAL
COLOUR
M1 rigid PVC
Technical characteristics and tests included in the “Additional Technical Tests” paragraph
RAL 7030 Grey
COMPLIANCE WITH THE STANDARD EN 50085-1:2005 “Cable trunking systems and cable ducting systems for electrical installations. Part 1: General requirements”.
OPERATING TEMPERATURE:
-15ºC to +60ºC
MIN. STORAGE AND TRANSPORT TEMPERATURE:
-45ºC
COVER RETENTION
OPENED ONLY WITH THE HELP OF A TOOL
Dossier no. 95.889 of the L.G.A.I.
IMPACT STRENGTH
2 J (MEDIUM)
ELECTRICAL PROPERTIES
INSULATING
FLAME SPREAD RESISTANCE
NON-FLAME SPREADING
Dossier no. 22017201 of the L.G.A.I.
GLOW WIRE TEST
DEGREE OF SEVERITY 960ºC (according to UNE EN 60695-2-11:2001)
HEAT RESISTANCE
TEST SATISFACTORY AT 70ºC
PROTECTION FROM SOLID AND LIQUID PENETRATION (*)
Floor trunk PC-1250: Degree IP64
Floor trunks PC-1875 and PC-25100: Degree IP65
According to UNE 20324:93 (EN 60529)
Report no. S00-01834 of the AIMME
(*) Applicable only to the closure of the Cover - Floor Trunk section
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TECHNICAL DATA
DECLARATION OF CONFORMITY
MARKING. COMPLIANCE WITH THE EUROPEAN DIRECTIVE BT 73/23/EEC
COMPLIANCE WITH THE STANDARD EN 50085-1:2005, WITH CLASSIFICATION:
(*) Code 121:
ENGLISH
• NON-METALLIC.
• IMPACT STRENGTH 2 J (MEDIUM)
• TEMPERATURE 121 (*)
• NON-FLAME SPREADING.
• NO ELECTRICAL CONTINUITY.
• WITH ELECTRICAL INSULATION.
• IP65 (PC-1875 and PC-25100) and IP64 (PC-1250)
• ACCESS COVER THAT CAN ONLY BE OPENED WITH TOOLS
1: Minimum storage and transport temperature (-45ºC)
2: Minimum installation and application temperature (-15ºC)
1: Maximum installation and application temperature (+60ºC)
B. ADDITIONAL TECHNICAL TESTS
FIRE REACTION TEST
i (flammability index) = 0
s (flame spread index) = 0
h (maximum flame length index) = 0
c combustion index) < 1
Classification: M1
According to UNE 23727-90
According to dossier no. 145.397 of the L.G.A.I.
PLASTIC MATERIAL FLAMMABILITY TEST
Classification: Degree 94-V0
According to UL 94-1990
Dossier no. 029696/079596 of the AIMPLAS
GLOW WIRE TEST
Result of the test: Satisfactory. Degree of severity: 960ºC
According to UNE-EN 60695-2-1:02
Dossier no. 029196/071996 of the AIMPLAS
SELF-EXTINGUISHING TEST
Classification: FH1
Extinguishing time: 0 sec.
According to UNE 53315
Dossier no. 95.888 of the L.G.A.I.I.
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FIRE REACTION TEST FOR BUILDING MATERIALS AND STRUCTURES
Classification: Class 1
Method for the classification of flame spread
According to BS 476 part 7: 1997
RESISTANCE TO ABNORMAL HEAT
Result of the test: Satisfactory (T 500ºC)
CORROSIVENESS OF THE GASES EMITTED DURING THE COMBUSTION OF THE PVC
Result of the test: pH > 2. Conductivity < 2750 µS/cm
According to UNE 21147-93 (part 2)
Report no. AT – 0373/98 of the AIMPLAS
DETERMINATION OF CO AND HCl IN THE COMBUSTION OF THE PVC
Result of the test:
HCl: 262 mg/(g. of sample)
CO: 47 mg/(g of sample)
According to NF C 20454
Dossier 98020922 of the L.G.A.I.
DETERMINATION OF THE LIMITING OXYGEN INDEX (L.O.I.)
Result of the test: Limiting oxygen index (concentration %) = Interval between 58 and
59.
According to UNE EN ISO 4589-2:01
TEST FOR THE DETERMINATION OF SMOKE OPACITY DURING COMBUSTION
Result of the test: Maximum specific optical density:Dm= 395
Value of darkening due to smoke V0F4=182.2
According to NF X 10-702:86 (ASTM E 662-83)
Dossier 99002296 of the L.G.A.I.
CLASSIFICATION OF FIRE BEHAVIOUR: FIRE REACTION, OPACITY AND SMOKE TOXICITY
Classification:
I1
F4
According to NF F 16-101
TEST FOR THE DETERMINATION OF THE DIELECTRIC STRENGTH OF PERFORATION OF PVC
Result of the test: >Dielectric strength 20 kV/mm
According to UNE 21316-94 (part 1)
TRANSVERSAL AND SURFACE RESISTIVITY DETERMINATION TEST
Result of the test:
Surface resistivity (s): > 1.88 x 1015 W
Transversal resistivity (r): > 3.25 x 1014 W cm
According to UNE 21303:83
PROTECTION FROM MECHANICAL DAMAGE
Result of the test: Classification Degree IK-09
According to UNE EN 50102:1995
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TECHNICAL DATA
C. USABLE SECTIONS AND MAXIMUM CABLE DIAMETERS
(mm2)
A
B
TOTAL
A
B
41
93
175
5
9
PC 18-75
150
272
572
10
14
PC 25-100
196
330
1052
15
17
PC 12-50
ENGLISH
MAXIMUM CABLE
DIAMETERS (mm)
USABLE SECTIONS
MODEL
3. TRUNKS FOR DISTRIBUTION (CD) AND
MECHANISMS (CAM)
3.1.- INSULATING CD/CAM TRUNKS
A. GENERAL TECHNICAL CHARACTERISTICS
MATERIAL
COLOUR
M1 rigid PVC
Technical characteristics and tests included in the “Additional Technical Tests” paragraph
RAL 9003 White
OPERATING TEMPERATURE
-15ºC to +60ºC
-45ºC
COVER RETENTION
IMPACT STRENGTH
2 J (MEDIUM)
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ELECTRICAL PROPERTIES:
INSULATING
FLAME SPREAD RESISTANCE
NON-FLAME SPREADING
GLOW WIRE TEST
DEGREE OF SEVERITY 960ºC (according to UNE EN 60695-2-11:2001)
HEAT RESISTANCE
TEST SATISFACTORY AT 70ºC
Classification - CD and CAM Trunks: Degree IP55
(*) Applicable only to the closure of the Cover - Trunk section
MARKING. COMPLIANCE WITH THE EUROPEAN DIRECTIVE BT 73/23/EEC
• NON-METALLIC.
