page 13, 16, 18-30, 32, 36, 39-41, 48

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2 page 13, 16, 18-30, 32, 36, 39-41, 48 2 s of heat shrinkable fittings 6 Radiational cross-linked polyolefines 6 Comparison of not cross-linked polyethylene and radiational cross-linked polyethylene 7 Shrinking instruction 7 Shrinking of heat shrinkable tubing 7 Shrinking of large diameters' heat shrinkable tubing on the used lamp posts (renovation) 8 Shrinking of heat shrinkable breakouts 8 Shrinking of heat shrinkable end caps 8 Technical data and exploitation properties of heat shrinkable tubing 9 Technical-operating properties of heat shrinkable tubing 10 Technical data and exploitation properties of adhesive for RCK tubing 10 Technical data and exploitation properties of adhesive for RPK, RGK, RDK tubing 10 Technical data and exploitation properties of mastic 11 Heat shrinkable thin wall, medium wall and thick wall tubing 11 Kinds of heat shrinkable tubing 12 Thin wall, standard +105 C, common - RC 12 Thin wall, standard +105 C, common, with adhesive - RCK 13 Thin wall, standard +105 C, self-extinguishing - RCS 13 Thin wall, standard +105 C, flexible - RCE 13 Thin wall, standard +105 C, flexible, self-extinguishing - RCES 13 Thin wall, heat resistant +125 C, common - RCH1 13 Thin wall, heat resistant +125 C, self-extinguishing - RCH1S 13 Thin wall, heat resistant +125 C, flexible, self-extinguishing - RCEH1S 13 Medium wall, standard +105 C, common - RP 13 Medium wall, standard +105 C, common, with adhesive - RPK 14 Medium wall, standard +105 C, self-extinguishing - RPS 14 Medium wall, standard +105 C, self-extinguishing, with adhesive - RPKS 14 Medium wall, heat resistant +125 C, common - RPH1 14 Medium wall, heat resistant +125 C, common, with adhesive - RPKH1 14 Medium wall, heat resistant +125 C, self-extinguishing - RPH1S 14 Medium wall, heat resistant +125 C, self-extinguishing, with adhesive - RPKH1S 15 Thick wall, standard +105 C, common - RG 15 Thick wall, standard +105 C, common, with adhesive - RGK 15 Thick wall, standard +105 C, self-extinguishing - RGS 15 Thick wall, standard +105 C, self-extinguishing, with adhesive - RGKS 15 Kits of thin wall shrinkable tubing 15 Blisters - PRC 1, PRC 2, PRC 3 15 Stand with complement of blisters - PRC 16 Boxes - ZDM 16 Set of heat shrinkable tubes - KRC-1/1 17 Heat shrinkable tubing of large diameters 17 Large diameter, standard +105 C - RD 17 Large diameter, standard +105 C, with adhesive - RDK 17 Large diameter, standard +105 C, with mastic - RDM 18 Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 3:1 and 4:1 18 Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 3:1 - RC3S 18 Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 4:1 - RC4S 19 Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1 and 4:1 19 Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1 - RC3K 19 Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1- RC4K 20 Heat shrinkable, halogen free tubing with very low shrink temperature, minimum 65 C 20 Heat shrinkable, halogen free tubing with very low shrink temperature, minimum 65 C - RLT 21 Heat shrinkable ultra thin wall polyolefin tubing 21 Heat shrinkable ultra thin wall polyolefin tubing - RUC 22 Heat shrinkable thick wall tubing with adhesive, high shrink ratio 6:1 22 Thick wall with adhesive, high shrink ratio 6:1 - RBG 23 Heat shrinkable insulating medium wall tubing, for medium voltage up to 36 kv, anti tracking 23 Heat shrinkable insulating medium wall tubing, for medium voltage up to 36 kv, anti tracking - RPAT 24 Heat shrinkable medium wall and thick wall tubing, for busbar insulation of medium voltage 24 Heat shrinkable medium wall tubing, for busbar insulation of medium voltage - RBM 24 Heat shrinkable thick wall tubing, for busbar insulation of medium voltage - RBH

3 page 13, 14, 31, 33 Table of contents 25 Heat shrinkable busbar insulation tape 25 Heat shrinkable busbar insulation tape - RTBB 26 Heat shrinkable semi-rigid tubing made of PVDF, high chemical resistance 26 Heat shrinkable semi-rigid tubing made of PVDF, high chemical resistance - RKY 27 Heat shrinkable tubing made of modified elastomeric 27 Made of modified elastomeric - REL 27 Made of modified elastomeric, thin wall - RELC 28 Heat shrinkable tubing made of modified fluoroelastomer, very flexible 28 Made of modified fluoroelastomer - RFE 29 Teflon heat shrinkable tubing 29 Teflon heat shrinkable tubing - RTE 30 Cold shrinkable tubing 30 Cold shrinkable tubing 0,6 / 1 kv - RZK 30 Cold shrinkable tubing up to 10 kv - RHZK 30 Heat shrinkable breakouts 31 Heat shrinkable two-, three-, four- and five way breakouts - AK 31 Heat shrinkable three way breakouts - AKR, AKB 31 Heat shrinkable three way breakouts for medium voltage up to 36 kv - AKR 32 Cold shrinkable breakouts 32 Cold shrinkable breakouts 0,6 / 1 kv - AKZ 4 32 Cold shrinkable breakouts up to 10 kv - AKZ 3 35 Heat shrinkable through walls 35 Heat shrinkable through walls - TPM 35 Heat shrinkable wraparound sleeves for 36 kv 35 Heat shrinkable wraparound sleeves - RM 35 Heat shrinkable tapes 35 Electro-insulating - T 36 Electro-insulating, with adhesive - TKT 36 Electro-insulating, with adhesive i butyl rubber mastic - TKTK 36 End-Cap heat shrinkable sealing sleeves 36 End-Cap sleeves - REC 37 Cable joints 38 Straight joints 0,6 / 1 kv - ZRM (or JLP) 39 Straight resin cable joints 0,6 / 1 kv - JLZ 40 Straight joints 0,6 / 1 kv for traction cables - JLP 41 Straight joints 0,6 / 1 kv for deep-well pumps - JOP 42 Straight joints 0,6 / 1 kv for signal cables - JSP 43 Straight joints 3,6 / 6 kv and 6 / 10 kv - JHP 44 Transition joints 0,6 / 1 kv - JLP 45 Transition joints 3,6 / 6 kv - JHP 46 Cable terminations 46 Cable terminations 0,6 / 1 kv - TLP 46 Cable terminations 0,6 / 1 kv of nonstandard lenght - TLP 47 Cable terminations 3,6 / 6 kv and 6 / 10 kv - THP 33 Heat shrinkable sheds 33 Heat shrinkable sheds - CES 48 Heat shrinkable earth sets 48 Heat shrinkable earth sets - PEK 33 Heat shrinkable end caps 33 Heat shrinkable end caps - KTK 48 Hand heating torch 48 Hand heating torch R Heat shrinkable protection kits for cables 0,6 / 1 kv (end joints) 34 For polymer insulated four core cables - ZO 4 34 For polymer insulated five core cables - ZO 5 R Heat shrinkable phase markers 34 Heat shrinkable phase markers - ZOK, ZOKżt 1

4 s of heat shrinkable fittings HEAT SHRINKABLE TUBING s of heat shrinkable fittings POWER ENGINEERING Marking and insulation of conductor - rails Reproduction of cores with protection insulation Insulation of ferrules and terminals Insulation of cable glands Insulation and sealing of branched cables Repair and reconstruction of damaged cable insulation Phase marking of conductors ended of terminals Ending and sealing of cable heads Execution of cable joints and terminations Sealing of the cable enter from metallic casing assembled on the overhead transmission line support Protection of lining pipe against the penetration of water, dust, insects and other pollutions Protection of metallic lamp posts and masts Protection of cable clamps on overhead lines Protection of screws by lamp posts, masts etc. exposed to weather conditions Protection of cable crossing through the walls and floors ELECTRONICS Insulation of cable terminals on ferrules and terminal strips Connection and welding of conductors' groups Cable glands insulation Marking of conductors AUTOMOTIVE Connection and welding of conductors' groups Insulation of cable terminals on ferrules and terminal strips Protection of antennas Protection of conductors coming up by car mirrors HOUSEHOLD EQUIPMENT Marking of terminals of cable bundles Insulation of electrical connections Connection and welding of conductors' groups Insulation of cable terminals on ferrules and terminal strips TELECOMMUNICATION Insulation and stiffening of clamps, terminals and plug in joints Connection of lining pipes designed for different diameters cables Ending and sealing of cable heads Execution of joints on telecom cables ELECTRICAL ENGINEERING Repair and reconstruction of damaged cable insulation Connection and welding of conductors' groups Insulation of cable terminals on ferrules and terminal strips Pressure-shields and hermetic shields against moisture RAILWAY ENGINEERING Connection of couplings in wagons Reconstruction of jacket on the cables BUILDING ENGINEERING Watertight and gas-tight crossing of cables and other installations in the buildings AVIATION Connection and welding of conductors' groups Insulation of cable terminals on ferrules and terminal strips 2 Thin wall Medium wall Thick wall Large diameter Polyolefin, high flexible, flame retardant, shrink ratio 3:1 and 4:1 Polyolefin, high flexible with adhesive shrink ratio 3:1 and 4:1 Halogen free with very low shrink temperature, minimum 65 C Ultra thin wall polyolefin Thick wall with adhesive, high shrink ratio 6:1 See page

5 s of heat shrinkable fittings HEAT SHRINKABLE TUBING OTHERS Insulating medium wall, for medium voltage up to 36 kv, anti tracking Medium wall and thick wall, for busbar insulation of medium voltage Heat shrinkable busbar insulation tape Semi-rigid made of PVDF, high chemical resistance Made of modified elastomeric Made of modified fluoroelastomer, very flexible Teflon Cold shrinkable tubing Heat shrinkable breakouts Cold shrinkable breakouts Heat shrinkable sheds Heat shrinkable end caps Heat shrinkable protection kits for cables 0,6 / 1 kv (end joints) Heat shrinkable phase markers Heat shrinkable through walls Heat shrinkable wraparound sleeves for 36 kv Heat shrinkable tapes End-Cap heat shrinkable sealing sleeves Cable joints Cable terminations Heat shrinkable earth sets

6 s of heat shrinkable fittings HEAT SHRINKABLE TUBING s of heat shrinkable fittings MINING Execution of joints on mining cables Phases marking of conductors SHIPBUILDING INDUSTRY Execution of cable joints and terminations HEAT ENGINEERING Reconstruction of lining pipe in the connection of preinsulated pipes Protection of preinsulated pipes ends Sealing of connections' places of preinsulated pipes Connection of preinsulated pipes Insulation of connectors for hot and cold water' pipes OTHERS Shield of floats, fish-hooks Protection of lines on the boxing-rings Shield of paraglider-handles, mover-holders, bicycles-handles, fitness equipment etc. Shield of handcarts' handles in hypermarkets; using the clear tubing - the logo or other marking in visible Shield of flagpoles Shield of turnstile-handles destined for stretching the clothes-line Ending of legs in cots, metallic tables Ending of legs in advertising banners Connection and ending of heating conductors and installation conductors by the manufacturing of heating mats Coating of bars partitioning the car windows, exposing to the autoclaving process Shrinking on the elastic catch of pyrotechnic lock (element of seat belts) Protection of springs in window roller blinds Protection of yachting-lines Protection coating in the rolls of transport devices Ending of different applications' cords and lines, for instance: in banners, collapsible hoods, shoe-laces Protection against the unwinding of plastic litter of conifer needles on synthetic Christmas tree Protection of fence posts Protection and reproduction of coating on tool-handles Connection in plastic bunch of flowers Coating of bicycle-flags by the heat shrinkable fluorescent tubing, causing better visibility of cyclist in the darkness Thin wall Medium wall Thick wall Large diameter Polyolefin, high flexible, flame retardant, shrink ratio 3:1 and 4:1 Polyolefin, high flexible with adhesive shrink ratio 3:1 and 4:1 Halogen free with very low shrink temperature, minimum 65 C Ultra thin wall polyolefin Thick wall with adhesive, high shrink ratio 6:1 See page

7 s of heat shrinkable fittings HEAT SHRINKABLE TUBING OTHERS Insulating medium wall, for medium voltage up to 36 kv, anti tracking Medium wall and thick wall, for busbar insulation of medium voltage Heat shrinkable busbar insulation tape Semi-rigid made of PVDF, high chemical resistance Made of modified elastomeric Made of modified fluoroelastomer, very flexible Teflon Cold shrinkable tubing Heat shrinkable breakouts Cold shrinkable breakouts Heat shrinkable sheds Heat shrinkable end caps Heat shrinkable protection kits for cables 0,6 / 1 kv (end joints) Heat shrinkable phase markers Heat shrinkable through walls Heat shrinkable wraparound sleeves for 36 kv Heat shrinkable tapes End-Cap heat shrinkable sealing sleeves Cable joints Cable terminations Heat shrinkable earth sets

