CableDataSheet, Cable and Wire Technical Consulting Service

Conductor cross-section, shape and structure
Code    Description
R    Circular conductor
S    Sector shaped conductor
E    Solid conductor
M    Stranded conductor
RE    Circular conductor, solid
RM    Circular conductor, stranded
SE    Sector shaped conductor, solid
SM    Sector shaped conductor, stranded
OM    Oval shaped conductor, stranded
H    Waveguide
/V    Compacted conductor

Telecommunication cables
Code    Description
A    Outdoor cable
AB
   Outdoor cable with lightning protection requirements
AJ    Outdoor cable with induction protection requirements
G    Mine cable
GJ    Mine cable with induction protection requirements
J    Installation cable
JE    Installation cable for industrial electronics
L    Hose cable for telecommunication systems. Cables with stranded conductors for increased mechanical stress for telecommunication systems
S    Switch board cable for telecommunication systems



Code    Description
P    Insulation made of paper
Y    Insulation or sheath or protective sheath made of polyvinylchloride (PVC)
Yv    Reinforced protective sheath made of polyvinylchloride (PVC)
2Y    Insulation of solid PE or sheath or protective sheath made of polyethylene (PE)
2Yv
   Reinforced protective sheath made of polyethylene (PE)
02Y    Insulation made of foamed polyethylene (PE)
02YS    Insulation made ��of foam-skin
3Y    Insulation made ��of styroflex
4Y    Insulation made ��of polyamide (PA)
5Y    Insulation made ��of polytetrafluoroethylene (PTFE)
6Y    Insulation made ��of perflourethylenpropylen (FEP)
7Y    Insulation made ��of ethylene tetrafluoroethylene (ETFE)
9Y    Insulation made of polypropylene (PP)
09YS    Insulation made of polypropylene foam-skin
H    Insulation or sheath made of halogen free material
FE    Cable with insulation integrity
M    Lead sheath
Mz    Annealed lead sheath
C    Screen made of copper braid
(C)    Individually screend pairs (copper braid)
(K)    Screen made of copper tape
L    Aluminum sheath
LD    Corrugated aluminum sheath
(L)2Y    Al-laminated sheath made of polyethylene, PE
F    Cable core with jelly filling
TF    Cable core with swellable tape
W    Corugated steel tape sheath
D    Screen made of round copper wires
B*)    Armouring
C*)    Protective sheath of jute and viscous compound
Q    Armouring made of steel braid
(St)
   Screen (metal tape or plastic laminated metal tape)
(Z)
   Steel wire braid over the inner PVC sheath
E    Compound layer with embedded plastic tape
T    Strength members
(Zg)    Strength members of bundled fiberglass yarns in the  sheath


Code    Description
Bd    Stranded in bundles
DM    Multiple twin quad
Lg    Lagenverseilung
F    Star quad in the railway communications cables
St    Star quad with phantom circuit
St I    Star quad in district cables (trunk cable)
St III    Star quad in local cables
St VI    Star quad HF suitable up to 4 MHz
St VII    Star quad HF suitable up to 16 MHz
St VIII    Star quad HF suitable up to 32 MHz
PiMF    Shielded pair (pairs in metal foil)
S    Railway signalling cable
TF    Star quad for carrier frequency technology

Instrumentation and Control cables Code Designation

Cable Type

RE- Instrumentation and Instrumentation Control Cable resp.
RT- Thermocouple Extension or Compensating Cable

* metal cladding of conductor
-v Copper conductor, tinned

* Insulation and/or sheath materials
Y Insulation, inner or outer sheath of Polyvinylchloride (PVC)
Yw Insulation, inner or outer sheath of heat resistant Polyvinylchloride (PVCw)
Yv Outer sheath of Polyvinylchloride of increased thickness
2Y Insulation, inner or outer sheath of Polyethylene (PE)
2X Insulation of crosslinked Polyethylene (XLPE)
H Inner or outer sheath of halogen-free, flame retardant compound (LSZH)
2G Insulation of silicone rubber (SiR)
4Y Covering of Polyamide (Nylon)