• IP55
(*) Code 121:
FIRE REACTION TEST
Classification: M1
According to UNE 23727-90
VERTICAL FLAMMABILITY TEST
Classification: Degree V0
According to UNE EN 60695-2-12 and UL 94-1990
HORIZONTAL FLAMMABILITY TEST
Classification: Degree HB40
According to UNE EN 60695-11-10
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TECHNICAL DATA
GLOW WIRE TEST
PROTECTION FROM SOLID AND LIQUID PENETRATION
Result of the test: CD and CAM Trunks: Degree IP55
Applicable only to the closure of the Cover - Trunk section
ENGLISH
Result of the test: Classification Degree IK-09
According to UNE EN 50102:19955
C. USABLE SECTIONS
SECCIONES ÚTILES ENTRE TABIQUES
USABLE
SECTIONS (mm2)
MODEL
(mm2)
A
B
C
D
E
CD - 4070
A
1.850
A
1.850
---
---
---
---
CD - 4070/2
A B
900/900
A B
900
900
---
---
---
CD - 4090
A
2.320
CD - 4090/2
CD - 40110
CD-6080
A
B
A
A
A
B
825
1.340
---
---
---
A
B
615
1.550
---
---
---
A B C
615
780
615
---
---
A B C
825
360
825
---
---
A B C
615
570
825
---
---
1.160/1.160
A
B
1.160
1.160
---
---
---
3.010
A
B
1.170
1.685
---
---
---
A
B
960
1.895
---
---
---
A B C
960
780
960
---
---
A B C
1.170
360
1.170
---
---
A B C
960
570
1.170
---
---
A B
1.350
2.100
---
---
---
920
2.530
---
---
---
A B C
920
1.440
920
---
---
A B C
1.350
580
1.350
---
---
A B C
920
1.010
1.350
---
---
3.620
A
CD-60110
A
4.950
B
A
B
2.015
2.765
---
---
---
A
B
1.585
3.195
---
---
---
A B C
1.585
1.440
1.585
---
---
A B C
2.015
580
2.015
---
---
A B C
1.585
1.010
2.015
---
--57
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CD-60160 (*)
7.330
A
CD - 60200 (*)
CD - 60200 /
USABLE SECTIONS BETWEEN WALLS
TOTAL USABLE
SECTION (mm2)
MODEL
9.530
A
A
B
3.465/3.465
2x8
(mm2)
A
B
C
D
E
A B C D E
1.585
1.450
580
1.450
1.585
A B C D E
2.015
590
1.440
590
2.015
A BC D E
1.585
1.020
1.010
1.020
2.015
A BC D E
2.015
590
1.010
1.490
1.585
A
B C D
E
2.685
1.450
580
1.450
2.685
A
B C D
E
3.115
590
1.440
590
3.115
A
B CD
E
2.685
1.020
1.010
1.020
3.115
A
BC D
E
3.115
590
1.010
1.490
2.685
C
D
1.585
1.710
1.710
1.585
---
A
B C
D
2.015
1.280
1.280
2.015
---
A
B
D
1.585
1.710
1.280
2.015
---
A
B
C
Table 2. Usable sections of CD Trunks.
(*) In the distribution trunks CD-60160 and CD-60200, the sections are defined for the maximum
number of conductors, the other combinations of 2, 3, or 4 trunks may be set by differences as
from the maximum section.
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TECHNICAL DATA
CAM - 60110
(mm2)
5.505
CAM - 60160
CAM - 60200 (*) /
USABLE SECTIONS BETWEEN WALLSV
TOTAL USABLE
SECTION (mm2)
8.228
5.088 / 5.088
2x8
A
B
C
D
E
A
B
2.238
3.097
---
---
---
A
B
1.732
3.603
---
---
---
A B C
1.732
1.701
1.732
---
---
A B C
2.238
1.701
2.238
---
---
A B C
1.732
1.195
1.732
---
---
A
B
3.600
4.458
---
---
---
A
B
3.095
4.458
---
---
---
A
B
C
3.600
688
3.600
---
---
A
B
C
3.095
1.698
3.095
---
---
A
B
C
3.600
1.193
3.095
---
---
E
1.440
1.197
2.111
2.111
1.440
A
B C D
A
B C D
E
1.440
1.711
1.597
1.597
1.440
A
B C D
E
1.954
683
2.111
2.111
1.954
A
B C D
E
1.954
1.197
1.597
1.597
1.954
ENGLISH
MODEL
Table 3. Usable Sections of insulating CAM Trunks
(*) In the trunk CAM-60200/2x80, the sections are defined for the maximum number of conductors; the other combinations of 2, 3, 4, or 5 trunks may be set by differences as from the maximum section.
3.2.- ALUMINIUM CAM TRUNKS
A- GENERAL TECHNICAL CHARACTERISTICS
MATERIAL
COLOR
Satin-finish anodised aluminium
RAL 9006 Aluminium
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OPERATING TEMPERATURE:
-25ºC to +120ºC
-45ºC
COVER RETENTION
IMPACT STRENGTH:
2 J (MEDIUM)
ELECTRICAL PROPERTIES:
WITHOUT ELECTRICAL INSULATION
FLAME SPREAD RESISTANCE:
NON-FLAME SPREADING
Degree IP55 According to UNE 20324:93 (EN 60529)
(*) Applicable only to the closure of the Cover - Trunk section
DECLARATION OF CONFORMITY:
EEC
EC MARKING. COMPLIANCE WITH THE EUROPEAN DIRECTIVE BT 73/23/
• METALLIC
• WITH ELECTRICAL CONTINUITY.
• WITHOUT ELECTRICAL INSULATION.