8 Radiational cross-linked polyolefines Radiational cross-linked polyolefines Polymer carbon chains before cross-linking Hydrogen atoms breaking free during radial cross-linking What's that polyolefin? Polyolefin are producing as the result of polymerization of unsaturated hydrocarbons. The most usable polyolefin are: - polyethylene (PE), - ethylene-vinyl acetate (copolymer, EVA). Kinds of polyethylene Lineal polyethylene of low density (LLDPE). Polyethylene of low density (LDPE). Polyethylene of medium density (MDPE). Polyethylene of high density (HDPE). Uncross-linked polyethylene In sprite of many advantages (excellent dielectric properties, good mechanical and chemical properties, easy processing) uncross-linked polyethylene has many faults. Efficacy way to improve the parameters of polyethylene is its cross-linking by radial method. In what consists the radial cross-linking process? Thermoplastics (for instance: polyethylene) are composed of long carbon chains in a random arrangement. Radiation causes dome of hydrogen atoms breaking free from the polymers. In effect two close-placed polymer chains connect in place where the hydrogen atoms have been removed. It's forming the strong connection of chains called crosslinks (look at the drawings alongside). If that radial cross-linked polyethylene will be heated excess the temperature of crystals melting, we obtain soft flexible rubber material and not ductile-fluid mass like in the instance of uncross-linked polyethylene. Radpol enterprise has only the accelerator for radial cross-linking and for industrial using in Poland. Memory shape Polyethylene thereupon radial cross-linking obtain the property called shape memory, and it's exploited in the manufacturing of heat shrinkable products. First step is to produce the object made of polyethylene and of shape which shall it come after shrinking (for instance tube of diameter 100 mm). Next the object is radial cross-linked in the accelerator. During cross-linking process the object is marking down the shape. If the object is heated excess the crystals melting temperature, it's coming back to its initial original shape (tubing of 150 mm diameter shrinks to the diameter of 100 mm). Heat shrinkable products come to the shape of object on which are they shrunk and they form tight adhered layer of insulation, protective, anticorrosive and decorative coating. Comparison of not cross-linked polyethylene and radiational cross-linked polyethylene Uncross-linked polyethylene Radial cross-linked polyethylene Connected polymer's carbon chains in the temperature excess 120 C in the temperature excess 120 C it softens and conducts original shape stays as ductile-fluid mass (it has shape memory ), it's soft and flexible max. operating temperature max. operating temperature up to +70 C even up to +135 C don't withstand the thermal shock withstand the thermal shock up to +200 C (4 hours) (even up to +250 C) stress corrosion susceptible totally stress corrosion resistance low resistance for material creeping better resistance for cold creeping chemical resistance chemical resistance for aggressive factors solvent-soluble almost totally insoluble in solvents (less or more less swells) low mechanical strengthour high mechanical strength partial discharge resistant high partial discharge resistance 6

9 Shrinking instruction Shrinking instruction Assembling of radpol's heat shrinkable fittings is easy and fast. In order to reach durable and efficient insulation, the below mentioned rules shall be applied. Tools Heat shrinkable fitting is shrinking with a help of hot air blowers, propane-butane gas torch (yellow soft flame) or others heat sources able to heat the heat shrinkable equipment up to +120 C. Shrinking of heat shrinkable tubing Preparing of object' surface on which the heat shrinkable tube shall be shrink 1. Clean and degrease the surface by means of solvent imbibed tissue. 2. Wipe PCV insulated cable surface with fine abrasive cloth and the surface of PE insulated cables preheat with a help of hot air. 3. Metal parts wipe with abrasive cloth and heat them with flame. Preparing of heat shrinkable tubing 1. Choose the tubing of required insulation parameters and required dimensions (dimension of tube recovered shall be smaller than the circuit of object on which the tube will be put on). Shrinking 1. Draw the tubing on the insulated surface. 2. Turn the temperature bottom of hot air gun or burner between +120 and +200 C. Shrinking temperature shall not exceed +200 C - in other case it could follow the overheating of material the heat shrinkable tubing is made of. 3. Start shrinking at the center of tubing. Heat the tubing around to gain uniform shrinkage. Middle part of tube has to precisely cleave to the surface of insulated object. 4. Shrink the tubing toward from middle of tube to the ends. Tubing shall be heat evenly, moving the heat source on its surface. Correct shrunk tubing should be smooth without any tube blisters and notches. 5. If the tubing is covered inside by the adhesive, then the adhesive shall flow out on both ends of tube. 6. Leave the insulated object for cooling. Shrinking of large diameters' heat shrinkable tubing on the used lamp posts (renovation) Preparing of lamppost 1. Disassemble the lamp' element, for instance: lighting fitting precluding the heat shrinkable tube putting. 2. Clean and prime the uncover lamppost. Preparing of heat shrinkable tubing 1. Choose the tubing of required insulation parameters and required dimensions (look at the table on page no. 11). Shrinking 1. Draw the tubing on the insulated surface. 2. Turn the temperature bottom of hot air gun or burner between +120 and +200 C. Shrinking temperature shall not exceed +200 C - in other case it could follow the overheating of material the heat shrinkable tubing is made of. 3. Start shrinking at the center of tubing. Heat the tubing around to gain uniform shrinkage. Middle part of tube has to precisely cleave to the surface of lamppost. 4. Shrink the tubing toward from bottom to up. Tubing shall be heat evenly, moving the heat source on its surface. Correct shrunk tubing should be smooth without any tube blisters and notches. 5. If the tubing is covered inside by the adhesive, then the adhesive shall flow out on both ends of tube. 6. Leave the insulated lamppost for cooling. 7

10 Shrinking instruction Technical data and exploitation properties of heat shrinkable tubing Shrinking of heat shrinkable breakouts Proceeding way and sequence of actions in shrinking process of breakouts are identical like for shrinking of heat shrinkable thin wall, medium and thick wall tubing (look at page no. 7). Shrinking of heat shrinkable end caps Proceeding way and sequence of actions in shrinking process of end caps are identical like for shrinking of heat shrinkable large diameters' tubing (look at page no. 7). Technical data and exploitation properties of heat shrinkable tubing Material Heat shrinkable tubes are made of polyethylene radial cross-linked. They make excellent insulation and sealing. They make the layer of insulating, protective, anticorrosive and decorative coating. Applied as the part of final product, they increase the final technical level of that product. They protect the line pipe against atmospheric corrosion and soil corrosion. They have high resistance to changing weather. Moisture resistance. Heat shrinkable products receive the shape of object, on which they are shrinking, and thanks to that their mechanic protection is increased. They have strong shrinking power and infinite storage time. They don't undergo fatigue corrosion. They are fungus resistant, mildew and aggressive factors resistant, for instance: animals' urine, saline solution applied on the roads in winter. They act as cathodic protection, consisting in pushing of protective potential of direction of more negative potentials. Color Standard colors of heat shrinkable thin wall, medium and thick wall tubing are presented in the table (look at pages no. 12 to 15). Different colors of tubes (for instance: gray, fluorescent) manufactured on special request. Heat shrinkable tubing of large diameter are black. Length Standard length of heat shrinkable tubing is 1m. There is possible to manufacture the tubing up to 38/19 diameter in different sections, for instance: 20 cm, 50 cm, 5 m, 10 m, 50 m, 100 m (max m). Long tubes are reeled on spools. Tubing of diameters bigger than 50/18 can be executed in sections of maximum length of 1,2 m. On special request we manufacture the tubes of different diameters and insulating properties. We guarantee short delivery time for special requests. Shrinking temperature Shrinking temperature for all kinds of heat shrinkable tubing amounts from +120 up to +200 C. In case the used temperature was higher than 200 C, there can tread the overheating of material of which the heat shrinkable tubes are made. 8

11 Technical data and exploitation properties of heat shrinkable tubing Operating temperature Operating temperature is contained between 55 up to 105 C. According to heat resistance heat shrinkable tubing the scope increases up to 125 C (look at below table). Change of length after shrinking (longitudinal shrinkage) For all kinds of heat shrinkable tubing the change amounts maximum 10%. Tensile strength Minimal tensile strength, according to kind of tubing, fluctuates between 10,4 and 15 Mpa (look at below table). Ultimate elongation Minimal ultimate elongation, according to kind of tubing, realizes the value from 200 up to 350% (look at below table). Thermal ageing resistance Tested for 168 hours, at the temperatures from +136 C up to +158 C (according to kind of tubing - look at below table). Tensile strength amounts to 70% of initial value, and ultimate elongation minimum of 100%. Restricted shrinkage test No cracking and tears. Heat shock resistance Estimated for 4 hours, at the temperatures from +175 C up to +250 C (according to kind of tubing - look at below table) and demonstrated no cracking, deformation, flowing or dripping. Winding resistance at low temperatures No cracking on the surface (test for 4 hours, at the temperature of 55 C). Corrosion resistance in contact with copper Tested for 168 hours, at the temperatures from +136 C up to +158 C (according to kind of tubing - look at below table). Result: no pitting, decrements and black oxidation of copper wire; ultimate elongation: minimum 100%. Water absorption According to kind of tubing - look at below table, amounts from 0,1 to 0,5% of weight (time: 24 hours, temperature of 23 ±2 C). Dielectric strength Minimum 16 kv/mm. Volume resistivity Minimum from 1014 up to 1016 W cm (according to kind of tubing - look at below table). Dielectric permeability According to kind of tubing, fluctuates between 2,8 to 4,0. Combustibility test Concern self-extinguishing tubing (with flame expand retardant). Tested by B method. There cannot be burning and glowing particles, which burst into flame the cotton wool. Maximal time for burning of tubing from putting the flame aside is 60 sec.econds. Technical-operating properties of heat shrinkable tubing Technical-operating Product properties RC RCE RCS RCH1 RCH1S RCES RCEH1S RP RPS RPH1 RPH1S RG RGS RD Operating temperature [ C] from up to Tensile strengthour [MPa] min ,4 10, Ultimate elongation [%] min Thermal ageing resistance - temperature [ C] Heat shock resistance - temperature [ C] Corrosion resistance in contact with copper - temperature [ C] Water absorption [% of weight] 0,1 0,1 0,5 0,1 0,2 0,5 0,5 0,1 0,5 0,1 0,2 0,1 0,5 0,1 Volume resistivity [Ωcm] min Dielectric permeability min. 2, , ,8 3 2,8 4 2,8 3 2,8 Dielectric strengthour [kv / mm]

12 Technical data and exploitation properties of adhesive and mastic Technical data and exploitation properties of adhesive for RCK tubing Material Hot melt adhesive on the base of polyamide. Adhesive melting temperature +115 C ±10 (acc. to ASTM E 28). Viscosity in melted state Tested in the temperature of +160 C amounts mpas ± (acc. to ASTM D3236). Resistance to angular tearing off Tested in the temperature of +22 C amounts: for PE/PE: 250 N/25 mm (acc. to DIN 53282). for PE-X/PE-X: 250 N/25 mm (acc. to DIN 53539). Water absorption Less than 0,5%. Thermal resistance +85 C ±5. Corrosion resistance No corrosion (acc. to ASTM D2671). Technical data and exploitation properties of adhesive for RPK, RGK, RDK tubing Material Hot melt adhesive on the base of EVA copolymer. Peel strength from polyethylene Minimum 60 N / cm (acc. to PN-EN-12068:2002). Viscosity 22 x 103 mpas (acc. to PN-ISO-2555:1999) Softening point Minimum + 85 C (acc. to PN-EN-1238:2001) Operating temperature From -30 up to +70 C. Resistant to aggressive environment. Technical data and exploitation properties of mastic Specific gravity From 1,25 up to 1,6g/cm 3 (acc. to PN-ISO 2781) Adhesion to removed steel plate 0,8MPa (tested in the temperature 25 C) Flow off from aluminum plate Maximum 2 mm (tested in the temp. 90 C after 2 h, angle 90 C, acc. to PN-92/B-30177). Ageing changes after working in the temperature +120 C within 2 h. - consistence changes in the temperature +25 C amouts ± 5 (acc. to PN-88/C-04133), - surface change (pockets, cracks) - impermissible. 10

