MICO Mineral Insulated Cables · 2019-07-25 · MICO® Characteristics Applications and advantages...
Transcript of MICO Mineral Insulated Cables · 2019-07-25 · MICO® Characteristics Applications and advantages...
MICO® - Mineral Insulated CablesK
ME
Ital
y S.
p.A
.M
ICO
® [I]
MICO® Characteristics 4
Light duty cables
Heavy duty cables
Applications and advantages 5
Fire resistance 6
Mechanical resistance 9
Technical data 10
Mineral insulated cable Twisted 20
Complete installation 21
Mineral cables termination 22
Fixing systems 23
LSF sheathed Mineral cables 23
Tools 23
Installation 24
Junction boxes 28
Waterproof straight through joint 29
Applications Industrial area 30
Approvals 31
Mineral Insulated Heating Cables 32
Industrial applications 33
Building applications 34
Technical data 34
What is KME
A major European industrial group which for more than a hundred years has been a leading force in the world of copper processing industryWorld leader in semi-finished copper productsKME Group is the world’s largest manufacturer of semi-finished copper and copper alloy products (excluding copper wire), with a share of 30% of the European market and 7% worldwide
Major production sitesThe Group boasts 14 production sites strategically located in the 5 European countries with the largest semi-finished products markets, as well as in China.
A hundred years of historyKME Group has deep roots in the history of European industry: it was founded and first quoted on the stock mar-kets in the 19th century.
Our product range includes a complete assortment of semi-finished copper and copper alloy products designed for use in numerous applications. We keep an open dialogue with our customers, so that we can work together to develop resourceful, economical solutions for all kinds of copper applications, old and new.
Roofing systemsKME offers copper as a basic material for architecture and building: surfaces and systems for roo-fing and facade cladding and for the draining of rainwater.
Copper Industrial TubesA high level of quality characterizes our copper tubes; their characteristics have been studied to meet the needs of various industrial applications: air conditioning and refrigeration systems, con-struction of boilers, making of high-frequency coaxial cables, fittings and the solar heating industry.
Brass and copper rodsKME has the widest range of brass and copper rods on the market, in every size and shape, for all fields of application, from architecture to the electrical industry.
Special productsWe are able to create highly technological products: piping systems for the marine industry, tube bundles, mineral insulated cables, special extruded and drawn products in every size and shape, and finished machined parts based on the customer’s design.
Plumbing systemsHigh performance copper tubes, both bare and covered, which are ideal for any plumbing and heating application in the building sector as well as for the distribution of medical gases in the healthcare industry.
Industrial Rolled productsKME manufactures rolled products made of copper, brass, bronze and other copper-based alloys in every shape and size and with different surface treatments in order to meet the requests from many industrial sectors.
Engineered productsKME is a worldwide leader in the supply of copper and special alloy components for the continuous casting of steel and non-ferrous metals, just as it is a qualified and professional partner in the desi-gning of these systems.
WATERPROOF STRAIGHT THROUGH JOINT
MICO®
Characteristics Applications and advantages
54
MICO® Mineral Insulated Cable is composed by: ETP solid (not stranded) copper cores, from 1 to 400 mm2, melting point 1082°C Magnesium Oxide (MgO) as electrical insulation, due to its high performance at high
temperature (melting point 2600°C) high quality DHP copper sheath, manufactured starting from tubes extruded and drawn only
(not welded), melting point 1082°C LSF additional outer covering. Such flame retardant poliolephin is characterised by high
performance in corrosion resistance and low smoke emission.
MICO® Cable range is divided into: Light duty cables (300/500 V) from 2 to 7 cores, from 1 to 4 mm2 size Heavy Duty Cables (450/750 V) from 1 to 19 cores, 400 mm2 maximum size for single
core, 25 mm2 maximum size up to 4 cores.
Production process held by KME foresee many steps of diameter reduction (both drawings and rollings) separated by high temperature annealing. Long lead time (average is 8 weeks) grants high quality cable at the end of the process: strong compression of MgO powder (density about 2 kg/cm3) allows very high values of insulation resistance (also if burned, 180° bended or flattened) and thermal conductivity. Therefore current ratings are higher than soft skin cables, especially at high temperature.
LIGHT DUTY CABLES
Mineral Insulated cables – Light duty cable (300/500 V) – is the best solution for electric circuits installed at sight, in historical or relevant buildings, both indoor and outdoor. Due to their small dimensions, they can be installed quickly and easily. Copper outer sheath, who-se cross section is designed to be used as earth conductor, protects the cable from any mechanical stress like impacts, bending or flattening, giving at the same time a beautiful esthetical aspect to the cable. MICO® is not only a simple cable but, combining its use with the large range of copper and brass accessories, designed by KME, it can be considered as a complete wiring system.
HEAVY DUTY CABLES
The increasing of nominal voltage (450/750 V), due to higher thickness of copper outer sheath and Magnesium Oxide insulation, allows KME Mineral Insulated heavy duty cables to be installed in every critical environment, due to high humidity degree, or wherever the installation is dangerous due to possible mechanical damages. Wide manufacturing range, similar to soft skin wiring cable range, allow heavy duty cables design whenever big power is required.
Mineral cables are more efficient than standard wiring cables, in terms of resistance to thermal effects: this means that core cross sections (and cable outer diameters as well) can be reduced, under the same conditions of current ratings.
FIRE RESISTANCE – weaker situation is copper melting point(1082°C) MICO® is the safest cable, it can withstand to severe fire, water and mechanical tests as foreseen by British (LPCB), European and australian stan-dards
EMERGENCY SYSTEMS – MICO® is the only cable to go on wor-king also during a fire, so to supply (for at least 120 minutes, maximum time 3 hours) emergency lamps, acoustic alarms, sprinklers, automatic doors, eleva-tors and so on
FIRE DETECTION – MICO® cables allow fire controller units to recei-ve signals by fire detectors also during a fire. MICO® twisted cables (for signal transmission), in addition to MICO® light duty cables (for power supply), are able to match technical requirements by most popular fire detection systems
BUS SYSTEMS – world leaders like ABB or Schneider Electric alrea-dy tested and approved MICO® as suitable cable for distribution in their bus systems, limiting MICO® specification in fire hazardous areas or in historical buildings, where standard bus cables need are not recommended
HISTORICAL BUILDINGS – standard electrical plant can deeplyimpact aesthetical aspect of old buildings: where integrity of original structure must be saved and hidden installation is not allowed (or its cost would be too much), MICO® is the perfect solution for an installation at sight. You can also trust on copper capacity of disappearing, day after day, if used on particular environment like stone, brick, wood.
TUNNELS – emergency lights and fan coils are required to go on workingalso during a fire, to allow people using emergency exits. In order to save their life, MICO® is really able to withstand high temperatures during a car fire.
MICO®
Fire resistance
CWZ
76
Furnace
TunnelsFan coils, exit LEd ligths, emergency and standard lighting can continue to work if powered by MICO®
Standard soft skin fire re-sistant cable before fire test
Temperature inside furnace according to standard ISO 91 curve: after 90’ it’s 1020°C (German fire test according to DIN 4102), after 120’ it’s 1050°C (Australian fire test according to AS 3013). Same test executed in Italy to classify MICO® as REI 90
Standard cable failure after few minutes of fire test
Soft skin cable insulation cracks and falls down after some mechani-cal hits
This is how soft skin fire resistant cable remains after few minutes of fire: would you trust on it ?
