Ph: Product Catalogue Industrial Cables Hazardous area equipment Cable termination

Transcription

1 2013 Product Catalogue Industrial Cables Hazardous area equipment Cable termination

2 KabEx Australia is a leading company specializing in the supply of cables, hazardous area equipment and cable termination products. By bringing together the best of relationships with both overseas factories and local suppliers KabEx offers a complete range of cables with particular emphasis on flexible power cables, instrumentation cables, low and medium voltage cables. We offer a custom manufacture service to meet any specification of specialty cables with very competitive pricing which includes fast lead times and low minimum order quantities. KabEx Australia is also Australian importer of OSCG cable glands and accessories for both Hazardous & Industrial Area. Petrel hazardous area lighting and Cellpack cable termination products. We offer nationwide coverage and have extensive experience exporting to major projects throughout the Asia, Pacific and Middle East regions. All products supplied by KabEx meet our strict quality criteria and are made to the highest standard in ISO9001 certified factories.

3 Contents Industrial Cables Instrumentation Cable...2 Profibus DP Profibus PA ASI-Bus DeviceNet LiYY Data Cable LiY-CY Data Cable LiY-CY(TP) PVC Control Cabels Clear sheath EMC cable UV Resistant EMC Cable Single Core Double Insulated 0.6/1kV Single Core Double Insulated 3.3kV 110Deg H07RN-F Rubber OZOFLEX (PLUS) OZOFLEX (PLUS) Screened (FC+) PVC Flat Cable Type 2S Mining Cable Medium Voltage Power Cables Cellpack Cable Termination CHE-I Single-core Indoor Termination CHE-F Single-core Outdoor Termination CHE-3I(B) Three-core Indoor Termination CHE-3I(B) Three-core Outdoor Termination Armour Continuity for Three-core Terminations CHM Single-core Straight-Through Joint CHM3 Three-core Straight-Through Joint AUF Armour continuity for three-core joints Medium Voltage Insulation Boots M-Euroline Resin Joints Low Voltage Low Voltage Heat Shrink Joint Kit EG Resin Compounds Flame Retardant Heatshrink Tube Glue Lined Heatshrink Heatshrink End Caps Heatshrink Breakout Boots Conductive Tape Self-Amalgamating Tape Premio 1130 Fiberglass Tape 130 c Sealing Tape Copper Braid Tape Constant Force Springs Hazardous & Industrial Area Earth Tag - Metal Lock Nut - Washers Nylon Glands, EMC Glands, Flat Cable Glands Metal Non Armoured Cable Gland OSNJ Type Armoured Cable Gland OSNJ-CW Type Metal PG Thread Cable Gland OSPG Type GRP Junction Boxes OSGP Type Exe OSNJA2F Ex Gland Non Armoured E1XF Ex Gland Braided Cable E1WF Ex Gland SWA Cable Shrouds OSSH Type Stopping Plug Exd IIC/Exe II/ExtD A Reducer Exd IIC/Exe II/ExtD A Adaptor Exd IIC/Exe/ExtD A Elbow Exd IIC/Exe II/ExtD A Petrel Ex Lighting Series 610 Well Glass, Beacon, Warning Series 620 Well Glass Series 621 Bulkhead Series Fluorescent Series Flood Lights Series Fluorescent R Series Recessed Fluorescent EXEN Series Fluorescent Defiant Series Vandle Resistant Resilient Series W/Proof Fluorescent Technical & Spares Cable Accessories Nylon Cable Ties Stainless Steel Cable Ties Copper Lugs Copper Crimp Links Bootlace Ferrules, Twin Bootlace Ferrules Insulated Ring Terminals - Inline Splice Screw connectors - Spring Clips KM65 Cable Markers Guide to Hazardous Areas

4 INSTRUMENTATION CABLE APPLICATION Used in data processing and process control. Suitable for fixed installations in damp locations and open spaces. The electrostatic screen protects against outer interference fields. Design LSZH (Low Smoke Zero Halogen) Instrumentation cable consisting of bare copper conductors, black & white twisted pairs or black, white & red twisted triples with continuous number sequence. Cables are manufactured strictly in accordance of UL as well as relevant Australian Standards. Voltage Rating Rated Voltage Max. 300V a.c Nominal Voltage A.C/D.C 110/150V Test Voltage In process spark test 4500V and AC withstand voltage test 1500V Technical Data 0.5mm 1.5mm Maximum Capacitance Conductor to Conductor 145pF/m 200pF/m Conductor to Screen 240pF/m 300pF/m Maximum Conductor 20 C 38.4Ω/km 13.8Ω/km Insulation 20 C 40MΩ/km 140MΩ/km Cross Talk Attentuation Between 1kHz 300Ω 150Ω 1kHz 1.00mH/km 0.95mH/km L/R 1kHz 13.7µH/Ω 36.5µH/Ω Operating Temperature Minimum continuous operating temperature -25 C Maximum continuous operating temperature 75 C Maximum conductor operating temperature 90 C Minimum short circuit temperature 160 C (for 5 sec) Bending Radii The following minimum bending radius should be observed to ensure operating reliability Unarmoured: 9 x cable outer diameter (during installation) 6 x cable outer diameter (after installation) Armoured: 18 x cable outer diameter (during installation) 12 x cable outer diameter (after installation) Tensile Strength Cable maximum pulling tension (approximate) is limited to N/mm² of the total cross-sectional area of conductor. Example: 3pairs 1.5 total cross sectional area 3x 2x1.5=9mm² 9mm² x 70Nmm² =630N (0.63kn) For pulling by armour, the pulling tension should be limited to 130 N/mm² of the total cross-sectional of steel wire. 2

5 INSTRUMENTATION CABLE Overall Screened Pairs LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Pairs Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 0.5MM1PR 1 7/ MM2PR 2 7/ MM3PR 3 7/ MM4PR 4 7/ MM6PR 6 7/ MM8PR 8 7/ MM10PR 10 7/ MM12PR 12 7/ MM16PR 16 7/ MM20PR 20 7/ MM24PR 24 7/ MM36PR 36 7/ Intrinsically Safe version add BLUE to part number 1.5mm² Part No Pairs Conductor No/Dia Insulation thickness Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 1.5MM1PR 1 7/ MM2PR 2 7/ MM3PR 3 7/ MM4PR 4 7/ MM6PR 6 7/ MM8PR 8 7/ MM10PR 10 7/ MM12PR 12 7/ MM16PR 16 7/ MM20PR 20 7/ MM24PR 24 7/ MM36PR 36 7/ Intrinsically Safe version add BLUE to part number 3

6 INSTRUMENTATION CABLE Individual & Overall Screened Pairs LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Pairs Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 0.5MM2PRES 2 7/ MM4PRES 4 7/ MM6PRES 6 7/ MM8PRES 8 7/ MM10PRES 10 7/ MM12PRES 12 7/ MM16PRES 16 7/ MM20PRES 20 7/ MM24PRES 24 7/ MM36PRES 36 7/ Intrinsically Safe version add BLUE to part number 4 1.5mm² Part No Pairs Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 1.5MM2PRES 2 7/ MM4PRES 4 7/ MM6PRES 6 7/ MM8PRES 8 7/ MM10PRES 10 7/ MM12PRES 12 7/ MM16PRES 16 7/ MM20PRES 20 7/ MM24PRES 24 7/ MM36PRES 36 7/ Intrinsically Safe version add BLUE to part number

7 INSTRUMENTATION CABLE Overall Screened SWA Pairs LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black flame retardant HX90 inner sheath to UL style 2464 Steel wire armour Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Pairs Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 0.5MM1PRSWA 1 7/ MM2PRSWA 2 7/ MM4PRSWA 4 7/ MM6PRSWA 6 7/ MM8PRSWA 8 7/ MM10PRSWA 10 7/ MM12PRSWA 12 7/ MM16PRSWA 16 7/ MM20PRSWA 20 7/ MM24PRSWA 24 7/ MM36PRSWA 36 7/ Intrinsically Safe version add BLUE to part number 1.5mm² Part No Pairs Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 1.5MM1PRSWA 1 7/ MM2PRSWA 2 7/ MM4PRSWA 4 7/ MM6PRSWA 6 7/ MM8PRSWA 8 7/ MM10PRSWA 10 7/ MM12PRSWA 12 7/ MM16PRSWA 16 7/ MM20PRSWA 20 7/ MM24PRSWA 24 7/ MM36PRSWA 36 7/ Intrinsically Safe version add BLUE to part number 5

8 INSTRUMENTATION CABLE Individual & Overall Screened SWA Pairs LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black flame retardant HX90 inner sheath to UL style 2464 Steel wire armour Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No. Pairs Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 0.5MM2PRSWAES 2 7/ MM4PRSWAES 4 7/ MM6PRSWAES 6 7/ MM8PRSWAES 8 7/ MM10PRSWAES 10 7/ MM12PRSWAES 12 7/ MM16PRSWAES 16 7/ MM20PRSWAES 20 7/ MM24PRSWAES 24 7/ MM36PRSWAES 36 7/ Intrinsically Safe version add BLUE to part number 6 1.5mm² Part No. Pairs Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 1.5MM2PRSWAES 2 7/ MM4PRSWAES 4 7/ MM6PRSWAES 6 7/ MM8PRSWAES 8 7/ MM10PRSWAES 10 7/ MM12PRSWAES 12 7/ MM16PRSWAES 16 7/ MM20PRSWAES 20 7/ MM24PRSWAES 24 7/ MM36PRSWAES 36 7/ Intrinsically Safe version add BLUE to part number

9 INSTRUMENTATION CABLE Overall Screened Triad Pairs LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Triples Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 0.5MM1TR 1 7/ MM2TR 2 7/ MM3TR 3 7/ MM4TR 4 7/ MM6TR 6 7/ MM8TR 8 7/ MM10TR 10 7/ MM12TR 12 7/ MM16TR 16 7/ MM20TR 20 7/ MM24TR 24 7/ MM36TR 36 7/ Intrinsically Safe version add BLUE to part number 1.5mm² Part No Triples Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 1.5MM1TR 1 7/ MM2TR 2 7/ MM3TR 3 7/ MM4TR 4 7/ MM6TR 6 7/ MM8TR 8 7/ MM10TR 10 7/ MM12TR 12 7/ MM16TR 16 7/ MM20TR 20 7/ MM24TR 24 7/ MM36TR 36 7/ Intrinsically Safe version add BLUE to part number 7

10 INSTRUMENTATION CABLE Individual & Overall Screened Triad Cable LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Triples Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 0.5MM2TRES 2 7/ MM3TRES 3 7/ MM4TRES 4 7/ MM6TRES 6 7/ MM8TRES 8 7/ MM10TRES 10 7/ MM12TRES 12 7/ MM16TRES 16 7/ MM20TRES 20 7/ MM24TRES 24 7/ MM36TRES 36 7/ Intrinsically Safe version add BLUE to part number 8 1.5mm² Part No Triples Conductor No/Dia Insulation thickness Nom. Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/km) 1.5MM2TRES 2 7/ MM3TRES 3 7/ MM4TRES 4 7/ MM6TRES 6 7/ MM8TRES 8 7/ MM10TRES 10 7/ MM12TRES 12 7/ MM16TRES 16 7/ MM20TRES 20 7/ MM24TRES 24 7/ MM36TRES 36 7/ Intrinsically Safe version add BLUE to part number

11 INSTRUMENTATION CABLE Overall Screened SWA Triad Cable LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black flame retardant HX90 inner sheath to UL style 2464 Steel wire armour Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Triples Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 0.5MM1TRSWA 1 7/ MM2TRSWA 2 7/ MM3TRSWA 3 7/ MM4TRSWA 4 7/ MM6TRSWA 6 7/ MM8TRSWA 8 7/ MM10TRSWA 10 7/ MM12TRSWA 12 7/ MM16TRSWA 16 7/ MM20TRSWA 20 7/ MM24TRSWA 24 7/ MM36TRSWA 36 7/ Intrinsically Safe version add BLUE to part number 1.5mm² Part No Triples Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 1.5MM1TRSWA 1 7/ MM2TRSWA 2 7/ MM3TRSWA 3 7/ MM4TRSWA 4 7/ MM6TRSWA 6 7/ MM8TRSWA 8 7/ MM10TRSWA 10 7/ MM12TRSWA 12 7/ MM16TRSWA 16 7/ MM20TRSWA 20 7/ MM24TRSWA 24 7/ MM36TRSWA 36 7/ Intrinsically Safe version add BLUE to part number 9

12 INSTRUMENTATION CABLE Individual & Overall Screened SWA Triad LSZH Construction consisting of: Bare copper conductors to AS1125 Flame retardant HX90 Insulation to UL style 1569 Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire Black flame retardant HX90 inner sheath to UL style 2464 Steel wire armour Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail) 0.5mm² Part No Triples Conductor No/Dia Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 0.5MM2TRSWAES 2 7/ MM3TRSWAES 3 7/ MM4TRSWAES 4 7/ MM6TRSWAES 6 7/ MM8TRSWAES 8 7/ MM10TRSWAES 10 7/ MM12TRSWAES 12 7/ MM16TRSWAES 16 7/ MM20TRSWAES 20 7/ MM24TRSWAES 24 7/ MM36TRSWAES 36 7/ Intrinsically Safe version add BLUE to part number 1.5mm² Part No Triples Conductor No/Dia 10 Insulation thickness Overall diameter over bedding Steel wire Amour diameter Overall diameter over armour Overall Diameter Conductor 20c Ohm/km Approximate weight (kg/ km) 1.5MM2TRSWAES 2 7/ MM3TRSWAES 3 7/ MM4TRSWAES 4 7/ MM6TRSWAES 6 7/ MM8TRSWAES 8 7/ MM10TRSWAES 10 7/ MM12TRSWAES 12 7/ MM16TRSWAES 16 7/ MM20TRSWAES 20 7/ MM24TRSWAES 24 7/ MM36TRSWAES 36 7/ Intrinsically Safe version add BLUE to part number

13 Profibus DP APPLICATION Profibus DP cables are designed for field networks requiring fast, cyclic data exchange between controllers and field devices. This cable is usually reffered as siemens profibus. This Profibus modification optimized with respect to velocity and low installation cost, Profibus DP is used as a replacement for conventional parallel data transmission with 24 V or 0-20 ma. Static cables Construction: Type 1 pair static cables Cable Construction 1x2x0.64mm Inner Conductor Plain Copper Inner Conductor Diameter 0.64mm ( 22AWG) Conductor Insulation Foamed PE with a hard skin Conductor Colors Red & Green Standing Element - Wrapping Synthetic Bearing Shielding 1 Aluminium Foil Shielding 2 Tinned copper wire braod - 60% optical coverage Outer Jacket Material PUR thermoplastic or thermosetting/pvc/pe/lshf Outer Jacket Color Violet/Black Electrical Data: Characteristic 3-20MHz 150 Ω ± 10 Ω Conductor Resistance 57.1 Ohm/km max. Test Voltage 1.5 kv Operate Voltage Max: 350V Effective 1khz 28.5nF/m 9.6 Kbit/s 1200m 19.2 Kbit/s 1200m Kbit/s 1200m Data Rate Kbit/s 1000m 500 Kbit/s 400m 1.5 Mbit/s 200m 12.0 Mbit/s 100m Attenuation: 4MHz 22dB/100m 9.6MHz 2.5dB/100m 16.MHz 42dB/100m Technical Data: Static Min. Bending Radius (Laying) 12 x OD mm Operating Temp. Range, min. -30 C Operating Temp. Range, max. +70 C 11