* Screening
(ST) Static screen of Aluminium laminated plastic tape
(L) Longitudinally applied Aluminium foil, one or both sides plastic coated
C Braid of tinned or untinned copper wires over cable core
K Wrapping of copper foils
PiMF Pair in Metal Foil
TiMF Triple in Metal Foil
(C) Braid of tinned or untinned copper wires over single cabling element

*metal sheath
M Sheath of lead
Mz Sheath of lead alloy

*Armour
SWA Galvanized round steel wires
RG Galvanized round steel wires with counter helix of galvanized steel tape
FG Galvanized flat steel wires with counter helix of galvanized steel tape
B Double layer of galvanized steel tapes
Q Braid of galvanized round steel wires


*Other properties

CI Circuit Integrity (Fire resistant)
-fl Increased flame retardancy; requirements for IEC 60332-3-24 (cat.C) fulfilled 1)
F Cable core petrojelly filled

*Type of Cabling Elements

The type of cabling elements are indicated by figures resp. by figures with an additional information for individual screened cabling elements

Core no                     figure
Pair                        2
Triple                      3
Individual screened pair    PiMF
Individual screened triple  TiMF

Instrumentation cable RE, 24 triples 3, conductor size 1.3 mm², insulation of PE 2Y, individual TiMF and overall screen (St), inner sheath ofPVC Y, lead sheath M, inner sheath of PVC Y, steel wire armour SWA, outer sheath of PVC Y-fl, rated voltage 300 V, standard EN 50288-7

RE-2Y(St)YMYSWAY-fl 24 x 3 x 1.3 mm² TiMF 300 V EN 50288-7

* Thermocouple extension RT-, 8 pairs 2, conductor diameter 0,8 mm, conductor material KX, insulation of heat resistant PVC Yw, overallscreen (St), inner sheath of heat resistant PVC Yw, steel wire armour SWA, outer sheath of heat resistant PVC Yw, rated voltage 300 V,standard EN 50288-7

RT-Yw(St)YwSWAYw-fl 8 x 2 x 0.8 mm KX 300 V EN 50288-7

* Instrumentation control cable RE-, halogen-free with Circuit Integrity CI, 8 cores, conductor size 2.5 mm², insulation of XLPE 2X, overallscreen (St), outer sheath of halogen-free, flame retardant compound H, rated voltage 500 V, standard EN 50288-7

RE-2X(St)H 8 x 2.5 mm² CI 500 V EN 50288-7

* Instrumentation cable RE, 12 pairs 2, conductor size 1.5 mm², insulation of XLPE 2X, individual screen PiMF, Multi layer sheath (L)2Y4Y, steelwire armour SWA, outer sheath of PE 2Y, rated voltage 300 V, standard EN 50288-7

RE-2X(L)2Y4YSWA2Y 12 x 2 x 1.5 mm² PiMF 300 V EN 50288-7

* Instrumentation cable RE, 24 triples 3, conductor size AWG 20/7, insulation of heat resistant PVC Yw, individual screen TiMF and overall shield (ST), outer sheath of heat resistant PVCw Yw, rated voltage 300 V standard UL 13

RE-Yw(ST)Yw-fl 24 x 3 x AWG 20/7 TiMF 300 V UL 13

M  :  Marine Power
MM  :  Medium Voltage Marine
L  :  Low Voltage Marine power or control
FM  :  Instrumentation Marine
LFM :  Signaling Marine,

G  :  Rubber
S  :  Braid Screen
O  :  Oil Resistant

Example :

MGSGO : Marine cable, Rubber insulation, Braid screen, rubber jacket, oil-resistant power cable


LFMSGSSGO : Signaling Marine, Rubber insulation, Double Braid screen,rubber jacket,  oil-resistant



MGSGO  0.6/1 kV VG 95218 part 60
MGGO  0.6/1 kV VG 95218 part 60

LMGSGO 300/500 V VG 95218 part 61

FMGSGO 250 V VG 95218 part 62

FMSGSGO 250 V VG 95218 part 63

LFMGSSGO 250 V VG 95218 part 64
LFMGSGO  250 V VG 95218 part 64

LFMSGSGO 250 V VG 95218 part 65

LFMSGSSGO 250 V VG 95218 part 66

MMGSGSGO 6/10 kV VG 95218 part 14 A

MMGSEGSGO 6/10 kV VG 95218 part 14 A

UNE 22510 Cable Code Designation

1st Isolation:

V = Polyvinyl chloride (PVC) insulation.
D = Ethylene propylene (EPR) insulation.
R = Cross-linked polyethylene (XLPE) insulation

2nd Screens

–Screens for rigid cables:

H = Cables with semiconductor screen on the conductor and on the insulation and individual metal screen.