MICO® cable during fire test (950°C for 180 minutes)
MICO® cable during water test (650°C for 15 minutes, then water crush trough sprinklers)
MICO® cable during mechani-cal test (950°C again for 15 minutes then mechanical impact directly on the cable)
MICO® cables after all test: power supply is still granted
CinemaEmergency circuit - exit lamp still going on during a fire, if all systems are powered by MICO®
MICO®
Building applicationsEmergency circuit - single core cables on fire proof cable conduit, to supply each level of building Elevator power supply
Mechanical performance
Industrial applications
98
Flattening test: cable cross section reduced by 50%, connected to power - no breakdown
Bending test: 180° bending on one side (bending radius = 6 times cable diameter), 180° bending on opposite side, then connected to power - no breakdown
Elevator/Lift
Fire resistant cable conduit
1110
2 H 1.5 2 H 2.5 2 H 4 2 H 6 2 H 10 2 H 16 2 H 25 3 H 1.5 3 H 2.5 3 H 4 3 H 6 3 H 10 3 H 16 3 H 25 4 H 1.5 4 H 2.5 4 H 4 4 H 6 4 H 10 4 H 16 4 H 25 7 H 1.5 7 H 2.512 H 1.512 H 2.519 H 1.5
2 x 1.5 2 x 2.5 2 x 4 2 x 6 2 x 10 2 x 16 2 x 25 3 x 1.5 3 x 2.5 3 x 4 3 x 6 3 x 10 3 x 16 3 x 25 4 x 1.5 4 x 2.5 4 x 4 4 x 6 4 x 10 4 x 16 4 x 25 7 x 1.5 7 x 2.512 x 1.512 x 2.519 x 1.5
HEAVY DUTY CABLES (450/750 V) - Multi core H cables
HEAVY DUTY CABLES (450/750 V) - Single core H cables
7.98.79.8
10.912.714.717.1
8.39.3
10.411.513.615.618.2
9.110.111.412.714.817.320.110.812.114.115.616.6
9.410.211.312.414.216.219.1
9.810.811.913.015.117.620.210.611.612.914.216.319.322.612.313.615.617.618.6
1.381.782.262.763.574.515.641.381.782.262.763.574.515.641.381.782.262.763.574.515.641.381.781.381.781.38
11.496.904.312.871.721.080.69
11.496.904.312.871.721.080.69
11.496.904.312.871.721.080.69
11.496.90
11.496.90
11.49
12.4914.5617.6120.9326.7434.1143.3913.6216.1419.3423.1130.2838.0747.3715.7718.4722.9026.7434.3644.4256.0120.7324.7331.8537.6441.59
1.381.180.980.820.640.510.401.271.070.890.750.570.450.361.090.930.750.640.500.390.310.830.700.540.460.41
750610480370280205150670520420350245180135560445350270205145110385310210175155
12001200120016001600160016001200120016001600160016001600120016001600160016001600160016001600160016001600
0.2250.2680.3450.4310.6080.8451.1380.2420.3130.4050.5160.7331.0111.3810.2980.3740.4960.6230.8841.2361.7520.4310.5570.6850.8780.928
0.2560.3060.3880.4780.6620.9071.2380.2740.3540.4500.5650.7911.1001.4870.3330.4180.5450.6770.9461.3371.8950.4770.6090.7460.9701.044
XG 2H1.5 XG 2H2.5 XG 2H4 XG 2H6 XJ 2H10 XJ 2H16 XK 2H25 XG 3H1.5 XG 3H2.5 XG 3H4 XJ 3H6 XJ 3H10 XJ 3H16 XM 3H25 XG 4H1.5 XG 4H2.5 XJ 4H4 XJ 4H6 XJ 4H10 XK 4H16 XM 4H25 XJ 7H1.5 XJ 7H2.5 XJ 12H1.5 XK 12H2.5 XM 19H1.5
10101010222
1010102222
10102222222222
RAD 2H1.5RAD 2H2.5RAD 2H4RAD 2H6RAD 2H10RAD 2H16RAD 2H25RAD 3H1.5RAD 3H2.5RAD 3H4RAD 3H6RAD 3H10RAD 3H16RAD 3H25RAD 4H1.5RAD 4H2.5RAD 4H4RAD 4H6RAD 4H10RAD 4H16RAD 4H25RAD 7H1.5RAD 7H2.5RAD 12H1.5RAD 12H2.5RAD 19H1.5
M20M20M20M20M25M25M32 M20M20M20M25M25M25M40M20M20M25M25M25M32 M40M25M25M32M32M40
10101010222
1010102222
10102222222222
XGFT 2H1.5 XGFT 2H2.5 XJFT 2H4 XJFT 2H6 XKFT 2H10 XMFT 2H16 XMFT 2H25 XGFT 3H1.5 XJFT 3H2.5 XJFT 3H4 XJFT 3H6 XKFT 3H10 XMFT 3H16 XMFT 3H25 XGFT 4H1.5 XJFT 4H2.5 XJFT 4H4 XKFT 4H6 XKFT 4H10 XMFT 4H16 XMFT 4H25 XJFT 7H1.5 XJFT 7H2.5
101022222
10222222
1022222222
RAD 2H1.5RAD 2H2.5RADT 2H4RADT 2H6RADT 2H10RADT 2H16RADT 2H25RAD 3H1.5RADT 3H2.5RADT 3H4RAD 3H6RADT 3H10RADT 3H16RAD 3H25RAD 4H1.5RADT 4H2.5RAD 4H4RADT 4H6RADT 4H10RADT 4H16RAD 4H25RAD 7H1.5RAD 7H2.5
M20M20M25M25M32 M40M40M20M25M25M25M32 M40M40M20M25M25M32 M32 M40M40M25 M25
101022222
10222222
1022222222
1N031N051N051N071N081N091N121N031N051N061N071N091N101N131N051N061N071N081N091N121N141N071N081N091N101N11
2N062N062N082N092N102N122N142N062N072N082N092N112N132N152N072N082N092N102N122N142N162N092N102N122N132N14
1P031P041P051P071P081P101P121P041P051P061P071P091P111P131P051P061P071P081P101P121P141P061P071P091P111P12
2P042P052P062P072P092P112P132P052P062P072P082P102P122P132P062P062P082P092P112P132P142P072P082P112P122P12
T05MT06MT08MT10MT12MT14MT17MT06MT07MT09MT11MT13MT15MT18MT07MT09MT11MT12MT14MT17MT19MT10MT12MT14MT15MT16M
1 H 1.5 1 H 2.5 1 H 4 1 H 6 1 H 10 1 H 16 1 H 25 1 H 35 1 H 50 1 H 70 1 H 95 1 H 120 1 H 150 1 H 185 1 H 240 1 H 300 1 H 400
1 x 1.51 x 2.51 x 41 x 61 x 101 x 161 x 251 x 351 x 501 x 701 x 951 x 1201 x 1501 x 1851 x 2401 x 3001 x 400
4.905.305.906.407.308.309.60
10.7012.1013.7015.4016.8018.4020.4023.3026.0030.00
6.206.607.207.708.809.80
11.1012.2013.6015.2017.4018.8020.4022.9025.8028.5032.50
1.381.782.262.763.574.515.646.687.989.44
11.0012.3613.8215.3517.4819.5422.57
11.496.904.312.871.721.080.690.490.340.250.180.140.110.090.070.060.04
5.786.447.708.93
10.6813.1616.9620.2324.7330.9036.6942.5949.4857.4769.3984.55
105.97
2.982.682.241.931.611.311.020.850.700.560.470.400.350.300.250.200.16
2030174014201200
950730540440350275215185155125
988080
12001200120012001200120012001600160016001600160016001600160018001800
0.0900.1110.1430.1760.2350.3190.4430.5810.7640.9861.2791.5601.8672.3153.0203.8105.006
0.1070.1280.1660.2020.2680.3560.4850.6270.8161.0441.3671.6581.9742.4603.1863.9865.199
XG 1H1.5 XG 1H2.5 XG 1H4 XG 1H6 XG 1H10 XG 1H16 XG 1H25 XG 1H35 XJ 1H50 XJ 1H70 XJ 1H95 XK 1H120 XK 1H150 XK 1H185XM 1H240 T 1H300 T 1H400
1010101010101010222222222