14 Profibus PA APPLICATION This Profibus PA line is used in the area of process automation, among other things in the chemical industry. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The above mentioned types are suitable for ex and not-ex installation and are equipped with a special PVCjacket. Profibus PA is standardized as EN like Profibus DP and Profibus FMS. Construction: Type/Area of Application Hazardous Areas/Non-Hazardous Areas Cable Construction 1x2x1.0/2.55 mm Inner Conductor Diameter Copper, bare (AWG 18/1) Conductor Insulation PE Conductor Color Red, Green Standing Element 2 Conductors + 2 filllers stranded together Sheilding Polyester Foil, aluminium-lined Total Sheilding Copper braid, tinned Outer Jacket Material PVC Outer Diameter 7.6 mm ± 0.2 mm Outter Jacket Color Blue/Black Electrical Data: Characteristic KHz 100 Ω ± 20 Ω Conductor Resistance 22.0 Ohm/km max. Insulation Resistance 1.00 GOhm x km min. Mutual 1KHz 55.0 nf/km nom. Working Voltage 300 V Test Voltage 2.5 kv Attenuation 39 khz 3 db/km Technical Data: Weight approximately 76.0 kg/km Min. Bending Radius (Laying) 18 x OD mm Operating Temp.Range, min C Operating Temp.Range, max. +70 C 12

15 ASI-Bus APPLICATION SASI is standardized Europe-wide in EN and internationally in IEC Network system for the lowest field level (binary sensors and actuators). Data and energy are transmitted between control unit and peripherals via an unscreened, geometrically coded two-core flat cable (pole safe). The conductor is contacted by piercing technology within the ASI-modules. The special outer jacket provides protection against bio-oil, grease, and refrigerant lubricants, and the cable is therefore even suitable for applications in wet surroundings, in machinery and plant construction, as well as in the machine tool and automotive industry. Construction: Type/Area of Application Actuator Sensor Interface Cable Construction 2x1.5 mm² Inner Conductor Diameter Copper, tinned Conductor Insulation Rubber Compound /TPE Conductor Colors Blue, brown Stranding Element - Shielding - Shielding 2 - Total Shielding - Outer Jacket Material Rubber Compound /TPE Outer Jacket Color Yellow/Black Electrical Data: Conductor Resistance Insulation Resistance Working Voltage Test Voltage 27.4 Ohm/km max GOhm x km min. Max: 300 V 1.0 KV at 15 min. Technical Data: Weight approximately 57.0 kg/km Min. Bending Radius (Laying) 6 x OD mm Operating Temp.Range, min C Operating Temp.Range, max. +85 C 13

16 DeviceNet APPLICATION DeviceNet communication link is based on proven CAN technology.devicenet is a bus system developed by Allen Bradley (Rockwell Automation). These cables are used to interconnect various industrial devices, such as SPS controls or limit switches. The special characteristic of this bus system is that a data pair and a power supply pair are integrated in one cable. These cables with PVC jacket are designed for fixed installation. Construction: Type/Area of Application DeviceNet Trunk (Thick) DeviceNet Drop (Thin) Cable Construction 1x2x0.96mm² +1x2x1.53mm² 1x2x 0.24mm²+1x2x0.38mm² Inner Conductor Diameter (data pair) Copper, tinned (AWG 18/19) Copper, tinned (AWG 24/19) Inner Conductor Diameter (power pair) Copper, tinned (AWG 15/19) Copper, tinned (AWG 22/19) Conductor Insulation (data pair) Foam-skin-PE/PE/Cell PE Foam-skin-PE/PE/Cell PE Conductor Insulation (power pair) PVC/ PE/ Cell PE PVC/ PE/ Cell PE Conductor Colors 1 light blue, white light blue, white Conductor Colors 2 red, black red, black Stranding Element Double conductor Double conductor Shielding Polyester foil, aluminum-lined Polyester foil, aluminum-lined Total Shielding Copper braid, tinned Copper braid, tinned Drain Wire yes yes Outer Jacket Material PVC/ PUR/ PE/ FRNC PVC/ PUR/ PE/ FRNC Outer Cable Diameter 12.0 mm ± 0.3 mm 7.0 mm ± 0.3 mm Outer Jacket Color Grey/ Violet/ Yellow Grey/ Violet/ Yellow Electrical Data: Characteristic 120 Ω ± 10Ω 120 Ω ± 10Ω Impedance@1MHz Conductor Resistance 22.6 Ohm/km max Ohm/km max. Insulation Resistance 0.20 GOhm x km min GOhm x km min. Mutual Capacitance@800MHz 39.8 nf/km nom nf/km nom. Working Voltage Max: 300V Max: 300V Test Voltage 2.0 KV 2.0 KV 125 Kbit/s 500m 125 Kbit/s 100m Data rate 250 Kbit/s 250m 250 Kbit/s 100m 500 Kbit/s 100m 500 Kbit/s 100m 125 KHz < 0.42 db/100m 125 KHz < 0.95 db/100m Attenuation: 500 KHz < 0.81 db/100m 500 KHz < 1.64 db/100m 1 MHz < 1.26 db/100m 1 MHz < 2.38 db/100m Technical Data: Weight approximately kg/km approximately 69.0 kg/km Min. Bending Radius (Laying) 10 x OD mm 10 x OD mm Operating Temp.Range, min C - 20 C Operating Temp.Range, max. +80 C +80 C 14

17 LiYY Data Cable Flexible, colour coded to DIN APPLICATION These cables are used for flexible use with free movement without tensile stress or forced movements in dry, moist and wet rooms but not suitable for open air, wherever the construction requirements call for a minimum outer diameter, TRONIC is the suitable cable to use. This applies especially to such areas as tool making and machine industries as well as electronic, computer, measurement and control sectors. Technical data Special PVC data cables, adapted to DIN VDE 0812 Temperature range flexing -5 C to +80 C fixed installation -40 C to +80 C Nominal voltage (not for purposes of high current and power installation) 0,25 mm² = 500 V Test voltage 0,25 mm² 1200 V Breakdown voltage 0,25 mm² 2400 V Insulation resistance min. 20 MOhm x km Capacitance (approx.-value) at 800 Hz 0,14 mm² 120 pf/m 0,25 mm² 150 pf/m Inductance approx. 0,65 mh/km Minimum bending radius flexing 7,5x cable ø fixed installation 4x cable ø Radiation resistance up to 80x106 cj/kg (up to 80 Mrad) Cable structure Bare copper, fine wire conductors, bunch stranded to DIN VDE 0295 cl.5 and IEC cl. 5 Conductor make-up for 0,14 mm² = 18x0,1 mm 0,25 mm² = 14x0,15 mm 0,34 mm² = 7x0,25 mm Special PVC core insulation TI2, to DIN VDE 0281 part1 Colour coded to DIN 47100, but without colour repetition Cores stranded in layers with optimal lay-length Special PVC outer sheath TM2, to DIN VDE 0281 part 1 Colour grey (RAL 7001) with meter marking, change-over in 2011 Properties Extremely oil resistant, oil-/chemical Resistance - see Informations PVC self-extinguishing and flame retardant according to VDE , DIN EN /IEC (equivalent DIN VDE 0472 part 804 test method B) The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Part no. No.cores x cross-sec mm² Outer Ø approx. mm Weight approx. kg/km x x x x x x x

18 LiY-CY Data Cable Flexible, screened, colour coded to DIN APPLICATION These screened cables are used for flexible use with free movement without tensile stress or forced movements in dry, moist and wet rooms but not suitable for open air, wherever the construction requirements call for a minimum outer diameter. This applies especially to such areas as tool making and machine industries as well as electronic, computer, measurement and control sectors. The extremely small outer diameter make suitable for miniature plugs etc. EMC= Electromagnetic compatibillity To optimise the EMC features we recommend a large round contact of the copper braiding on both ends. Technical data Special PVC data screened cables, adapted to DIN VDE 0812 Temperature range flexing -5 C to +80 C fixed installation -40 C to +80 C Nominal voltage 0,25 mm² = 500 V Test voltage core/core 1200 V core/screen 800 V Breakdown voltage min V Insulation resistance min. 200 MOhm x km Capacitance(approx.-value) at 800 Hz core/core 0,25 mm² = 150 pf/m core/screen 0,25 mm² = 270 pf/m Inductance approx. 0,65 mh/km Impedance approx. 78 Ohm Coupling resistance max. 250 Ohm/km Minimum bending radius flexing 10x cable ø fixed installation 5x cable ø Radiation resistance up to 80x10 6 cj/kg (up to 80 Mrad) 16 Part no. Cable structure Bare copper, fine wire conductors for 0,5mm² to DIN VDE 0295 cl.5 and IEC cl.5 Conductor make-up for 0,25mm² = 14x0,15mm Special PVC core insulation TI2, to DIN VDE 0281 part1 Cores stranded in layers with optimal lay-length Colour coded to DIN 47100, but Core wrapping with foil Drain-wire, tinned Tinned, copper braided screen, approx. 85% coverage Special PVC outer sheath TM2, to DIN VDE 0281 part1 Colour grey (RAL 7001) with meter marking, change-over in 2011 No.cores x cross-sec mm² Outer Ø approx. mm Weight approx. kg/km x x x x x x Properties Extensively oil resistant, oil-/chemical Resistance PVC self-extinguishing and flame retardant according to VDE , DIN EN / IEC (equivalent DIN VDE 0472 part 804 test method B) The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers

19 LiY-CY(TP) Flexible, Screened, twisted pairs, Colour Coded to DIN APPLICATION These data control cables are used for flexible use with free movement without tensile stress or forced movements in dry, moist and wet rooms but not suitable for open air. LIY-CY(TP) is well suited for use in areas subject to signal interference. The high level of screening reduces substantially the effects of electrical disturbances from parallel running wiring etc. The copper screening is also often used as an earth. The twisted pairs conform favourable cross-talk attenuation values. These cables are suitable for dry and wet rooms, yet not for open air. EMC-Electromagnetic compatibillity. Technical data Special PVC data cables, adapted to DIN VDE 0812, 0814 Temperature range flexing -5 C to +80 C fixed installation -30 C to +80 C Operating voltage 350 v (not for purposes of high current and power installation) Test voltage core/core 1200 V core/screen 800 V Breakdown voltage min V Insulation resistance min. 20 MOhm x km Conductor Resistance at 0,25 mm² 75,5 Ohm/km 0,50 mm² 39 Ohm/km Capicitance (approx.-value) at 800 Hz) core/core?0,25 mm² = 150 pf/m core/screen?0,25 mm² = 270 pf/m at 0,25 mm² = 2,5 A at 0,50 mm² = 6 A Inductance approx. 0,65 mh/km Impendance approx. 78 Ohm K1-coupling 300 pf/100 m Coupling resistance max 300 pf/100 m. Minimum bending radius flexing 10x cable ø fixed installation 5x cable ø Radiation resistance up to 80x10 6 cj/kg (up to 80 Mrad) Cable structure Bare copper, fine wire conductors, bunch stranded to DIN VDE 0295 cl.5, 0245 and IEC cl.5 Conductor make-up for 0,25mm² = 14x0,15mm Special PVC core insulation YI2, to DIN VDE 0207 part 4 Colours coded to DIN with colour repetition Cores stranded in pairs with optimal lay-length Pairs stranded in layers with optimal lay-length Core wrapping with foil Tinned copper braided screening, coverage approx. 85% Special PVC outer sheath YM2, to DIN VDE 0207 part5 Sheath colour grey (RAL 7032) with meter marking, change-over in 2011 Properties Extensively oil resistant, oil-/ chemical Resistance - see table Technical Informations PVC self-extinguishing and flame retardant according to VDE , DIN EN / IEC (equivalent DIN VDE 0472 part 804 test method B) The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Part no. No.pairs crossx sec. mm² Outer Ø approx. mm Weight approx. kg/km x 2x 0, x 2x 0, x 2x 0, x 2x 0, x 2x 0, x 2x 0, x2x x2x

20 PVC Control Cabels Flexible APPLICATION PVC control cables are specially suitable for use as flexible control cables. Fans and air-conditioning systems Machine tools Production and processing machines Industrial robots DESIGN PVC control cables consist of finely stranded copper conductors with V75 PVC insulation. The high grade PVC sheath is resistant to oil, grease and chemicals. Designed for moderate mechanical loading, in dry, damp and wet areas and in hazardous areas. Outdoor use is possible, provided that the cables are protected from direct sunlight and are permanently installed. SPECIAL FEATURES Suitable for use Burning behavior in accordance with DIN in hazardous areas VDE 0472 Part 804, Test B (IEC 332-1) Voltages 300/500 V Rated voltage 318/550 V HIghest permissible operating voltage - 3 phase and single phase operation - in DC operation 2 kv Test voltage Certifi cation VDE Reg. No Standards Based on DIN VDE TECHNICAL INFORMATION Cable construction is based on DIN VDE Finely-stranded bare copper conductors according to VDE 0295 Class 5 Insulation of special polyvinyl chloride (PVC) PVC inner sheath over laid-up cores in shielded versions Grey PVC outer sheath, largely resistant to oil and chemicals CONTINUOUS TENSILE LOAD The maximum allowable tensile stress for operation of cables with mobile equipment is 15 N per mm². The maximum allowable tensile stress is 50 N mm² for fixed installations. PERMISSIBLE TEMPERATURE At conductor: free-flexing +5 C to + 70 C fixed - 40 C to + 70 C Bending radii: fixed 4 d free-flexing 7.5 d d= outer diameter of cable CURRENT CARRYING CAPACITY The current carrying capacities are based on a continuous operating temperature of 40 C. At other temperatures these values must be converted using the following factors C Factor VOLTAGE RATING Rated voltage:: Uo/U = 300/500V AC test voltage: = 2kV *The cable is designated 300/500V in accordance with VDE/IEC and meets the Australian standard for the stated voltage rating AS 1125, AS CORE COLOUR IDENTIFICATION All control cores are black, sequentially numbered and include a green/yellow earth core. 18

21 PVC Control Cabels Flexible Selection and ordering data No. of cores x Conductor cross-section Part No. Approx. No. of strands x Max. strand diameter Cable overall diameter Unenclosed Touching mm² mm mm A 2 x 0.5 CF2X x x 0.5 CF3G x x 0.5 CF4G x x 0.5 CF5G x x 0.5 CF7G x x 0.5 CF12G x x 0.5 CF18G x x 0.5 CF25G x x 0.5 CF34G x x 0.5 CF40G x x 0.5 CF50G x No. of cores x Conductor cross-section Part No. Approx. No. of strands x Max. strand diameter Cable overall diameter Unenclosed Touching mm² mm mm A 2 x 0.75 CF2X x x 0.75 CF3G x x 0.75 CF4G x x 0.75 CF5G x x 0.75 CF7G x x 0.75 CF9G x x 0.75 CF12G x x 0.75 CF18G x x 0.75 CF25G x x 0.75 CF34G x x 0.75 CF41G x