• IP55
(*) Code 114:
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TECHNICAL DATA
USABLE SECTIONS
A
B
TOTAL
CAM - 60110
5.505
---
5.505
CAM - 60160
8.228
---
8.228
CAM - 60200 (*) / 2 x 8
5.088
5.088
10.176
ENGLISH
(mm2)
MODEL
Table 4. Usable Sections of Aluminium CAM Trunks
4. MECHANISM HOLDER UNIT
A. GENERAL CHARACTERISTICS
Material
Colores
Self-extinguishing and UV-stabilised ABS.
RAL 9003 White
Colour frames
RAL 1003 Yellow
RAL 3020 Red
RAL 5015 Blue
RAL 6032 Green
PATENTED SYSTEM
Compliance with the Standard EN 50085-1:2005 “Cable trunking systems and cable ducting systems for electrical installations. Part 1: General requirements”.
The CD and CAM series mechanism holders for distribution trunks and mechanisms comply with
existing national and international standards. The aforementioned mechanism holders have AENOR
certification (N mark) regarding the standards:
UNE 20315: “Socket bases and plugs for household and similar use”
UNE EN 60669-1 (EN 60669-1: 1999): “Switches for fixed, household and similar electrical installations. Part 1: General requirements”.
UNE EN 60669-1/A1: “Switches for fixed, household and similar electrical installations. Part 1: General requirements”.
N MARK. ACCESSORIES FOR ASSEMBLING SWITCHES AND BASES: AENOR Product Certificate
no. 030/001959.
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DECLARACIÓN DE CONFORMIDAD
EEC.
• NON-METALLIC
• IMPACT STRENGTH DURING INSTALLATION AND APPLICATION: MEDIUM
• STORAGE, TRANSPORT AND INSTALLATION TEMPERATURES: CLASSIFICATION
121 (*)
(*) Code 121:
1: Maximum installation and application temperature (+60ºC))
• NON-FLAME SPREADING
• WITH ACCESS COVER THAT CAN ONLY BE OPENED WITH TOOLS
GLOW WIRE TEST
Result of the test: Passed, according to UNE EN 60669-1
ABNORMAL HEAT RESISTANCE
Result of the test: Satisfactory at 70ºC according to UNE EN 60669-1.
AGING RESISTANCE TEST
Result of the test: Satisfactory at 70ºC according to UNE EN 60669-1
MOISTURE RESISTANCE
Result of the test: Passed. Moisture range: [91%, 95%] according to UNE EN 60669-1
EXTERNAL LOAD TEST
Result: Passed. Tested to 1.5 times the maximum breaking load according to UNE EN
50085-1.
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TECHNICAL DATA
5. MULTIFUNCTION BOXES
ENGLISH
5.1. SURFACE BOXES, BOXES TO BE BUILT IN ON SITE,
AND BOXES TO BE BUILT INTO PLASTER WALLS
MATERIAL
COLOR
Self-extinguishing and UV-stabilised ABS
RAL 9003 White
The system may be adapted to allow for easy expansion and/or reduction, and so “expansion modules” are supplied
Tools and fixing screws are not necessary to assemble all their components.
The box may be serviced on any of its four sides.
It can be mounted both horizontally and vertically to suit the mechanisms’ orientation, according to
installation requirements.
SURFACE BOXES: The mains covers allow access to the following trunks:
MC 1625
MC 1640
MC 1640/2
MC 2540
MC 2540/2
BUILT-IN BOXES:
They may be serviced using trunks of up to Æ20 mm on one side and up to Æ16 mm
on the other.
They are specially designed to enable the frames to be removed together, without the
need to dismantle them one by one.
They enable straight and curved plugs to be connected, without interference between
them.
PATENTED SYSTEM
Compliance with the UNE 20451:1997. Boxes and enclosures for electrical accessories
for household and similar fixed electrical installations.
Compliance with the IEC 60670-1:2002. Boxes and enclosures for electrical accessories
for household and similar fixed electrical installations - Part 1: General requirements.
Compliance with existing national and international standards:
UNE 20451: 97: “General requirements for accessory enclosures for household and similar fixed
electrical installations”
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IEC 60670-1: “Boxes and enclosures for electrical accessories for household and similar fixed electrical installations
CB Certificate from the IEC (International Electrotechnical Commission), for international standard
IEC 60670-1:
AENOR Product certification (N Mark): BOXES FOR SWITCHES AND BASES: AENOR product certificate no. 030/001964. AEMSA was the first Spanish company to obtain the N certification with
magnetothermal protection
EEC.
Compliance with the standards UNE 20451:1997 and IEC 60670-1, with classification
ACCORDING TO UNE
• TYPE OF MATERIAL
5.1.1. Insulating material
• METHOD OF INSTALLATION
5.2.3. SURFACE BOXES: Surface-mounted
BUILT-IN BOXES: Semi built-in
• METHOD OF ASSEMBLY
5.3.2.1 SURFACE BOXES: Surface enclosures on non-combustible walls and ceilings
BUILT-IN BOXES: Enclosures on non-combustible walls, ceilings and hollows.
• TEMPERATURE INTERVAL DURING INSTALLATION
5.4.2. –15ºC to +60ºC
• MAXIMUM TEMPERATURE DURING THE CONSTRUCTION OF THE WORK
5.5.1. +60ºC
• DEGREE OF PROTECTION FROM DIRECT CONTACT AND HARMFUL PENETRATION OF SOLID OBJECTS AND WATER
5.6.
IP-3X - Surface Boxes with Magnetothermal switch
IP-4X - Surface Boxes without Magnetothermal switch
IP-3X – Built-in Boxes
• THE EXISTENCE OF SUSPENSION MEDIA
5.7.1. Without suspension media
ACCORDING TO IEC
• TYPE OF MATERIAL
7.1.
Insulating
• METHOD OF INSTALLATION
7.2.2.1. SURFACE-MOUNTED - Non-combustible Walls / Furniture
7.2.1.1. BUILT-IN ASSEMBLY (Boxes built-in on site) – Non-combustible walls,
non-combustible ceilings or non-combustible floors.
7.2.1.3. BUILT-IN ASSEMBLY (Boxes built into plaster walls) – Hollow walls, hollow
ceilings, hollow floors or furniture.
7.2.3.2. SITE - Suitable for all types of installation, except in concrete.
• TIPO DE ENTRADAS
7.3.3. Con entradas para tubos lisos o corrugados.
7.3.5.
Con entradas para otros tipos de conductores / cables o conductos.