Safety screens for flexible cables and armored flexible cables:

S1 = Screen of semiconductor mixture extruded on the insulation of each active conductor and drains. rrespondents.
S2 = Semiconductor mixture screen extruded on the set of wired conductors and drains. rrespondents.
H1 = Metal screen placed over the insulation of each active conductor.
0 = Joint metal screen.

3rd Metal protections:

M = Normalized armor of galvanized steel wires.
M1 = Special armor made of galvanized steel wires.
M2 = Galvanized steel cable armor.
MV = Galvanized steel wire armor individually coated with PVC.

4th Sealing and exterior cover:

N = Polychloroprene or similar (PCP).
V = Polyvinyl chloride (PVC).

K    = Compact circular copper rope.
K – AL = Compact aluminum circular rope.
F    = Flexible rope.

Designation examples

a)    Designation of a rigid armored cable (see UNE 22511 Standard), of the following composition:
–    Three compacted copper conductors (K) with a circular section of 95 mm2    .
–    Polyvinyl chloride (V) insulation.
–    Polyvinyl chloride (V) sealing cover.
–    Steel wire armor (M).
–    Polyvinyl chloride (V) outer cover.
–    Nominal cable voltage U0/U = 3.6/6 kV.

VVMV 3.6/6 kV (3x95) K

b)    Designation of a rigid, armored cable (see UNE 22511 Standard) of the following composition:
–    Three compacted copper conductors (K) with a circular section of 50 mm2 –    .
One protective conductor (provision "a", section 5.1) of 25 mm2 – Polyvinyl    .
chloride insulation (V).
–    Polyvinyl chloride (V) sealing cover.
–    Steel wire armor (M).
–    Polyvinyl chloride (V) outer cover.
–    Nominal cable voltage U0/U = 0.6/1 kV.

VVMV 0,6/1 kV (3x50+ 1x25) K

c)    Designation of a rigid armored cable (see UNE 22511 Standard) of the following composition:
–    Three compacted copper conductors (K) with a circular section of 50 mm2 –    .
One 25 mm2 pilot conductor –    .
Polyvinyl chloride insulation (V).
–    Steel wire armor (M).
–    Polyvinyl chloride (V) outer cover.
–    Nominal cable voltage U0/U = 0.6/1 kV.

VVMV 0,6/1 kV (3x50+ 1x25 P) K

d)    Designation of an armored flexible cable (see UNE 22512 Standard) of the following composition:
–    Three 95 mm2 (F) flexible copper conductors .
–    Protective conductor (provision "d", section 5.1) based on three 16 mm2 flexible conductors    .
–    Ethylene propylene insulation (D).
–    Armor of galvanized steel wire cables (M2).
–    Outer cover of polychloroprene or similar (N).
–    Nominal cable voltage U0/U = 0.6/1 kV.

DM2N 0,6/1 kV (3x95+ 3x16) F

e)    Designation of an armored flexible cable (see UNE 22512 Standard) of the following composition:
–    Three 50 mm2 (F) flexible copper conductors .
–    Protective conductor (provision "d", section 5.1) based on three 10 mm2 flexible conductors – Three 4 .
mm2 pilot conductors    .
–    Ethylene propylene insulation (D).
–    Armor of galvanized steel wire cables (M2).
–    Outer cover of polychloroprene or similar (N).
–    Nominal cable voltage U0/U = 0.6/1 kV.

DM2N 0,6/1 kV (3x50+ 3x10+ 3x4 P) F

f)    Designation of a flexible cable (see UNE 22513-2 Standard) of the following composition:
–    Three 95 mm2 (F) flexible copper conductors .
–    50 mm2 protective conductor (provision "c", section 5.1).
–    Three 2.5 mm2 pilot conductors –    .
Ethylene propylene insulation (D).
–    Outer cover of polychloroprene or similar (N).
–    Nominal cable voltage U0/U = 0.6/1 kV.