RAD 1H1.5RAD 1H2.5RAD 1H4RAD 1H6RAD 1H10RAD 1H16RAD 1H25RAD 1H35RAD 1H50RAD 1H70RAD 1H95RAD 1H120RAD 1H150RAD 1H185RAD 1H240RAD 1H300RAD 1H400
M20M20M20M20M20M20M20M20M25 M25 M25 M32M32M32M40M40M40
1010101010101010222222222
XGFT 1H1.5 XGFT 1H2.5 XGFT 1H4 XGFT 1H6 XJFT 1H10 XJFT 1H16 XKFT 1H25 XKFT 1H35 XMFT 1H50
1010101022222
RAD 1H1.5RAD 1H2.5RAD 1H4RAD 1H6RADT 1H10RADT 1H16RADT 1H25RADT 1H35RADT 1H50
M20M20M20M20M25M25M32M32M40
1010101022222
1N011N011N011N011N021N031N051N061N081N091N101N111N131N141N15
2N012N012N012N042N052N062N072N082N102N112N132N142N152N162N17
1P011P011P011P011P021P041P051P061P071P091P111P121P131P141P15
2P012P012P012P032P042P052P062P072P082P102P112P122P132P142P15
T01MT01MT02MT01UT02UT03UT04UT05UT06UT07UT08UT09UT10UT11UT12UT13UT14U
LIGHT DUTY CABLES (300/500 V) - Multi core L cables
CABLE TECHNICAL DATA PLAIN SEALS EARTH TAIL SEALS CLIPS AND SADDLES
2 L 1 2 L 1.5 2 L 2.5 2 L 4 3 L 1 3 L 1.5 3 L 2.5 4 L 1 4 L 1.5 4 L 2.5 7 L 1 7 L 1.5 7 L 2.5 2 T 1 2 T 1.5 2 T 2.5
2 x 12 x 1.52 x 2.52 x 43 x 13 x 1.53 x 2.54 x 14 x 1.54 x 2.57 x 17 x 1.57 x 2.52 x 12 x 1.52 x 2.5
5.105.706.607.705.806.407.306.307.008.107.608.409.705.105.706.60
6.407.007.909.207.107.708.807.608.309.609.109.90
11.206.407.007.90
1.131.381.782.261.131.381.781.131.381.781.131.381.781.131.381.78
17.2411.49
6.904.31
17.2411.49
6.9017.2411.49
6.9017.2411.49
6.9017.2411.49
6.90
6.047.129.41
12.157.568.93
10.688.78
10.2112.8311.5713.3317.42
6.047.129.41
2.852.421.831.422.281.931.611.961.691.341.491.290.992.852.421.83
100100100100100100100100100100
800 600 500
190015001100
80015001200
90013001000
700
100100100
190015001100
1200120012001200120012001200120012001200120012001200120012001200
0.1030.1320.1800.2490.1310.1660.2250.1600.2040.2720.2230.2890.4170.1030.1320.180
0.1240.1550.2060.2800.1540.1920.2580.1850.2320.3080.2580.3260.4590.1240.1550.206
XG 2L1 XG 2L1.5 XG 2L2.5 XG 2L4 XG 3L1 XG 3L1.5 XG 3L2.5 XG 4L1 XG 4L1.5 XG 4L2.5 XJ 7L1 XJ 7L1.5 XJ 7L2.5 XG 2L1 XG 2L1.5 XG 2L2.5
10101010101010101010222
101010
RAD 2L1RAD 2L1.5RAD 2L2.5RAD 2L4RAD 3L1RAD 3L1.5RAD 3L2.5RAD 4L1RAD 4L1.5RAD 4L2.5RAD 7L1RAD 7L1.5RAD 7L2.5RAD 2L1RAD 2L1.5RAD 2L2.5
M20M20M20M20M20M20M20M20M20M20M25M25M25M20M20M20
10101010101010101010222
101010
XGFT 2L1 XGFT 2L1.5 XGFT 2L2.5 XGFT 2L4 XGFT 3L1 XGFT 3L1.5 XGFT 3L2.5 XGFT 4L1 XGFT 4L1.5 XGFT 4L2.5 XJFT 7L1 XJFT 7L1.5 XJFT 7L2.5 XGFT 2L1 XGFT 2L1.5 XGFT 2L2.5
10101010101010101010222
101010
RAD 2L1RAD 2L1.5RAD 2L2.5RAD 2L4RAD 3L1RAD 3L1.5RAD 3L2.5RAD 4L1RAD 4L1.5RAD 4L2.5RAD 7L1RAD 7L1.5RAD 7L2.5RAD 2L1RAD 2L1.5RAD 2L2.5
M20M20M20M20M20M20M20M20M20M20M25M25M25M20M20M20
10101010101010101010222
101010
1N011N011N011N031N011N011N021N011N021N031N031N031N051N011N011N01
2N012N022N042N052N032N042N052N042N052N062N052N062N072N012N022N04
1P011P011P011P031P011P011P021P011P021P041P031P041P051P011P011P01
2P012P022P032P042P022P032P042P032P032P052P042P052P062P012P022P03
T01MT02MT03MT05MT02MT03MT04MT03MT04MT05MT05MT05MT08MT01MT02MT03M
CA
BLE
TY
PE
CO
RE
N°
x C
OR
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ZE
(mm
2)
BA
RE
CA
BLE
DIA
MET
ER (
mm
)
LSF
CA
BLE
DIA
MET
ER
(mm
)
CO
RE
DIA
MET
ER
(mm
)
CO
RE
RES
ISTA
NC
E (O
hm
/km
)
CO
PP
ER S
HEA
THSE
CTI
ON
(mm
2)
CO
PP
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HEA
THR
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TAN
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(Oh
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m)
NO
MIN
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LEN
GTH
(m)
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RA
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%
CO
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IAM
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(mm
)
BA
RE
CA
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WEI
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(kg
/m)
LSF
CA
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WEI
GTH
(kg
/m)
PLA
IN S
EALS
KIT
PC
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AC
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PC
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AC
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EAR
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BR
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II 2
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Resistance R (Ω/km)Cabletype2L1
2L1.52L2.52L43L1
3L1.53L2.5
30 °C18.81112.575
7.7014.479
18.81112.575
7.701
70 °C21.65614.477
8.8665.157
21.65614.477
8.866
105 °C24.14516.141
9.8855.749
24.14516.141
9.885
0.0880.0830.0790.0750.0910.0860.079
Reactance X (Ω/km) Impedance Z (Ω/km)30 °C
18.81112.576
7.7024.480
18.81112.576
7.702
70 °C21.65614.477
8.8665.157
21.65614.477
8.866
105 °C24.14516.141
9.8855.749
24.14516.141
9.885
Above indicated values are valid also for multi-core cables with 4 & 7 conductors
Light duty multi-core cables (500 V): resistance, reactance & impedance
Resistance R (Ω/km)Cabletype
2H1.52H2.52H42H6
2H102H162H25
30 °C12.575
7.7014.7913.2001.9021.1950.756
70 °C14.477
8.8865.5163.6852.1901.3760.870
105 °C16.141
9.8856.1504.1092.4411.5340.970
0.1010.0940.0880.0830.0790.0750.073
Reactance X (Ω/km) Impedance Z (Ω/km)30 °C
12.5767.7024.7923.2011.9041.1980.759
70 °C14.478
8.8665.5163.6862.1911.3780.873
105 °C16.142
9.8856.1504.1102.4421.5360.973
Above indicated values are valid also for all the other types of multi-core cables (with 3, 4 ,7, 12 & 19 conductors).