13 Heat shrinkable thin wall, medium wall and thick wall tubing Heat shrinkable thin wall, medium wall and thick wall tubing Kinds of heat shrinkable tubing Thin wall Medium wall Thick wall Large diameter without withour without with without with without with with adhesive adhesive adhesive adhesive adhesive adhesive adhesive adhesive mastic Standard +105 C common RC, RCE RCK RP RPK RG RGK RD RDK RDM self-extinguishing RCS, RCES RPS RPKS RGS RGKS Heat resistant +125 C common RCH1 RPH1 RPKH1 self-extinguishing RCH1S, RCEH1S RPH1S RPKH1S Thin wall Thin wall, standard +105 C, common RC Thin wall, standard +105 C, common, with adhesive RCK Thin wall, standard +105 C, self-extinguishing RCS Thin wall, standard +105 C, flexible RCE Thin wall, standard +105 C, flexible, self-extinguishing RCES Thin wall, heat resistant +125 C, common RCH1 Thin wall, heat resistant +125 C, self-extinguishing RCH1S Thin wall, heat resistant +125 C, flexible, self-extinguishing RCEH1S Medium wall Medium wall, standard +105 C, common RP Medium wall, standard +105 C, common, with adhesive RPK Medium wall, standard +105 C, self-extinguishing RPS Medium wall, standard +105 C, self-extinguishing, with adhesive RPKS Medium wall, heat resistant +125 C, common RPH1 Medium wall, heat resistant +125 C, common, with adhesive RPKH1 Medium wall, heat resistant +125 C, self-extinguishing RPH1S Medium wall, heat resistant +125 C, self-extinguishing, with adhesive PKH1S Thick wall Thick wall, standard +105 C, common RG Thick wall, standard +105 C, common, with adhesive RGK Thick wall, standard +105 C, self-extinguishing RGS Thick wall, standard +105 C, self-extinguishing, with adhesive RGKS Large diameter Large diameter, standard +105 C RD Large diameter, standard +105 C, with adhesive RDK Large diameter, standard +105 C, with mastic RDM 11

14 Heat shrinkable thin wall tubing Thin wall, standard +105 C, common - RC Product White Clear / transparent Black Violet Red Dimensions [mm] Pack. Spools Name Code number Code number Code number Code number Code number D d s [pcs] [m] RC 1,6 / 0, ,6 0,8 0, , 250 RC 2,4 / 1, ,4 1,2 0, , 250 RC 3,2 / 1, ,2 1,6 0, , 250 RC 4 / 1 x x x x 4,0 1,0 1, RC 4,8 / 2, ,8 2,4 0, ,100 RC 6,4 / 3, ,4 3,2 0, ,100 RC 8 / x ,0 2,0 1, , 100 RC 9,5 / 4, ,5 4,8 0, , 100 RC 12,7 / 6, ,7 6,4 0, , 100 RC 19 / 9, ,0 9,5 0, , 50 RC 25,4 / 12,7 x x ,4 12,7 0, , 50 RC 38 / 19 x x ,0 19,0 1, , 25 RC 51 / 25,5 x x ,0 25,5 1, , 25 RC 76 / 38 x x x x 76,0 38,0 1,27 20 RC 102 / 51 x x x x 102,0 51,0 1,40 20 Product Blue Mixed Green Yellow Yellow-green Dimensions [mm] Pack. Spools Name Code number Code number Code number Code number Code number D d s [pcs] [m] RC 1,6 / 0, x 1,6 0,8 0, , 250 RC 2,4 / 1, x 2,4 1,2 0, , 250 RC 3,2 / 1, ,2 1,6 0, , 250 RC 4 / 1 x x x x 4,0 1,0 1, RC 4,8 / 2, ,8 2,4 0, ,100 RC 6,4 / 3, ,4 3,2 0, ,100 RC 8 / ,0 2,0 1, , 100 RC 9,5 / 4, ,5 4,8 0, , 100 RC 12,7 / 6, ,7 6,4 0, , 100 RC 19 / 9, ,0 9,5 0, , 50 RC 25,4 / 12, ,4 12,7 0, , 50 RC 38 / x 38,0 19,0 1, , 25 RC 51 / 25, x 51,0 25,5 1, , 25 RC 76 / 38 x x x x x 76,0 38,0 1,27 20 RC 102 / 51 x x x x x 102,0 51,0 1,40 20 x - nonstandard product, available on special request. Mixed color - 5 colors mixed. Delivered on spools. Tubes up to 12,7 x 6,4 mm diameter inclusive, can be rolled with air or without air (oblate tube). Tubes of diameter bigger than 12,7 x 6,4 are rolled without air. Thin wall, standard +105 C, common, with adhesive - RCK Product Clear / transparent Black Red Blue Green Yellow Mixed Dimensions [mm] Packing Code Code Code Code Code Code Code Name number number number number number number number D d s [pcs] RCK 3 / ,00 10 RCK 4 / ,00 10 RCK 6 / ,20 10 RCK 8 / ,20 10 RCK 12 / x x x x ,20 10 x - nonstandard product, available on special request. Mixed color - 5 colors mixed. On special request of customer is possible to make different length of tubes (cutting on short sections). Please contact our Export Department. D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered 12

15 Heat shrinkable thin wall and medium wall tubing Thin wall, standard +105 C, self-extinguishing - RCS Thin wall, standard +105 C, flexible - RCE Thin wall, standard +105 C, flexible, self-extinguishing - RCES Product Black Black Black Dimensions [mm] Pack. Spools Name Code number Name Code number Name Code number D d s [pcs] [m] RCS 1,6 / 0, RCE 1,6 / 0, RCES 1,6 / 0, ,6 0,8 0, , 250 RCS 2,4 / 1, RCE 2,4 / 1, RCES 2,4 / 1, ,4 1,2 0, , 250 RCS 3,2 / 1, RCE 3,2 / 1, RCES 3,2 / 1, ,2 1,6 0, , 250 RCS 4 / RCE 4 / RCES 4 / ,0 1,0 1, RCS 4,8 / 2, RCE 4,8 / 2, RCES 4,8 / 2, ,8 2,4 0, , 150 RCS 6,4 / 3, RCE 6,4 / 3, RCES 6,4 / 3, ,4 3,2 0, , 150 RCS 8 / RCE 8 / RCES 8 / ,0 2,0 1, , 100 RCS 9,5 / 4, RCE 9,5 / 4, RCES 9,5 / 4, ,5 4,8 0, , 100 RCS 12,7 / 6, RCE 12,7 / 6, RCES 12,7 / 6, ,7 6,4 0, , 100 RCS 19 / 9, RCE 19 / 9, RCES 19 / 9, ,0 9,5 0, , 50 RCS 25,4 / 12, RCE 25,4 / 12, RCES 25,4 / 12, ,4 12,7 0, , 50 RCS 38 / RCE 38 / RCES 38 / ,0 19,0 1, , 25 RCS 51 / 25, RCE 51 / 25, RCES 51 / 25, ,0 25,5 1, , 25 RCS 76 / RCE 76 / RCES 76 / ,0 38,0 1,27 20 RCS 102 / RCE 102 / RCES 102 / ,0 51,0 1,40 20 Delivered on spools. Tubes up to 12,7 x 6,4 mm diameter inclusive, can be rolled with air or without air (oblate tube). Tubes of diameter bigger than 12,7 x 6,4 are rolled without air. Thin wall, heat resistant +125 C, common - RCH1 Thin wall, heat resistant +125 C, self-extinguishing - RCH1S Thin wall, heat resistant +125 C, flexible, self-extinguishing - RCEH1S Product Black Black Black Dimensions [mm] Pack. Spools Name Code number Name Code number Name Code number D d s [pcs] [m] RCH1 1,6 / 0, RCH1S 1,6 / 0, RCEH1S 1,6 / 0, ,6 0,8 0, , 250 RCH1 2,4 / 1, RCH1S 2,4 / 1, RCEH1S 2,4 / 1, ,4 1,2 0, , 250 RCH1 3,2 / 1, RCH1S 3,2 / 1, RCEH1S 3,2 / 1, ,2 1,6 0, , 250 RCH1 4 / RCH1S 4 / RCEH1S 4 / ,0 1,0 1, RCH1 4,8 / 2, RCH1S 4,8 / 2, RCEH1S 4,8 / 2, ,8 2,4 0, , 150 RCH1 6,4 / 3, RCH1S 6,4 / 3, RCEH1S 6,4 / 3, ,4 3,2 0, , 150 RCH1 8 / RCH1S 8 / RCEH1S 8 / ,0 2,0 1, , 100 RCH1 9,5 / 4, RCH1S 9,5 / 4, RCEH1S 9,5 / 4, ,5 4,8 0, , 100 RCH1 12,7 / 6, RCH1S 12,7 / 6, RCEH1S 12,7 / 6, ,7 6,4 0, , 100 RCH1 19 / 9, RCH1S 19 / 9, RCEH1S 19 / 9, ,0 9,5 0, , 50 RCH1 25,4 / 12, RCH1S 25,4 / 12, RCEH1S 25,4 / 12, ,4 12,7 0, , 50 RCH1 38 / RCH1S 38 / RCEH1S 38 / ,0 19,0 1, , 25 RCH1 51 / 25, RCH1S 51 / 25, RCEH1S 51 / 25, ,0 25,5 1, , 25 RCH1 76 / RCH1S 76 / RCEH1S 76 / ,0 38,0 1,27 20 RCH1 102 / RCH1S 102 / RCEH1S 102 / ,0 51,0 1,40 20 Delivered on spools. Tubes up to 12,7 x 6,4 mm diameter inclusive, can be rolled with air or without air (oblate tube). Tubes of diameter bigger than 12,7 x 6,4 are rolled without air. Medium wall, standard +105 C, common - RP Medium wall, standard +105 C, common, with adhesive - RPK D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RP 9 / RPK 9 / ,00 50 RP 12 / RPK 12 / ,00 50 RP 17 / RPK 17 / ,00 50 RP 18 / RPK 18 / ,00 50 RP 25 / RPK 25 / ,00 50 RP 32 / RPK 32 / ,00 30 RP 40 / RPK 40 / ,00 50 RP 52 / RPK 52 / ,50 40 RP 63 / RPK 63 / ,50 30 RP 80 / RPK 80 / ,50 20 RP 103 / RPK 103 / ,50 15 RP 132 / RPK 132 / ,

16 Heat shrinkable medium wall tubing Medium wall, standard +105 C, self-extinguishing - RPS Medium wall, standard +105 C, self-extinguishing, with adhesive - RPKS Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RPS 9 / RPKS 9 / ,00 50 RPS 12 / RPKS 12 / ,00 50 RPS 17 / /1 RPKS 17 / / ,0 50 RPS 18 / RPKS 18 / ,00 50 RPS 25 / RPKS 25 / ,00 50 RPS 32 / RPKS 32 / ,00 30 RPS 40 / RPKS 40 / ,00 50 RPS 52 / RPKS 52 / ,50 40 RPS 63 / RPKS 63 / ,50 30 RPS 80 / RPKS 80 / ,50 20 RPS 103 / RPKS 103 / ,50 15 RPS 132 / RPKS 132 / ,50 10 Medium wall, heat resistant +125 C, common - RPH1 Medium wall, heat resistant +125 C, common, with adhesive - RPKH1 Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RPH1 9 / /1 RPKH1 9 / / ,0 50 RPH1 12 / /1 RPKH1 12 / / ,0 50 RPH1 17 / /1 RPKH1 17 / / ,0 50 RPH1 18 / /1 RPKH1 18 / / ,0 50 RPH1 25 / /1 RPKH1 25 / ,0 50 RPH1 32 / /1 RPKH1 32 / / ,0 30 RPH1 40 / /1 RPKH1 40 / / ,0 50 RPH1 52 / /1 RPKH1 52 / / ,5 40 RPH1 63 / /1 RPKH1 63 / / ,5 30 RPH1 80 / /1 RPKH1 80 / / ,5 20 RPH1 103 / /1 RPKH1 103 / / ,5 15 RPH1 132 / /1 RPKH1 132 / / ,5 10 Medium wall, heat resistant +125 C, self-extinguishing - RPH1S Medium wall, heat resistant +125 C, self-extinguishing, with adhesive - RPKH1S D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RPH1S 9 / RPKH1S 9 / ,0 50 RPH1S 12 / RPKH1S 12 / ,0 50 RPH1S 17 / /1 RPKH1S 17 / / ,0 50 RPH1S 18 / RPKH1S 18 / ,0 50 RPH1S 25 / RPKH1S 25 / ,0 50 RPH1S 32 / RPKH1S 32 / ,0 30 RPH1S 40 / RPKH1S 40 / ,0 50 RPH1S 52 / RPKH1S 52 / ,5 40 RPH1S 63 / RPKH1S 63 / ,5 30 RPH1S 80 / RPKH1S 80 / ,5 20 RPH1S 103 / RPKH1S 103 / ,5 15 RPH1S 132 / RPKH1S 132 / ,