22 PVC Control Cabels Flexible Selection and ordering data No. of cores x Conductor cross-section Part No. Approx. No. of strands x Max. strand diameter Cable overall diameter Unenclosed Touching mm² mm mm A 2 x 1.0 CF2x1 32 x x 1.0 CF3G1 32 x x 1.0 CF4G1 32 x x 1.0 CF5G1 32 x x 1.0 CF7G1 32 x x 1.0 CF12G1 32 x x 1.0 CF18G1 32 x x 1.0 CF25G1 32 x x 1.0 CF34G1 32 x x 1.0 CF41G1 32 x x 1.0 CF50G1 32 x No. of cores x Conductor cross-section Part No. Approx. No. of strands x Max. strand diameter Cable overall diameter Unenclosed Touching 20 mm² mm mm A 2 x 1.5 CF2x x x 1.5 CF3G x x 1.5 CF4G x x 1.5 CF5G x x 1.5 CF7G x x 1.5 CF9G x x 1.5 CF12G x x 1.5 CF18G x x 1.5 CF25G x x 1.5 CF34G x x 1.5 CF42G x

23 PVC Control Cabels Flexible Selection and ordering data No. of cores x Conductor cross-section Part No. Approx. No. of strands x Max. strand diameter Cable overall diameter Unenclosed Touching mm² mm mm A 2 x 2.5 CF2x x x 2.5 CF3G x x 2.5 CF4G x x 2.5 CF5G x x 2.5 CF7G x x 2.5 CF12G x x 2.5 CF18G x x 2.5 CF25G x x 4 CF4G4 56 x x 4 CF5G4 56 x x 4 CF7G4 56 x x 6 CF4G6 84 x x 6 CF5G6 84 x x 6 CF7G6 84 x x 10 CF7G10 80 xx

24 Clear sheath EMC cable APPLICATION Specifically designed low capacitance screened cable for connection between AC variable speed drives and motors. Suitable for fixed installation and occasional freely flexing applications in dry, damp and wet conditions. DESIGN Electromagnetic compatibility (EMC) is the ability of electrical or electronic equipment to function normally in an environment without being affected by electromagnetic (EMI) and radio frequency interferences (RFI) or in turn disturbing the environment by transmitting EMI or RFI. VOLTAGE RATING Rated AC voltage: Uo/U = 0.6kV/1kV Selection and ordering data Y-CY-JB Coloured Cores Part No. No. of Cores x Conductor Size S Approx. No. of strands x Max. Strand Diameter Max Outer Diameter Min bending radii fixed Min bending radii flexing Net weight Unenclosed Touching mm mm mm mm mm kg/km A EMC3G1.5 3 X X EMC3G2.5 3 X X EMC4G1.5 4 X X EMC4G2.5 4 X X EMC4G4 4 X 4 48 X EMC4G6 4 X 6 72 X EMC4G10 4 X X EMC4G16 4 X X EMC4G25 4 X X EMC4G35 4 X x EMC4G50 4 X x EMC4G70 4 X x EMC4G95 4 X x EMC4G120 4 X x EMC4G150 4 X x EMC4G185 4 X x

25 Clear sheath EMC cable Selection and ordering data Y-CY-JZ Numbered Cores Part No. No. of Cores x Conductor Size S Approx. No. of strands x Max. Strand Diameter Max Outer Diameter Min bending radii fixed Min bending radii flexing Net weight Unenclosed Touching mm mm mm mm mm kg/km A EMC2G0.5JZ 2 x X EMC3G0.5JZ 3 x X EMC4G0.5JZ 4 x X EMC5G0.5JZ 5 x X EMC7G0.5JZ 7 x X EMC12G0.5JZ 12 x X EMC18G0.5JZ 18 X X EMC3G0.75JZ 3 X X EMC4G0.75JZ 4 X X EMC5G0.75JZ 5 X X EMC7G0.75JZ 7 X X EMC12G0.75JZ 12 X X EMC18G0.75JZ 18 X X EMC3G1JZ 3 X 1 32 X EMC4G1JZ 4 X 1 32 X EMC5G1JZ 5 X 1 32 X EMC7G1JZ 7 X 1 32 X EMC12G1JZ 12 X 1 32 X EMC18G1JZ 18 X 1 32 X EMC3G1.5JZ 3 X X EMC4G1.5JZ 4 X X EMC5G1.5JZ 5 X X EMC7G1.5JZ 7 X X EMC12G1.5JZ 12 X X EMC18G1.5JZ 18 X X EMC3G2.5JZ 3 X X EMC4G2.5JZ 4 X X EMC5G2.5JZ 5 X X EMC7G2.5JZ 7 X X EMC12G2.5JZ 12 X X EMC4G4JZ 4 X 4 56 X EMC5G4JZ 5 X 4 56 X EMC5G6JZ 5 X 6 84 X

26 UV Resistant EMC Cable Double Screened 0.6/1kV Application Motor power supply cable for the frequency converters assures electromagnetic compatibility in plants and buildings, facilities with units and operating equipment where the fields of electromagnetic interference might cause adverse effects on the surroundings. As a supply and connecting cable for medium mechanical stresses in fixed installations and forced movements in dry, moist and wet environments and for outdoor applications, possible for installation in underground at 4G16 mm². Used in the automotive and food industries, environmental technology, packaging industry, machine tools. Handling equipment, for SIMOVERT drives, they are particularly suitable for use with industrial pumps, ventilators, conveyor belts and air-conditioning installations and similar applications. Installation in hazardous areas. EMC = Electromagnetic compatibility Technical data Special motor power supply cable for frequency converters adapted to DIN VDE 0250 Temperature range fiexing -5 C to +70 C fixed installation -40 C to +70 C Nominal voltage U /U600/1000V Max. operating voltage A.C. and 3-phase 700/1200 V DC operation 900/1800 V Test voltage 2500 V Minimum bending radius fixed installation for outer ø: up to 12 mm: approx. 5x cable ø >12 to 20 mm: approx. 7,5x cable ø >20 mm: approx. 10x cable ø free-movement for outer ø: up to 12 mm: approx. 10x cable ø >12 to 20 mm: approx. 15x cable ø >20 mm: approx. 20x cable ø Radiation-resistance up to 80x10 6 cj/kg (up to 80 Mrad) 24 Part no. No.cores x cross-sec. mm² Cable structure Bare copper, fine wire conductor to DIN VDE 0295 cl. 5, BS 6360 cl. 5 or IEC cl. 5 Polyethylene (PE) core insulation Core colours: green-yellow, brown, black, grey Cores stranded in concentric layers 1. screening with special aluminium film 2. screening with copper braiding, tinned copper, coverage approx. 80% Special PVC outer sheath, black (RAL 9005) with meter marking, change-over in 2011 Properties Behavior in fire: Test according to VDE , DIN EN /IEC (equivalent DIN VDE 0472 part 804 test method B) Low mutual capacitance, to DIN VDE 0472 part 504, test method B Features PE-insulation secures a lower dielectric loss, double potential Outer Ø approx. mm Power ratings **) with 3 loaded cores in Amperes strength, high longevity and low screen-interference currents Low mutual capacitance Meets EMC requirements according to EN and DIN VDE 0875 part 11 Low coupling resistance for high electromagnetic compatibility UV-resitant Outdoor application, possible for installation in underground at 4G16mm² This screened motor supply cable with low mutual capacitance of the single cores because of the special PE core insulation and low screen capacitance enable a low-loss transmission of the power compared to PVC-sheathed connecting cables Note The current carrying capacity for permanent operation at ambient temperature of 30 C. For deviating ambient temperatures the conversion factors should be used and for further see the indication in DIN VDE 0298 part 4 Weight approx. kg/km EMC4G1.5UV 4 X EMC4G2.5UV 4 X EMC4G4UV 4 X EMC4G6UV 4 X EMC4G10UV 4 X EMC4G16UV 4 X EMC4G25UV 4 X EMC4G35UV 4 X EMC4G50UV 4 X EMC4G70UV 4 X EMC4G95UV 4 X EMC4G120UV 4 X EMC4G150UV 4 X EMC4G185UV 4 X

27 Single Core Double Insulated 0.6/1kV FLEXIBLE APPLICATION For medium level mechanical loads. for use in dry and damp locations, for outdoor use or in locations subject to explosion hazards For industrial and workshop equipment. For connections of mobile machines and engines on construction sites. As fixed installation, for example as installation on plaster in temporary buildings. DESIGN 1. Flexible copper conductor 2. EPR rubber 3. Elastomeric outer sheath black PROPERTIES Abrasion resistant Roll over Resistant Oil resistant UV resistant Min bending radius: 5 x D Additional properties Tinned copper conductors for better resistance against corrosivity (up to and including 6mm^2) 90C max. conductor operating temperature (continuous load) Max. short circuit temperature at the conductor of 200C Cold flexible up to -40C Water resistant for depths of up to 50m (for slightly polluted industrial or household waste water*) at a max water temp-erature of 40C * In case of heavily polluted waste water, we recommend not to use the cable below a depth of 10m. Selection and ordering data Part No. No. of Cores x Conductor Size Approx. No. of strands x Max. Strand Diameter mm Max. Outer Diameter Min. bending radii fixed Min. bending radii flexing Net weight Unenclosed touching mm mm mm mm kg/km A RUB1X4 1 X 4 56 x RUB1X6 1 X 6 84 x RUB1X10 1 X x RUB1X16 1 X x RUB1X25 1 X x RUB1X35 1 X x RUB1X50 1 X x RUB1X70 1 X x RUB1X95 1 X x RUB1X120 1 X x RUB1X150 1 X x RUB1X185 1 X x RUB1X240 1 X X

28 SINGLE CORE 3.3kV 110 FLEX Highly flexible, single core rubber cables APPLICATION Internal switchboard cabling Sub-mains Electrical traction vehicles Battery bank connections Machine & equipment cabling Steelworks, cranes & hoists Stacker & reclaimer cabling DC wiring 415/ 1000V installations Submersible to 100 metres DESIGN lsingle core 3.3kV flex cables consist of extra finely stranded tinned copper conductors laid up to provide an extremely flexible design. The Protolon R-EP-110 elastomer insulation is rated at 3.3kV with an oil resistant, flame retardant PCP sheath completing the construction. The cable is in accordance with AS1125, AS3116 and VDE0250 part 602. for NSGAFoeu. Permissable thermal short-circuit currents for 1 s duration (conductor temperature at start of short-circuit: 110 C): [mm²] [ka] Permissible short-circuit currents for other durations are available. The thermal as well as the dynamic short-circuit strength must be taken into account. The cables must in particular be firmly fixed to protect them from the effects of peak short-circuit currents. OPERATING TEMPERATURE Minimum permissible ambient temperature -40 C Maximum permissible conductor temperature 110 C Maximum permissible short circuit temperature 250 C Minimum ambient temperature for optimum fully flexible operation -25 C MINIMUM BENDING RADII The following minimum bending radii should be observed to ensure operating reliability. For fixed installation 6 x cable diameter When freely flexing 8 x cable diameter CURRENT CARRYING CAPACITY Current ratings are based on continuous operation at an ambient temperature of 40 C. At other temperatures these values must be converted using the following table. C Factor Current ratings are based on AS/NZS :1998. Table 8 Current- Carrying Capacities of Three Single-Core 0.6/1kV Sheathed and Unsheathed non-armoured cables R-E-110 TENSILE STRENGTH The maximum allowable tensile stress is 15N/mm². This ensures no conductor damage will occur in operation. VOLTAGE RATING Rated voltage: 0.6/1kV to 3.3kV AC Maximum operating voltages in: 3 phase AC operation Uo/U = 2.1/3.6kV DC operation Uo/U = 2.7/5.4kV AC test voltage = 6kV CURRENT CARRYING CAPACITY The core insulation is white. 26

29 SINGLE CORE 3.3kV 110 FLEX Highly flexible, single core rubber cables Selection and ordering data No. of cores x conductor Part No. Approx No. of strand x Max. Diameter of bare conductor stand Cable overall diameter Cable weight Current carrying capacity when installed Unenclosed Spaced Unenclosed Spaced from Unenclosed Touching Enclosed surface Min Max mm² mm mm mm mm kg/km A A A A 1x1.5 5DF x x2.5 5DF x x 4 5DF x x 6 5DF x x 10 5DF x x 16 5DF x x 25 5DF x x 35 5DF x x 50 5DF x x 70 5DF x x 95 5DF x x 120 5DF x x 150 5DF x x 185 5DF x x 240 5DF x x 300 5DF x x 400 5DF x

30 H07RN-F RUBBER Heavy duty rubber flexible cables APPLICATION Heavy duty construction site leads for drills, pumps, saws, kangos Cranes, hoists & festoon systems Stage & theatre power & lighting Portable motors, generators & power supplies Submersible DESIGN Rubber cables designed as a heavy duty flexible for dry, damp and wet environments, areas of stress caused by vibration or impact and is resistant to abrasion, exposure to radiated heat and chemical contamination. CORE COLOUR IDENTIFICATION Single Core black 3 Core blue, brown, green/yellow 4 Core brown, black, green/yellow, grey 5 Core blue, brown, black, green/yellow, grey Multi core black insulation sequentially numbered including a green/yellow earth core. TENSILE STRENGTH The maximum allowable tensile stress is 15N/mm2. This ensures no conductor damage will occur in operation. Rubber cables consist of finely stranded copper conductors laid up to provide a flexible design. R-EP-90 elastomer insulation provides improved current capacities. The construction is in accordance with the Australian Standards AS 1125, AS 3191, AS 3116 and DIN/VDE 0282 IEC332-1 and CENELEC standards for O7RN. OPERATING TEMPERATURE Minimum permissible ambient temperature -40 C Maximum permissible short circuit temperature 200 C Minimum ambient temperature for optimum fully flexible operation -25 C MINIMUM BENDING RADII The following minimum bending radii should be observed to ensure operating reliability. For fixed installation 4 x cable diameter When freely flexing 5 x cable diameter CURRENT CARRYING CAPACITY Current ratings are based on continuous operation at an ambient temperature of 40 C. At other temperatures these values must be converted using the following table. C Factor VOLTAGE RATING Rated voltage: Uo/U = 0.6/1kV Maximum operating voltages in: 3 phase AC operation Uo/U = 0.7/1.15kV DC operation Uo/U = 0.9/1.73kV AC test voltage = 2.5kV *The cable is designated 450/750V with EI1 insulation compound in accordance with VDE/IEC and meets or exceeds the Australian Standard AS 3116 for the voltage rating of 0.6/1kV, R-EP