Heavy duty two-core cables (750 V): resistance, reactance & impedance
Resistance R (Ω/km)Cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C12.576
7.7024.7923.2021.9031.1960.7570.5460.4040.2810.2040.1630.1330.1090.0860.0760.075
70 °C14.478
8.8665.5163.6862.1901.3770.8710.6280.4650.3230.2340.1860.1520.1230.0960.0840.063
105 °C16.142
9.8856.15
4.1092.4421.5350.9710.7000.5180.3600.2600.2070.1690.1370.1060.0920.069
0.1390.1280.1200.1120.1040.0980.0930.0890.0850.0830.0800.0780.0770.0760.0760.0750.075
Reactance X (Ω/km) Impedance Z (Ω/km)30 °C
12.5777.7034.7933.2041.9061.2000.7630.5540.4130.2930.2190.1800.1540.1330.1150.1070.095
70 °C14.478
8.8675.5183.6872.1931.3800.8760.6350.4730.3330.2470.2020.1700.1450.1230.1130.099
105 °C16.142
9.8868.6504.1112.4441.5380.9750.7060.5250.3690.2720.2210.1850.1570.1310.1190.103
Single-core triplet cables: resistance, reactance & impedance
Resistance R (Ω/km)Cabletype
Cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C
Reactance X (Ω/km) Impedance Z (Ω/km)
Single-core cables laid side by side: resistance, reactance & impedance
12.617.7404.8313.2411.9421.2360.7970.5870.4460.3230.2460.2060.1770.1540.1320.1220.104
12.577.7024.7923.2021.9031.1960.7570.5460.4040.2800.2030.1610.1320.1070.0830.0730.054
12.537.6654.7553.1661.8671.1610.7220.5120.3710.2490.1720.1320.1040.0830.0630.0560.038
R S T14.518.9055.5553.7252.2291.4160.9110.6690.5060.3640.2760.2290.1950.1680.1420.1300.110
14.478.8665.5163.6862.1901.3770.8710.6280.4640.3220.2330.1850.1510.1220.0950.0820.061
14.448.8295.4803.6492.1541.3410.8360.5940.4310.2900.2010.1550.1220.0960.0720.0620.042
70 °CR S T
16.189.9246.1894.1482.4811.5741.011
0.740.5580.4010.3020.2490.2120.1810.1520.1370.115
16.149.8856.1504.1092.4421.5350.9710.7000.5170.3590.2590.2060.1680.1350.1040.0900.067
16.109.8486.1134.0732.4061.4990.9350.6650.4830.3260.2270.1750.1380.1080.0810.0680.046
105 °CR S T
30 °CR S T
70 °CR S T
105 °CR S TR S T
0.1600.1490.1400.1320.1240.1170.1120.1070.1030.0990.0960.0930.0900.0860.0820.0780.077
0.1390.1280.1200.1120.1040.0980.0930.0890.0850.0830.0800.0780.0770.0770.0770.0760.076
0.1610.1500.1420.1350.1270.1210.1170.1130.1100.1080.1060.1050.1040.1040.1040.1030.103
12.617.7424.8333.2441.9461.2420.8050.5970.4570.3380.2640.2260.1990.1770.1550.1450.129
12.577.7034.7933.2041.9051.2000.7620.5530.4130.2920.2180.1790.1530.1320.1130.1050.094
12.547.6674.7573.1681.8711.1670.7310.5240.3870.2710.2020.1690.1470.1330.1220.1170.110
14.528.9065.5573.7272.2331.4210.9180.6770.5160.3780.2920.2480.2160.1900.1660.1530.136
14.488.8675.5173.6872.1931.3800.8760.6340.4720.3330.2460.2010.1690.1440.1220.1120.098
14.448.8315.4823.6522.1581.3470.8440.6040.4450.3090.2270.1870.1600.1410.1270.1210.112
16.189.9256.1904.1502.4841.5791.0170.7480.5680.4130.3170.2670.2310.2020.1750.1610.142
16.149.8866.1514.1112.4441.5380.9750.7060.5240.3680.2710.2200.1850.1560.1300.1180.102
16.109.8506.1154.0752.4091.5040.9430.6750.4960.3430.2500.2030.1720.1500.1320.1240.114
1312
Resistance R (Ω/km)Cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C
Single-core cables laid at the distance of a diameter: resistance, reactance & impedance
12.617.7434.8333.2441.946
1.240.8030.5930.4530.3320.2570.2170.1900.1690.1480.1390.120
12.577.7034.7933.2031.9051.1990.7600.5500.4090.2870.2100.1700.1420.1200.1000.0930.075
12.547.7674.7283.1691.8701.1650.7280.5190.3790.2590.1850.1470.1210.1050.1410.0850.069
R S T14.528.9075.5573.7272.2321.4200.9160.6740.5120.3720.2850.2390.2070.1820.1580.1470.126
14.488.8675.5183.6872.1921.3790.8740.6320.4690.3280.2390.1930.1600.1340.1100.0990.079
14.448.8315.4823.6522.1571.3450.8410.6000.4380.2990.2120.1680.1370.1160.0970.0880.071
70 °CR S T
16.189.9256.1914.1502.4841.5781.0150.7450.5640.4080.3100.2590.2220.1940.1670.1540.131
16.149.8866.1514.1112.4431.5370.9730.7030.5210.3640.2650.2130.1760.1460.1180.105
0.83
16.109.8506.1154.0752.4081.5020.9400.6710.4900.3340.2370.1860.1510.1260.1030.0920.073
105 °CR S T
Cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
Reactance X (Ω/km) Impedance Z (Ω/km)30 °C
R S T70 °C
R S T105 °C
R S TR S T0.2030.1920.1830.1750.1670.1600.1540.1500.1450.1400.1360.1330.1290.1230.1160.1120.108
0.1820.1710.1630.1560.1480.1410.1360.1320.1290.1260.1230.1210.1200.1990.1170.1150.115
0.2050.1940.1860.1790.1710.1650.1610.1570.1540.1520.1500.1490.1470.1470.1450.1430.142
12.617.7454.8373.2481.9531.2500.8170.6110.4750.3600.2890.2530.2270.2050.1830.1720.155
12.577.7054.7963.2071.9111.2070.7720.5660.4290.3130.2440.2090.1850.1680.1530.1460.135
12.547.6704.7623.1741.8781.1770.7460.5430.4100.3010.2390.2090.1900.1790.1680.1620.152
14.528.9075.5603.7312.2391.4290.9280.6900.5320.3980.3150.2730.2430.2180.1940.1820.163
14.488.8675.5203.6912.1971.3860.8840.6450.4860.3510.2690.2280.1990.1780.1600.1510.139
14.448.8315.4853.6562.1641.3550.8560.6200.4650.3360.2600.2240.2010.1870.1730.1660.160
16.189.9276.1944.1542.4891.5861.0260.7600.5830.4310.3390.2910.2570.1940.2030.1900.170
16.149.8886.1544.1142.4481.5430.9830.7160.5370.3850.2920.2450.2130.1460.1660.1560.142
16.109.8526.1184.0792.4141.5110.9540.6890.5140.3670.2810.2380.2110.1260.1780.1700.159
Voltage drop (mV/Am)cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C21.78013.340
8.3005.5503.3002.0701.3100.9500.7000.4900.3500.2800.2300.1900.1500.1300.099
Voltage drop in single-core triplet cables
cos φ = 1 cos φ = 0.8
70 °C25.08015.360
9.5506.3803.7902.3801.5101.0900.8100.5600.4000.3200.2600.2100.2100.1500.110
105 °C27.96017.12010.650
7.1204.2302.6601.6801.2100.9000.6200.4500.3600.2900.2400.1800.1600.120
30 °C17.57010.800
6.7604.5502.7401.7601.1500.8500.6500.4800.3700.3100.2600.2300.2000.1800.160
70 °C20.21012.420
7.7705.2203.1402.0101.3000.9600.7300.5300.4100.3400.2800.2500.2500.1900.170
105 °C22.51013.830
8.6505.8103.4902.2301.4401.0600.8100.5800.4400.3700.3100.2700.2300.2100.170
Voltage drop (mV/Am)cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C21.78013.340
8.3005.5503.3002.0701.3100.9500.7000.4900.3500.2800.2300.1900.1500.1300.099
Voltage drop in single-core cables laid side by side
cos φ = 1 cos φ = 0.8
70 °C25.08015.360
9.5506.3803.7902.3801.5101.0900.8100.5600.4000.3200.2600.2100.2100.1500.110
105 °C27.96017.12010.650
7.1204.2302.6601.6801.2100.9000.6200.4500.3600.2900.2400.1800.1600.120
30 °C17.57010.800
6.7604.5502.7401.7601.1500.8500.6500.4800.3700.3100.2600.2300.2000.1800.160
70 °C20.21012.420
7.7705.2203.1402.0101.3000.9600.7300.5300.4100.3400.2800.2500.2500.1900.170
105 °C22.51013.830
8.6505.8103.4902.2301.4401.0600.8100.5800.4400.3700.3100.2700.2300.2100.170
1514
Voltage drop (mV/Am)cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H2401H3001H400
30 °C21.79013.340
8.3005.5503.3002.0601.3200.9600.7200.5100.3800.3100.2600.2300.2000.1800.150
Voltage drop in single-core cables laid at the distance of a diameter
cos φ = 1 cos φ = 0.8
70 °C25.08015.360
9.5606.3903.8002.3901.5201.1000.8200.5800.4300.3500.2900.2500.2100.1900.160
105 °C27.96017.13010.660
7.1204.2402.6701.6901.2200.9100.6400.4700.3800.3200.2700.2200.2000.170
30 °C17.63010.870
6.8304.6202.8101.8301.2100.9200.7200.5500.4400.3800.3400.3100.2800.2700.240
70 °C20.27012.480
7.8305.2903.2102.0801.3701.0300.8000.6100.4800.4200.3700.3300.3000.2800.250
105 °C22.57013.890
8.7105.8703.5602.2901.5101.1300.8800.6600.5200.4400.3900.3500.3100.2900.260
Voltage drop (mV/Am)cabletype
2L12L1.52L2.52L43L1
3L1.53L2.5
30 °C37.62025.15015.400
8.96032.58021.78013.340
Voltage drop in Light duty multi-core cables (500 V)
cos φ = 1 cos φ = 0.8
70 °C43.31028.95017.73010.310
37.5125.08015.360
105 °C48.29032.28019.77011.50041.82027.96017.120
30 °C30.20020.22012.420
7.26026.16017.51010.750
70 °C34.76023.26014.280
8.34030.10020.15012.370
105 °C38.74025.93015.910
9.29033.55022.46013.780
Above indicated values are valid also for multi-core cables with 4 & 7 conductors.