17 Heat shrinkable thick wall tubing Kits of thin wall shrinkable tubing Thick wall, standard +105 C, common - RG Thick wall, standard +105 C, common, with adhesive - RGK Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RG 50 / RGK 50 / ,50 40 RG 60 / RGK 60 / ,50 30 RG 80 / RGK 80 / ,00 15 RG 100 / RGK 100 / ,00 12 RG 128 / RGK 128 / ,00 8 Thick wall, standard +105 C, self-extinguishing - RGS Thick wall, standard +105 C, self-extinguishing, with adhesive - RGKS D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Black Black Dimensions [mm] Packing Name Code number Name Code number D d s [pcs] RGS 50 / RGKS 50 / ,5 40 RGS 60 / RGKS 60 / ,5 30 RGS 80 / RGKS 80 / ,0 15 RGS 100 / RGKS 100 / ,0 12 RGS 128 / RGKS 128 / ,0 8 Kits of thin wall shrinkable tubing With the intention of convenient work of electrician, DIY men, car mechanics and other users, the thin wall heat shrinkable tubes are offered in handy kits. Kits contain short sections of tubing in different colors. Blisters - PRC 1, PRC 2, PRC 3 Kind of blister Heat shrinkable tubing Name Code number Kind Length [mm] Qty [pcs] RC 2,4 / 1, PRC RC 3,2 / 1, RC 4,8 / 2, RC 6,4 / 3, RC 4,8 / 2, PRC RC 6,4 / 3, RC 9,5 / 4, RC 12,7 / 6, RC 2,4 / 1, RC 3,2 / 1, PRC RC 4,8 / 2, RC 6,4 / 3, RC 9,5 / 4, RC 12,7 / 6, Stand with complement of blisters - PRC Product Blisters on the stand Name Code number Kind Quantity [pcs] PRC 1 18 PRC PRC PRC 2 15 PRC

18 Kits of thin wall shrinkable tubing Boxes - ZDM Kind of kit Name Code number ZDM ZDM ZDM Contents of kit is packe in handy polystyrene box of 210 x 105 x 50 mm dimensions. Box ZDM 1 Box ZDM 2 Box ZDM 3 Kit' element Kind Length Qty Length Qty Length Qty of element [mm] [pcs] [mm] [pcs] [mm] [pcs] Heat shrinkable RC 1,6 / 0, tubing RC 2,4 / 1, RC 3,2 / 1, RC 4,8 / 2, RC 6,4 / 3, RC 12,7 / 6, RC 19 / 9, RC 25,4 / 12, RC 2,4 / 1, RC 3,2 / 1, RC 4,8 / 2, RC 6,4 / 3, RC 9,5 / 4, RC 12,7 / 6, RP 12 / Copper terminals K 2, K Ring terminal KOS Connectors male union piece female union piece Copper ferrules Z 2, Z Tin with a rosin Set of heat shrinkable tubes - KRC-1/1 Kit' element Kind of element Length Quantity [mm] [pcs] Heat shrinkable RC 1,6 / 0, tubing RC 2,4 / 1, RC 3,2 / 1, RC 4 / RC 4,8 / 2, RC 6,4 / 3, RC 8 / RC 9,5 / 4, RC 12,7 / 6, RC 19 / 9, RC 25,4 / 12, RC 38 / RCK 4 / RCK 6 / RCK 8 / RCK 12 / Set of tubes Name Code number KRC-1/1 KRC-1/1 Comfortable exhibition carton for warehouses and shops contains the set of heat shrinkable thin wall tubes with and without adhesive, of different diameters and colors. New and more stable multipack is made from polypropylene plate resistant to moisture. Stand directly associated with the product and better presenting variety of heat shrinkable tubes. Additional heat shrinkable tube size in set - RCK 12 / 3. Distinguishing RCK tubes (with adhesive) in short sections (0,5 m). Heat shrinkable tubes take on a shape of the object that they are applied on. They make up leak-proof layer with insulating, protective, anticorrosive as well as decorative properties. Shrinking temperature is from +120 C to +200 C for all kinds of heat shrinkable tubes. Fast and easy assembly. High shrinking force. Moisture protection. High resistance to varying weather conditions. Improving safety and aesthetics of final product. 16

19 Heat shrinkable tubing of large diameters Heat shrinkable tubing of large diameters RD heat shrinkable tubing of large diameters are supposed for the insulation of metallic elements of lamp posts, masts, piping lines, elements of bridge construction and so on. Because of wide shrink ratio they are excellent for sealing of transitions of power cables in cable duct pass under the roadways. Ends of RDM tubes are sealed by bituminous mastic, and RDK tubes are covered inside with hot meld adhesive on total length. The mastic and adhesive make the hermetic insulation and obviate the moisture protection. Dimensions of RDM and RDK are special selected to dimensions of lamp posts. They protect the lamp posts and the masts against the moisture, salt used on the roads in the winter season, animals urine, gas dissolved in the air, etc. Properties Operating temperature: from -55 C up to +105 C. Standard colour: black. Large diameter, standard +105 C - RD Large diameter, standard +105 C, with adhesive - RDK Large diameter, standard +105 C, with mastic - RDM Product Dimensions [mm] Packing Without adhesive and mastic With adhesive With adhesive and mastic Name Code number Name Code number Name Code number D d s [pcs] RD 70 / RDK 70 / RDM 70 / ,5 15 RD 80 / RDK 80 / RDM 80 / ,5 15 RD 100 / RDK 100 / RDM 100 / ,0 12 RD 130 / RDK 130 / RDM 130 / ,0 8 RD 155 / RDK 155 / RDM 155 / ,4 1 RD 175 / RDK 175 / RDM 175 / ,4 1 RD 195 / RDK 195 / RDM 195 / ,5 1 RD 225 / RDK 225 / RDM 225 / ,5 1 RD 245 / RDK 245 / RDM 245 / ,8 1 RD 255 / RDK 255 / RDM 255 / ,8 1 RD 275 / RDK 275 / RDM 275 / ,8 1 RD 300 / RDK 300 / RDM 300 / ,8 1 RD 350 / RDK 350 / RDM 350 / ,0 1 RD 390 / RDK 390 / RDM 390 / ,0 1 RD 400 / RDK 400 / RDM 400 / ,0 1 RD 440 / RDK 440 / RDM 440 / ,0 1 RD 460 / RDK 460 / RDM 460 / ,0 1 RD 500 / RDK 500 / RDM 500 / ,0 1 RD 530 / RDK 530 / RDM 530 / ,0 1 RD 560 / RDK 560 / RDM 560 / ,2 1 RD 620 / RDK 620 / RDM 620 / ,2 1 RD 710 / RDK 710 / RDM 710 / ,2 1 RD 820 / RDK 820 / RDM 820 / ,0 1 RD 920 / RDK 920 / RDM 920 / ,0 1 RD 1040 / RDK 1040 / RDM 1040 / ,0 1 D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered 17

20 Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 3:1 and 4:1 Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 3:1 and 4:1 RC3S: wide application in the execution of electrical insulation, connection of bundle wires and in the marking in purpose of corrosion protection and to provide the mechanical protection. Shrink ratio: 3:1 is more suitable for the application to irregular, awkward shapes. RC4S: wide application in military industry, aviation industry, electronics. Used also to insulation and repairing harness, cables and connectors. Tubing is manufactured with specially developed formulation and technology. It is easy to fit it on large diameter connector or transition and next to shrink down onto a smaller diameter jacket. Properties An outstanding physical, chemical and electrical properties. Self extinguishing (except clear). Operating temperature: from -55 C up to +135 C. Minimum shrink temperature: 70 C. Standard colour: black. Nonstandard colors: RC3S: red, blue, yellow, green, RC4S: red, blue, yellow, white. Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 3:1 - RC3S Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] RC3S 1,6 / 0, ,6 0,5 0, RC3S 3,2 / ,2 1,0 0, RC3S 4,8 / 1, ,8 1,5 0, RC3S 6,4 / ,4 2,0 0, RC3S 9,5 / ,5 3,0 0, RC3S 12,7 / ,7 4,0 0, RC3S 19,1 / ,1 6,0 0, RC3S 25,4 / ,4 8,0 1, RC3S 39 / ,0 13,0 1, Heat shrinkable, polyolefin, high flexible, flame retardant tubing shrink ratio 4:1 - RC4S D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Cutted Name Code number D d s [pcs] on section [m] RC4S 19,1 / 4, ,1 4,6 1,7 50 1,22 RC4S 25,4 / ,4 7,0 1,7 50 1,22 RC4S 38,1 / 9, ,1 9,5 1,7 50 1,22 RC4S 50,8 / ,8 14,0 1,7 20 1,22 RC4S 76,2 / 20, ,2 20,6 1,7 20 1,22 RC4S 102 / 26, ,0 26,7 1,7 20 1,22 RC4S 115 / 36, ,0 36,8 1,7 20 1,22 Properties Test Method Typical Data Tensile strengthour ASTM D MPa Ultimate elongation ASTM D % Tensile strength ASTM D MPA after aging (+175 C, 168 hrs.) Ultimate elongation ASTM D % after aging (+175 C, 168 hrs.) Combustibility test UL 224 VW1 Pass SAE-AMS-DTL-23053/5 Heat shock (+250 C, 4 hrs.) ASTM D 2671 No cracking Cold bend test (-55 C, 4 hrs.) ASTM D 2671 No cracking Dielectric strengthour ASTM D kv/mm Volume resistivity ASTM D Ωcm Copper corrosion UL 224 No corrosion Water absorption ASTM D 570 0,15% Chemical resistance SAE-AMS-DTL-23053/5 Pass Longitudinal shrinkage UL ±5% 18

21 Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1 and 4:1 Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1 and 4:1 Tubes are recommended for the protection of auto wires, bundle wires and metal tubes against water and moisture. Designed to provide both insulation and sealing. Properties Production by dual extrusion of polyolefin and hot melt adhesive. Operating temperature: from -45 C up to +125 C. Minimum shrink temperature: 80 C. Standard colour: black. Nonstandard colors: red, blue, yellow. Self extinguishing (except clear). Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 3:1 - RC3K Product Dimensions [mm] Thickness of Packing Standard adhesive after length of spool Name Code number D d s shrinking [mm] [pcs] [m] RC3K 3 / 0, ,0 0,6 1,0 0, RC3K 4,8 / 1, ,8 1,5 1,1 0, RC3K 6 / ,0 2,0 1,2 0, RC3K 9 / ,0 3,0 1,3 0, RC3K 12 / ,0 4,0 1,7 0, RC3K 19 / ,0 6,0 2,0 0, RC3K 24 / ,0 8,0 2,2 1, RC3K 30 / ,0 10,0 2,4 1, RC3K 40 / ,0 13,0 2,5 1, RC3K 50 / ,0 19,0 2,5 1, Heat shrinkable, polyolefin, high flexible tubing with adhesive shrink ratio 4:1 - RC4K D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Thickness of Packing Standard adhesive after length of spool Name Code number D d s shrinking [mm] [pcs] [m] RC4K 4 / ,00 1,00 0, RC4K 6 / 1, ,27 1,20 0, RC4K 8 / 1, ,65 1,55 0, RC4K 12 / 2, ,41 1,95 1, RC4K 16 / ,00 2,10 1, RC4K 18 / 4, ,45 2,40 1, RC4K 24 / ,00 2,50 1, RC4K 32 / ,00 2,50 1, Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 10,4 MPa Tensile strength ASTM D 2671 Remains 70% after aging (+158 C, 168 hrs.) Ultimate elongation ASTM D 2671 Minimum 200% Longitudinal shrinkage UL % Heat shock 250 C / 4 hrs. No cracking Cold bend test (-30 C, 1 h) ASTM D 2671 No cracking Voltage withstand AC ASTM D 2671 No breakdown (2500 V, 60 sec.) Volume resistivity ASTM D 876 Minimum Ωcm Combustibility test SAE-AMS-DTL-23053/5 Self extinguishing in 30 sec. Copper corrosion UL 224 No corrosion (+158 C, 168 hrs.) Water absorption ASTM D 570 < 0,5% 19