31 Heavy duty rubber flexible cables Selection and ordering data Part No. Number of Cores x Conductor Size Approx. No of Strands x Max. Strand Diameter Cable Overall Diameter Cable Weight Unenclosed Touch mm² mm Min mm Max mm kg/km A RUB 2 x 1.5 Without a Green/ 2 x x RUB 2 x 2.5 Yellow earth 2 x x RUB 2 x.4 2 x 4 56 x RUB3G1 Including a green/ 3G1 32 x RUB3G1.5 yellow 3G x RUB3G2.5 earth core 3G x RUB3G4 3G4 56 x RUB3G6 3G6 84 x RUB3G10 3G10 80 x RUB3G16 3G x RUB4G1 4G1 32 x RUB4G1.5 4G x RUB4G2.5 4G x RUB4G4 4G4 56 x RUB4G6 4G6 84 x RUB4G10 4G10 80 x RUB4G16 4G x \82 RUB4G25 4G x RUB4G35 4G x RUB4G50 4G x RUB4G70 4G x RUB4G95 4G x RUB4G120 4G x RUB5G2.5 Aust. Core 5G x RUB5G4 Colours 5G4 56 x RUB5G6 G, Bk, Br, Bl, G/Y 5G6 84 x RUB5G10 5G10 80 x RUB5G16 5G x RUB5G25 5G x RUB5G35 5G x RUB5G50 5G x RUB5G70 5G x RUB5G95 5G x RUB7G1.5 Including 7G x RUB12G1.5 a green/yellow 12G x RUB7G2.5 earth core 7G2.5 50x RUB12G2.5 12G x RUB24G2.5 24G x

32 OZOFLEX (PLUS) Flexible cables for submersion in polluted liquids APPLICATION Sewage treatment plants Waste water pumps - effluent aerators Abattoirs (high temp chemical cleaning) Dairy industry Mining - de-watering Chemical plants & steelworks Hygenic cleaning in breweries, food processing plants etc. Water depth approx. 10m in waste water, up to 500m in all other types DESIGN OZOFLEX (PLUS) cables consist of finely stranded copper conductors laid up to provide a flexible design. R-EP-90 elastomer insulation provides improved current capacities. Cables above 16mm2 and all control cables include an additional elastomer inner sheath and all cables up to 6mm2 have tinned conductors. The specially compounded heavy duty CPE Elastomer sheath (Hypalon) is oil resistant and flame retardant and resists the effects of water absorption. accordance with VDE/IEC and meets or exceeds the Australian Standard AS 3116 for the voltage rating of 0.6/1kV, R-EP-90. CORE COLOUR IDENTIFICATION Single Core black 3 Core blue, brown, green/yellow 4 Core brown, black, green/yellow, grey 5 Core blue, brown, black, green/yellow, grey Multi core black insulation sequentially numbered including a green/yellow earth core. TENSILE STRENGTH The maximum allowable tensile stress is 15N/mm². This ensures no conductor damage will occur in operation. The construction is in accordance with the Australian Standards AS 1125, AS 3191, AS 3116 and DIN/VDE 282 and CENELEC STANDARDS for 07RN, IEC OPERATING TEMPERATURE Minimum permissible ambient temperature -40 C Maximum permissible short circuit temperature 250 C Minimum ambient temperature for optimum fully flexible operation -25 C MINIMUM BENDING RADII The following minimum bending radii should be observed to ensure operating reliability. For fixed installation 4 x cable diameter When freely flexing 5 x cable diameter CURRENT CARRYING CAPACITY Current ratings are based on continuous operation at an ambient temperature of 40 C. At other temperatures these values must be converted using the following table. C Factor VOLTAGE RATING Rated voltage: Uo/U = 0.6/1kV Maximum operating voltages in: 3 phase AC operation Uo/U = 0.7/1.15kV DC operation Uo/U = 0.9/1.73kV AC test voltage = 2.5kV * The cable is designated 450/750V with EI1 insulation compound in 30

33 OZOFLEX (PLUS) Flexible cables for submersion in polluted liquids Selection and ordering data OZOFLEX (PLUS) including a green/ yellow earth core OZOFLEX (PLUS) with pilots Number of Cores x Conductor Size Part No. Approx. No of Strands x Max. Strand Diameter Diameter of bare conductor Cable Overall Diameter Cable Weight Unenclosed Touch mm² mm mm Min mm Max mm kg/km A 4G1.5 5DH x G2.5 5DH x G4 5DH x G6 5DH x G10 5DH x G16 5DH x G25 5DH x G35 5DH x G50 5DH x G70 5DH x G95 5DH x G120 5DH x G x 1.5 5DH x G x 1.5 5DH x G4 + 2 x 1.5 5DH x G6 + 2 x 1.5 5DH x G x 1.5 5DH x G x 1.5 5DH x G x 1.5 5DH x G x 1.5 5DH x

34 OZOFLEX (PLUS) SCREENED (FC+) Submersible overall screened cable (emc compliant) APPLICATION Specifically designed for pumps in water waste-water under medium mechanical stress. Sewage treatment plants Waste water pumps, effluent aerators For pumps requiring control cores Electromagnetic compatibility (EMC) Abattoirs (high temp chemical cleaning) Dairy industry Mining - de-watering Chemical plants & steelworks Hygenic cleaning in breweries, food processing plants etc. Water depth approx. 10m in waste water, up to 500m in all other types DESIGN OZOFLEX (PLUS) cables consist of finely stranded copper conductors laid up to provide a flexible design. R-EP-90 elastomer insulation provides improved current capacities. Cables above 16mm² and all control cables include an additional elastomer inner sheath and all cables up to 6mm² have tinned conductors. The specially compounded heavy duty CSP Elastomer sheath (Hypalon) is oil resistant and flame retardant and resists the effects of water absorption. The construction is in accordance with the Australian Standards AS 1125, AS 3191, AS/NZS and DIN/VDE 282 and CENELEC standards for 07RN, IEC OPERATING TEMPERATURE Minimum permissible ambient temperature -40 C Maximum permissible short circuit temperature 250 C Minimum ambient temperature for optimum fully flexible operation -25 C CURRENT CARRYING CAPACITY Current ratings are based on continuous operation at an ambient temperature of 40 C. At other temperatures these values must be converted using the following table. C Factor VOLTAGE RATING Rated voltage: Uo/U = 0.6/1kV Maximum operating voltages in: 3 phase AC operation Uo/U = 0.7/1.15kV DC operation Uo/U = 0.9/1.73kV AC test voltage = 2.5kV * The cable is designated 450/750V with EI1 insulation compound in accordance with VDE/IEC and meets or exceeds the Australian Standard AS 3116 for the voltage rating of 0.6/1kV, R-EP-90. CORE COLOUR IDENTIFICATION Single Core black 3 Core blue, brown, green/yellow 4 Core brown, black, green/yellow, grey 5 Core blue, brown, black, green/yellow, grey Multi core black insulation sequentially numbered including a green/yellow earth core. 32

35 OZOFLEX (PLUS) SCREENED (FC+) Submersible overall screened cable (emc compliant) Selection and ordering data No. of cores and conductor size strand diameter Part No. Power conductor approx. number of strands x Max. Overall diameter of cable Net weight Unenclosed Touching mm² mm Min mm Max mm 1000 m approx. kg/km A 4 G 1.5 5DH x G 2.5 5DH x G 4 5DH x No. of cores and conductor size strand diameter Part No. Power conductor approx. number of strands Overall diameter of cable Net weight Unenclosed Touching mm² mm mm kg A 4 G x 1.5 5DH x G x 1.5 5DH x G x 1.5 5DH x G x 2.5 5DH x G x 2.5 5DH x G x 2.5 5DH x G x 2.5 5DH x G x 2.5 5DH x

36 PVC Flat Cable H07 VVH6-F 450/750V APPLICATION PVC type of flat cables are used mainly as trailing cable for crane installations, floor conveyer systems and shelf control units. Technical data Special PVC-flat cable, H07 VVH6-F to HD 359 S2 Temperature range flexing -5 C to +70 C fixed installation -40 C to +80 C Nominal voltage H07 VVH6-F = 1,5 mm² U0/U 450/750 V Test voltage H07 VVH6-F = 1,5 mm² 2500 V Test voltage H07 VVH6-F = 1,5 mm² 2500 V Minimum bending radius 10x cable thickness Radiation resistance up to 80x106 cj/kg (up to 80 Mrad) Cable structure Bare copper, stranded to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and IEC cl. 5 Special PVC core insulation TI2 to DIN VDE 0281 part 1 Cores laying parallel Core identification up to 5 cores to colour code DIN VDE cores and above with number printing Green-yellow earth core Special PVC outer jacket TM2 to DIN VDE 0281 part 1 Colour black (RAL 9005) Properties Extensively oil resistant, oil-/ chemical Resistance Extremely small bending radius High flexibility Minimum waste of space Packeting possibility PVC self-extinguishing and flame retardant according to VDE , DIN EN / IEC (equivalent DIN VDE 0472 part 804 test method B) The materials used in manufacture are cadmium-free and contain no silicone and wetting properties of lacquers Note G = with green-yellow earth core 34 Part no. No.cores x cross-sec mm² Outer dimension approx. mm Weight approx. kg/km G 1,5 4,5 x 13,7 133, G 1,5 4,5 x 17,9 169, G 1,5 4,5 x 26,8 265, G 1,5 4,5 x 38,9 421, G 1,5 4,5 x 51,5 555, G 2,5 5,5 x 17,0 205, G 2,5 5,5 x 21,5 256, G 2,5 5,5 x 30,3 344, G 2,5 5,5 x 31,9 389, G 2,5 5,8 x 47,1 580, G 4 7,0 x 21,8 344, G 4 7,0 x 27,4 428, G 4 7,9 x 36,6 590, G 6 8,2 x 24,8 424, G 6 8,2 x 31,8 530, G 6 8,2 x 42,6 760, G 10 10,0 x 29,6 710, G 16 11,2 x 34,4 1014, G 16 13,0 x 46,6 1370, G 25 13,7 x 42,6 1365, G 25 15,5 x 55,5 2000, G 35 15,4 x 47,6 2100, G 50 18,2 x 57,0 2940, G 70 20,0 x 64,2 4090,0

37 Type 2s mining cable AS/NZS 1972:2006 Cables APPLICATION These individually copper screened cables are used for wiring of machines or between machines and equipment where a rubber cable is desired. These cables are also used for longwall lighting circuits, and may contain pilot and control cores or twisted pair and screened cores. Standards These individually copper screened cables are used for wiring of machines or between machines and equipment where a rubber cable is desired. These cables are also used for longwall lighting circuits, and may contain pilot and control cores or twisted pair and screened cores. Construction Conductors: Stranded tinned annealed copper conductor. Insulation: EPR. Filling: Elastomer centre filler. Pilot/Control Cores: EPR covered and composite screened flexible stranded tinned copper conductor. Individual Composite Screen (earth conductor): Tinned annealed copper braiding interwove with... Stranded Tinned Copper Conductor EPR Insulation Elastomer Centre Filler Individual Composite Screen Pilot/Control Cores Heavy Duty CPE Sheath polyester yarn. Sheath: Heavy duty CPE sheath. Number of Core Nominal Conductor Area Strand Size Insulation Thickness Core Screen Strand Size Area of Screen Number of Pilots Pilot Conductor Strand Size Thickness of Covering Nominal Sheath Thickness Nominal Overall Diameter Nominal Strand Weight mm² No/mm mm mm mm² No/mm mm mm mm kg/100m Type 2S 1.1/1kV Individually Screened / / / / / / / / / / / / / / / / / Type 2S 1.1/1kV Individually and Collectively Screened / Type 2S 3.3/3.3Kv Individually Screened / / / / / / / / / / / / / / / /

38 MEDIUM VOLTAGE XLPE INSULATED POWER CABLES [6.35/11kV Copper XLPE Single Core PVC Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semiconductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the cable provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x10mm). Sheath: UV resistant heavy duty polyvinyl chloride (V-90) volts, XLPE insulation, LD/HD screen, extruded overlaying PVC sheath 1. Conductor: Compacted, copper conductor; 2. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 3. Insulation: Extruded XLPE; 4. Insulation Shield: Extruded semi-conductive thermosetting compound; 5. Separated layer: Semi conductive tape; 6. Metallic Screen: Plain copper wires, helically applied; 7. Metallic Screen: Copper tape; 8. Separated layer: Polyester tape. 9. Outer protective sheath: Extruded PVC V-90 black compound. 36

39 MEDIUM VOLTAGE XLPE INSULATED POWER CABLES [6.35/11kV Copper XLPE Single Core PVC Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km 3 phase symmetrical Screen Installed During installation LIGHT DUTY SCREEN 35MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x MM1C11KVLD / x HEAVY DUTY SCREEN 35MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x MM1C11KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 37

40 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [6.35/11kV Copper XLPE Three-Core HDPE Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semi - conductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the cable provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x30mm). Filler: Special PVC compound. Sheath: Combined layers of PVC V-90 and UV resistant black HDPE volts, XLPE insulation, LD/HD screen, extruded overlaying HDPE sheath 01. Conductor: Compacted, copper conductor; 02. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 03. Insulation: Extruded XLPE; 04. Insulation Shield: Extruded semi-conductive thermosetting compound; 05. Separated layer: Semi conductive tape; 06. Metallic Screen: Plain copper wires, helically applied; 07. Metallic Screen: Copper tape; 08. Separated layer: Polyester tape. 09. Filler: Special PVC compound. 10. Combined outer protective sheath: Extruded PVC V Extruded HDPE black compound. 38

41 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [6.35/11kV Copper XLPE Three-Core HDPE Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km LIGHT DUTY SCREEN 3 phase symmetrical Screen Installed During installation 35MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x MM3C11KVLD / x HEAVY DUTY SCREEN 35MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x MM3C11KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 39

42 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [12.7/22kV Copper XLPE Single Core PVC Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semiconductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the cable provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x10mm). Sheath: UV resistant heavy duty polyvinyl chloride (V-90) volts, XLPE insulation, LD/HD screen, extruded overlaying PVC sheath 1. Conductor: Compacted, copper conductor; 2. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 3. Insulation: Extruded XLPE; 4. Insulation Shield: Extruded semi-conductive thermosetting compound; 5. Separated layer: Semi conductive tape; 6. Metallic Screen: Plain copper wires, helically applied; 7. Metallic Screen: Copper tape; 8. Separated layer: Polyester tape. 9. Outer protective sheath: Extruded PVC V-90 black compound. 40

43 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [12.7/22kV Copper XLPE Single Core PVC Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km LIGHT DUTY SCREEN 3 phase symmetrical Screen Installed During installation 35MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x MM1C22KVLD / x HEAVY DUTY SCREEN 35MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x MM1C22KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 41

44 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [12.7/22kV Copper XLPE Three-Core HDPE Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semiconductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the each insulated core provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x30mm). Filler: Special PVC compound. Sheath: Combined layers of PVC V-90 and UV resistant black HDPE volts, XLPE insulation, LD/HD screen, extruded overlaying HDPE sheath 01. Conductor: Compacted, copper conductor; 02. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 03. Insulation: Extruded XLPE; 04. Insulation Shield: Extruded semi-conductive thermosetting compound; 05. Separated layer: Semi conductive tape; 06. Metallic Screen: Plain copper wires, helically applied; 07. Metallic Screen: Copper tape; 08. Separated layer: Polyester tape. 09. Filler: Special PVC compound. 10. Combined outer protective sheath: Extruded PVC V Extruded HDPE black compound. 42