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TECHNICAL DATA
• TYPE OF INLETS
7.3.3. With inlets for smooth or corrugated tubes.
7.3.5. With inlets for other types of conductors/cables or trunks.
• FIXING MEDIA
7.4.1. SURFACE BOXES: With cable retention.
7.4.4. BUILT-IN BOXES: Without fixing system
ENGLISH
• MAXIMUM AND MINIMUM TEMPERATURES DURING INSTALLATION
7.5.2. -15ºC to +60ºC
• MAXIMUM TEMPERATURE DURING THE CASTING PROCESS
7.6.
Not applicable
PROTECTION FROM ELECTRIC SHOCKS
Result of the test: Satisfactory
According to IEC 60670-1:2002.
According to dossier no. 030/001964 of the CEIS
CONSTRUCTION PROVISIONS
According to IEC 60670-1:2002
RESISTANCE TO AGING, PROTECTION FROM THE ENTRY OF SOLID OBJECTS AND FROM THE
HARMFUL PENETRATION OF WATER
RESISTANCE OF INSULATION AND VOLTAGE STRESS
MECHANICAL STRESS
HEAT RESISTANCE
RESISTANCE OF THE INSULATING MATERIAL TO ABNORMAL HEAT AND FIRE
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Result: Satisfactory.
Degree of Protection IP 30 (with magnetothermal switch)
Degree of Protection IP 40 (without magnetothermal switch)
CONSTRUCTION PROVISIONS
Result: The enclosures have a suitable mechanical resistance.
RESISTANCE TO AGING
Result: After the test, the samples showed no deterioration.
5.2. BABILON TOWER
MATERIAL
Plastic parts: Self-extinguishing ABS
Available in the following colours:
RAL 7026 Grey
RAL 3020 Red
RAL 6032 Green
RAL 1003 Yellow
RAL 5015 Blue
Aluminium: Aluminium injected with epoxy coating.
PATENTED SYSTEM
Its functional design offers advantages in the installation, such as saving the skirting
board in wall installations, opening the mechanism holder by means of a hinge system,
thus providing easy access to the Tower’s interior, as well as allowing for a wide range
of assembly combinations, etc.
The Babilon Tower may be directly accessed with the PC 1250 Floor Trunk, or laterally
by means of the corresponding accessories, with PC 1875 and PC 25100.
The Tower may be accessed through the MC1616, MC1625 and MC1640 minitrunks
by means of an optional accessory (minitrunk coupling) inserted into the back of the
Tower
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TECHNICAL DATA
STANDARDS
It is suitable and safe for the purpose it has been designed for, and it complies with the
following standards:
UNE-EN 50085-1:1997
Cable trunking systems and cable ducting systems for electrical installations. Part 1:
General requirements.
ENGLISH
According to Standard EN 50085-1:1997 the Babilon Mechanism Tower is classified
as:
A.2. SCC/SCNC type for floor installations
Type: Service Unit
For: Apparatus
Assembly: On the floor surface.
SWITCHES
UNE-EN 60669-1:1996
Switches for household and similar fixed electrical installations. Part 1: General prescriptions.
SERVICE POLES
PrEN 50085-2-4
CABLE TRUNKING AND DUCTING SYSTEMS FOR ELECTRICAL INSTALLATIONS
Part 2.4: Particular requirements for Service poles
Test for protection from the penetration of solid bodies, according to standard UNE 20324:93. Result: IP-4X.
Test for impact for installation and application: Pr EN 50085-2-2:2003-02 Section. 10.3.2. Shock
resistance: Medium.
Impact test according to UNE EN 50102: 96. Result: IK-07.
Glow wire test according to UNE EN 60695-2-11. Degree of severity: 650ºC
Heat resistance (Imprint test / Air ventilation heater) according to EN 50085-1: 2005. Section. 12.3.
Test satisfactory (70 ºC 6 2 ºC).
6.- TECHNICAL FLOORS
MATERIALES
Insulating materials:
Metallic materials:
Self-extinguishing Polyamide 6 (ST Boxes)
Self-extinguishing PC+ABS (CPA Boxes)
Galvanised steel plate SZ (CPM Boxes)
67
20/10/06 21:09:32
COLOR
RAL 9004 Black
Advantages
The most outstanding advantages of this Technical Floor range or system, and which
give it a special edge on other products currently on the market are:
Regarding the ST-2 boxes
1.As with the ST-4, ST-6 and ST-8, the mechanism holder frames can be removed in
order to assemble the mechanisms.
2.The ST-2 mechanism holder box enables us to connect both curved and straight
plugs, with the same connection and assembly characteristics.
3.The latch regulation range enables us to cover thicknesses of between 8 and 47 mm,
without the need to exchange their position.
4.Safety cover system with multiple independent openings that facilitate connection at
the work station.
REGARDING THE ST-4, ST-6 AND ST-8 BOXES
1. Their carefully studied V-shaped design allows for maximum use of the interior space,
whilst at the same time reducing the total height of the box. In this way we may place
any type of plug (straight or curved) inside without the need to increase the height,
and we may also safely close the cover.
2.The boxes’ mechanism holders may be removed in one block in order to facilitate
connection.
3.The cover may be placed in 2 positions (tools are required)
4.Simple removal of the cover using a tool, to be placed in the required direction.
5.Easy opening system.
6.Device for placing magnetothermal switches (only ST-6). The box height does not
have to be increased for their placement.
7.The box has compartments for flanges and connection leads
8.Guide for cable outlet and retention.
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TECHNICAL DATA
IMPORTANT FEATURES
The ST-4, ST-6 and ST-8 boxes have certain important features that must be known:
ENGLISH
1. The latch has 2 assembly positions according to floor thickness. In order to cover all
floor thicknesses, the latch has 2 positions: the normal position set by the manufacturer
has a thickness interval of 12 to 35 mm, and the other position is for narrow thicknesses
of 3 to 25 mm.
Normal
position set by
manufacturer
WIDE THICKNESSES
NARROW THICKNESSES
2. The Schuko mechanism has a set position. It is important to bear in mind that the correct placement of the mechanism is essential for a correct interior distribution of plugs
and cables.