22 Heat shrinkable, halogen free tubing with very low shrink temperature, minimum 65 C Heat shrinkable, halogen free tubing with very low shrink temperature, minimum 65 C Suitable for applications where heat sensitive components e.g. PVC jacketed wire and cable and quick shrinking is required. The flammability of tubing meets the MVSS 302 standard about automotive flame propagation (self extinguishing tubing). The specially designed halogen free formulation makes the tubing very flexible and shrinking at lower temperature. Although very flexible, the tubing has good mechanical and electrical performance. Properties Tubing is made of modified radiation cross-linked polyolefin. Shrink ratio 2:1. Operating temperature: from -45 C up to +125 C. Minimum shrink temperature: +65 C. Standard colour: black. Heat shrinkable, halogen free tubing with very low shrink temperature, minimum 65 C - RLT D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] RLT 3,2 / 1, ,2 1,6 0, RLT 4,8 / 2, ,8 2,4 0, RLT 6,4 / 3, ,4 3,2 0, RLT 9,5 / 4, ,5 4,8 0, RLT 12,7 / 6, ,7 6,4 0, RLT 19,1 / 9, ,1 9,5 0, RLT 25,4 / 12, ,4 12,7 0, Properties Test Method Typical Data Tensile strengthour ASTM D MPa Ultimate elongation ASTM D % Tensile strength ASTM D MPA after aging (+158 C, 168 hrs.) Elongation after aging ASTM D % (+175 C, 168 hrs.) Longitudinal shrinkage UL ±5% Heat shock (+200 C, 4 hrs.) ASTM D 2671 No cracking Cold bend test (-55 C, 4 hrs.) ASTM D 2671 No cracking Copper corrosion UL 224 No corrosion Combustibility test MVSS 302 Pass Fluid resistance (+23 C, 24 hrs.) ISO % Tensile strength elongation 15 MPA 20

23 Heat shrinkable ultra thin wall polyolefin tubing Heat shrinkable ultra thin wall polyolefin tubing Especially recommended everywhere rapid shrinking and space saving is important. The low shrink temperature reduces additionally the time of installation and the damage s risk of temperature-sensitive components. Properties Self extinguishing polyolefin tubing. Environment friendly. Ultra thin wall and flexible. Shrink ratio 2:1. Operating temperature: from -55 C up to +125 C. Minimum shrink temperature: 70 C. Standard colour: black. Heat shrinkable ultra thin wall polyolefin tubing - RUC D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] RUC 1,4/0, ,4 0,6 0, RUC 1,9/0, ,9 0,8 0, RUC 3/1, ,0 1,2 0, RUC 3,5/1, ,5 1,6 0, RUC 5,5/2, ,5 2,4 0, RUC 6,5/3, ,5 3,2 0, RUC 10,5/ 4, ,5 4,8 0, RUC 13,5/6, ,5 6,4 0, RUC 20/9, ,0 9,5 0, RUC 26/12, ,0 12,7 0, Properties Test Method Typical Data Operating temperature IEC C up to +125 C Tensile strengthour ASTM D 2671 > 14 MPa Ultimate elongation ASTM D 2671 > 400% Longitudinal shrinkage UL ±5% Ultimate elongation after aging 158 C, 168 hrs. > 300% Combustibility test VW-1 Pass Dielectric strengthour IEC 243 > 20 kv/mm Volume resistivity IEC 93 >10 14 Ωcm Copper corrosion ASTM D 2671 No corrosion 21

24 Heat shrinkable thick wall tubing with adhesive, high shrink ratio 6:1 Heat shrinkable thick wall tubing with adhesive, high shrink ratio 6:1 Ideal for application to extremely different diameter between cables, connectors and components. Their high shrink ratio provides close fit to a wide variety of irregular shapes connector and figurations. Provide excellent mechanical protection to cable joints and terminations. Complete environmental protection. Properties Shrink ratio 6:1. UV resistant. High mechanical protection. Operating temperature: from -55 C up to +110 C (IEC 216). Standard colour: black. Heat shrinkable thick wall tubing with adhesive, high shrink ratio 6:1 - RBG D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Cutted on Name Code number D d s [pcs] sections [m] RBG 19,0 / 3, ,0 3,2 3,2 20 1,00-1,22 RBG 33,0 / 5, ,0 5,5 3,4 20 1,00-1,22 RBG 44,4 / 7, ,4 7,4 3,6 20 1,00-1,22 RBG 50,8 / 8, ,8 8,3 4,3 20 1,00-1,22 RBG 69,8 / 11, ,8 11,7 4,8 20 1,00-1,22 RBG 88,9 / 17, ,9 17,1 4,8 20 1,00-1,22 RBG 119,4 / 22, ,4 22,9 4,8 10 1,00-1,22 RBG 235 / ,0 40,0 4,8 1 1,00-1,22 Properties of RBG tubes Test Method Typical Data Tensile strengthour ASTM D 2671 > 14 MPa Ultimate elongation ASTM D 2671 > 400% Density ASTM D 792 1,05 g/cm 3 Longitudinal shrinkage UL % Ultimate elongation after aging +150 C, 168 hrs. > 300% Dielectric strengthour IEC 243 > 20 kv/mm Volume resistivity IEC 93 >10 14 Ωcm Copper corrosion ASTM D 2671 No corrosion Resistance to stress cracking ASTM D No cracking (+50 C) Water absorption ISO 62 < 0,15% Properties of adhesive Test Method Typical Data Water absorption ISO 62 < 0,2% Softening point ASTM D E8 85 C Peel strengthour DIN N/cm Copper corrosion ASTM D 2671 No corrosion Resistance to fungus and decay ISO 846 Fromporny 22

25 Heat shrinkable insulating medium wall tubing, for medium voltage up to 36 kv, anti tracking Heat shrinkable insulating medium wall tubing, for medium voltage up to 36 kv, anti tracking Used to provide insulation protection in cable terminations and joints for medium voltage up to 36 kv. The high tracking resistance provide maximum operational reliability. Properties Made of specially formulated radiation cross-linked polyolefin compounds. Halogen free. Operating temperature: from -55 C up to +125 C. Minimum shrink temperature: +110 C. Heat shrinkable insulating medium wall tubing, for medium voltage up to 36 kv, anti tracking - RPAT D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Cutted Standard on sections length of spool Name Code number D d s [pcs] [m] [m] RPAT 19 / ,5 10 1,22 15 RPAT 30 / ,0 10 1,22 15 RPAT 35 / ,0 10 1,22 15 RPAT 40 / ,0 10 1,22 15 RPAT 45 / ,0 10 1,22 15 RPAT 54 / ,0 10 1,22 15 RPAT 60 / ,0 10 1,22 15 RPAT 76 / ,0 10 1,22 15 RPAT 100 / ,0 10 1,22 15 RPAT 130 / ,0 10 1,22 Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 11 MPa Ultimate elongation ASTM D 2671 Minimum 400% Longitudinal shrinkage ASTM D % Tensile strength ASTM D 2671 Minimum 13 MPa after aging (+120 C,168 hrs.) Elongation after aging ASTM D 2671 Minimum 350% (+120 C,168 hrs.) Dielectric strengthour IEC 243 Minimum 15 kv/mm Tracking resistance ASTM D ,75 KV, 1 h, brak Dielectric constant IEC 250 Maximum 3,0 Volume resistivity ASTM D 2303 Minimum Ωcm Combustibility test (Oxygen index) IEC 93 Minimum 25 Copper corrosion ASTM D 2671 No corrosion (+120 C, 168 hrs.) Cold bend test (-40 C, 4 hrs.) ASTM D 2671 No cracking 23

26 Heat shrinkable medium wall and thick wall tubing, for busbar insulation of medium voltage Heat shrinkable medium wall and thick wall tubing, for busbar insulation of medium voltage Used to enhance the insulation properties of bus-bar in switchgear and substation. They provide high resistance to tracking and arcing. The continuous length of supplied products makes the application more comfortable and economically. Properties The tubing is made of specially formulated radiation cross-linked halogen free polyolefin. Operating temperature: from -40 C up to +125 C. Minimum shrink temperature: +110 C. Heat shrinkable medium wall tubing, for busbar insulation of medium voltage - RBM Product Dimensions [mm] Recommended Packing Standard busbar size length of spool Name Code number D d s [mm] [pcs] [m] RBM 25 / x RBM 30 / x RBM 35 / x RBM 40 / x RBM 50 / x RBM 65 / x RBM 75 / x RBM 100 / x Heat shrinkable thick wall tubing, for busbar insulation of medium voltage - RBH D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Recommended Packing Standard busbar size length of spool Name Code number D d s [mm] [pcs] [m] RBH 15 / x RBH 25 / x RBH 30 / x RBH 40 / x RBH 50 / x RBH 65 / x RBH 75 / x RBH 85 / x RBH 100 / x RBH 120 / x RBH 150 / x Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 11,8 MPa Tensile strength ASTM D 2671 Minimum 10 MPa after aging (+120 C,168 hrs.) Longitudinal shrinkage ASTM D % Ultimate elongation ASTM D ,00% Ultimate elongation ASTM D Minimum 500% after aging (+120 C,168 hrs.) Dielectric strengthour IEC 243 Minimum 20 kv/mm Dielectric constant IEC 250 Maximum 3,0 Volume resistivity IEC 93 Minimum Ωcm Combustibility test (Oxygen index) ASTM 4589 Minimum 25 Copper corrosion ASTM D 2671 No corrosion (+120 C, 168 hrs.) Cold bend test (-40 C, 4 hrs.) ASTM D 2671 No cracking Water absorption (+23 C, 14 dni) ISO 62 Minimum 0,5% 24

27 Heat shrinkable busbar insulation tape Heat shrinkable busbar insulation tape Very flexible and easy to installation. Widely used for the protection of complex busbar connectors where tube products can not be applied. The dual layer structure (insulation and adhesive) makes the tape effectively provide electric insulation and shock protection for busbar up to 24 kv. Inner layer melt and seal the tape during installation. Tape is easy to remove in case of inspection or maintenances. Properties Tape is made of radiation cross linked polyolefin. Operating temperature: from -55 C up to +105 C. Standard colour: red. Heat shrinkable busbar insulation tape - RTBB Product Dimensions [mm] Packing Standard Widthour Thickness length Name Code number after shrinking [pcs] [m] RTBB ,0 +0,1 1 5 or 10 RTBB ,0 +0,1 1 5 or 10 Properties Test Method Typical Data Tensile strengthour ASTM D 638 Minimum 11 MPa Tensile strength ASTM D 2671 Minimum 10 MPa after aging (+120 C, 168 hrs.) Ultimate elongation ASTM D % Ultimate elongation ASTM D 2671 Minimum 450% after aging (+120 C, 168 hrs.) Dielectric strengthour IEC 243 Minimum 20 kv/mm Dielectric constant IEC 250 Maximum 3,0 Volume resistivity IEC 93 Minimum Ωcm Combustibility test ASTM D 2671 Self extinguishing in 60 sec. Copper corrosion ASTM D 2671 No corrosion (+120 C, 168 hrs.) Water absorption (+23 C, 14 days) ISO 62 Minimum 0,5 % Shrink ratio 30% 25

28 Heat shrinkable semi-rigid tubing made of PVDF, high chemical resistance Heat shrinkable semi-rigid tubing made of PVDF, high chemical resistance Used in applications required high-temperature performance, outstanding abrasion and cut-through resistance or superior chemical and solvent resistant properties. Excellent protection of wires, connections, soldering connections from most industrial fuels, solvents and chemicals. Properties Semi-rigid, heat shrinkable PVDF tube (polyvinylidene fluoride) with excellent chemical resistance. Operating temperature: from -55 C up to +175 C. Minimum shrink temperature: +175 C. Standard colour: clear. Heat shrinkable semi-rigid tubing made of PVDF, high chemical resistance - RKY D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Cutted Standard on sections length of spool Name Code number D d s [pcs] [m] [m] RKY 1,2 / 0, ,2 0,6 0, RKY 1,6 / 0, ,6 0,8 0, RKY 2,4 / 1, ,4 1,2 0, RKY 3,2 / 1, ,2 1,6 0, RKY 4,8 / 2, ,8 2,4 0, RKY 6,4 / 3, ,4 3,2 0, ,22 RKY 9,5 / 4, ,5 4,8 0, ,22 RKY 12,7 / 6, ,7 6,4 0, ,22 RKY 19,1 / 9, ,1 9,5 0, ,22 RKY 25,4 / 12, ,4 12,7 0, ,22 Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 34,5 MPa Elongation after aging +250 C, 168 hrs. Minimum 50% Heat shock +300 C, 1 hour No cracking Cold bend test -55 C, 1 hour No cracking Dielectric strengthour ASTM D 2671 Minimum 30 kv/mm Volume resistivity ASTM D Ωcm Combustibility test VW-1 Self extinguishing 26