DN/3E 0.6/1 kV (3x95+ 3x50/3E+ 3x2.5 P) F

g)    Designation of a flexible cable (see UNE 22513-1 Standard) of the following composition:
–    Three 25 mm2 (F) flexible copper conductors .
–    Protective conductor (provision "d", section 5.1) based on three 10 mm2 conductors – Ethylene. propylene insulation (D).
–    Individual shielding (S1) of the insulated main conductors, provided with 1.5 mm2 drains.
–    Outer cover of polychloroprene or similar (N).
–    Nominal cable voltage U0/U = 0.6/1 kV.

DS1N 0,6 /1 kV (3x25+ 3x10+ 3x1,5 D) F

h)    Designation of a flexible cable (see UNE 22513-3 Standard) of the following composition:
–    Three 35 mm2 (F) flexible copper conductors .
–    Protective conductor divided into two 10 mm2 conductors (provision "e", section 5.1).
–    A 10 mm2 pilot conductor    .
–    Insulation (of the main conductors and the pilot conductor) of ethylene propylene (D).
–    Individual shielding (S1) of the insulated main conductors.
–    Outer cover of polychloroprene or similar (N).
–    Nominal cable voltage U0/U = 0.6/1 kV.

DS1N(A) 0,6/1 kV (3x35+ 2x10+ 1x10 P) F

Sada Cavi Spa

Company profile

Established in 1980 thanks to the intuition of Mr. Mario Leonardi, Sada Cavi Spa is the leading company for all those who need cables, ropes/cords and copper bars.

Our  ambitious project was developed paying special attention to the size of the warehouse and to a devoted customer service.

Recently, the current managing director and sales manager Daniele Leonardi, Mario's son, has added modern methods of analysis and management to this starting project, in order to achieve an excellent customer satisfaction.

Sada cavi Spa has established itself  in the field of automation thanks to its constant research, development and technical support.

Its storehouse, transport and its collaboration with some of the main national suppliers make the company a leader in supplying automation cables, offering a qualified service that satisfies  every kind of customer, from the biggest firm to the medium and more smaller ones in the automation field.

All this has made the implementation of the most advanced technologies possible  when it comes to the organization/arrangement of  orders, such as :

    Automated machinery, created and set in a vertical warehouse, where up to 2000 coils can be contained ;
    TRACK+RACE®" system for the maximization of space and for the control and storage of coils based on the RFID technology.

Sada cavi Spa provides  CUSTOM cables according to the specific demands of its customers.

Sada cavi Spa normally manages UL Recognized and UL Listed cables.




Call us

tel. +39.0536.991911
fax +39.0536.991999

Write us

You are not allowed to view links. Register or Login


Location
Via dell'Industria, 12
41042 Spezzano di Fiorano (MO)


Source : You are not allowed to view links. Register or Login

Sundow Polymers Co., Ltd. 
You are not allowed to view links. Register or Login
Sundow Is A Reliable Supplier In Plastic & Rubber Field, Headquartered In China.

Sundow Polymers Co., Ltd. Is A High-Tech Chemical Enterprise Integrating Research And Development, Production, Sales And Technical Services. The Company Was Founded In 2010, Headquartered In Weifang City, Shandong Province. Its Production Facilities Located In Weifang Binhai Chemical Park, A National Approved Chemical Zone.

Sundow Polymers Co., Ltd.  Adheres To Take Technological Innovation As A Motive Force To Promote Product Portfolio Optimized. At Present, Its Main Products Are Chlorinated High Polymers And PVC Processing Auxiliaries. The Annual Production Capacity Of Its Leading Products Are: 50,000 Tons Of Chlorinated Polyethylene, 20,000 Tons Of Chlorinated Polyvinyl Chloride, 10,000 Tons Of High Chlorinated Polyethylene, 5,000 Tons Of Chlorosulfonated Polyethylene, 15,000 Tons Of Acrylic Impact Modifier (AIM), 20,000 Tons Of Acrylic Processing Aids.

Sundow Has An Expanding Influence In Various Industries.