45 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [12.7/22kV Copper XLPE Three-Core HDPE Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km LIGHT DUTY SCREEN 3 phase symmetrical Screen Installed During installation 35MM3C22KVLD / x MM3C22KVLD / x MM3C22KVLD / x MM3C22KVLD / x MM3C22KVLD / x MM3C22KVLD / x MM3C22KVLD / x HEAVY DUTY SCREEN 35MM3C22KV / x MM3C22KV / x MM3C22KV / x MM3C22KV / x MM3C22KV / x MM3C22KV / x MM3C22KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 43

46 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [19/33kV Copper XLPE Single Core PVC Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semiconductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the cable provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x10mm). Sheath: UV resistant heavy duty polyvinyl chloride (V-90) volts, XLPE insulation, LD/HD screen, extruded overlaying PVC sheath 1. Conductor: Compacted, copper conductor; 2. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 3. Insulation: Extruded XLPE; 4. Insulation Shield: Extruded semi-conductive thermosetting compound; 5. Separated layer: Semi conductive tape; 6. Metallic Screen: Plain copper wires, helically applied; 7. Metallic Screen: Copper tape; 8. Separated layer: Polyester tape. 9. Outer protective sheath: Extruded PVC V-90 black compound. 44

47 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [19/33kV Copper XLPE Single Core PVC Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km LIGHT DUTY SCREEN 3 phase symmetrical Screen Installed During installation 50MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x MM1C33KVLD / x HEAVY DUTY SCREEN 50MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x MM1C33KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 45

48 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [19/33kV Copper XLPE Three-Core HDPE Sheathed] APPLICATION Mostly used as feeder electric cable for power distribution network such as power supply station, substation, switching system etc. They are suitable for installation on medium mechanical stress dry, indoors, outdoors, underground areas. STANDARDS Australian/New Zealand - AS/NZS :2006. International - IEC 60228, IEC 60502, IEC CONSTRUCTION Phase Conductor: Plain annealed copper Class 2 compact stranded. Phase Core: Triple head extrusion - semi - conductive, thermosetting conductor shield, XLPE (cross-linked polyethylene) insulation and bonded semi conductive insulation screen, all dry nitrogen cured. Metallic Screen: Solid bare annealed copper wires uniformly spaced around the each insulated core provides high conductivity for faulty current as earth wires. (Plain annealed copper wire has a minimum diameter of 0.85 mm) and a counter helix copper tape (0.1x30mm). Filler: Special PVC compound. Sheath: Combined layers of PVC V-90 and UV resistant black HDPE volts, XLPE insulation, LD/HD screen, extruded overlaying HDPE sheath 01. Conductor: Compacted, copper conductor; 02. Conductor Shield: Extruded, semi-conductive, thermosetting compound; 03. Insulation: Extruded XLPE; 04. Insulation Shield: Extruded semi-conductive thermosetting compound; 05. Separated layer: Semi conductive tape; 06. Metallic Screen: Plain copper wires, helically applied; 07. Metallic Screen: Copper tape; 08. Separated layer: Polyester tape. 09. Filler: Special PVC compound. 10. Combined outer protective sheath: Extruded PVC V Extruded HDPE black compound. 46

49 MEDIUM VOLTAGE XLPE INsuLATED POWER CABLES [19/33kV Copper XLPE Three-Core HDPE Sheathed] Catalog No. Size Nominal conductor diameter Minimum average insulation thickness Diameter over insulation screen Nominal cable diameter, 20 C Max. DC resistance of conductor at 20 C Screen 1 sec. fault rating, ka(1) Minimum bending radius, mm Approx. Weight, mm² mm mm Nominal area, mm² Number & diameter of wires per core min/max mm mm Ohm/km kg/km LIGHT DUTY SCREEN 3 phase symmetrical Screen Installed During installation 50MM3C33KVLD / x MM3C33KVLD / x MM3C33KVLD / x MM3C33KVLD / x HEAVY DUTY SCREEN 50MM3C33KV / x MM3C33KV / x MM3C33KV / x MM3C33KV / x For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds) Screen fault ratings are based on an initial temperature of 80 C and a final temperature of 250 C. Conductor fault ratings are based on an initial temperature of 90 C and a final temperature of 250 C. LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second. HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second and not exceeding the conductor rating. 47

50 CHE-I Single-core indoor termination For all polymeric single-core cables Dimensions Type CHE-I terminations are suitable for all single-core plastic-insulated cables (PVC, PE, XLPE, EPR) with different types of semi-conducting layers (graphite-coated or strippable) and screening (copper wire or tape). L = Length Ø S = Diameter of shed Characteristics Flexible silicone stress control elements ensure reliable stress control under all operating conditions Combination of slip-on and heat-shrink components Wide cross-section range Quick, safe and easy assembly Ready for immediate operation Application Indoor areas Note Cable lugs not included 12 kv terminations must be used for 7.2 kv cables (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery One Set for three terminatrions Tracking-resistant heat-shrink tubing Silicone stress-control elements Silicone sheds Sealing tape Assembly instructions Tests CENELEC HD (DIN VDE 0278, part 629-1) 48 Part No. Description Norminal Cross- Section ² 6 / 10 (12) kv - 6,35 / 11 (12) kv Tail Length Isolation Dia. [min] CHE-I 12kV , CHE-I 12kV , CHE-I 12kV , CHE-I 12kV , CHE-I 12kV , CHE-I 12kV , CHE-I 12kV ,8 12 / 20 (24) kv - 12,7 / 22 (24) kv CHE- I 24kV , CHE- I 24kV , CHE- I 24kV , CHE- I 24kV , CHE- I 24kV , CHE- I 24kV ,8 18 / 30 (36) kv - 19 / 33 (36) kv CHE- I 36kV , CHE- I 36kV , CHE- I 36kV , CHE- I 36kV ,8

51 CHE-F Single-core outdoor termination for all polymeric single-core cables Dimensions Type CHE-F terminations are suitable for all single-core plastic-insulated cables (PVC, PE, XLPE, EPR) with different types of semi-conducting layers (graphite-coated or strippable) and screening (copper wire or tape). L = Length Ø S = Diameter of shed Characteristics Flexible silicone stress control elements ensure reliable stress control under all operating conditions Combination of slip-on and heat-shrink components Wide cross-section range Quick, safe and easy assembly Ready for immediate operation Application Outdoor Note Cable lugs not included 12 kv terminations must be used for 7.2 kv cables (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery One Set for three terminatrions Tracking-resistant heat-shrink tubing Silicone stress-control elements Silicone sheds Sealing tape Assembly instructions Tests CENELEC HD (DIN VDE 0278, part 629-1) Part No. Description Norminal Cross- Section ² 6 / 10 (12) kv - 6,35 / 11 (12) kv Tail Length Isolation Dia. [min] CHE - F 12kV , CHE - F 12kV , CHE - F 12kV , CHE - F 12kV , CHE - F 12kV , CHE - F 12kV , CHE - F 12kV ,8 12 / 20 (24) Kv - 12,7 / 22 (24) kv CHE - F 24kV , CHE - F 24kV , CHE - F 24kV , CHE - F 24kV , CHE - F 24kV , CHE - F 24kV ,8 18 / 30 (36) Kv - 19 / 33 (36) kv CHE - F 36 kv , CHE - F 36 kv , CHE - F 36 kv , CHE - F 36 kv ,8 49

52 CHE-3I(B) Three-core indoor termination for all 3-core polymeric cables Dimensions Type CHE-3I(B) terminations are suitable for all three-core plastic-insulated cables (PVC, PE, XLPE, EPR) with different types of semi-conducting layers (graphite-coated or strippable) and screening (copper wire or tape). L = Length Ø S = Diameter of shed Characteristics Flexible silicone stress control elements ensure reliable stress control under all operating conditions Combination of slip-on and heat-shrink components Quick, safe and easy assembly Ready for immediate operation Application Indoor areas Note Cable lugs not included 12 kv terminations must be used for 7.2 kv cables (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery Tracking-resistant heat-shrink tubing Tracking resistance Spreader cap Silicone stress-control elements Silicone sheds Pressure spring Assembly accessories Sealing tape Assembly instructions Tests CENELEC HD (DIN VDE 0278, part 629-1) 50 Part No. Description Norminal Cross- Section ² 6 / 10 (12) kv - 6,35 / 11 (12) kv Tail Length Isolation Dia. [min] CHE - 3I (B) 12kV , CHE - 3I (B) 12kV , CHE - 3I (B) 12kV , CHE - 3I (B) 12kV ,9 12 / 20 (24) Kv - 12,7 / 22 (24) kv CHE - 3I (B) 24 kv , CHE - 3I (B) 24 kv , CHE - 3I (B) 24 kv , CHE - 3I (B) 24 kv ,1 18 / 30 (36) Kv - 19 / 33 (36) kv CHE - 3I (B) 36 Kv , CHE - 3I (B) 36 Kv , CHE - 3I (B) 36 Kv ,1

53 CHE-3F(B) THrEE-CorE outdoor TErminaTion for all 3-core polymeric cables Dimensions Type CHE-3F(B) terminations are suitable for all three-core plastic-insulated cables (PVC, PE, XLPE, EPR) with different types of semi-conducting layers (graphite-coated or strippable) and screening (copper wire or tape). L = Length Ø S = Diameter of shed Characteristics Flexible silicone stress control elements ensure reliable stress control under all operating conditions Combination of slip-on and heat-shrink components Wide cross-section range Quick, safe and easy assembly Ready for immediate operation Application Outdoor Note Cable lugs not included 12 kv terminations must be used for 7.2 kv cables (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery Tracking-resistant heat-shrink tubing Tracking resistance Spreader cap Silicone stress-control elements Silicone sheds Pressure spring Assembly accessories Sealing tape Assembly instructions Tests CENELEC HD (DIN VDE 0278, part 629-1) Part No. Description Norminal Cross- Section ² 6 / 10 (12) kv - 6,35 / 11 (12) kv Tail Length Isolation Dia. [min] CHE - 3F (B) 12 kv , CHE - 3F (B) 12 kv , CHE - 3F (B) 12 kv , CHE - 3F (B) 12 kv ,9 12 / 20 (24) Kv - 12,7 / 22 (24) kv CHE - 3F (B) 24 kv , CHE - 3F (B) 24 kv , CHE - 3F (B) 24 kv , CHE - 3F (B) 24 kv ,1 18 / 30 (36) Kv - 19 / 33 (36) kv CHE - 3F (B) 36 kv , CHE - 3F (B) 36 kv , CHE - 3F (B) 36 kv ,1 51

54 Armour continuity for three-core terminations for cables with tape screen and/or armouring for terminations 4) Characteristics Superior electrical properties High mechanical strength Suitable for indoor and outdoor use Quick, safe and easy assembly Application Earthing continuity and earth contactor For cast resin, heat-shrink and slip-on cable accessories Enables solder-free electrical connection of metal cable components (screen, armouring, metal sheath). Scope of delivery Tinned copper braid flat Pressure springs BS = Cu-Tape screen KM = Cable sheath RF = Type RF pressure spring ES = Cu-Earthing Tinned copper wire, braid flat flat tin-plated AR = Armouring ZR = Additional type RF pressure spring For Indoor Kits Part No. Type Pressure Spring Ø Hole mm Copper Braid Q mm 2 Cross section mm 2 12 kv 24 kv 36 kv ZR2 L mm EGA 16-2/RF5-ID RF up to120 up to 50 RF EGA 16-3/RF5-ID RF up to 120 RF EGA 25-3/RF6-ID RF RF EGA 25-4/RF6-ID RF RF EGA 35-4/RF6-ID RF RF For Outdoor Kits Part No. 52 Type Pressure Spring Ø Hole mm Copper Braid Q mm 2 Cross section mm 2 12 kv 24 kv 36 kv ZR EGA 16-2/RF5-0D RF up to120 up to 50 RF EGA 16-3/RF5-OD RF up to 120 RF EGA 25-3/RF6-OD RF RF EGA 25-4/RF6-OD RF RF EGA 35-4/RF6-OD RF RF L mm

55 CHM Single-core straight-through joint for all polymeric single-core cables Dimensions Type CHM straight-through joints are suitable for all single-core plastic-insulated cables (PVC, PE, XLPE, EPR). They allow the connection of cables with different cross sections, conductive materials, semi-conducting layers (graphite-coated, removable or strippable) and screening (copper wire or tape). Suitable for compression connectors. L = Length Characteristics Reliable stress control due to flexible silicone stress control elements For all cables with copper wire or tape screen Wide conductor and cross-section range Quick, safe and easy assembly Ready for immediate operation Application Indoor Outdoor Underground Water Installation ducts Ductwork Note Compression connectors not included Joints with a range of Um = 12 kv must be used for cables of Um = 7.2 kv. (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery Thick wall heat-shrinkable insulation tubing Thick wall heat-shrinkable outer tubing with hot melt adhesive Silicone stress-control elements Copper braid tube Pressure springs Stress control filling tape (blue) Assembly instructions Tests CENELEC HD (DIN VDE 0278, part 629-1) Part No. Description Norminal Cross- Section ² min. Ø over conductor insulation after removal of outer semi-conducting layer mm max. Ø of connector mm max. connector length mm 6 / 10 (12) kv - 6,35 / 11 (12) kv CHM-12KV , CHM-12KV , CHM-12KV , CHM-12KV , CHM-12KV , CHM-12KV , CHM-12KV , / 20 (24) KV - 12,7 /22 (24) KV CHM-24KV , CHM-24KV , CHM-24KV , CHM-24KV , CHM-24KV , CHM-24KV , / 30 (36) Kv - 19 / 33 (36) kv CHM-36KV , CHM-36KV , CHM-36KV , CHM-36KV , CHM-36KV , L 53

56 CHM3 Three-core straight-through joint for all 3-core polymeric cables Dimensions Type CHM3 straight-through joints are suitable for all three-core plastic-insulated cables (PVC, PE, XLPE, EPR). They allow the connection of cables with different cross sections, conductive materials, semi-conducting layers (graphite-coated, removable or strippable) and screen (copper wire or tape). Suitable for compression cable lugs. L = Length Characteristics Reliable stress control due to flexible silicone stress control elements Wide conductor and cross-section range Quick, safe and easy assembly Ready for immediate operation Application Indoor Outdoor Underground Water Installation ducts Ductwork Note Compression connectors not included Joints with a range of Um = 12 kv must be used for cables of Um = 7.2 kv. (Check minimum diameter over conductor insulation). Storage conditions/shelf life Unlimited shelf life Scope of delivery Thick wall heat-shrinkable insulation tubing Thick wall heat-shrinkable outer tubing with hot melt adhesive Silicone stress-control element Copper braid tube Pressure springs Stress control filling tape (blue) Assembly instructions 54 Part No. Description Norminal Cross- Section ² min. Ø over conductor insulation after removal of outer semi-conducting layer mm 6 / 10 (12) kv - 6,35 / 11 (12) kv max. Ø of connector mm max. connector length mm CHM3-12KV , CHM3-12KV , CHM3-12KV , CHM3-12KV , / 20 (24) KV - 12,7 /22 (24) KV CHM-24KV , CHM-24KV , CHM-24KV , CHM-24KV , / 30 (36) Kv - 19 / 33 (36) kv CHM3-36KV , CHM3-36KV , CHM3-36KV , L