29 Heat shrinkable tubing made of modified elastomeric Heat shrinkable tubing made of modified elastomeric High reliable and resistant on long-term acting of high temperature fluids. Effective protection to splices and connections. They have excellent mechanical properties. Abrasion resistant properties. Properties Tubing is made of modified elastomeric radiation cross-linked. Self extinguishing. Chemical and oil resistant. Operating temperature: from -55 C up to +150 C (IEC 216). Standard colour: black. Heat shrinkable tubing made of modified elastomeric - REL Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] REL 3,2 / 1, ,2 1,6 0, REL 4,8 / 2, ,8 2,4 0, REL 6,4 / 3, ,4 3,2 0, REL 9,5 / 4, ,5 4,8 1, REL 12,7 / 6, ,7 6,4 1, REL 19,1 / 9, ,1 9,5 1, REL 25,4 / 12, ,4 12,7 1, REL 38,1 / 19, ,1 19,1 2, REL 50,8 / 25, ,8 25,4 2, Heat shrinkable tubing made of modified elastomeric, thin wall - RELC D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] RELC 2,4 / 1, ,4 1,2 0, RELC 3,2 / 1, ,2 1,6 0, RELC 4,8 / 2, ,8 2,4 0, RELC 6,4 / 3, ,4 3,2 0, RELC 9,5 / 4, ,5 4,8 0, RELC 12,7 / 6, ,7 6,4 0, RELC 19,1 / 9, ,1 9,5 0, RELC 25,4 / 12, ,4 12,7 0, RELC 31,8 / 15, ,8 15,9 1, RELC 38,1 / 19, ,1 19,1 1, Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 13 MPa Ultimate elongation after aging +160 C, 168 hrs. Minimum 220% Heat shock +215 C, 4 hrs. No cracking Secant module (by 2% of elongation) ASTM D 882 Maximum 50 MPa Volume resistivity ASTM D Ωcm Combustibility test ASTM D 2671 Self extinguishing in 15 sec. 27

30 Heat shrinkable tubing made of modified fluoroelastomer, very flexible Heat shrinkable tubing made of modified fluoroelastomer, very flexible Tube is recommended in places where the high resistance to corrosive fluids, fuels, lubricants, acids and solvents at elevated temperature is required. Excellent abrasion and cut-through resistance. Very flexible at high and low temperatures without cracking. Properties Tubing is made of modified fluoroelastomer radiation cross-linked. Self extinguishing. Operating temperature: from -55 C up to +200 C (IEC 216). Minimum shrink temperature: +150 C. Standard colour: black. Heat shrinkable tubing made of modified fluoroelastomer, very flexible - RFE D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length of spool [m] RFE 3,2 / 1, ,2 1,6 0, RFE 4,8 / 2, ,8 2,4 0, RFE 6,4 / 3, ,4 3,2 0, RFE 9,5 / 4, ,5 4,8 0, RFE 12,7 / 6, ,7 6,4 1, RFE 19,1 / 9, ,1 9,5 1, RFE 25,4 / 12, ,4 12,7 1, RFE 38,1 / 19, ,1 19,1 1, RFE 50,8 / 25, ,8 25,4 2, Properties Test Method Typical Data Tensile strengthour ASTM D 2671 Minimum 8,5 MPa Ultimate elongation after aging +250 C, 168 hrs. Minimum 200% Heat shock +300 C, 4 hrs. No cracking Moduł sieczny ASTM D 412 Maximum 13,8 MPa Dielectric strengthour ASTM D 2671 Minimum 7,9 kv/mm Volume resistivity ASTM D Ωcm Copper corrosion SAE-AMS-DTL-23053/13 No corrosion (+175 C, 16 hrs.) Combustibility test ASTM D 2671 Self extinguishing in 15 sec. 28

31 Teflon heat shrinkable tubing Teflon heat shrinkable tubing Tube is recommended in places where the very good high temperature and chemicals resistant is required. Used in automotive, military and aerospace industry where extreme electrical insulation and highly flame retardant is required. Properties Operating temperature: from -65 C up to +260 C. Standard colour: clear. Teflon heat shrinkable tubing - RTE D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Cutted Name Code number D d s [pcs] on sections [m] RTE 2,36 / 1, ,36 1,45 0, ,22 RTE 3,05 / 1, ,05 1,82 0, ,22 RTE 3,81 / 2, ,81 2,26 0, ,22 RTE 4,85 / 2, ,85 2,80 0, ,22 RTE 6,10 / 3, ,10 3,55 0, ,22 RTE 7,67 / 4, ,67 4,40 0, ,22 RTE 9,40 / 5, ,40 5,45 0, ,22 RTE 10,92 / 6, ,92 6,90 0, ,22 RTE 11,94 / 8, ,94 8,56 0, ,22 Properties Test Method Typical Data Tensile strengthour ASTM D MPa Ultimate elongation ASTM D % Specific weight ASTM D 792 2,3 Heat shock (+400 C, 4 hrs.) ASTM D 2671 No cracking Cold bend test (-65 C, 4 hrs.) ASTM D 2671 No cracking Volume resistivity ASTM D Ωcm Dielectric strengthour ASTM D kv/mm Copper corrosion UL 224 No corrosion Combustibility test ASTM D 2671 Self extinguishing Chemical resistance SAE-AMS-DTL-23053/12 Excellent Water absorption ASTM D 570 Maximum 0,1 29

32 Cold shrinkable tubing Heat shrinkable breakouts Cold shrinkable tubing Cold shrinkable tubes are used in especially susceptible conditions for heat. They are applied for the insulation reconstruction as well as outside cable jacket reconstruction. Excellent for electrical insulation and all kinds of sealing. range: RZK for 0,6/1kV voltage; RHZK for 10 kv voltage. Properties Made of silicon. The tubing is expanded on spiral removing plastic tube. High operating temperature. UV resistant. Assembling without any heating by flame. High flexible and high resistance for mechanical damages. Standard colour: grey. Cold shrinkable tubing 0,6 / 1 kv - RZK Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length [mm] RZK 33/13, ±0,5 13,8 ±0, RZK 37/15, ±1,0 15,8 ±0, Cold shrinkable tubing up to 10 kv - RHZK D - min. inside diameter expanded as supplied d - max. inside diameter recovered s - wall thickness recovered Product Dimensions [mm] Packing Standard Name Code number D d s [pcs] length [mm] RHZK 33/13, ,0 ±0,5 13,8 ±0, RHZK 37/15, ,0 ±1,0 15,8 ±0, RHZK 43/18, ,0 ±1,0 18,8 ±0, RHZK 57,5/ ,5 ±1,0 23,0 ±0, Heat shrinkable breakouts Properties Heat shrinkable three-way breakouts are made of high quality cross-linked polyethylene, thanks to that they are anti-tracking and erosion resistant. They have excellent insulation and sealing properties. Inside surface of breakouts is covered by hot melt adhesive. Operating temperature: AK: from -30 C up to +135 C. AKB: from -30 C up to +135 C AKR: from -40 C up to +120 C. Shrinking temperature: > +125 C. Ultimate elongation: minimum 300 %. Volume resistivity: AK: minimum Ωcm. AKB: minimum Ωcm AKR: minimum Ωcm. Self extinguishing. No corrosion in contact with copper. UV resistance. Anti-tracking resistance (breakouts red colour - AKR). Dielectric strength: minimum 10 kv/mm. Heat shock resistance: no cracking and flowing of material (testing during 4 h in temperature of +250 C). Thermal ageing resistance: no cracking and flowing of material (testing during 500 h in temperature of +120 C). Standard colours: AK i AKB: black colour; AKR: red colour. 30

33 Heat shrinkable breakouts Heat shrinkable two-, three-, four- and five way breakouts - AK AK heat shrinkable breakouts are used for the sealing of cable heads by separating the cores. They are used for terminations (indoor and outdoor) as well as for straight joints, on polymer and paper insulated cables. For 0,6 / 1 kv and 3,6 / 6 kv voltage. Note: A1,a1, H1, h1 dimensions concern the breakout after shrinking. Product Qty Dimensions [mm] Thickness Thickness Code of fingers of body of finger Name number A A1 a a1 H H1 hour h1 wall wall AK2 1, ,0 10,0 12,0 4,0 70,0 95,0 18,0 28,0 2,00 2,00 AK ,0 24,0 21,0 7,0 85,0 120,0 32,0 40,0 3,00 3,00 AK3 1, ,0 9,0 9,0 3,0 45,0 76,0 14,0 20,0 2,50 1,20 AK ,0 13,0 14,0 4,0 85,0 117,0 18,0 31,0 2,20 1,40 AK ,0 21,0 22,0 9,0 135,0 170,0 31,0 50,0 3,50 2,20 AK ,0 30,0 35,0 13,0 190,0 220,0 55,0 60,0 3,50 2,70 AK4 1, /1 4 28,0 9,0 9,0 1,8 50,0 78,0 16,0 21,0 2,70 2,70 AK ,0 16,0 12,0 5,0 85,0 105,0 14,0 20,0 2,30 1,40 AK ,0 20,0 20,0 8,0 140,0 175,0 30,0 46,0 3,50 1,80 AK ,0 25,0 20,0 6,5 140,0 175,0 30,0 46,0 3,50 2,50 AK ,0 26,0 22,0 10,0 170,0 220,0 30,0 46,0 3,60 2,50 AK ,0 35,0 34,0 14,0 170,0 220,0 30,0 48,0 3,00 2,50 AK ,0 34,0 34,0 13,0 170,0 220,0 30,0 48,0 3,60 2,50 AK ,0 20,8 10,2 4,8 110,0 106,0 39,0 37,0 1,45 0,75 AK ,0 30,0 15,2 6,6 134,5 129,5 34,0 33,9 2,10 1,70 AK ,3 41,7 23,6 9,8 154,4 153,0 49,8 49,5 2,20 1,40 AK ,5 50,2 35,3 12,6 168,5 169,2 56,4 55,6 2,40 1,20 Heat shrinkable three way breakouts - AKR, AKB AKR (red) and AKB (black) heat shrinkable breakouts are supplied for use mainly for sealing of the duct, where the cables come out from duct, on the pole of medium voltage overhead lines. The breakout shrinks on the cable and provides protection against penetration inside of water, dust, insects and other pollution. Breakouts can be used for both low and medium voltage applications. Note: A1,a1, H1, h1 dimensions concern the breakout after shrinking. Product Qty Dimensions [mm] Thickness Thickness Code of fingers of body of finger Name number A A1 a a1 H H1 hour h1 wall wall AKR ,5 2,2 AKR ,8 2,8 AKR ,8 2,8 AKB ,8 2,5 AKB ,8 2,8 AKB ,8 2,8 Heat shrinkable three way breakouts for medium voltage up to 36 kv - AKR AKR breakouts are used for the sealing of medium voltage cable heads by separating the cores. They become an integral part of indoor and outdoor medium voltage terminations. Note: A1,a1, H1, h1 dimensions concern the breakout after shrinking. Product Qty Dimensions [mm] Thickness Thickness Code of fingers of body of finger Name number A A1 a a1 H H1 hour h1 wall wall AKR ,2 2,2 AKR ,0 2,2 AKR ,5 2,2 AKR ,8 2,8 AKR ,8 2,8 31

34 Cold shrinkable breakouts Cold shrinkable breakouts AKZ breakouts are applied for the sealing of cable ends by separate cores and for the execution of indoor and outdoor terminations. They efficiently protect against moisture penetration. range: AKZ 4 for 0,6 / 1 kv voltage; AKZ 3 for 10 kv voltage. Properties Excellent mechanical and insulation properties of cold shrinkable breakouts provide long-term activity of cable lines. Made of silicon. The tubing is expanded on spiral removing plastic tube. UV resistant. Assembling without any heating by flame. Colour: grey. Cold shrinkable breakouts 0,6 / 1 kv - AKZ 4 Product Qty Dimensions [mm] Name Code number of fingers A A1 a a1 AKZ , AKZ , Cold shrinkable breakouts up to 10 kv - AKZ 3 Product Qty Dimensions [mm] Name Code number of fingers A A1 a a1 AKZ , AKZ , AKZ , AKZ , Note: A1, a1 dimensions concern the breakout after shrinking. 32