3. The hollow for the carpet, parquet, tiles... is 5 mm deep.
4. The BCM mechanism cover base has inlets for tubes of between ø18 and ø30.
5. In order to install boxes, the false floor must be equal to or higher than 75 mm. The
standard height on the market is 80 mm
7. Sizes for the hollow where the boxes are to be inserted.
ST-2:
ST-4:
ST-6:
ST-8:
2 taladros de Ø80 cuyos centros están separados 60 mm.
164x182 cm
164x246 cm.
182x347 cm.
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20/10/06 21:09:48
Below the Surface
Metal junction boxes – CPM (only applicable to ST-4, ST-6 and ST-8)
The AEMSA metal junction boxes offer an innovative and functional system. Their special design enables us to guarantee that the system is the easiest and safest on the
market.
The metal junction boxes stand out for the following:
1. Their regulation and levelling system is completely new and can be carried out with
just 1 Allen key, without the slightest effort. The metal Junction Boxes (CPM) have a
regulation range of between 75 and 110 mm. This regulation option is included out of
the need to level all the premises’ boxes in the installation below the surface, so that
the concrete is at the same height at all points.
2. With the AEMSA below surface system, there is no need to increase the minimum
height, as 75 mm enable us to cover all types of plugs and sockets, including magnetothermals. In other systems on the market, if you attempt to place straight or
magnetothermal plugs, you must increase the height (in some cases up to 100 mm.)
in order to have sufficient space inside the connection boxes. This new installation
concept enables a saving of concrete of up to 25% in some cases, with all the advantages that this entails: financial and the fact that it is not necessary to increase the
premises’ admissible load.
3. The safety requirement for the installer and the user has been a priority during the
metal junction boxes’ design stage. These boxes have no cutting edges or facets,
which greatly facilitate their use and operation. Following this principle, the unit is held
with metal “zeds” that are subsequently removed, preventing any possible harm to
the installer during the electrical cabling process.
4. Electrical continuity all over the box through four points (corners). Earthing device
(Cable minimum 4 mm2)
5. The boxes have bypass boards for trunk, tube and those without holes that may be
easily removed from the box to be serviced or replaced.
6. The boxes have alignment marks that enable us to position several boxes in perfect
order.
70
20/10/06 21:10:00
TECHNICAL DATA
Plastic junction boxes – CPA (only applicable to ST-2, ST-4 and ST-6)
Important: This application is not possible with the ST-8 model. Should you require an
installation below the surface with ST-8 boxes, a CPM metal box should be used.
Plastic junction boxes have the same function as metal boxes but they are used for
small installations where cost is an important factor. They also allow for greater freedom of movement in the installation as they are inter-connected with tubes.
ENGLISH
The CPA junction boxes stand out for the following:
1. As with the CPM boxes, the CPA boxes have a chipboard to prevent material from
falling inside.
2. Access to the box has been prepared for tubes of Ø18 and Ø30. With a pre-punched
access, we can insert tubes of these diameters inside the box.
3. The regulation and fixing system for the CPA-4 and CPA-6 boxes is carried out using
screws: 4 screws increase the height and another 4 secure the box.
4. The CPA-2 has the same regulation-fixing system but only 2 screws are used for fixing. The tube access is Ø24 mm.
5. Regulation height: Between 75 and 95 mm.
Metal trunks - CM
The AEMSA technical floor box system has an additional complete system of metal
trunks and accessories for below the surface, with all the required measurements and
heights.
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20/10/06 21:10:03
AEMSA has the following measurements: height 28 and 38 mm and width 150, 200, 250
and 300 mm.
The trunks have interior compartments to separate the different types of cables, whilst
at the same time increasing the trunk reinforcement. AEMSA supplies trunks with 2 and
3 compartments.
For quick installation, AEMSA has developed a part that can be used for coupling, fixing and as a final cover for the trunks. Depending on its position, a revolving part that is
placed on the ends serves as a final cover or for coupling-fixing.
B. COMPLIANCE WITH EXISTING STANDARDS
COMPLIANCE WITH THE UNE 20451:1997. Boxes and enclosures for electrical accessories for
household and similar fixed electrical installations.
Compliance with Standard IEC 60670-1:2002. Boxes and enclosures for electrical accessories for
household and similar fixed electrical installations - Part 1: General requirements.
Compliance with Standard IEC 60670-1-23 Ed. 1: Boxes and enclosures for electrical accessories
for household and similar fixed electrical installations - Part 23 : Particular requirements for floor
boxes and enclosures
Declaration of conformity
MARKING. COMPLIANCE WITH THE EUROPEAN DIRECTIVE BT 73/23/EEC.
Compliance with the standards UNE 20451:1997 and IEC 60670, with classification:
ACCORDING TO IEC 60670-1
Technical floor boxes for false floors (ST models)
7.1. Insulating
7.2.1.1. Non-combustible floors
7.2.1.2. Combustible floors
7.2.3.2. Suitable for all types of installation except into concrete
7.3.3. With inlets for plain or corrugated conduits (si se utiliza la caja BCM)
7.4.1. With cable retention
7.5.2. -15ºC to +60ºC
7.6. No aplicable
7.7.1. Class Ha
7.7.3.2 IP>2X
72
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TECHNICAL DATA
The classification of technical floor boxes according to point 7 of the standard CEI 60670-23 and
which is in addition to the classification provided in section 7 of the general part, is for all technical
floor boxes.
7.2.101.1. Floor boxes or enclosures intended to be installed in floor subjected to drytreatment.
7.2.101.4 Flush-floor enclosures intended to protect accesories against traffic load.
7.8.1. Enclosure with a removable lid.
ENGLISH
Insulating technical floor boxes for surface (CPA models)
7.1. Insulating
7.2.3.1. Suitable for installation into concrete during the casting process.
7.3.3. With inlets for plain or corrugated conduits
7.5.2. -15ºC to +60ºC
7.6.2. +90ºC
The classification of technical floor boxes according to point 7 of the standard CEI 60670-23 CD
and which is in addition to the classification provided in section 7 of the general part, is for all technical floor boxes:
Metal technical floor boxes for surface (CPM models)