Voltage drop (mV/Am)cabletype
2H1.52H2.52H42H6
2H102H162H25
30 °C25.15015.400
9.5806.4013.8002.3901.510
Voltage drop in Light duty multi-core cables (750 V)
cos φ = 1 cos φ = 0.8
70 °C28.95017.73011.030
7.3704.3802.7501.740
105 °C32.28019.77012.300
8.2204.8803.0701.940
30 °C20.24012.430
7.7705.2203.1402.0001.300
70 °C23.28014.300
8.9306.0003.6002.2901.480
105 °C25.95015.930
9.9406.6704.0002.5401.640
Above indicated values are valid also for all the other types of multi-core cables (with 3, 4 ,7, 12 & 19 conductors).
single-core H (750 V) M.I.C. bare, exposed to touch or covered with thermoplastic material (metal she-ath maximum temperature 70°C). For bare cables we must multiply by 0.9. Cables sheaths are connected to the ends.
cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H240
(A)223040516992
120147182223267308352399466
(A)2636476082
109142174215264317364416472552
(A)2634455777
102132161198241289331377426496
(A)2636476082
109142174215264317364416472552
(A)3243567195
125162197242294351402454507565
(A)2636476082
109142174215264317364416472552
nominal conductor
cross section
mm2 2 cables
(A)
212837
223040516992
120
233140
2534455777
102133
multi-core H (750 V) e L (500 V) M.I.C. bare, exposed to touch or covered with thermoplastic material (metal sheath maximum temperature 70°C). For bare cables we must multiply by 0.9.
cable in air, spaced from wall or ceiling or on platform
192635
212837486586
112
500 V1.52.54
750 V1.52.546
101625
Table I/1
triplet cables in
air
laid side by side cables in air
horizontal spaced cables in air
vertical spaced cables in air
laid cables in air, fixed on wall or
ceiling
triplet cables in air, fixed
on wall or ceiling
(A)2837496284
110142173213259309353400446497
(A)2534455777
102133163202247296340388440514
(A)233141527092
120147181221264303346392457
(A)212837486586
112137169207249286327371434
13-1415-16 *
13-1415-16 *
1415-16 *
1415-16 *
1111A *
1111A *
3 cables 2 cables 3 cables 2 cables 3 cables 2 cables 3 cables 2 cables 3 cables 3 cables
Table II/1
cable in air, fixed on wall or ceiling
3-14-15-16 * 11-11A *
253344
2637476082
109142
3 cables
(A)
2 cables
(A)
3 cables
(A)serie
* Installation methods taken from 3rd edition of CEI 64-8/5 norm, table 52 C
1716
single-core H (450/750 V) M.I.C. bare, not exposed to touch (metal sheath maximum temperature 105°C). - Correction factor for bundle is not required.
cabletype
1H1.51H2.51H41H6
1H101H161H251H351H501H701H95
1H1201H1501H1851H240
(A)2838506487
115150184228279335385441500584
(A)33456076
104137179220272333400460526596697
(A)3243567196
127164200247300359411469530617
(A)33456076
104137179220272333400460526596697
(A)40547089
120157204248304370441505565629704
(A)33456076
104137179220272333400460526596697
Table I/2
triplet cables in
air
laid side by side cables in air
horizontal spaced cables in air
vertical spaced cables in air
laid cables in air, fixed on wall or
ceiling
triplet cables in air, fixed
on wall or ceiling
(A)35476178
105137178216266323385441498557624
(A)3142557096
127166203251307369424485550643
(A)3041536791
119154187230280334383435492572
(A)2635475981
107140171212260312359410465544
13-1415-16 *
13-1415-16 *
1415-16 *
1415-16 *
1111A *
1111A *
3 cables 2 cables 3 cables 2 cables 3 cables 2 cables 3 cables 2 cables 3 cables 3 cables
nominal conductor
cross section
mm2 2 cables
(A)
263546
2635475981
107140
283851
3242557096
127166
multi-core H (750 V) e L (500 V) M.I.C. bare, not exposed to touch (metal sheath maximum temperature 105°C). Correction factor for bundle is not required
cable in air, spaced from wall or ceiling or on platform
243344
2635475981
107140
500 V1.52.54
750 V1.52.546
101625
Table II/2
Table III Correction factor k1 for room temperature different from 30° C
cable in air, fixed on wall or ceiling
3-14-15-16 * 11-11A *
314154
33456076
104137179
3 cables
(A)
2 cables
(A)
3 cables
(A)serie
* Installation methods taken from 3rd edition of CEI 64-8/5 norm, table 52 C
room temperature
°C10152025
35404550
55606570
75808590
95
bare cable or covered by ther-moplastic material exposed to
touch
bare cable not exposed to touch
70 °C1.261.201.141.07
0.930.850.760.67
0.570.45
--
----
-
105 °C1.141.111.071.04
0.960.920.880.84
0.800.750.700.65
0.600.540.470.40
0.32
Nominal copper sheath resistance (Ω/km)RatedVoltage
Cross-Sectionmm2
500 V
750 V
11.52.54
1.52.546
10162535507095
120150185240300400
1 cond
2.9812.6772.2381.9311.6141.3101.0160.8520.6970.5580.4700.4050.3480.3000.2480.2040.163
2 cond2.8552.4221.8331.4191.3811.1840.9790.8240.6450.5050.397
3 cond2.2791.9311.614
1.2661.0680.8920.7460.5690.4530.364
4 cond1.9641.6891.344
1.0930.9340.7530.6450.5020.3880.308
7 cond1.4911.2930.990
0.8320.697
12 cond
0.5410.458
19 cond
0.414
Nominal copper sheath resistance
1918
Mineral insulated cable TWISTED - code:2T1.5 Complete Installation
Numbers of conductors 2 x 1.5 mm²
Insulation (MgO)
Diameter over copper sheath (5.7 mm)
Red LSF additional sheath (7.2 mm)
In 100 mtrs coils
Voltage rating
Conductors resistance (max.)
Nominal sheath resistance (screen)
Nominal capacitance conductor to conductor
Nominal capacitance one conductor to sheath at 1 kHz
Nominal capacitance between conductorsand copper sheath at 1 kHz
Nominal inductance (loop) at 10 MHz
Attenuation at 1 MHz
Attenuation at 10 MHz
Nominal chatacteristic impedance
Manufatured following the requirements of BS 6207
On request KME is able to produce twisted cables 2T1 and 2T2.5 and also shielded MI cables with double insulation
Dimensional characteristics
Electric characteristics
1
2
3
4
500 V
12.1 ohm/km
2.7 ohm/km
164.5 pF/m
243.5 pF/m
384.4 pF/m
436.0 μH/m
- 19.0 dB/km
- 52.0 dB/km
50 ohm
Building management systems Fire detection systems Closed circuit television Fire telephone systems Data networks
2120
1
2
3
4
Using this option:- Assembling and fixing is speeder- Customer saves time, avoiding termination time- KME quality and guarantee is assured
Power supply
Junction box
Switch/socket
Lamp
Fixing clips
Mico® cable 2L1.5
MICO®
MICO®
Plain seals
It’s original MICO® termination type, characterised by minimum volume and minimum cost and execution time.Since it doesn’t foresee the connection of outer copper sheath, inside the junction box, to the earth system, it’s frequently used in public lighting to connect to double insulated lights and, for industrial applications in ATEX area, within brass RAD ISO glands
Earth tail seals
Fixing systemsMineral cables termination
Polyolefin extruded protection on the cable, available in red, orange, white and black colour, is required when: There are aggressive substances and therefore there’s danger for corrosion. Typical LSF cables usage
is in chemical, pharmaceutics and oil industries. Specific colour must identify the circuit type, like, for instance, LSF red to identify all cables part of
fire detection systems Specific LSF colour is considered as the best solution for cable camouflage.
Tools1
2
3 4
5
678
9
10
11
1) Small bender lever ZBLS (10 mm < Ø <16 mm)
2) Large bender lever ZBLL (Ø >16 mm)
3) Large ringer ZRL
4) Small rotary stripper (for 2L1 and 2L1.5 cables) ZSUS
5) Spare blade for small stripper ZSUSB
6) Crimping tool for G – M20 seals ZDC20
7) Crimping tool for J/K – M25/32 seals ZDC25
8) Plate type crimper for M – M40 seals ZDD 40
9) Large universal stripper ZSU
10) Spare blade for large stripper ZSUB
11) Straightener ZBSS (Ø <10 mm)
Copper outer sheath can be directly connected to earth system inside junction box by an annealed wire, already welded on brass pot.Also metallic junction box is connected as well by mechanical connection to outer sheath by brass glands, tightened through a locknut. Earth tail seals can so avoid an unpleasant outer earth connection.A correct execution of earth connection is extremely important for MICO® system, more than all other standard cables, since MICO® is the only cable to be installed at sight, exposed directly to touch also under 2.5 m of height, due to its structural mechanical resistance.