35 Heat shrinkable sheds Heat shrinkable end caps Heat shrinkable sheds Heat shrinkable sheds compose the integral part of indoor and outdoor heat shrinkable termination up to 72 kv. Duty of sheds is make anti-tracking protection. CES sheds are characterized by advantageous physical properties, ageing life and well chemical resistance. Properties Operating temperature: from -40 up to 120 C. Shrinking temperature: >120 C. Volume resistivity: minimum Ω. Dielectric strength: minimum 10 kv / mm. Thermal ageing resistance: testing during 500 h in temperature of 120 C causes no cracking and flowing of material. Heat shrinkable sheds - CES Note: d1 - inside diameter of shedrecovered after heating; s - wall thickness recovered Product Dimensions [mm] Inclination Name Code number D d d1 s H angle of shed CES , CES , CES , CES , Heat shrinkable end caps Heat shrinkable end caps are used for the sealing of power cables and conductors, as well as telecommunication cable heads. They are excellent for the protection of angular screws against weather conditions, for instance lampposts and bridges. They are resistant to weather conditions and the reaction of acids and alkalines. The inside surface of end caps is coated by hot melted adhesive, causing better insulation tightness. Properties Material: adiant cross-linked polyethylene. Operating temperature: from -55 up to 105 C. Shrinking temperature: from 120 up to 200 C. Tensile strength: minimum 10 MPa. Ultimate elongation: minimum 350%. Thermal ageing resistance: testing during 168 h, in temperature of +136 C. The tensile strength amounts to 70% of initial value and ultimate elongation minimum 100%. Heat shock resistance: testing during 4 h, in temperature of +200 C and causes no cracking, deformation, flowing or dripping. Corrosion resistance in contact with copper: no pitting, decrementation and black oxidation of copper wire. Water absorption: 0,1% of weight (time: 24 h, temperature +25 C ±2). Dielectric strength: minimum 16 kv/mm. Volume resistivity: minimum Ωcm. Colour: black. Heat shrinkable end caps - KTK Note: d - max. inside diameter recovered. Different dimensions of end caps on special request. Product Dimensions [mm] Packing Name Code number D d s L [pcs] KTK 10 / ,0 4,0 2,4 48,5 100 KTK 14 / ,5 4,0 2,4 48,5 100 KTK 16 / ,0 7,9 2,9 85,0 100 KTK 18 / ,0 6,0 2,1 15,0 100 KTK 21 / ,0 6,0 2,1 15,0 100 KTK 23 / ,0 7,9 2,9 85,0 100 KTK 33 / ,0 14,6 3,5 106,0 100 KTK 40 / ,0 14,6 3,5 106,0 100 KTK 52 / ,0 24,2 3,5 160,0 50 KTK 70 / ,0 24,2 3,5 115,0 50 KTK 90 / ,0 43,8 4,7 160,0 10 KTK 120 / ,0 43,8 4,7 160,

36 Heat shrinkable protection kits for cables 0,6 / 1 kv (end joints) Heat shrinkable phase markers Heat shrinkable protection kits for cables 0,6 / 1 kv (end joints) Protection kits (in colloquial speech: end joints) are used for the termination of cables ends. They enable work to be carried out on a live cable up to 1 kv. Cleaning tissue included in the kit is provided for the degreasing of the cables surface before the insulating end cap is shrunk. For polymer insulated four core cables - ZO 4 Product Core cross- Kit' component Cleaning Code -section [mm 2 ] Insulating end cap Jacket end cap tissue Name number From To Type Qty [pcs] Type Qty [pcs] Qty [pcs] ZO / 4 x 48, / 15 x ZO / 8 x / 15 x ZO / 8 x / 25 x ZO / 8 x / 25 x ZO / 8 x / 25 x ZO / 15 x / 25 x ZO / 15 x / 45 x For polymer insulated five core cables - ZO 5 Product Core cross- Kit' component Cleaning Code -section [mm 2 ] Insulating end cap Jacket end cap tissue Name number From To Type Qty [pcs] Type Qty [pcs] Qty [pcs] ZO / 4 x 48, / 15 x ZO / 8 x / 25 x ZO / 8 x / 25 x ZO / 8 x / 25 x ZO / 8 x / 45 x ZO / 15 x / 45 x Heat shrinkable phase markers Applied for phases marking of conductors terminated by aluminum or copper terminals in open area, earth and in closed spaces. They are excellent electrical insulation, mechanical and corrosion protection. Absolutely tightness because of hot melt adhesive. Thanks to hot melt adhesive coating inside surface they assure better insulation tightness. Colour ZOK kit - 4 black markers marked by white letters: L1, L2, L3 and N. ZOKżt kit - 4 black markers marked by white letters: L1, L2, L3 and N and 1 yellow-green marker. Printed letters can be in yellow and blue colors. Material Phase markers are made of RPK heat shrinkable medium wall tubing with adhesive. Heat shrinkable phase markers - ZOK, ZOKżt Product Kind of terminal Dimensions of marker [mm] Name Code number Name Code number Al Cu D d L ZOK ZOKżt , ZOK ZOKżt , 25, 35 35, 50, ZOK ZOKżt , 70, 95 95, 120, 150, ZOK ZOKżt , 150, ZOK ZOKżt

37 Heat shrinkable through walls Heat shrinkable wraparound sleeves for 36 kv Heat shrinkable tapes Heat shrinkable through walls Applied for the execution of tight through walls through the walls and ceilings. They guarantee the water- and gas-tight insulation. Resistant to variable weather conditions. Mechanical protection of conductors. They close the entrance for insects and rodents. Construction Through walls are made of heat shrinkable tube and tinned steel strengthening spiral. Inside surface of through walls is coated by hot melt adhesive. Heat shrinkable through walls - TPM Product Dimensions of through wall [mm] Dimensions [mm] Name Code number D d L Max. wall thickness Hole diameter in the wall TPM 14 / TPM 23 / TPM 28 / TPM 38 / TPM 48 / TPM 86 / Heat shrinkable wraparound sleeves for 36 kv Heat shrinkable wraparound sleeves are used by execution of four cores connections in multi-cores cables. They are applied as well for standard joints and tee joints in electrical power engineering and telecommunications. Characteristic of wraparound sleeves are green points on the surface (shrinking temperature index) which vanish during the heating. In such way the wraparound sleeves are protected against overheating. Heat shrinkable wraparound sleeves - RM d - diameter after shrinking s - wall thickness recovered Product Code number of wraparound sleeves depending on the sleeve's length Dimensions [mm] name 250 mm 500 mm 750 mm 1000 mm 1500 mm D d s RM 42 / RM 62 / RM 92 / RM 122 / RM 160 / RM 210 / Heat shrinkable tapes Electro-insulating - T Mainly applications of T heat shrinkable tape are: bunching of conductor and cables, connections' insulation and surface conditioning of cables' and conductors' insulations as well as protection of structural components exposed to the abrasion, the mechanical damages and corrosion. Product Dimensions [mm] Widthour Thickness Thickness Thickness of butyl Name Code number of tape of adhesive rubber mastic T - 25 / ,5 - - T - 50 / ,5 - - T / ,

38 Heat shrinkable tapes End-Cap heat shrinkable sealing sleeves Electro-insulating, with adhesive - TKT They are recommended where the execution of durable and leakproof connection of structural components is required. Good adhesion to metallic, wooden components and to building ceramics and plastics gives the possibility to apply the heat shrinkable tapes by the mounting of ventilation pipes, conductors, electric and telecommunication cables. Connections made of TKT tape are resistant to mechanical damages and corrosion. Product Dimensions [mm] Widthour Thickness Thickness Thickness of butyl Name Code number of tape of adhesive rubber mastic TKT - 25 / 05 / ,5 0,3 - TKT - 50 / 05 / ,5 0,3 - TKT / 05 / ,5 0,3 - TKT / 05 / ,5 0,3 - TKT - 50 / 1 / ,0 0,5 - Electro-insulating, with adhesive and butyl rubber mastic - TKTK They are used mainly for the protection of pre-insulated pipes connections. Product Dimensions [mm] Widthour Thickness Thickness Thickness of butyl Name Code number of tape of adhesive rubber mastic TKTK / 1 / 05 / ,0 0,5 2 TKTK / 1 / 05 / ,0 0,5 2 End-Cap heat shrinkable sealing sleeves Name of the end-cap is REC. Efficiently seal and protect against moisture penetration. Used in heat engineering, power engineering, building engineering and telecommunication. Resistant for UV radiation, aggressive factors, fungus and mildew resistance. End-Cap sleeves - REC Product Dimensions (diameters) Dimensions Range of preinsulated pipe [mm] of sleeve [mm] of application Name Code number Steel pipe Line pipe DN D d L1 L2 D d REC , REC , REC REC REC REC REC REC REC REC REC

39 Cable joints Cable joints Heat shrinkable joints are applied for the connection of two or more cables together. Straight joints connect the cables made of equal materials and of equal cable cross-sections. Transition joints connect the cables made of different materials and of different cable cross-sections (standard equipped in cable ferrules). On special request we manufacture the joints for cross-section required by Customer. Assembling instruction of cable joints Assembling instruction is delivered together with the kit. Elements composed the straight joint Assembling instruction is added to each kit. Elements composed the transition joint Assembling instruction is added to each kit. 37

40 Cable joints Straight joints 0,6 / 1 kv - ZRM (or JLP) Joints for polymer insulated cables have two different marking: old - ZRM and new - JLP. The same joint can be cold in old and new way. Joint for paper insulated cables can be cold according to new marking only. Joints with screw connectors We displayed our offer by joints with screw connectors, what permit the assembling of joint without complicated tools (look at new order's structure). Joints for mining cables According to the request of mining sector we develop the joints for mining cables. Possibility to select the joints for following cables: H07RN-F; OnGc-G and YnOGY (look at NEW ORDER'S STRUCTURE). In case of other cables please contact our Technical Department. ZRM / JLP-CX4 OLD ORDER'S STRUCTURE ZRM Kind of joint No. of cable cores Core cross-sections [mm 2 ] Kind of joint No. of cable cores Core cross-sections [mm 2 ] ZRM - repair - - four cores 1-16, 25 - assembling kit j - single core 2-35, 50, 70 t - three cores 3-95 p - five cores 4-120, , 240 NEW ORDER'S STRUCTURE ZRMZ Kind of joint Core cross-sections [mm 2 ] Kind of joint Core cross-sections [mm 2 ] ZRMZ - repair 16 - assembling kit 25 with thick wall ferrules JLP Kind of joint Kind of cable No. of cable cores Core cross-sections [mm 2 ] (s) Kind of joint Kind of cable No. of cable cores Core cross-sections [mm 2 ] JLP - joint for low voltage CX - polymer insulated cable 1 - single core (s) - joint JLPG - mining joint (PE, XLPE, PCV) 3 - three cores with screw for low voltage CA - polymer insulated armoured four cores connectors for cable (PE, XLPE, PCV) 4 - four cores CX, CA, CP, CF CP - paper insulated lead belted 5 - five cores cable with a non-dripable saturant CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor CGH - H07RN-F rubber insulated mining cable CGO - OnGc-G mining rubber insulated screen cable in rubber jacket CXY - YnOGY mining PVC insulated cable in PVC jacket 38

41 Cable joints On the request of customer is possible to execute the mining joints JLPG for different types of mining cables. Please contact our Export Department. Example New name Joint's description Old name JLP-CX straight joint for low voltage 0,6 / 1 kv for polymer insulated (PE, XLPE, PCV) ZRM-1 four cores cables of mm 2 cross-section JLP-CX1 95 straight joint for low voltage 0,6 / 1 kv for polymer insulated (PE, XLPE, PCV) ZRMj-3 single core cables of 95 mm 2 cross-section JLP-CF straight joint for low voltage 0,6 / 1 kv for paper insulated lead belted armoured cable with a non-dripable saturant three cores cables of mm 2 cross-section JLP-CX (s) straight joint for low voltage 0,6 / 1 kv with screw connectors for polymer insulated (PE, XLPE, PCV) four cores cables of mm 2 cross-section JLPG-CGH3 2,5 mining straight joint for low voltage 0,6 / 1 kv for H07RN-F rubber insulated mining three cores cables of 2,5 mm 2 cross-section JLPG-CGO mining straight joint for low voltage 0,6 / 1 kv for OnGc-G mining rubber insulated screen four cores cables in rubber jacket of mm 2 cross-section JLPG-CXY5 10 mining straight joint for low voltage 0,6 / 1 kv YnOGY for mining PVC insulated five cores cables in PVC jacket of 10 mm 2 cross-section Straight resin cable joints 0,6 / 1 kv - JLZ The are applied for the connection of equal insulation, cross-section and number of cores. Used for polymer insulated cables, single core and multi-core, aluminum and copper, not armoured. Joint constitution Resin joint consists from two parts form, polyurethane resin, insulation tape, mittens as well as connectors (on special request). Properties Two parts mixture of polyurethane resin (resin, hardener) delivered in two parts packing making the components mixing fast and easy. Resin mixture fulfill the joint completely, makes efficiently insulation, sealing and connector protection. The mittens protect the skill of hands against the resin. Easy assembly without any heating by flame. Assembling instruction for resin joints Assembling instruction is delivered together with the kit. Product Dimensions [mm] Outside diameter Name Code number L D of cable - C [mm] JLZ JLZ JLZ JLZ JLZ