7.1.3 Composite
7.2.3.1. Suitable for installation into concrete during the casting process.
7.3.3. With inlets for plain or corrugated conduits
7.3.5. With inlets for other types of conductors/cables or conduits
7.5.2. -15ºC to +60ºC
7.6.2. +90ºC
The classification of technical floor boxes according to point 7 of the standard CEI 60670-23 CD
and which is in addition to the classification provided in section 7 of the general part, is for all technical floor boxes:
73
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C. ADDITIONAL TECHNICAL TESTS
Result of the test: IP4X
According to IEC 60670-1:2002. (10)
EXTERNAL LOAD TEST
According to UNE EN 50085-1:2005
GLOW WIRE TEST
HEAT RESISTANCE
Result of the test: Satisfactory at 70ºC
According to 20451:1997
COMPRESSION TEST FOR FLOOR MOUNTING BOXES
According to IEC 60670-1-23CDV
D. SIZES
74
20/10/06 21:10:25
ENGLISH
TECHNICAL DATA
75
20/10/06 21:10:31
76
20/10/06 21:10:45
ENGLISH
TECHNICAL DATA
77
20/10/06 21:10:51
ENGLISH
TECHNICAL DATA
79
20/10/06 21:11:14
80
20/10/06 21:11:36
TECHNICAL DATA
ENGLISH
42 60 055 / CPM 48-8
7.- OFFICE SYSTEM
MATERIALS
MatInsulating material:
Metal material:
COLOUR
Self-extinguishing ABS
Silver anodised aluminium with satin finish
RAL 7024 Graphite grey
RAL 9006 Aluminium
RAL 9003 White
COMPLIANCE WITH EXISTING STANDARDS
UNE EN 50085-1: Cable trunking systems and cable ducting systems for electrical installations. Part 1: General requirements.
Pr EN 50085-2-4: Cable trunking systems and cable ducting systems for electrical installations. Part 2-4: Specific requirements for Service Poles.
UNE EN 60669-1: Switches for fixed household and similar electrical installations. Part
1: General requirements.
81
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B. ASSEMBLY DIAGRAMS
8. MECHANISMS
ELECTRIC
SOCKETS
RJ45
CONNECTORS
AND HOLDERS
PHONE
SOCKETS
SWITCHES
OTHERS
DIFFERENTIAL
TELEVISION
SOCKET
8.1. 250 V 10/16 A SOCKETS
They comply with the UNE 20315-94 standard: “Socket bases and plugs for household and similar
use”
Product certified with the AENOR N mark, with dossier no. 030/001960. This certificate also guarantees compliance with all the requirements of the aforementioned standard.
Main technical data:
• Material: Self-quenching technical polymer with high impact strength and against
cleaning products and ultraviolet radiation.
• Terminals for cables of up to 4 mm2, rigid or flexible.
• Connection by means of mixed-head screws supplied loose for faster installation.
• Insulation resistance > 5 M_ at 500 V.
• Dielectric strength > 2000 V
• Minimum cutting power: 100 operations at 1.25*IN and 275 V, with cos_=0.6
• Minimum service life: 10000 changes of position at IN and 250 V, with cos_= 0.8
• Degree of protection according to UNE EN 20324-93: IP-X1
8.2. DOUBLE 250 V SOCKETS
SPECIFIC COVERS AND FUNCTIONS
Double 250v sockets
Field of application
• Power supply for computers, printers, cash registers, portable lighting appliances,
and generally, all common equipment in the tertiary sector.
82
20/10/06 21:12:03
TECHNICAL DATA
• There are articles (refs: U3.069.XXSD) designed for connecting plugs with adaptors
for selective seal opening. They are usually sent to installations with specific power
supply systems (circuits with UPS, etc).
• All sockets may be selected in red to indicate special circuits (UPS equipment, etc).
Technical and installation characteristics
ENGLISH
• Allocated voltage: 250V
• Assembly by pressure on the frames without the need for screws.
• Terminals are aligned on both sides and internally connected. Terminals for conductors of up to 4 mm2, rigid or flexible.
• Connection of the phase and neutral terminals using mixed head screws and arched
swing-arm washer (“yoke screw”), which enables a perfect cable grip, even where
there is a difference in diameter. This technique is developed by Schneider Electric.
• Front tightening system makes it easier to tighten and loosen for maintenance operations.
• The cover is secured using a single screw.
• The socket is dismantled from the front of the frame using a simple unlocking system.
• There are articles with neon lights to indicate voltage in the socket.
• All articles have safety seals.
• The covers are supplied in a shiny finish, signal white (RAL 9003), pure white (RAL
9010), aluminium and red.
• Technopolymer material that is resistant to abnormal heat and fire, halogen free and
highly resistant to impact. The front parts are resistant to cleaning products and UV
radiation.
Standards
•
•
•
•
•
•
•
In compliance with Standard UNE 20315
Insulation resistance: > 5MΩ a 500V
Dielectric strength: > 2000V
Minimum cutting power: 100 operations at 1.25 x IN and 275V, with cos�= 0.6
Elastic and enclosing cells.
During operations, the earth contact is established first, and it is stopped last.
Minimum service life: 10000 changes of position at IN and 250V, with cos�= 0.8
Sizes
83
20/10/06 21:12:39
8.3. CONTROL MECHANISMS (BREAKERS AND
SWITCHES)
They comply with the UNE EN 60669-1 standard: 2002 + A1: 2003: “Switches for fixed, household
and similar installations. Part 1: General prescriptions”.
Product certified with the AENOR N mark, with dossier no 030/001961. This certificate also guarantees assurance of all the requirements of the aforementioned standard.
Main technical data:
• Shiny material resistant to cleaning products and stabilised versus UV radiation.
• RAL 9003 White.
• Degree of protection according to UNE EN 20324-93: IP-X1
• Self-quenching material with high impact strength
• For the connection of rigid or flexible conductors to terminal strips.
• Insulation resistance > 5 M_ at 500 V.
• Dielectric strength > 2000 V
• Minimum cutting power:
> 200 operations at 1.25*IN and 275 V, with cos_= 0.3
> 200 operations at 1.25* IN and 250 V, with tungsten filament lamps.
• Minimum service life:
> 40000 changes of position at 1.25*IN and 250 V, with cos _= 0.6
> 10000 changes of position with fluorescent charge (mechanisms of 10 AX)
> 5000 changes of position with fluorescent charge (mechanisms of 16 AX)
8.4. RJ 11 AND RJ 12 TELEPHONE SOCKETS (4 AND 6
WIRES, RESPECTIVELY)
Compliance with the requirements of RD/1/1998 and RD 279/1999 (Telecommunications Common
Infrastructure Regulation) (only 6 contacts sockets).