Sundow Has A Core Team With More Than 30 Years Of Experience In The Rubber And Plastics Industry. Their Technical Expertise, Wide-Ranging Knowledge Of The Markets, And Customer Service Excellence Are Leveraged To The Explosive Development Of Sundow Within 9 Years. In The Field Of Chlorinated High Polymers, Sundow Has Become One Of The Global Industry Leaders. Sundow WELLPREN CPE, Which Has Been Sold To More Than 60 Countries Around The World, Makes It The Top Choice For Top Users In Developed Countries Such As Europe, The USA And Australia. In The Field Of PVC Processing Aids , Sundow Is An Attractive Partner And Has An Expanding Influence In Various Industries, Which Brings WELLPLA AIP, WELLPLA AIM And WELLPLA MBS A Yearly Increasing Export Volume.

Ensure Best Quality , Focus On Innovation And Sustainability.


With Best-In-Class Production Technology, Precise Process Control System, And Standardized System Management System, Sundow Is Perfectly Equipped To Ensure The Highest Level Of Quality, Efficiency And Innovation. Sundow Adopts The Advanced Acid Phase Chlorinated Polyethylene Production Technology, Derived From Germany, Which Is Unique And Environment Friendly. With Sundow Applied And Improved This Technology , The Quality Of The Sundow WELLPREN CPE Is Significantly Better Than It From Other Competitors，Especially The Excellent Mechanical And Electrical Properties While Used In The Wire And Cable Field

Sundow Pays Great Attention To Environmental Protection, Safety And Social Responsibility. The Company Has Invested Heavily In Improving The Environmental Safety Level Of Production Equipment, So That All Production Units Reach Zero Emissions, Which Provides A Solid Foundation For The Company's Sustainable Development And Future Growth. Under The Background Of The Chinese Government's Substantial Reduction Of Chemical Production Capacity, Sundow Has Been Able To Expand Against The Trend And Started The Project Of CPE Phase II With 10,000 Tons Capacity. The Project Is Expected To Be Supported And Approved By The Government Soon.

Focusing On Customers And Bringing Them Highest Value.

With Years Of Experience In Chlorinated Polymers And Acrylic Products For A Variety Of Industries, Our Reputation For Reliability, Flexibility And Speed Of Response, Together With Our Wide-Ranging Knowledge Of The Field, Has Made Us The Chosen Partner For Many International Companies. In Order To Cater To The Diversified Needs Of Customers And Bring Them Value And Service At The Highest Level, Sundow Employs Different Business Models Such As Joint Development, Technology Output, Customization And OEM Production To Maintain A Broad And Expanding Product Portfolio.

True To Our Claim "Focusing On Customers And Bringing Them Highest Value." ,We Strive To Support Our Customers' Success In Their Markets, To Give Them A Competitive Edge – Through Top Reliability And Quality, Constant Innovation For Product Differentiation, And High-Quality Customer Relations. Sundow Is Willing To Cooperate With Customers For Mutual Benefit, Striving To Provide Customers With New Products, New Models And Innovative Solutions, To Make Sundow A Respected Global Rubber And Plastics Materials Supplier And solutions provider

Connect with us

Address: Building 8,Yuandu  Huizhi Industrial Park, No.3999,Taixiang Street, Economic Development Zone,Weifang City, Shandong Province, China.

Phone: +86-536-8057068   +86-536-8057168

Mail: You are not allowed to view links. Register or Login

source : You are not allowed to view links. Register or Login

Sundow Polymers Co., Ltd. 

Sundow Is A Reliable Supplier In Plastic & Rubber Field, Headquartered In China.

Sundow Polymers Co., Ltd. Is A High-Tech Chemical Enterprise Integrating Research And Development, Production, Sales And Technical Services. The Company Was Founded In 2010, Headquartered In Weifang City, Shandong Province. Its Production Facilities Located In Weifang Binhai Chemical Park, A National Approved Chemical Zone.

Sundow Polymers Co., Ltd.  Adheres To Take Technological Innovation As A Motive Force To Promote Product Portfolio Optimized. At Present, Its Main Products Are Chlorinated High Polymers And PVC Processing Auxiliaries. The Annual Production Capacity Of Its Leading Products Are: 50,000 Tons Of Chlorinated Polyethylene, 20,000 Tons Of Chlorinated Polyvinyl Chloride, 10,000 Tons Of High Chlorinated Polyethylene, 5,000 Tons Of Chlorosulfonated Polyethylene, 15,000 Tons Of Acrylic Impact Modifier (AIM), 20,000 Tons Of Acrylic Processing Aids.