42 Cable joints Straight joints 0,6 / 1 kv for traction cables - JLP Joints are used for connection of traction cables: YKY, YAKY, YKXS, YAKXS, XAKXS, XKXS cables. Cable aluminum connector can be included to the kit on special request. Traction cable: single core cable polymer insulated and coated, with screen or return core made as the braid of tapes or wires (YAKY 630/25) YAKY-żp cable: YAKY cable with a test veins (YAKY x2,5). JLP Kind of joint Kind of cable No. of cable cores Core cross-sections [mm 2 ] Kind of joint Kind of cable No. of cable cores Core cross-sections [mm 2 ] JLP - joint for low voltage CX - polymer insulated cable 1 - single core (PE, XLPE, PCV) three cores CT - traction cable Example Name JLP-CT1 630 Joint's description 29 straight joint for low voltage 0,6 / 1 kv for traction single cables of 630 mm 2 cross-section 40

43 Cable joints Straight joints 0,6 / 1 kv for deep-well pumps - JOP Joint on the jacket cable for deep-well pumps can work in increased humidity medium. Joint is designed in such way in order to protect the joint inside against humidity. For that purpose made the most of special sealing mastic. Moreover, joint is equipped in double-length connectors, quarantining suitable tensile mechanical strength and assuring stable conductors connection as well as reliable running of installation. for cables of type: OGŁ, OGŁp, OW, OPd, OWY. JOP-CG3 1,5-2,5 (K,2Z) JOP (, ) Kind of joint Kind of cable No. of cable cores Core cross- Kind of Kind of sections [mm 2 ] cable core connector Kind of joint Kind of cable No. of cable Core cross- Kind of Kind of cores sections [mm 2 ] cable core connector JOP - joint CG - rubber insulated conductor 3 - three cores 1,5-1,5 K - copper 2Z - copper for jacket cable CX - polymer insulated cable 4 - four cores 2,5-2,5 double-length (PE, XLPE, PCV) 5 - five coresy Example Name JOP-CG3 1,5-2,5 (K,2Z) Joint's description straight joint for low voltage 0,6/1 kv for three cores copper jacket cables of 1,5-2,5 mm 2 cross-section with double-length copper connectors 41

44 Cable joints Straight joints 0,6 / 1 kv for signal cables - JSP JSP-CX7 2,5 (K,ZZ) JSP (, ) Kind of joint Kind of cable No. of cable cores Core cross- Kind of Kind of sections [mm 2 ] cable core connector Kind of joint Kind of cable No. of cable Core cross- Kind of Kind of cores sections [mm 2 ] cable core connector JSP - joint CX - polymer insulated cable 2 - two cores 0,5-0,5 K - copper ZZ - copper for signal cables (PE, XLPE, PCV) 3 - three cores 1,0-1,0 for cables CA - polymer insulated armoured 4 - four cores 1,5-1,5 of 1 up to 6 mm 2 cable (PE, XLPE, PCV) 5 - five cores 2,5-2,5 cross-section 7 - seven cores 4-4 Z - copper 10 - ten cores 6-6 for cables 14 - fourteen cores of 10 mm nineteen cores cross-section 24 - twenty four cores 30 - thirty cores 37 - thirty seven cores 48 - forty eight cores 61 - sixty one cores 75 - seventy five cores Example Name JSP-CX7 1,5-2,5 (K,ZZ) Joint's description straight joint for low voltage 0,6 / 1 kv for polymer insulated (PE, XLPE, PCV) seven cores signal copper cables of mm 2 cross-section; with copper connectors 42

45 Cable joints Straight joints 3,6 / 6 kv and 6 / 10 kv - JHP JHP-6-CA3 120 JHP Kind of joint Voltage range Kind of cable No. of cable cores Core crosssections [mm 2 ] Kind of joint Voltage range Kind of cable No. of cable cores Core crosssections [mm 2 ] JHP - joint 6-3,6 / 6 kv CX - polymer insulated cable 1 - single core for medium voltage 10-6 / 10 kv (PE, XLPE, PCV) 3 - three cores CA - polymer insulated armoured cable (PE, XLPE, PCV) CP - paper insulated lead belted cable with a non-dripable saturant CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor Straight joints for 10 kv are accessible for CP and CF cables only. Example Name Joint's description JHP-6-CA JHP-10-CF3 240 straight joint for medium voltage 3,6 / 6 kv for polymer insulated armoured (PE, XLPE, PCV) three cores cables of mm 2 cross-section straight joint for medium voltage 6 / 10 kv for paper insulated lead belted armoured with a non-dripable saturant three cores cables of 240 mm 2 cross-section 43

46 Cable joints Transition joints 0,6 / 1 kv - JLP JLP-CA/CF4/3 70/95 (KA/KA,D) JLP / / / ( /, ) Kind of joint Kind of A / B cable No. of cores Core cross- Kind of core Kind of of A / B cable sections [mm 2 ] of A / B cable connector of A / B Kind of mufy Kind of A cable No. of cores Core cross-sections Kind of core Kind of kablowej of A cable [mm 2 ] of A cable of A cable connector JLP - joint CX - polymer insulated cable 1 - single core K - copper Z - thick wall for low voltage (PE, XLPE, PCV) 3 - three cores KA - aluminum D - acc. to DIN CA - polymer insulated armoured 4 - four cores cable (PE, XLPE, PCV) 5 - five cores CP - paper insulated lead belted cable with a non-dripable saturant CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor Kind of B cable No. of cores Core cross-sections Kind of of B cable [mm 2 ] kabla B of B cable CX - polymer insulated cable 1 - single core K - copper (PE, XLPE, PCV) 3 - three cores KA - aluminum CA - polymer insulated armoured 4 - four cores cable (PE, XLPE, PCV) 5 - five cores CP - paper insulated lead belted cable with a non-dripable saturant CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor With regard to variety of cables connections the orders for straight joints for 0,6 / 1 kv are treated individually. Please contact our Export Department. Example Name JLP-CA/CF4/3 70/95 (KA/KA,D) Joint's description transition joint for low voltage 0,6 / 1 kv for the connecting polymer insulated armoured (PE, XLPE, PCV) four cores aluminium cables of 70 mm 2 cross-section to paper insulated lead belted armoured with a non-dripable saturant three cores aluminium cables of 95 mm 2 cross-section; with connectors acc. to DIN 44

47 Cable joints Transition joints 3,6 / 6 kv - JHP JHP-6-CA/CF3/3 50/95 (KA/K,Z) JHP / / / ( /, ) Kind of joint Voltage Kind of A / B cable No. of cores Core cross- Kind of core Kind of range of A / B cable sections [mm 2 ] of A / B cable connector of A / B Kind of mufy Kind of A cable No. of cores Core cross-sections Kind of core Kind of kablowej of A cable [mm 2 ] of A cable of A cable connector JHP - joint CX - polymer insulated cable 1 - single core K - copper Z - thick wall for medium voltage (PE, XLPE, PCV) 3 - three cores KA - aluminum D - acc. to DIN CA - polymer insulated armoured cable (PE, XLPE, PCV) CP - paper insulated lead belted Voltage range cable with a non-dripable saturant ,6 / 6 kv CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor Kind of B cable No. of cores Core cross-sections Kind of core of B cable [mm 2 ] of B cable of B cable CX - polymer insulated cable 1 - single core K - copper (PE, XLPE, PCV) 3 - three cores KA - aluminum CA - polymer insulated armoured cable (PE, XLPE, PCV) CP - paper insulated lead belted cable with a non-dripable saturant CF - paper insulated lead belted armoured cable with a non-dripable saturant CG - rubber insulated conductor With regard to variety of cables connections the orders for straight joints for 3,6 / 6 kv are treated individually. Please contact our Export Department. Example Name JHP-6-CA/CF3/3 50/95 (KA/K,Z) Joint's description transition joint for medium voltage 3,6 / 6 kv for the connecting polymer insulated armoured (PE, XLPE, PCV) three cores aluminium cables of 50 mm 2 cross-section to paper insulated lead belted armoured with a non-dripable saturant three cores copper cables of 95 mm 2 cross-section; with thick wall connectors 45

48 Cable terminations Cable terminations They are applied for the connecting of cable to electrical equipments or to outdoor electrical supply lines. They come true in long-lasting using even in trying conditions. Thanks to their design they are completely hermetic as well as resistant to environmental conditions, tension conditions and electric overloads. Fire-resisting. Chemical resistant and alkali-resistant. Cable terminations 0,6 / 1 kv - TLP TLP-CX4 120 TLP Kind of termination Kind of cable No. of cable cores Core cross-sections [mm 2 ] Kind of termination Kind of cable No. of cable cores Core cross-sections [mm 2 ] TLP - termination CX - polymer insulated cable 1 - single core for low voltage (PE, XLPE, PCV) 3 - three cores CA - polymer insulated armoured four cores cable (PE, XLPE, PCV) 4 - four cores CP - paper insulated lead belted with a non-dripable saturant CF - paper insulated lead belted cable armoured cable with a non-dripable saturant CG - rubber insulated conductor Cable terminations 0,6 / 1 kv of nonstandard lenght - TLP TLP / Kind of termination Kind of cable No. of cable / Length [mm] Core cross-sections [mm 2 ] cores Kind of termination Kind of cable No. of cable cores Length [mm] Core cross-sections [mm 2 ] TLP - termination CX - polymer insulated cable 1 - single core for low voltage (PE, XLPE, PCV) 3 - three cores CA - polymer insulated armoured four cores cable (PE, XLPE, PCV) 4 - four cores CP - paper insulated lead belted with a non-dripable saturant CF - paper insulated lead belted cable armoured cable with a non-dripable saturant CG - rubber insulated conductor

49 Cable terminations Example Name TLP-CX TLP-CF3+1/ Termination's description 29 termination for low voltage 0,6 / 1 kv for polymer insulated (PE, XLPE, PCV) four cores cables of mm 2 cross-section termination for low voltage 0,6 / 1 kv for paper insulated lead belted armoured with a non-dripable saturant four (3+1) cores cables of mm 2 cross-section; termination length 450 mm Cable terminations 3,6 / 6 kv and 6 / 10 kv - THP THP-N-6-CXd1/ THP / Kind of Voltage range Kind of cable No. of cable / Length [mm] Core cross-sections [mm 2 ] termination place cores Kind of Voltage Kind of cable No. of cable Lengthour Core crosstermination place range cores [mm] sections [mm 2 ] THP I - indoor 6-3,6 / 6 kv CX - polymer insulated cable 1 - single core termination N - outdoor 10-6 / 10 kv (PE, XLPE, PCV), 3 - three cores for medium CXd - polymer insulated cable voltage (PE, XLPE, PCV), with return conductor made of wires CA - polymer insulated armoured cable (PE, XLPE, PCV) CP - paper insulated lead belted with a non-dripable saturant CF - paper insulated lead belted cable armoured cable with a non-dripable saturant CG - rubber insulated conductor On special request of Customer we can manufacture the cable terminations of different length. Please contact our Export Department. Example Name THP-I-6-CX3/ THP-N-10-CF3/ Termination's description termination indoor for medium voltage 3,6 / 6 kv for polymer insulated (PE, XLPE, PCV) three cores cables of mm 2 cross-section; termination length 300 mm termination outdoor for medium voltage 6 / 10 kv for paper insulated lead belted armoured with a non-dripable saturant three cores cables of mm 2 cross-section; termination length 800 mm 47

50 Heat shrinkable earth sets Hand heating torch Heat shrinkable earth sets Heat shrinkable earth sets are applied for the earthing of metallic coating (lead and aluminum) and steel armour of paper insulated cable. Heat shrinkable earth sets - PEK PEK Kind of earth set Voltage range Kind of cable No. of cable cores Core cross-sections [mm 2 ] Kind of zestawu Voltage range Kind of cable No. of cable cores Core crossuziemiającego sections [mm 2 ] PEK - earth set 20-3,6 / 6 kv 12 / 20 kv CF - paper insulated lead 3 - three cores for medium belted cable armoured cable voltage with a non-dripable saturant Example Name Earth set's description PEK-20-CF earth set for medium voltage 3,6 / 6 kv 12 / 20 kv for paper insulated lead belted armoured with a non-dripable saturant three cores cables of mm 2 cross-section Hand heating torch Shrinking of heat shrinkable products. Paints and lacquer removing. Equipment Hand heating torch is equipped in: fuse piezoelectric, temperature control, fuel container with multiple filling possibility Properties Maximum temperature: 1300 C. Temperature (soldering arrow) from +200 C to +450 C. Fuel container (butane): hand heating torch R850 capacity 94 ml, hand heating torch R770 capacity 64 ml. Burn time: minutes. Hand heating torch R770 Hand heating torch R850 Hand heating torch Product Name Code number Name Code number Hand heating torch R Hand heating torch R

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