For connection to the telephone network, modems, faxes and other telephony equipment.
Category 3 (transmission speeds of up to 16 Mb/s)
The typical line of 1 pair of wires is connected between L1 and L2, the connection of ISDN, DSL and
other 4 wire lines (two pairs) is between L1-L2 and TX-TS.
84
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TECHNICAL DATA
Wiring diagram:
TERMINAL No
1
2
3
4
5
6
SYMBOL AND COLOUR
2
TX
L2
L1
TS
T
ENGLISH
RJ12
RJ12
RJ12
RJ12
Shiny material resistant to cleaning products and stabilised versus UV radiation.
RAL 9003 White.
Self-quenching material with high impact strength.
8.5. RJ-45 CONNECTORS (8 WIRES)
Category 5E (5 improved)
Wiring system: Universal
Insulating material: Self-quenching polycarbonate V0 according to UL 94
Contact material: Bronze / phosphorous (contact material); Nickel with gold film (contact mating
area); Nickel with lead film (contact termination area plating).
85
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Assembly diagram:
1
2
3
Trim Flush
CONTACT No
ELA/TIA568B
ELA/TIA 568A
1
Green-White
2
Green
3
Orange-White
4
Blue
5
Blue-White
6
Orange
7
Brown-White
Brown
8
4
Green-White
Pair 3
Green
Pair 2
Orange-White
Pair 1
Par 2
Blue
Blue-White
Pair 1 Pair 3
Orange
Pair 4
Brown-White
Brown
Pair 4
86
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TECHNICAL DATA
5.5. MAGNETOTHERMAL AND DIFFERENTIAL
SWITCHES
Field of application
ENGLISH
The automatic magnetothermal switches and automatic magnetothermal differential switches are used as a supplementary protection measure at the head of the installation. They thus make
it possible to substantially increase the protection of the sensitive parts of the installation from overcurrents, short-circuits and
branch faults.
• The automatic magnetothermal switches and automatic magnetothermal differential switches are used as a supplementary
protection measure at the head of the installation. They thus
make it possible to substantially increase the protection of the
sensitive parts of the installation from overcurrents, short-circuits and branch faults.
• Power sockets for electronic devices (PC and accessories, typewriters, electronic
scales, cash registers, etc.)
This also allows us to reduce and locate the fault areas, thus obtaining better availability
of the rest of the installation upstream from this additional protection system.
Installation characteristics and techniques
• Rated voltage 230V
• Rated operational current (gage) and cut-off power of the automatic magnetothermal
switches.
Reference
42 55 240
42 55 245
42 55 255
42 55 260
42 55 265
42 55 270
No. of poles
1
1
1
1+N
1+N
1+N
gage (A)
6
10
16
6
10
16
Cut-off power (A)
1500
1500
1500
1500
3000
3000
• Rated operational current (gage) and cut-off power of the automatic magnetothermal
differential switches.
Reference
42 55 275
42 55 280
42 55 285
No. of poles
1+N
1+N
1+N
gage (A)
6
10
16
Cut-off power (A)
1500
3000
3000
• The switch installed on a vertical wall with an IP41 degree of protection.
• The device should be used in a dry and powder-free place, with an ambient temperature between –5º to 40ºC.
• The circuit is closed by pressing the switch towards the «I» symbol.
• The circuit is opened by manually pressing the switch towards the «O» symbol, or
automatically by a thermal or magnetic action.
• In the magnetothermal differential switches the circuit is also opened by pressing the
test button «T» and automatically by differential action.
87
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5.6. TELEVISION SOCKETS
TELEVISION SOCKETS
Installation characteristics:
AEMSA
• Prepare the coaxial cable according to the measures specified in the following figure:
Make sure that no wire of the outside mesh touches the central wire (live).
• Raise the main lid of the socket and fit the cable/s according
to the following photo:
On installing two cables (in the Intermediate series sockets)
check that the cable matches the position indicated by the
arrows on the “signal input” and “signal output” socket.
• Lower the lid and screw it down tightly.
LIDS FOR STANDARD MARKET SOCKETS
AEMSA
The lids with ref. U9.440.XX and U9.441.XX make it possible to
provide the standard TV bases with the UNICA finish (such as
TELEVES, IKUSI, etc.).
Zip-type guides must be removed from the fmae, as indicated
in the attached drawings.
Standards:
AEMSA
• EN 500831-1, EN 50083-4, EN 50083-2
• UNE 20-523-73 (2nd)
• DIN 45623
• DIN 45330
• EMC Guideline
88
20/10/06 21:13:16
TECHNICAL DATA
Dimensions:
AEMSA
SM
Lid
ENGLISH
TV socket
6. ADDITIONAL TECHNICAL INFORMATION
CONNECTOR COMPATIBILITY
AMP ®
REF. CONNECTOR
1375055-x
1375188-1
406372-x
1375191-x
1116604-x
1116515-1
1375189-1
1339015-1
1479139-x
1479140-1
406373-2
TYPE
UTP
STP
Cat. 3
WIDTH
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
NARROW
¸
¸
˚
¸
¸
˚
¸
¸
˚
˚
˚
Cat. 6
Cat. 5e
WIDTH
¸
¸
NARROW
¸
¸
Cat. 6
UTP
Cat. 5e
STP
UTP
STP
UTP
Cat. 5
AVAYA ®
REF. CONNECTOR
MGS400-xxx
MPS100E-xxx
TYPE
UTP
89
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BRAND REX ®
REF. CONNECTOR
C6C-JAK-U-01-2
C6C-JAK-U-01-3
C6C-JAK-F-0K-2
C6C-JAK-F-AK-2
C6C-JAK-F-BK-2
GPC-JAK-U-B1-3
GPC-JAK-U-A1-3
GPC-JAK-U-BK-3
GPC-JAK-U-AK-3
GPC-JAK-U-013LF
GPC-JAK-F-01-2LF
GPC-JAK-F-B1-2
GPC-JAK-A1-3
GPC-JAK-BK-2
GPC-JAK-AK-3
TYPE
UTP
Cat. 6
FTP
UTP
Cat. 5e
FTP
WIDTH
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
¸
NARROW
¸
¸
¸
˚
˚
¸
¸
¸
¸
¸
¸
˚
˚
˚
˚
WIDTH
¸
¸
¸
¸
¸
¸
¸
NARROW
˚
¸
˚
¸
¸
¸
˚
WIDTH
¸
¸
¸
¸
¸
¸
¸
¸
¸
NARROW
¸*
˚
¸
˚
¸
˚
¸
˚
¸
GENERAL CABLE ®
REF. CONNECTOR
CU6PJACBLP
CU6PJAKBLP
CU5EJACBLP
CU5EJAKBLP
CF5NJAC99P
CU5PJACBLP
CF5PJAC99P
TYPE
Cat. 6
UTP
Cat. 5e
FTP
UTP
FTP
Cat. 5
KRONE ®
REF. CONNECTOR
6380 1 800-04
6380 1 810-04
6380 1 305-01
6380 1 312-xx
6540 1 100-07
6540 2 161-60
6540 1 130-xx
6540 1 154-02
6467 1 081-xx
TYPE
UTP
STP
UTP
STP
UTP
STP
UTP
STP
UTP
Cat. 6
Cat. 5e
(*) After wiring, remove the sliding clamp from the connector.