57 AUF Armour continuity for three-core joints Dimensions Armour continuity kit for armoured three-core polymeric cables. 1 = Pressure spring 2 = Copper braid 3 = Pressure spring Characteristics Superior electrical properties High mechanical strength Quick, safe and easy assembly Application Earthing continuity and earth contactor For cast resin, heat-shrink and slip-on cable accessories Enables solder-free electrical connection of metal cable components (screen, armouring, metal sheath). Scope of delivery Copper wire Pressure springs Part No. Type Pressure Spring Copper Braid Q mm 2 12 kv 24 kv 36 kv L mm AUF5 RF5 35 up to 240 up to 150 Up to AUF56 RF

58 Medium Voltage Insulation Boots Features Cold applied medium voltage Universal Insulation Boots for right angle and straight bushing application on switchgears and transformers connection. Characteristics The Cold applied CUB 2 is designed to insulate termination and bushing connection, applicable for right angle and straight application, to improve phase to phase and phase to ground insulation level due to limited space and also to prevent the terminations from flashover. Made of high degree Silicone, Universal Boots type CUB 2 are very flexible and have permanently elastic property (no ageing). Permanent elasticity results in permanent interface pressure and it follows all variations in the cable dimensions during load cycling. Application Voltage level : U 0 / U(U m ) 6 / 10(12)kV 8.7 / 15 (17.5) kv Cable size : mm 2 Bushing diameter : mm (400/630A type) BIL : 95 kv Scope of delivery 56 3 pcs Universal Boots 2 pcs Lubricant 1 pce Applicator 1 pair Plastic gloves 1 pce Working instruction

59 M-Euroline Cast resin straight-through joint Universally suitable for the connection of plastic-insulated cables and conductors with PVC, PE, XLPE and EPR insulation (e.g. N(A)YY, NYM, TT). H L D Characteristics Compact dimensions Splice site visible before casting High-quality transparent shockproof plastic moulds Ready for immediate operation Quick and easy assembly saves time and reduces costs Large filler aperture to facilitate casting Resistant to chemical agents Resistant to alkaline earth elements UV-resistant Longitudinally and transversely watertight High electrical insulating values High mechanical strength For energy cables and conductors Application Indoor Outdoor Underground Water Installation ducts Voltage level U 0 /U (U m ) 0.6/1 (1.2) kv Scope of delivery Cap Hydrolysis resistance PUR type EG cast-resin, containing the correct volume ready for mixing. Packed in practical and easy-to-use two chamber bags Transparent plastic moulds Spacers PVC insulation tape Protective gloves Assembly instructions Tests DIN VDE 0278 part 1 and 3 DIN VDE 0278 part 393 EN as well as CENELEC HD 623 (VDE 0278 part 623) Storage conditions/shelf life Cast resin up to 40 months Part No. Type L mm D mm H mm Cable Range OD mm MZ M M M M M M M

60 Superior mechanical and electrical properties Resistant to UV, chemical agents Wide cross sectional range. Silicone free Halogen free Heat Shrink tube Moisture resistant High tensile strength Unlimited shelf life LOW VOLTAGE HEAT SHRINK JOINT KIT TYPE SMH 4 M (NON ARMOURED) SMHA 4 MA (ARMOURED) APPLICATION Heat Shrink Straight Through Joint Kits Type SMH 4 M for non armoured XLPE cable. Heat Shrink Straight Through Joint Kits Type SMHA 4 MA for armoured XLPE cable. SCOPE OF DELIVERY The kits are delivered with the following : Type SMH 4 M (NON ARMOURED) / Type SMHA 4 MA (ARMOURED) Heat Shrink Tubes with Adhesive (to suit conductor and cable size) Abrasive Cloth Cleaning Tissue Working Instruction KIT SELECTION Additional material for Type SMHA 4 MA (ARMOURED) Copper Braid Aluminium Sleeve Ring Clamps (Hose clips) Sealing Tape SUS Wire Mesh 58 SELECTION CHART ART. NO. TYPE CORES CONDUCTOR SIZE (mm²) NON-ARMOURED ARMOURED SMH 4 - M1 UP TO YES YES SMH 4 - M1/M2 UP TO YES YES SMH 4 - M3 UP TO YES YES SMH 4 - M4 UP TO YES NO SMH 4 - M5 UP TO YES NO SMH 4 - M6 UP TO YES NO SMHA 4 - MA7 UP TO YES YES SMHA 4 - MA8 UP TO YES YES SMHA 4 - MA9/MA10 UP TO YES YES SMHA 4 - MA10 UP TO YES YES

61 EG Two -component PUR cast resin Cast-resin type EG is suitable for the following types of cables: Low-voltage plastic-insulated and paper-insulated cables rated up to 1kV. Telecommunications and signal plastic-insulated and paper-insulated cables. Suitable for mechanical protection and water-sealing on medium voltage cables. Characteristics Two-component PUR cast resin In practical and easy-to-use two-chamber bags Favourable flow properties High hydrolytic resistance Resistant to alkaline earth elements UV-resistant Halogen-free Not harmful to the environment Not harmful to the environment Flexibility ensures mechanical stress absorption. No fracturing under electrical stress Excellent adherence to all cable materials No fracturing under mechanical stress Low hardening temperature Shelf life Shelf life: 40 months at ambient temperatures between 15 C and 35 C Tests Governmental institute for material testing Darmstadt: DIN VDE 0291 KEMA, Netherland: report on the MAK value, which lies well below the maximum value of ppm, allowed by law Part No. Content mll EG EG EG

62 Flame RETARDANT HEATSHRINK Tube Flame retardant heat shrinkable tube, using specially designed formulation of high polymers, through cross-link by electronic accelerator and continuous expansion. Part No. (1.2mt Length) Part No. (Rolls) As supplied ID After heating Wall Thickness After heating Standard Length (mt) Roll Length HS1.5* HS1.5*-R HS2.5* HS2.5*-R HS3* HS3*-R HS5* HS5*-R HS7* HS7*-R HS10* HS10*-R HS13* HS13*-R HS20* HS20*-R HS25* HS25*-R HS38* HS38*-R HS50* HS50*-R HS75* HS75*-R HS100* HS100*-R HS120* HS120*-R *Denotes colour: BK - Black, BL - Blue, CL - Clear, GN - Green, OR - Orange, RD - Red, WH - White, Y/G - Earth, YE - Yellow 60

63 Glue Lined Heatshrink halogen-free, shrinkage ratio 3:1, with or without hot melting adhesive Characteristics Medium-walled Easy to mark Resistant to chemical agents UV-resistant Free from paint-wetting inhibiting substances Halogen-free Non-corrosive Infusible Superior electrical properties High tensile strength Resistant to cold flow (thermally stable) Application Insulating Protection against moisture and pressure Suitable for heat-shrink joints and terminations Material Cross-linked polyolefin Free of lead and cadmium Tests Corresponds to DIN IEC 15C/590/CD Part No. Type Before shrinkage Internal-Ø mm After shrinkage Wall thickness recovered mm Packaging unit (piece) x m SMDW12/13TK X 1 SMDW22/6TK X 1 SMDW27/9TK X 1 SMDW34/9TK X 1 SMDW40/12TK X 1 SMDW56/16TK X 1 SMDW63/19TK X 1 SMDW75/22TK X 1 SMDW92/26TK X 1 SMDW120/35TK X 1 SMDW140/42TK X 1 SMDW160/50TK X 1 61

64 Cable Termination Accessories Heatshrink End Caps Heat Shrink Cable End Caps are used to seal the ends of all types of Cables & protect from ingress of water/moisture. The caps are manufactured from high quality cross linked polyolefin material. Compatible with most commonly used Cable Jackets i.e. XLPE, PVC, PILC or Rubber Sheathed Cable. Hot Melt adhesive lining provides seal on irregular cable sheaths. Excellent resistance to weathering, moisture, contamination and adverse environmental conditions. Meets IP 68 (ingress Protection) Part No Ds (Min.) Df (Max.) LS (Min.) Tf (±10%) Cable Range SRE SRE SRE SRE SRE SRE SRE

65 Heatshrink Breakout Boots Low Voltage Breakout - Insulcore Low Voltage Insulcore Low Voltage Cable Breakouts provide a strong and permanent environmental seal to the crutch of 2, 3, 4, 5 and 6 core PVC, XLPE Rubber and PILC cables upto 1.1 KV rated voltage. The Breakouts are manufactured from high quality cross linked polyolefin material that offers an exceptional insulation and long term service reliability. The Breakouts are internally coated with hot melt adhesive. These breakouts when installed in position provide 100% water/moisture proofness to the system. Customised dimensions of Breakouts available on request. Technical Qualification Report : QR 1012 Meets IP 68 (Ingress Protection) All dimensions are in mm Code No. of Core Ds d L I Tb Tc Ds Df ds df Ls Lf ls lf min max min max min max min max f±10% f±10% KEV2/ KEV2/ KEV3/ KEV KEV KEV KEV KEV KEV KEV KEV KEV KEV D,d : Internal Diameter ; s : as supplied ; f : after free recovery ; Tb,Tc : Thickness of body & core 63

66 conductive tape Highly elastic Characteristics Printed CAUTION-CONDUCTING TAPE " to eliminate danger of confusion Fuses to form a homogeneous, cavity-free compound within a short space of time. Durable Ozone-resistant No electrolytic corrosion Self-fusing Highly flexible Superior physical properties " Application Repairing of semi-conducting layer in medium voltage cables Electrical field smoothing For smoothing rough surfaces of connectors and cable lugs Colour black Material EPR-Base Part No. Type Thickness mm Width mm No Length m Technical Data Value Elongation at break 900 % Tensile strength at break Volume resistivity 3.0N/mm² 10¹² Ω x cm 64 Temperature range -40 C to +110 C

67 self-amalgamating tape Insulating, pliable Characteristics Easy application Fuses to form a homogeneous, cavity-free compound within a short space of time. Fully removable Durable Ozone-resistant No electrolytic corrosion Non tacky Extremely ductile Superior electrical properties Excellent adherence to a wide range of substances Superior physical properties Weatherproof Application Sealing of casting moulds Padding of cable insulation Conductor insulation for plastic-insulated cables up to 69 kv Repairing and connection of various insulating and cable materials e.g. PE, XLPE, EPR, PVC, butyl, neoprene Material EPR-Base Colour(s) black Part No. Type Thickness mm Width mm No No Length m Technical Data Value min. Elongation at break 900 % Tensile strength at break 3 N/mm² Dielectric constant 2.8 Dissipation factor (50Hz) Dielectric strength Volume resistivity 42 kv/mm 1 x 10¹³ Ω / m Water absorption 0.05 % Temperature range Min. Max. 40 C 100 C 65

68 premio 1130 fiberglass tape 130 c Self adhesive fibre glass reinforcement, temperature-resistant up to 130 C, coated with warm-hardening silicone adhesive. Characteristics Easy to mark Extreme tear resistance Superior thermal stability Stable core Application Insulation of highly exothermic electrical components Protection of cables during welding and soldering Protection wrapping against radiant heat Material Fibre glass reinforcement Colour(s) white Part No. Type Thickness mm Width mm Premio Length m Technical Data Value min. Elongation at break 8 % Adhesive strength Insulation resistance Dielectric strength 3.8 N-cm 1.5 x 10³ MΩ 12.7 kv/mm max. Long-term heat resistance 130 C 66

69 sealing tape Characteristics Suitable for connections using acrylic and epoxy resin compounds Corrosion-resistant Ozone-resistant Self-fusing Permanently flexible Superior dielectric properties Excellent adherence to metal, glass, rubber and plastic Superior physical properties Synthetic rubber adhesive Application Sealing of cable and conductor interstices Repairing of damaged cable sheaths Water-resistant sealing of cable entry points Dust protection Moisture protection Corrosion protection Material Butyl- /rubber based Colour(s) black Part No. Type Thickness mm Width mm No Length m Technical Data Value Dielectric constant 3.1 Dissipation factor (50Hz) Dielectric strength Volume resistivity 16 kv/mm 1 x 10¹² Ω/ m Water absorption 0.1 % 67

70 copper braid tape Tinned Characteristics Wrinkle-free application to all contours High flexibility Break-proof Application Earthing continuity and earth contactor Electrostatic shielding continuity Semi-conducting continuity for connectors Voltage grading continuity Material Braided tinned copper wires Colour(s) silver Part No. Type Thickness mm Width mm No Length m 68

71 Constant Force Springs Application Enables solder-free electrical connection of metal cable components (screen, armouring, metal sheath) and earthing materials (copper grounding wire, cooper mesh sleeve) For cast resin, heat-shrink and slip-on cable accessories Characteristics Corrosion-resistant Fatigue-proof Guarantees consistent radial contact stress Material Special stainless steel Colour brass Characteristics Part Number Cable-Ø mm External-Ø mm Width mm RF RF RF RF RF RF RF RF

72 Earth Tag Metric Part No. OSET-101/M16 OSET-102/M20 OSET-103/M25 OSET-104/M32 OSET-105/M40 OSET-106/M50 OSET-107/M63 OSET-108/M75 OSET-109/M90 Description M16 Earth Tag M20 Earth Tag M25 Earth Tag M32 Earth Tag M40 Earth Tag M50 Earth Tag M63 Earth Tag M75 Earth Tag M90 Earth Tag For Stainless Steel add /SS to part number Metal Lock Nut Metric Part No. OSLN-M16 OSLN-M20 OSLN-M25 OSLN-M32 OSLN-M40 OSLN-M50 OSLN-M63 OSLN-M75 OSLN-M90 Description M16 Metal Lock Nut M20 Metal Lock Nut M25 Metal Lock Nut M32 Metal Lock Nut M40 Metal Lock Nut M50 Metal Lock Nut M63 Metal Lock Nut M75 Metal Lock Nut M90 Metal Lock Nut For Stainless Steel add /SS to part number Serrated Teeth Washer OSTW-M16 OSTW-M20 OSTW-M25 OSTW-M32 OSTW-M40 OSTW-M50 OSTW-M63 OSTW-M75 OSTW-M90 Teflon Sealing Washer OSSR-M16 OSSR-M20 OSSR-M25 OSSR-M32 OSSR-M40 OSSR-M50 OSSR-M63 OSSR-M75 OSSR-M90 70 Description M16 Stainless Steel Serrated Washer M20 Stainless Steel Serrated Washer M25 Stainless Steel Serrated Washer M32 Stainless Steel Serrated Washer M40 Stainless Steel Serrated Washer M50 Stainless Steel Serrated Washer M63 Stainless Steel Serrated Washer M75 Stainless Steel Serrated Washer M90 Stainless Steel Serrated Washer Description M16 Sealing Washer M20 Sealing Washer M25 Sealing Washer M32 Sealing Washer M40 Sealing Washer M50 Sealing Washer M63 Sealing Washer M75 Sealing Washer M90 Sealing Washer