Gland bodyCompression ring
Backnut
MICO® Cable
Gland
Stub capBrass pot
Seal
Sleeving
Tipical connection
2322
Inside Junction boxes or enclosures, using standard hubs, MICO system is connected to standard wiring system. Earth tail seal and brass gland (by mechanical connection to metal enclosures) assure perfect connection to earth/ground system. MICO brass glands are IP65 waterproof approved.
II 2G Ex eb IIC Gb Ex db IIC Gb II 2D Ex tb IIIC Db IP65 Tamb -20 °C ÷ +70 °C
Service Temperature: -20 °C ÷ +250 °C.
LSF sheathed Mineral cables
MICO®
Installation
24
For the correct and complete installation procedure and execution of the terminations procedure carefully fol-low what reported extensively in the full document “Instructions - Mineral Insulated Cable (MICO®) and their Terminations” available in full on the website www.kme.com or by e-mail at [email protected]. This document shows all KME accessories required and detailed procedures to fully execute transportation, installation and termination of Mineral Insulated Cable (MICO®), accompanied by technical data, tips and detailed illustrations about.
The mineral insulated cable is normally supplied in a self-supporting coil having an inner diameter of 500,1200 and 1450 mm, depending on the outer diameter of the cable. To properly carry out the coils is possi-ble to build a simple unwinder, using a metal profile or of wooden boards such as used for the support ofcommon cables.
Before fixing, the cable it must be straightened by hand or by using a straightener or a tube bender; thefinal straightening can be performed using a block of wood and a hammer, or with a rubber hammer; a me-tal hammer should never be used directly on the cable sheath to avoid compromising the mechanical andelectrical characteristics of the sheath.
When the temperature of the sheath of a cable MICO®, taking account of the ambient temperature and theincrease in temperature due to the current, does not exceed 70°C, one can choose between the bare cableand the cable coated in LSF; for temperatures of the sheath more than 105°C, one must choose the barewire; for continuous operating temperatures of above 250°C must be take account what described aboutthe GF sealant.
The MICO® cables can operate at temperatures above -200°C, without be susceptible to adverse effects;on the other hand, cracks can occur on the additional coating in LSF at temperatures below -20°C withoutaffect the functionality of the cable. This is why you should not run the installation of coated cable with extracover in LSF at temperatures below -20°C.
Termination execution
Cut the end of the cable by a small saw; place the stripper on the cable and tighten it: the blade must be in contact with the copper outer sheath and the V shaped clamp must be tightened on the cable by its screw, so to let the tool spin round with the cable without stopping it.
Start rotating the tool pushing it towards the inner part of the cable; avoid the rolling up of the copper shaving on the conductors, fixing it on the suitable hook.When you have stripped enough copper sheath, you can insert the pliers to cause the drop of the copper sha-ving.
Regulationscrew
“V” fixed
Mobil“V”
Blade
25
Clean the conductors and insert the gland components (body, double cone and press cone).Only for use in explosion-proof applications, glands and seals shall be ATEX (or IECEx) marked. For applications in potentially explosive areas (zone 1 and zone 21) use only RAD ISO or RAD GAS fittings marked as follows:
II 2G Ex eb IIC Gb Ex db IIC Gb
II 2D Ex tb IIIC Db IP65
Tamb -20 °C ÷ +70 °C
Service Temperature: -20 °C ÷ +250 °C.
MICO®
2726
Cut some lengths of sleeving and, after removing eventual exceeding sealant, place them on the stub cap.
NO YES YES
Remove from the brass pot the Magnesium Oxide shattered during previous operation.Check with a Megger, at 500 Vcc, that cable insulation resistance is higher than 100 MΩ; then pour the sealant inside the brass pot.
After pulling the conductors by a pliers, place the stub cap as close as possible to the brass pot, then start crimping using the suitable tool.
In case that the fitting/housing coupling is subjected to vibrations it is necessary, in order not to cause brea-kage of the cable, to make a compensation bend in the vicinity of the housing. In case of ATEX applications the fitting/housing coupling shall guarantee at least 5 threads and the minimum housing thickness must be greater than or equal to 10 mm, moreover, the lock nut (see last figure) is not present in these coupling.The seal is guaranteed by the full tightening of the metal double cone through the cone press and is entrusted to the care of the installer.
Screw the self threaded brass pot on the cable sheath, placing the inner part of the hole on the copper sheath.
To make a termination, you need the following components (in addition to the cable, of course): seal, gland, sea-lant, eventual LSF shroud (if cable is LSF required), and the following tools: stripper, spare blades, crimping tool.
Check MICO® cables general brochure for tools dimension or technical manual for MICO® cables installation.
Gland
Conductor
Sleevings Junction box Wall
Mineral insulated cablecopper sheath
LSF shroud
Brasslocknut
Seal
LSF sheathed Mineral cables
MICO®
Junction boxes Waterproof straight through joint
BRASS line COPPER line
2928
In order to complete MICO® system range, KME produces also 2 ranges of valuable metal junction boxes: in sandblasted brass and in copper. The first one is manufactured after melting, the second through assembly and welding of semi-finished products coming from KME divisions standard production.Production dimensions for junction boxes are:83 x 117 x 63 mm (small type) in our stock both for brass and copper; 132 x 191 x 72 mm (large type) in stock only for brass. Copper junction boxes can be manufactured according to any desired dimension by the Customer. All junction boxes can be supplied with a holed panel, so to install behind it all series of mounting frames and relative switches and sockets.
cable type cable type cable typeL L L
2L12L1.52L2.52L43L1
3L1.53L2.54L1
4L1.54L2.57L1
7L1.57L2.5
2H1.52H2.52H42H6
2H102H162H253H1.53H2.53H43H6
3H103H16
3H254H1.54H2.54H44H6
4H104H164H257H1.57H2.5
12H1.512H2.519H1.5
50505050505050505050707070
50505050707080505050707070
100505070707080
10070707080
100
L L
Gland GlandFerrules Insulating sleeving
KME speedseal (minimum 3 wrappings)
Brass tube
Applications Industrial area
Emergency and safety circuits
3130
Approvals
MICO® fire resistant cable is approved according:IEC 60331 - 3 hours - 750°CLPCB 6387 - 3 hours 950°C + mechanical and water testAS/NZS 3113 - 2 hours up to 1050°C + mechanical tests
Certificate No 427a to BS 6387:2013 (C,W,Z) EN 60702-1: 2002
KME glands ATEX approved
II 2G Ex eb IIC Gb Ex db IIC Gb II 2D Ex tb IIIC Db IP65 Tamb -20 °C ÷ +70 °C
Service Temperature: -20 °C ÷ +250 °C.
3332
Industrial applications
Frost protection or heating of an industrial process can be easily achieved by electric heat tracing.Mineral insulated heating cables becomes the best choice when: required specific power and/or process temperature is high metal cable systems are preferred due to environmental characteristics of installation site specific installation method requires circular or small diameter cables long cuts are required.
KME Italy, starting from usual project data, is able to offer power calculation, select the right cable type and, if required, supply complete heating units, ready to be connected to power supply.
Low temperatures inside refrigerator cells can slowly destroy basement of the building: to avoid this, it’s extremely important to foresee an efficient and everlasting heating system, to compensate thermal los-ses through the insulation. Characteristics of Mineral insulated heating systems match exactly with over described specifics.