90
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TECHNICAL DATA
NEXANS ®
TYPE
UTP
FTP
STP
UTP
FTP
STP
UTP
FTP
Cat. 6
Cat. 5e
WIDTH
¸
¸
¸
¸
¸
¸
¸
¸
NARROW
¸
¸
¸
¸
¸
¸
¸
¸
ENGLISH
REF. CONNECTOR
N420.610
N420.620
N420.630
N420.510
N420.520
N420.530
N420.416
N420.426
Note: The article Ref.: 429.620 by NEXANS, must be used with these connectors
NORDX/CDT ®
REF. CONNECTOR
AX101313 a 101328
AX101307 a 101317
AX100577 a 100587
TYPE
Cat. 6
UTP
Cat. 5e
WIDTH
¸
¸
¸
NARROW
¸
¸
¸
WIDTH
¸
¸
¸
¸
NARROW
˚
˚
˚
˚
SUPERIOR ®
REF. CONNECTOR
KMJSIXB02
KMJVL8A/B02S
KMJVL8A/B02
KMJE3FS8B02
TYPE
UTP
FTP
Cat. 6
UTP
Cat. 5e
91
20/10/06 21:13:35
Much more than products.
AEMSA was created in 1978 as a company
dedicated to the wholesale design, development and manufacture of Low Voltage cables,
products and accessories for the electricity
industry. Our mission involves offering a wide
range of solutions that meet with our customers’ most demanding requirements or go far
beyond them, offering at all times a product
and service with the quality they would expect
of a company with the profile of AEMSA.
From the outset AEMSA has maintained a solid
philosophy aimed at offering a specific product and integral service that is totally adapted
to meet each customers’ needs. AEMSA currently has more than 20,000 m2 of installations in three operations centres, equipped
with the very latest technology used for pro-
Norma System, Mini System, Connect System and Installation Material are the four main
lines of AEMSA products. Four areas especially defined to cover each and every one of
the needs of the electrical sector
.
duction, storage and design processes.
92
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ENGLISH
LABORATORY AND QUALIT CONTROL
Quality from the outset.
1999. AEMSA’s efforts in the area of quality
control are awarded with the ISO 4001 Environ-
1978. From its very beginnings, quality has al-
mental Management certificate.
ways been at the forefront of AEMSA’s management system.
2003. AEMSA becomes the first company in the
electricity sector to receive the SGI- 008/2003
1991. AEMSA sets its “General Quality Plan”
certificate (Integral Management Certificate
underway, with the aim of continuously im-
combining Quality Control and Environmental
proving its products, processes and services
systems) from the Spanish certifying authority,
in order to obtain the highest levels of cus-
AENOR. At present, very few companies have
tomer satisfaction.
been awarded this certification.
1994. Thanks to the constant efforts of
However, our respect towards the environment
a team of great professionals, AEMSA is
and the quality of our processes is not just aimed
awarded the ISO 9001 quality certificate,
at obtaining certificates, but instead the correct
one of the first companies in the sector to
and intelligent use of our natural resources and
receive it.
respect towards our environment, our team and
our customers.
93
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TESTS PERFORMED BY
SYSTEMS CERTIFICATION
PRODUCT CERTIFICATION
1.- CONTROL MECHANISMS
4255145
4255155
4255165
4255175
4255180
Narrow Breaker 16ª
Wide Breaker 16A
Narrow Switch 16A
Wide switch 16A
Wide pushbutton 10A
AENOR Product Certificate no. 030/001961
2.- POWER SOCKETS
4255010
4255015
4255020
4255025
4255026
4255030
4255035
Schuko Base 2P+EC
Schuko base 2P+EC safety
Red Schuko base 2P+EC safety
Red French base 2P+EC safety
White French base 2P+EC safety
Narrow Plug base 2P narrow
Wide plug base 2P safety
AENOR Product Certificate no. 030/001960
94
20/10/06 21:15:39
3.- MECHANISM HOLDERS FOR INSULATING CAM/CD TRUNKS
4251640
4251650
4251660
CAM-CP Mechanism Holder
CD 110 Mechanism Holder
CD 160/CS Mechanism Holder
4252102
4252103
4252104
4252105
4252106
4252107
4252108
4252202
4252203
4252204
4252205
4252206
4252207
4252208
4252212
4252213
4252214
4252215
4252216
4252217
4252218
ENGLISH
4.- MULTIFUNCTION BOXES
CS - 2
CS – 2 + 1 SUP + MGT Holder
CS – 4
CS – 6
CS – 8
CE – 2
CE – 2 + 1 BUILT-IN PLADUR + MGT Holder
CE – 4
CE – 6
CE – 8
CEO – 2
CEO – 2 + 1 BUILT-IN + MGT Holder
CEO – 4
CEO – 6
CEO - 8
QUALIFICATIONS AND OFFICIAL APPROVALS
CE
TELEFÓNICA
VODAFONE
EL CORTE INGLÉS
REPRO
AGENCIA DE PROTECCIÓN CONTRA INCENDIOS REPÚBLICA DE CUBA
95
20/10/06 21:15:45
42 60 008 / ST-8
78
20/10/06 21:11:03
CONSULT OUR
3
TECHNICAL
MANUALS
48
20/10/06 21:03:48

b. additional technical tests

Transcription

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