73 Cable Termination Accessories IP68 NYLON CABLE GLAND UL Approved Nylon 66, 94V-2 IP68 Rating Halogen Free ROHS Compliant Part Number Thread Cable OD: Std Pack MG12 M MG16 M MG20 M MG25 M MG32 M MG40 M MG50 M MG63 M For braided EMC cable Part number Thread Cable OD G16EMC M G20EMC M G25EMC M G32EMC M G40EMC M G50EMC M G63EMC M EMC Lockunt Part number Thread LN16EMC M16 LN20EMC M20 LN25EMC M25 LN32EMC M32 LN40EMC M40 LN50EMC M50 LN63EMC M63 Cable Gland for Flat Cables Part number Thread Cable Width in mm Cable Thick. in mm FG32 M32 Min. 14/27 Max. Min. 4/11.5 Max. FG40 M40 Min. 24/34 Max. Min. 4/11.5 Max. FG50 M50 Min. 29/44 Max. Min. 5/12.0 Max. FG63 M63 Min. 34/50 Max. Min. 5/12.0 Max. 71

74 Metal Non Armoured Cable Gland OSNJ Type APPLICATION Outdoor & Indoor. Industrial cable gland for use with non armoured cables. Protection: IP67 Regulation: According to BS, IEC Material: Brass with Nickle Plated For Stainless Steel add /SS to part number 72 Part No. Entry Thread Size Cable Outer Diameter Thread Length Entry Hole Size Hexagon Dimensions 'H' Shroud Size OSNJ-16AM16 M H24 X 26 OSSH-16(B) OSNJ-16BM16 M H24 X 26 OSSH-16(B) OSNJ-16AM20 M H24 X 26 OSSH-16(B) OSNJ-16BM20 M H24 X 26 OSSH-16(B) OSNJ-20AM20 M H27 X 29 OSSH-20(B) OSNJ-20BM20 M H27 X 29 OSSH-20(B) OSNJ-25A M H32 X 34 OSSH-25(B) OSNJ-25B M H32 X 34 OSSH-25(B) OSNJ-32A M H39 X 41.5 OSSH-32(B) OSNJ-32B M H39 X 41.5 OSSH-32(B) OSNJ-40A M H48 X 51 OSSH-40(B) OSNJ-40B M H48 X 51 OSSH-40(B) OSNJ-50A M H58 X 62 OSSH-50(B) OSNJ-50B M H58 X 62 OSSH-50(B) OSNJ-63A M H73 X 78 OSSH-63(B) OSNJ-63B M H73 X 78 OSSH-63(B) OSNJ-63C M H73 X 78 OSSH-63(B) OSNJ-75A M H85 X 90 OSSH-75(B) OSNJ-75B M H85 X 90 OSSH-75(B) OSNJ-75C M H85 X 90 OSSH-75(B) OSNJ-75D M H85 X 90 OSSH-75(B) OSNJ-90A M H103 X 113 OSSH-90(B) OSNJ-90B M H103 X 113 OSSH-90(B) OSNJ-100A M H112 X 120 OSSH-100(B) OSNJ-100B M H112 X 120 OSSH-100(B) NPT threads available upon request

75 Armoured Cable Gland OSNJ-CW Type APPLICATION Outdoor & Indoor. For use with steel wire armoured cable. Single compression for outer jacket of cable. Regulation: According to BS, IEC Protection: IP66 Material: Brass with Nickle plated For Stainless Steel add /SS to part number Part No. Entry Thread Size Cable Outer Diameter Thread Length Entry Hole Size Armour Range Hexagon Dimensions 'H' OSNJ-CW-16AM16 M /1.25 H25 X 27 OSNJ-CW-16BM16 M /1.25 H25 X 27 OSNJ-CW-16AM20 M /1.25 H25 X 27 OSNJ-CW-16BM20 M /1.25 H25 X 27 OSNJ-CW-20AM20 M /1.25 H31 X 33 OSNJ-CW-20BM20 M /1.25 H31 X 33 OSNJ-CW-25A M /1.6 H36 X 39 OSNJ-CW-25B M /1.6 H36 X 39 OSNJ-CW-32A M /2.0 H45 X 49 OSNJ-CW-32B M /2.0 H45 X 49 OSNJ-CW-40A M /2.0 H55 X 59 OSNJ-CW-40B M /2.0 H55 X 59 OSNJ-CW-50A M /2.5 H68 X 73 OSNJ-CW-50B M /2.5 H68 X 73 OSNJ-CW-63A M /2.5 H82 X 88 OSNJ-CW-63B M /2.5 H82 X 88 OSNJ-CW-63C M /2.5 H82 X 88 OSNJ-CW-75A M /2.5 H98 X106 OSNJ-CW-75B M /2.5 H98 X106 OSNJ-CW-75C M /2.5 H98 X106 OSNJ-CW-75D M /2.5 H98 X106 OSNJ-CW-90A M /3.0 H110 X 120 OSNJ-CW-90B M /3.0 H110 X 120 OSNJ-CW-100A M /3.0 H120 X 130 OSNJ-CW-100B M /3.0 H120 X 130 NPT threads available upon request 73

76 Metal PG Thread Cable Gland OSPG Type DIN Standard APPLICATION Cable Glands according to DIN Standard Material: Brass with Nickle Plated Part No. Entry Thread Cable Outer Thread Length Hexagon Length 'L' Size Diameter Metric PG Dimensions 'H' OSPG-9 PG H19 X OSPG-11 PG H23 X OSPG-13.5 PG H24 X OSPG-16 PG H26 X OSPG-21 PG H31 X OSPG-29 PG H42 X OSPG-36 PG H52 X OSPG-42 PG H60 X OSPG-48 PG H66 X

77 GRP Junction Boxes OSGP Type APPLICATION The OSGP GRP junction boxes have proven their use in many sectors of industry. The OSGP GRP enclosure comprise 5 sizes of enclosure manufactured in Glass Fibre Reinforced Polyester (GRP). This material is highly resistant to contamination from oils, fats, aliphatic and also is suitable for LSOH (low smoke zero halogen) applications. Polyester gives excellent mechanical strength and life expectancy. The OSGP enclosures are suitable for use with in hazardous areas and can be supplied certificates, such as ATEX and IECEx Technical Information / Specifications Material : Glass Fibre Reinforced Polyester (GRP) Area Classification : Zone 1 and Zone 2 Ingress Protection : IP66, IP67 -EN/IEC Wide Operating Temperature : Certificate : ATEX Eex e, IECEx e Impact Resistance : 7Nm (EN50014) Color : RAL9005 Black Toxicity : Low Smoke Halogen-Free V-0 Self Extinguishing, UL94 Gasket : Silicon rubber Mounting : Integral 4.5mm clearance holes moulded into the body Earthing : Optional M6 internal/external earth stud, brass or stainless steel 6 9 Surface Insulation Resistance : 10 Ohm black 10 Ohm, Model Type Type OSGP1 OSGP2 OSGP3 OSGP4 OSGP5 WDU2.5 1*12 1*30 1*20 1*36 1*52 WDU4 1*11 1*28 1*18 1*33 1*48 WDU6 1*11 1*22 1*13 1*27 1*40 (** Terminal block is WDU series or equivalent products.) M20/ NPT1/2" M25/ NPT3/4" M32/ NPT1" W(width)*H(height)*D(depth W H D (** T+B : Top+Bottom, L+R: Left+Right) Weight empty(g) OSGP g OSGP g OSGP g OSGP g OSGP g OSGB1 OSGB2 OSGB3 OSGB4 OSGB5 T + B L+R T + B L+R T + B L+R T + B L+R T + B L+R Individual product data sheets available from CertificatioN: IECEx. ATEX Type Designation: The COMPLETE MODEL No is as follows : OSGP1 4 M O T No. DESCRIPTION SYMBOL DETAIL BASIC MODE OSGP1 122*120* OSGP2 OSGP3 OSGP4 OSGP *120*90 160*160*90 260*160*90 360*160*90 TB SIZE(SQ) SQ 04 4SQ 06 6SQ 10 10SQ 16 16SQ 35 35SQ ENTRY M METRIC THREAD TYPE NPT NPT ENTRY SIZE 0 M16 OR NPT 1/2" 1 M20 OR NPT 1/2" 2 M25 OR NPT 3/4" 3 M32 OR NPT 1" ENTRY SIZE T TOP SIDE B L R BOTTOM SIDE LEFT SIDE REGHT SIDE Q'TY OF 01 1EA ENTRY(EA) 02 2EA 03 3EA EA 75

78 Non Armoured Cable Gland Exd IIC/Exe II/ExtD A21 OSNJ-A2F Type Flameproof & Increased Safety APPLICATION For use with Non armoured cable in hazardous area. Single compression for outer jacket of cable. Protection: Exd IIC/Exe II/ExtD A21, IP67 Suitable for use in Zone1, 2, 21 and 22. Certification: IECEx, Atex Nemko, GOST R Material: Brass with Nickle plated For Stainless Steel add /SS to part number 76 Part No. Entry Thread Size Cable Outer Diameter Thread Length Entry Hole Size Hexagon Dimensions 'H' Shroud Size OSNJA2F-16AM16 M H24 X 26 OSSH-16(B) OSNJA2F-16BM16 M H24 X 26 OSSH-16(B) OSNJA2F-16AM20 M H24 X 26 OSSH-16(B) OSNJA2F-16BM20 M H24 X 26 OSSH-16(B) OSNJA2F-20AM20 M H27 X 29 OSSH-20(B) OSNJA2F-20BM20 M H27 X 29 OSSH-20(B) OSNJA2F-25A M H32 X 34 OSSH-25(B) OSNJA2F-25B M H32 X 34 OSSH-25(B) OSNJA2F-32A M H39 X 41.5 OSSH-32(B) OSNJA2F-32B M H39 X 41.5 OSSH-32(B) OSNJA2F-40A M H48 X 51 OSSH-40(B) OSNJA2F-40B M H48 X 51 OSSH-40(B) OSNJA2F-50A M H58 X 62 OSSH-50(B) OSNJA2F-50B M H58 X 62 OSSH-50(B) OSNJA2F-63A M H73 X 78 OSSH-63(B) OSNJA2F-63B M H73 X 78 OSSH-63(B) OSNJA2F-63C M H73 X 78 OSSH-63(B) OSNJA2F-75A M H85 X 90 OSSH-75(B) OSNJA2F-75B M H85 X 90 OSSH-75(B) OSNJA2F-75C M H85 X 90 OSSH-75(B) OSNJA2F-75D M H85 X 90 OSSH-75(B) OSNJA2F-90A M H103 X 113 OSSH-90(B) OSNJA2F-90B M H103 X 113 OSSH-90(B) OSNJA2F-100A M H112 X 120 OSSH-100(B) OSNJA2F-100B M H112 X 120 OSSH-100(B) NPT threads available upon request

79 Braid and Steel Tape Armoured Cable Gland Exd IIC/Exe II/ExtD A21 E1XF Type Flameproof & Increased Safety Application For use with wire braid cable in hazardous area. Double compression for outer/inner jacket of cable Protection Exd IIC/Exe II/ExtD A21, IP67 Zone1 & Zone2 in hazardous area. Certification IECEx, Atex Nemko, GOST R Material Brass with Nickle plated For Stainless Steel add /SS to part number Available August 2013 Part No. Entry Thread Size(M) Cable Dia Thread Length Entry Hole Size Armour Size Hexagon Dimensions H Inner A Outer B E1XF-16AM16 M /0.8 H25 X 27 E1XF-16BM16 M /0.8 H25 X 27 E1XF-16AM20 M /0.8 H25 X 27 E1XF-16BM20 M /0.8 H25 X 27 E1XF-20a M /0.8 H31 X 33 E1XF-20b M /0.8 H31 X 33 E1XF-25a M /0.8 H36 X 39 E1XF-25b M /0.8 H36 X 39 E1XF-32a M /1.2 H45 X 49 E1XF-32b M /1.2 H45 X 49 E1XF-40a M /1.2 H55 X 59 E1XF-40b M /1.2 H55 X 59 E1XF-50a M /1.2 H68 X 73 E1XF-50b M /1.2 H68 X 73 E1XF-63a M /1.2 H82 X 88 E1XF-63b M /1.2 H82 X 88 E1XF-63c M /1.2 H82 X 88 E1XF-75a M /1.2 H98 X 106 E1XF-75b M /1.2 H98 X 106 E1XF-75c M /1.2 H98 X 106 E1XF-75d M /1.2 H98 X 106 E1XF-90a M /1.6 H110 X 120 E1XF-90b M /1.6 H110 X 120 E1XF-100a M /1.6 H120 X 130 E1XF-100b M /1.6 H120 X 130 NPT threads available upon request 77

80 Wire Armoured Cable Gland Exd IIC, Exe II, ExtD A21. E1WF Type Flameproof & Increased Safety APPLICATION For use with steel wire armoured cable in hazardous area. Double compression for outer/inner jacket of cable Regulation: Exd IIC/Exe II/ExtD A21, IP67 Zone1 & Zone2 in hazardous area. Protection: IECEx, Atex Nemko, GOST R Material: Brass with Nickle plated For Stainless Steel add /SS to part number Available August 2013 Part No. 78 Entry Thread Size Cable Dia Thread Length Entry Hole Size Armour Size Hexagon Dimensions H Inner A Outer B E1WF-16M16 M /1.25 H25 X 27 E1WF-16BM16 M /1.25 H25 X 27 E1WF-16M20 M /1.25 H25 X 27 E1WF-16BM20 M /1.25 H25 X 27 E1WF-20a M /1.25 H31 X 33 E1WF-20b M /1.25 H31 X 33 E1WF-25a M /1.6 H36 X 39 E1WF-25b M /1.6 H36 X 39 E1WF-32a M /2.0 H45 X 49 E1WF-32b M /2.0 H45 X 49 E1WF-40a M /2.0 H55 X 59 E1WF-40b M /2.0 H55 X 59 E1WF-50a M /2.5 H68 X 73 E1WF-50b M /2.5 H68 X 73 E1WF-63a M /2.5 H82 X 88 E1WF-63b M /2.5 H82 X 88 E1WF-63c M /2.5 H82 X 88 E1WF-75a M /2.5 H98 X 106 E1WF-75b M /2.5 H98 X 106 E1WF-75c M /2.5 H98 X 106 E1WF-75d M /2.5 H98 X 106 E1WF-90a M /3.0 H110 X 120 E1WF-90b M /3.0 H110 X 120 E1WF-100a M /3.0 H120 X 130 E1WF-100b M /3.0 H120 X 130 NPT threads available upon request

81 Shrouds OSSH Type DIN Standard APPLICATION For fitting over cable glands Glands in inside or outside applications Material: EPDM CR70 ORDERING CODES: For Armoured Cable Glands (OSNJ-CW, EIWF, EIXF) OSSH-16(A) OSSH-20(A) OSSH-25(A) OSSH-32(A) OSSH-40(A) OSSH-50(A) OSSH-63(A) OSSH-75(A) for Non-Armoured Cable (OSWJ, OSWJAZF) OSSH-16(B) OSSH-20(B) OSSH-25(B) OSSH-32(B) OSSH-40(B) OSSH-50(B) OSSH-63(B) OSSH-75(B) 79