Sundow Has An Expanding Influence In Various Industries.

Sundow Has A Core Team With More Than 30 Years Of Experience In The Rubber And Plastics Industry. Their Technical Expertise, Wide-Ranging Knowledge Of The Markets, And Customer Service Excellence Are Leveraged To The Explosive Development Of Sundow Within 9 Years. In The Field Of Chlorinated High Polymers, Sundow Has Become One Of The Global Industry Leaders. Sundow WELLPREN CPE, Which Has Been Sold To More Than 60 Countries Around The World, Makes It The Top Choice For Top Users In Developed Countries Such As Europe, The USA And Australia. In The Field Of PVC Processing Aids , Sundow Is An Attractive Partner And Has An Expanding Influence In Various Industries, Which Brings WELLPLA AIP, WELLPLA AIM And WELLPLA MBS A Yearly Increasing Export Volume.

Ensure Best Quality , Focus On Innovation And Sustainability.


With Best-In-Class Production Technology, Precise Process Control System, And Standardized System Management System, Sundow Is Perfectly Equipped To Ensure The Highest Level Of Quality, Efficiency And Innovation. Sundow Adopts The Advanced Acid Phase Chlorinated Polyethylene Production Technology, Derived From Germany, Which Is Unique And Environment Friendly. With Sundow Applied And Improved This Technology , The Quality Of The Sundow WELLPREN CPE Is Significantly Better Than It From Other Competitors，Especially The Excellent Mechanical And Electrical Properties While Used In The Wire And Cable Field

Sundow Pays Great Attention To Environmental Protection, Safety And Social Responsibility. The Company Has Invested Heavily In Improving The Environmental Safety Level Of Production Equipment, So That All Production Units Reach Zero Emissions, Which Provides A Solid Foundation For The Company's Sustainable Development And Future Growth. Under The Background Of The Chinese Government's Substantial Reduction Of Chemical Production Capacity, Sundow Has Been Able To Expand Against The Trend And Started The Project Of CPE Phase II With 10,000 Tons Capacity. The Project Is Expected To Be Supported And Approved By The Government Soon.

Focusing On Customers And Bringing Them Highest Value.

With Years Of Experience In Chlorinated Polymers And Acrylic Products For A Variety Of Industries, Our Reputation For Reliability, Flexibility And Speed Of Response, Together With Our Wide-Ranging Knowledge Of The Field, Has Made Us The Chosen Partner For Many International Companies. In Order To Cater To The Diversified Needs Of Customers And Bring Them Value And Service At The Highest Level, Sundow Employs Different Business Models Such As Joint Development, Technology Output, Customization And OEM Production To Maintain A Broad And Expanding Product Portfolio.

True To Our Claim "Focusing On Customers And Bringing Them Highest Value." ,We Strive To Support Our Customers' Success In Their Markets, To Give Them A Competitive Edge – Through Top Reliability And Quality, Constant Innovation For Product Differentiation, And High-Quality Customer Relations. Sundow Is Willing To Cooperate With Customers For Mutual Benefit, Striving To Provide Customers With New Products, New Models And Innovative Solutions, To Make Sundow A Respected Global Rubber And Plastics Materials Supplier And solutions provider

Connect with us

Address: Building 8,Yuandu  Huizhi Industrial Park, No.3999,Taixiang Street, Economic Development Zone,Weifang City, Shandong Province, China.

Phone: +86-536-8057068   +86-536-8057168

Mail: You are not allowed to view links. Register or Login

source : You are not allowed to view links. Register or Login

What is the thermal withstand of a cable ?

The thermal withstand of a cable can be determined by comparing the maximum energy at the fault, with the maximum energy the cable can absorb.  The equation for this is:

I^2*t = k^2*A^2

"I^2*t" is proportional to the energy let-through of the protective device
       I - fault current, A
       t - fault duration, S

"k^2*A^2" is proportional to the energy withstand of the cable
        k - adiabatic constant
        A - cable cross-sectional area, mm2

To better understand the theory behind the above, please check The adiabatic equation.











source : You are not allowed to view links. Register or Login

You are not allowed to view links. Register or Login