Refrigerator cell indoor
Thermal insulation
Heating cablesWelded grid
ConcreteBasement
Heating cable
Pre-stamped copper strip
Thermal insulationGlass fibre tape
Junction
Flange
Warning label
Power supply connection
Entry kit
Brass gland
Heating cable
Valve
Pavement
Mineral Insulated Heating Cables
CORETYPE
Copper (C)Kumanal (K)Copper (C)
Kumanal (K)Copper (C)
Kumanal (K)Nickel/Chrome 80/20 (T)Nickel/Chrome 80/20 (T)
SHEATHTYPE
Copper (C) + Polyethilene (HDPE)Copper (C) + Polyethilene (HDPE)
Copper (C)Copper (C)
Copper Nickel (CN)Copper Nickel (CN)
AISI 321 (I)Inconel 600 (INC)
MAX OPERATINGTEMPERATURE
110° C110° C250° C250° C400° C400° C600° C800° C
CABLECODE
CC / HDPEKC / HDPE
CCKCCNKNTI
TINC
COLD LEAD IN FOR POWER SUPPLY CONNECTION
Cold cable type
COPPER1H2.51H6
1H101H161H25
COPPER + HDPE1H2.5/ HDPE1H6/ HDPE
1H10/ HDPE1H16/ HDPE1H25/ HDPE
Cross sectionsize
mm2
2.56
101625
Ø copper outersheath
mm
5.306.407.308.309.60
Ø HDPE outersheath
mm
6.607.708.809.80
11.10
Ø core
mm
1.782.763.574.515.64
COPPER NICKEL1H2.5 CN1H6 CN
1H10 CN1H16 CN1H25 CN
AISI 3211H2.5 CI1H6 CI
OUTER SHEATH IN COPPER AND HDPETipocavo
KC 2700/HDPEKC 2000/HDPEKC 1600/HDPEKC 1250/HDPEKC 800/HDPEKC 630/HDPEKC 450/HDPEKC 315/HDPEKC 220/HDPEKC 140/HDPEKC 100/HDPE
CC 88/HDPECC 63/HDPECC 40HDPECC 25/HDPECC 17/HDPECC 11/HDPECC 7/HDPECC 4/HDPE
ResistanceΩ/km a 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm4.34.45.14.45.15.65.65.96.16.56.8
4.34.85.05.36.26.56.97.5
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
OUTER SHEATH IN COPPERCabletype
KC 2700KC 2000KC 1600KC 1250KC 800KC 630KC 450KC 315KC 220KC 140KC 100
CC 88CC 63CC 40CC 25CC 17CC 11CC 7CC 4
ResistanceΩ/km at 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm2.72.83.52.83.54.04.04.34.54.95.2
2.73.23.43.74.64.95.35.9
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
Cabletype
KN 1600KN 1000KN 630KN 400KN 250KN 160
CN 63CN 40CN 25CN 17CN 11CN 7CN 4
ResistanceΩ/km at 20° C
1.6001.000630400250160
634025171174
Ø outer sheathmm3.23.43.74.04.44.9
3.23.43.74.64.95.35.9
Ø coremm0.570.720.911.141.451.81
0.590.740.941.131.381.782.25
OUTER SHEATH IN COPPER NICKELAND CORE IN KUMANAL (K) OR COPPER (C)
Cabletype
TINC 10KTINC 6300TINC 4000TINC 2500TINC 1600TINC 1000TINC 630TINC 400TINC 250TINC 160
Cabletype
TI 10KTI 6300TI 4000TI 2500TI 1600TI 1000TI 630TI 400TI 250TI 160
Ø outer sheathmm3.23.23.23.43.63.94.34.75.36.5
ResistanceΩ/km at 20° C
10.0006.3004.0002.5001.6001.000630400250160
Ø coremm0.380.480.610.770.961.211.491.872.373.03
OUTER SHEATH IN INCONEL 600 OR SS.NICKEL-CHROME CORE
Road ramps, both for vehicles or persons, outdoor surfaces, helicopters landing areas, hothouses and football grounds: heating in these areas are made by mineral insulated units, buried in concrete or deep in the ground (5 - 10 cm depth, step 15 – 20 cm) in order to achieve an homogeneous thermal distribution.If the system is workmanlike installed, it’s safe, eternal, easy to be managed and controlled; neverthe-less, in case of breaking, it cannot create anyway same big damages like traditional hot water systems.Underfloor heating of the buildings guarantees excellent comfort, due high quality in heat distribution. These systems, sometimes inconve-nient due to high cost of domestic electric power, are recently stron-gly developed with alternative power sources, like photovoltaic energy production
Building applications
1) Concrete2) Moisture barrier
3a) Thermal insulation3b) Edge thermal insulation4) Protective barrier5) Welded grid6) Copper strip for cable fixing7) Mineral insulated heating cable8) Concrete protection9) Final pavement
10) Cold joint of heating cable11) Probe of temperature controller12) Temperature controller junction box13) Power supply junction box for heating cable
Power supply
1
23a
4
512
13
1110 967
83b
3534
Earth
Phase
Neutral
Earth
Earth tail seals GFT 1H2.5
Cold lead in cable “A” type 1H2.5/LSF orange
Cold lead in cable “B” type 1H2.5/LSF orangeDouble wall, blackthermoshrinkable tape
Heating cable, blackorange plastic shroudsfor glands protection
3000 mm
3000 mm
Bare heating cable
150 mm
150 mm
Cold joint
Bare cold cableISO 20 glands IP 67completed with locknut
CORETYPE
Copper (C)Kumanal (K)Copper (C)
Kumanal (K)Copper (C)
Kumanal (K)Nickel/Chrome 80/20 (T)Nickel/Chrome 80/20 (T)
SHEATHTYPE
Copper (C) + Polyethilene (HDPE)Copper (C) + Polyethilene (HDPE)
Copper (C)Copper (C)
Copper Nickel (CN)Copper Nickel (CN)
AISI 321 (I)Inconel 600 (INC)
MAX OPERATINGTEMPERATURE
110° C110° C250° C250° C400° C400° C600° C800° C
CABLECODE
CC / HDPEKC / HDPE
CCKCCNKNTI
TINC
COLD LEAD IN FOR POWER SUPPLY CONNECTION
Cold cable type
COPPER1H2.51H6
1H101H161H25
COPPER + HDPE1H2.5/ HDPE1H6/ HDPE
1H10/ HDPE1H16/ HDPE1H25/ HDPE
Cross sectionsize
mm2
2.56
101625
Ø copper outersheath
mm
5.306.407.308.309.60
Ø HDPE outersheath
mm
6.607.708.809.80
11.10
Ø core
mm
1.782.763.574.515.64
COPPER NICKEL1H2.5 CN1H6 CN
1H10 CN1H16 CN1H25 CN
AISI 3211H2.5 CI1H6 CI
OUTER SHEATH IN COPPER AND HDPETipocavo
KC 2700/HDPEKC 2000/HDPEKC 1600/HDPEKC 1250/HDPEKC 800/HDPEKC 630/HDPEKC 450/HDPEKC 315/HDPEKC 220/HDPEKC 140/HDPEKC 100/HDPE
CC 88/HDPECC 63/HDPECC 40HDPECC 25/HDPECC 17/HDPECC 11/HDPECC 7/HDPECC 4/HDPE
ResistanceΩ/km a 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm4.34.45.14.45.15.65.65.96.16.56.8
4.34.85.05.36.26.56.97.5
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
OUTER SHEATH IN COPPERCabletype
KC 2700KC 2000KC 1600KC 1250KC 800KC 630KC 450KC 315KC 220KC 140KC 100
CC 88CC 63CC 40CC 25CC 17CC 11CC 7CC 4
ResistanceΩ/km at 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm2.72.83.52.83.54.04.04.34.54.95.2
2.73.23.43.74.64.95.35.9
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
Cabletype
KN 1600KN 1000KN 630KN 400KN 250KN 160
CN 63CN 40CN 25CN 17CN 11CN 7CN 4
ResistanceΩ/km at 20° C
1.6001.000630400250160
634025171174
Ø outer sheathmm3.23.43.74.04.44.9
3.23.43.74.64.95.35.9
Ø coremm0.570.720.911.141.451.81
0.590.740.941.131.381.782.25
OUTER SHEATH IN COPPER NICKELAND CORE IN KUMANAL (K) OR COPPER (C)
Cabletype
TINC 10KTINC 6300TINC 4000TINC 2500TINC 1600TINC 1000TINC 630TINC 400TINC 250TINC 160
Cabletype
TI 10KTI 6300TI 4000TI 2500TI 1600TI 1000TI 630TI 400TI 250TI 160
Ø outer sheathmm3.23.23.23.43.63.94.34.75.36.5
ResistanceΩ/km at 20° C
10.0006.3004.0002.5001.6001.000630400250160
Ø coremm0.380.480.610.770.961.211.491.872.373.03
OUTER SHEATH IN INCONEL 600 OR SS.NICKEL-CHROME CORE
CORETYPE
Copper (C)Kumanal (K)Copper (C)
Kumanal (K)Copper (C)
Kumanal (K)Nickel/Chrome 80/20 (T)Nickel/Chrome 80/20 (T)
SHEATHTYPE
Copper (C) + Polyethilene (HDPE)Copper (C) + Polyethilene (HDPE)
Copper (C)Copper (C)
Copper Nickel (CN)Copper Nickel (CN)
AISI 321 (I)Inconel 600 (INC)
MAX OPERATINGTEMPERATURE
110° C110° C250° C250° C400° C400° C600° C800° C
CABLECODE
CC / HDPEKC / HDPE
CCKCCNKNTI
TINC
COLD LEAD IN FOR POWER SUPPLY CONNECTION
Cold cable type
COPPER1H2.51H6
1H101H161H25
COPPER + HDPE1H2.5/ HDPE1H6/ HDPE
1H10/ HDPE1H16/ HDPE1H25/ HDPE
Cross sectionsize
mm2
2.56
101625
Ø copper outersheath
mm
5.306.407.308.309.60
Ø HDPE outersheath
mm
6.607.708.809.80
11.10
Ø core
mm
1.782.763.574.515.64
COPPER NICKEL1H2.5 CN1H6 CN
1H10 CN1H16 CN1H25 CN
AISI 3211H2.5 CI1H6 CI
OUTER SHEATH IN COPPER AND HDPETipocavo
KC 2700/HDPEKC 2000/HDPEKC 1600/HDPEKC 1250/HDPEKC 800/HDPEKC 630/HDPEKC 450/HDPEKC 315/HDPEKC 220/HDPEKC 140/HDPEKC 100/HDPE
CC 88/HDPECC 63/HDPECC 40HDPECC 25/HDPECC 17/HDPECC 11/HDPECC 7/HDPECC 4/HDPE
ResistanceΩ/km a 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm4.34.45.14.45.15.65.65.96.16.56.8
4.34.85.05.36.26.56.97.5
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
OUTER SHEATH IN COPPERCabletype
KC 2700KC 2000KC 1600KC 1250KC 800KC 630KC 450KC 315KC 220KC 140KC 100
CC 88CC 63CC 40CC 25CC 17CC 11CC 7CC 4
ResistanceΩ/km at 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm2.72.83.52.83.54.04.04.34.54.95.2
2.73.23.43.74.64.95.35.9
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
Cabletype
KN 1600KN 1000KN 630KN 400KN 250KN 160
CN 63CN 40CN 25CN 17CN 11CN 7CN 4
ResistanceΩ/km at 20° C
1.6001.000630400250160
634025171174
Ø outer sheathmm3.23.43.74.04.44.9
3.23.43.74.64.95.35.9
Ø coremm0.570.720.911.141.451.81
0.590.740.941.131.381.782.25
OUTER SHEATH IN COPPER NICKELAND CORE IN KUMANAL (K) OR COPPER (C)
Cabletype
TINC 10KTINC 6300TINC 4000TINC 2500TINC 1600TINC 1000TINC 630TINC 400TINC 250TINC 160
Cabletype
TI 10KTI 6300TI 4000TI 2500TI 1600TI 1000TI 630TI 400TI 250TI 160
Ø outer sheathmm3.23.23.23.43.63.94.34.75.36.5
ResistanceΩ/km at 20° C
10.0006.3004.0002.5001.6001.000630400250160
Ø coremm0.380.480.610.770.961.211.491.872.373.03
OUTER SHEATH IN INCONEL 600 OR SS.NICKEL-CHROME CORE
CORETYPE
Copper (C)Kumanal (K)Copper (C)
Kumanal (K)Copper (C)
Kumanal (K)Nickel/Chrome 80/20 (T)Nickel/Chrome 80/20 (T)
SHEATHTYPE
Copper (C) + Polyethilene (HDPE)Copper (C) + Polyethilene (HDPE)
Copper (C)Copper (C)
Copper Nickel (CN)Copper Nickel (CN)
AISI 321 (I)Inconel 600 (INC)
MAX OPERATINGTEMPERATURE
110° C110° C250° C250° C400° C400° C600° C800° C
CABLECODE
CC / HDPEKC / HDPE
CCKCCNKNTI
TINC
COLD LEAD IN FOR POWER SUPPLY CONNECTION
Cold cable type
COPPER1H2.51H6
1H101H161H25
COPPER + HDPE1H2.5/ HDPE1H6/ HDPE
1H10/ HDPE1H16/ HDPE1H25/ HDPE
Cross sectionsize
mm2
2.56
101625
Ø copper outersheath
mm
5.306.407.308.309.60
Ø HDPE outersheath
mm
6.607.708.809.80
11.10
Ø core
mm
1.782.763.574.515.64
COPPER NICKEL1H2.5 CN1H6 CN
1H10 CN1H16 CN1H25 CN
AISI 3211H2.5 CI1H6 CI
OUTER SHEATH IN COPPER AND HDPETipocavo
KC 2700/HDPEKC 2000/HDPEKC 1600/HDPEKC 1250/HDPEKC 800/HDPEKC 630/HDPEKC 450/HDPEKC 315/HDPEKC 220/HDPEKC 140/HDPEKC 100/HDPE
CC 88/HDPECC 63/HDPECC 40HDPECC 25/HDPECC 17/HDPECC 11/HDPECC 7/HDPECC 4/HDPE
ResistanceΩ/km a 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm4.34.45.14.45.15.65.65.96.16.56.8
4.34.85.05.36.26.56.97.5
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
OUTER SHEATH IN COPPERCabletype
KC 2700KC 2000KC 1600KC 1250KC 800KC 630KC 450KC 315KC 220KC 140KC 100
CC 88CC 63CC 40CC 25CC 17CC 11CC 7CC 4
ResistanceΩ/km at 20° C
2.7002.0001.6001.250800630450315220140100
88634025171174
Ø outer sheathmm2.72.83.52.83.54.04.04.34.54.95.2
2.73.23.43.74.64.95.35.9
Ø coremm0.440.510.570.650.810.911.081.291.541.932.28
0.50.590.740.941.131.381.782.26
Cabletype
KN 1600KN 1000KN 630KN 400KN 250KN 160
CN 63CN 40CN 25CN 17CN 11CN 7CN 4
ResistanceΩ/km at 20° C
1.6001.000630400250160
634025171174
Ø outer sheathmm3.23.43.74.04.44.9
3.23.43.74.64.95.35.9
Ø coremm0.570.720.911.141.451.81
0.590.740.941.131.381.782.25
OUTER SHEATH IN COPPER NICKELAND CORE IN KUMANAL (K) OR COPPER (C)
Cabletype
TINC 10KTINC 6300TINC 4000TINC 2500TINC 1600TINC 1000TINC 630TINC 400TINC 250TINC 160
Cabletype
TI 10KTI 6300TI 4000TI 2500TI 1600TI 1000TI 630TI 400TI 250TI 160
Ø outer sheathmm3.23.23.23.43.63.94.34.75.36.5
ResistanceΩ/km at 20° C
10.0006.3004.0002.5001.6001.000630400250160
Ø coremm0.380.480.610.770.961.211.491.872.373.03
OUTER SHEATH IN INCONEL 600 OR SS.NICKEL-CHROME CORE
HEATING CABLE COLD CABLE "A" and "B"V
W
Type
CC40/HDPE
2CC17/HDPE
CC63/HDPE
CC88/HDPE
CC88/HDPE
KC220/HDPE
KC450/HDPE
KC630/HDPE
KC1600/HDPE
m
215
200
163
142
125
80
60
45
33
Type
1H2.5/LSFA
2H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
1H2.5/LSFA
m
3
3
3
3
3
3
3
3
3
Seal
GFT
GFT
GFT
GFT
GFT
GFT
GFT
GFT
GFT
Surface size
32 m2
36 m2
25 m2
20 m2
25 m2
15 m2
10 m2
9 m2
5 m2
Surface size
41 m2
51 m2
35 m2
28 m2
31 m2
21 m2
14 m2
12 m2
7 m2
W/m2
180
200
192
195
175
200
195
205
200
W/m2
142
140
137
139
138
142
139
155
142
Step
15 cm
18 cm
14 cm
15 cm
20 cm
19 cm
17 cm
20 cm
15 cm
Step
19 cm
25 cm
20 cm
20 cm
25 cm
26 cm
23 cm
27 cm
20 cm
Gland
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
RN 1/2"
229
230
230
230
230
230
230
230
230
Sheathtemperature (°C) Snow melting (3 cm/hour)
Frost protectionor de-icing
Permanent Start up
5.830 6.540 7.200 8.150 4.800 5.480 3.900 4.500 4.300 5.100 3.000 3.000 1.950 1.950 1.870 1.870 1.000 1.000
Permanent Start up
35 37 32 35 39 42 42 46 47 52 36 36 35 35 42 42 38 38
NOTES: 1) brass glands RAD ISO 20 are IP67 waterproof and dust protected and are completed by suitable locknut 2) cold lead in cold cables are completed by protection shrouds type CO1, orange coloured3) start up powers were calculated basing upon a start up temperature of +5°C
Manufacturing plant and sales office:KME Italy S.p.A.Via della Repubblica, 25755051 Fornaci di Barga (LU) Italy
Sales / Technical Assistance:ph. +39 0583 701412fax +39 0583 701406