82 Stopping Plug Exd IIC/Exe II/ExtD A21 OSSP-R & OSSP-H Type Flameproof & Increased Safety APPLICATION: To close unused cable gland entries and maintain the flameproof and increased safety integrity of the equipment Protection: Exd IIC/Exe II/ExtD A21, IP66/67 Suitable for use in Zone1, 2, 21 and 22. Certification: IECEx, Atex Nemko, GOST R Material: Brass with Nickle Plated For Stainless Steel add /SS to part number Stopping Plug Metric Part Number Thread Size Thread Length Diameter Stopping Plug PG Part Number Thread Size Thread Length Diameter OSSP-R101/M16 M OSSP-R102/M20 M OSSP-R103/M25 M OSSP-R104/M32 M OSSP-R105/M40 M OSSP-R106/M50 M OSSP-R107/M63 M OSSP-R108/M75 M OSSP-R109/M90 M OSSP-R110/M100 M OSSP-R101/PG7 PG OSSP-R101/PG9 PG OSSP-R101/PG11 PG OSSP-R102/PG13.5 PG OSSP-R103/PG16 PG OSSP-R104/PG21 PG OSSP-R105/PG29 PG OSSP-R106/PG36 PG OSSP-R107/PG42 PG OSSP-R108/PG48 PG Stopping Plug NPT Part Number Thread Size Thread Length Diameter OSSP-R102/NPT1/2 1/2"NPT OSSP-R103/NPT3/4 3/4"NPT OSSP-R104/NPT1 1"NPT OSSP-R105/NPT11/4 1 1/4"NPT OSSP-R106/NPT11/2 1 1/2"NPT OSSP-R107/NPT2 2"NPT OSSP-R108/NPT21/2 2 1/2"NPT OSSP-R109/NPT3 3"NPT OSSP-R109/NPT31/2 3 1/2"NPT Hexagonal Head replace R with H to part number 80

83 Reducer Exd IIC/Exe II/ExtD A21 OSRA Type Flameproof & Increased Safety APPLICATION: Provides a means of connection between cable entry devices and equipment having dissimilar threads. Protection: Exd IIC/Exe II/ExtD A21, IP66/67 Suitable for use in Zone1, 2, 21 and 22 Certification: IECEx, Atex Nemko, GOST R Material: Brass with Nickle Plated For Stainless Steel add /SS to part number Reducer Entry Thread Size Dimensions Part Number Male Female OSRA-101/M1 M20 M16 H25 X 27 OSRA-102/M1 M25 M16 H30 X 33 OSRA-102/M2 M25 M20 H30 X 33 OSRA-103/M1 M32 M16 H38 X 41 OSRA-103/M2 M32 M20 H38 X 41 OSRA-103/M3 M32 M25 H38 X 41 OSRA-104/M1 M40 M20 H45 X 48 OSRA-104/M2 M40 M25 H45 X 48 OSRA-104/M3 M40 M32 H45 X 48 OSRA-105/M1 M50 M25 H55 X 59 OSRA-105/M2 M50 M32 H55 X 59 OSRA-105/M3 M50 M40 H55 X 59 OSRA-106/M1 M63 M32 H68 X 72 OSRA-106/M2 M63 M40 H68 X 72 OSRA-106/M3 M63 M50 H68 X 72 OSRA-107/M1 M75 M40 H82 X 88 OSRA-107/M2 M75 M50 H82 X 88 OSRA-107/M3 M75 M63 H82 X 88 OSRA-101/PM21 PG11 M16 H21 X 23 OSRA-101/PM11 PG13.5 M20 H25 X 27 OSRA-102/PM1 PG16 M16 H25 X 29 OSRA-102/PM2 PG16 M20 H25 X 29 OSRA-103/PM1 PG21 M20 H34 X 37 OSRA-103/PM2 PG21 M25 H34 X 37 OSRA-104/PM1 PG29 M20 H43 X 46 OSRA-104/PM2 PG29 M25 H43 X 46 OSRA-104/PM3 PG29 M32 H43 X 46 Other sizes available upon request Reducer Entry Thread Size Dimensions Part Number Male Female OSRA-102/NM0 1/2"NPT M16 H30 X 33 OSRA-103/NM1 3/4"NPT M20 H38 X 41 OSRA-104/NM1 1"NPT M20 H45 X 48 OSRA-104/NM2 1"NPT M25 H45 X 48 OSRA-105/NM1 1 1/4"NPT M20 H55 X 59 OSRA-105/NM2 1 1/4"NPT M25 H55 X 59 OSRA-105/NM3 1 1/4"NPT M32 H55 X 59 OSRA-106/NM1 1 1/2"NPT M20 H68 X 72 OSRA-106/NM2 1 1/2"NPT M25 H68 X 72 OSRA-106/NM3 1 1/2"NPT M32 H68 X 72 OSRA-106/NM4 1 1/2"NPT M40 H68 X 72 OSRA-107/NM2 2"NPT M25 H82 X 88 OSRA-107/NM3 2"NPT M32 H82 X 88 OSRA-107/NM4 2"NPT M40 H82 X 88 OSRA-107/NM5 2"NPT M50 H82 X 88 OSRA-103/N1 3/4"NPT 1/2"NPT H38 X 41 OSRA-104/N1 1"NPT 1/2"NPT H45 X 48 OSRA-104/N2 1"NPT 3/4"NPT H45 X 48 OSRA-105/N1 1 1/4"NPT 1/2"NPT H55 X 59 OSRA-105/N2 1 1/4"NPT 3/4"NPT H55 X 59 OSRA-105/N3 1 1/4"NPT 1"NPT H55 X 59 OSRA-106/N1 1 1/2"NPT 3/4"NPT H68 X 72 OSRA-106/N2 1 1/2"NPT 1"NPT H68 X 72 OSRA-106/N3 1 1/2"NPT 1 1/4"NPT H68 X 72 OSRA-107/N1 2"NPT 1"NPT H82 X 88 OSRA-107/N2 2"NPT 1 1/4"NPT H82 X 88 OSRA-107/N3 2"NPT 1 1/2"NPT H82 X 88 81

84 Adaptor Exd IIC/Exe/ExtD A21 OSAJ Type Flameproof & Increased Safety APPLICATION: Provides a means of connection between cable entry devices and equipment having dissimilar threads. Protection: Exd IIC/Exe II/ExtD A21, IP66/67 Suitable for use in Zone1, 2, 21 and 22. Certification: IECEx, Atex Nemko, GOST R Material: Brass with Nickle Plated For Stainless Steel add /SS to part number Reducer Entry Thread Size Dimensions Part Number Male Female OSAJ-101/M1 M16 M20 H25 X 27 OSAJ-102/M1 M16 M25 H30 X 33 OSAJ-102/M2 M20 M25 H30 X 33 OSAJ-103/M1 M16 M32 H37 X 40 OSAJ-103/M2 M20 M32 H37 X 40 OSAJ-103/M3 M25 M32 H37 X 40 OSAJ-104/M1 M20 M40 H46 X 50 OSAJ-104/M2 M25 M40 H46 X 50 OSAJ-104/M3 M32 M40 H46 X 50 OSAJ-105/M1 M25 M50 H57 X 61 OSAJ-105/M2 M32 M50 H57 X 61 OSAJ-105/M3 M40 M50 H57 X 61 OSAJ-106/M1 M32 M63 H70 X 75 OSAJ-106/M2 M40 M63 H70 X 75 OSAJ-106/M3 M50 M63 H70 X 75 OSAJ-107/M1 M40 M75 H82 X 89 OSAJ-107/M2 M50 M75 H82 X 89 OSAJ-107/M3 M63 M75 H82 X 89 OSAJ-101/PM1 PG7 M20 H21 X 23 OSAJ-101/PM2 PG9 M20 H21 X 23 OSAJ-102/PM1 PG9 M25 H27 X 30 OSAJ-102/PM2 PG11 M25 H27 X 30 OSAJ-102/PM3 PG13.5 M25 H27 X 30 OSAJ-103/PM1 PG9 M32 H34 X 37 OSAJ-103/PM2 PG11 M32 H34 X 37 OSAJ-103/PM3 PG13.5 M32 H34 X 37 OSAJ-103/PM4 PG16 M32 H34 X 37 Other sizes available upon request 82 Reducer Entry Thread Size Dimensions Part Number Male Female OSAJ-101/NM1 1/2"NPT M20 H25 X 27 OSAJ-102/MN1 M20 1/2"NPT H25 X 27 OSAJ-101/NM1 1/2"NPT M20 H25 X 27 OSAJ-103/NM2 3/4"NPT M25 H30 X 33 OSAJ-103/NM3 3/4"NPT M32 H38 X 41 OSAJ-104/NM3 1"NPT M32 H38 X 41 OSAJ-105/NM4 1 1/4"NPT M40 H48 X 52 OSAJ-106/NM5 1 1/2"NPT M50 H55 X 59 OSAJ-107/NM6 2"NPT M63 H68 X 73 OSAJ-102/N1 1/2"NPT 3/4"NPT H30 X 33 OSAJ-103/N1 1/2"NPT 1"NPT H38 X 41 OSAJ-103/N2 3/4"NPT 1"NPT H38 X 41 OSAJ-104/N1 3/4"NPT 1 1/4"NPT H48 X 52 OSAJ-104/N2 1"NPT 1 1/4"NPT H48 X 52 OSAJ-105/N1 1"NPT 1 1/2"NPT H55 X 59 OSAJ-105/N2 1 1/4"NPT 1 1/2"NPT H55 X 59 OSAJ-106/N1 1 1/4"NPT 2"NPT H68 X 73 OSAJ-106/N2 1 1/2"NPT 2"NPT H68 X 73 OSAJ-107/N1 1 1/2"NPT 2 1/2"NPT H82 X 88 OSAJ-107/N2 2"NPT 2 1/2"NPT H82 X 88

85 Elbow Exd IIC/Exe II/ExtD A21 OSAE Types APPLICATION For application in installation areas with small amounts of space. Lock nut in any position. Protection: Exd IIC/Exe II/ExtD A21, IP67 Suitable for use in Zone1, 2, 21 and 22. Certification: IECEx Material: Brass with Nickle plated For Stainless Steel add /SS to part number Round Type/ Entry Thread Size (M) L1 D d S Siz e Metric NPT OSAE-M OSAE-F OSAE-MF L2 L OSAE-16 M16 1/2" OSAE-20 M20 1/2" OSAE-25 M25 3/4" OSAE-32 M32 1" OSAE-40 M40 1 1/4" OSAE-50 M50 1 1/2" OSAE-63 M63 2" OSAE-75 M75 2 1/2" Ordering Code Examples OSAE-M20(F)XM20(F) M20 Female to M20 Female OSAE-M20(M)XM20(F) M20 Male to M20 Female OSAE-M20(M)XM20(M) M20 Male to M20 Male OSAE-M20(M)XNPT1/2(F) M20 Male to NPT 1/2" Female OSAE-NPT1/2(M)XM20(F) NPT 1/2" Male to M20 Female OSAE-NPT1/2(M)XNPT1/2(M) NPT 1/2" Male to NPT 1/2" Male Phone for all other ordering code combinations as listed in above table 83

86 84

87 85

88 86

89 87

90 88

91 89

92 90

93 91

94 92

95 93

96 94

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102 100

103 101

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108 106

109 107

110 108

111 Cable Termination Accessories Nylon Cable Ties Material Specification: Made from U.L. approved nylon 6/6. Operating Temperature -40 to 85DegC Flambility rating: UL 94V-2. Black Weather Resistant Nylon with Carbonate "A" added for greater resistance to ultra violet in outdoor application. Specification: Made to comply with mil-spec drawing no. MS-3367 tensile strength meet or exceed MIL-S-23190E standard. Approvals: UL approved DVN approved VDE approved GL approved Lloyds Register approved ROHS Compliant Cable Ties - Natural Part Number Description Max. Bundle Min. Loop Tensile Strength Dia Lbs Kg Newtons CT100NT-100 CABLE TIE 100MM X 2.5MM NATURAL CT150NT-100 CABLE TIE 150MM X 3.6MM NATURAL CT200NT-100 CABLE TIE 203MM X 4.8MM NATURAL CT250NT-100 CABLE TIE 250MM X 4.8MM NATURAL CT300NT-100 CABLE TIE 300MM X 4.8MM NATURAL CT370NT-100 CABLE TIE 368MM X 4.8MM NATURAL CT380NTHD CABLE TIE 380MM X 7.6MM NATURAL Cable Ties - Black UV Resistant Part Number Description Max. Bundle Min. Loop Tensile Strength Dia Lbs Kg Newtons CT100BK-100 CABLE TIE 100MM X 2.5MM BLACK CT150BK-100 CABLE TIE 150MM X 3.6MM BLACK CT200BK-100 CABLE TIE 203MM X 4.8MM BLACK CT250BK-100 CABLE TIE 250MM X 4.8MM BLACK CT300BK-100 CABLE TIE 300MM X 4.8MM BLACK CT370BK-100 CABLE TIE 370MM X 4.8MM BLACK CT380BKHD CABLE TIE 380MM X 7.6MM BLACK Cable Ties - Light Duty Part Number Description Max. Bundle Min. Loop Tensile Strength Dia Lbs Kg Newtons CT200LDNT CABLE TIE 203MM X 2.5MM NATURAL CT200MDNT CABLE TIE 203MM X 3.6MM NATURAL CT200LDBK CABLE TIE 203MM X 2.5MM BLACK CT200MDBK CABLE TIE 203MM X 3.6MM BLACK

112 Cable Termination Accessories Stainless Steel Cable Ties KABEX Stainless Steel Cable Ties are Grade 316 Stainless and available in coated or uncoated versions, Standard widths of 4.6 mm or 7.9 mm and available in various lengths. This tie is of a roller-ball design which is self locking and fast & easy to install. It can be tightened by hand or with a special tool. The normal operating range for the roller ball uncoated ties version is -80C to +538C approximately. For coated version normal operating range is -80C to +150C. Fully coated roller ball tie (Patent Pending) is recommended for extreme cold conditions and offshore applications. Coating is non toxic halogen free Polyester. It is available in wide choice of colours. Stainless Steel Cable Ties Type: Roller Ball Grade : SS316 Part Number Description Length mm Width mm Max Bundle Dia mm ST x 4.6mm Stainless Steel Uncoated ST x 4.6mm Stainless Steel Uncoated ST x 4.6mm Stainless Steel Uncoated ST x 4.6mm Stainless Steel Uncoated ST x 4.6mm Stainless Steel Uncoated ST200H 200 x 7.9mm Stainless Steel Uncoated ST360H 360 x 7.9mm Stainless Steel Uncoated ST520H 520 x 7.9mm Stainless Steel Uncoated ST680H 680 x 7.9mm Stainless Steel Uncoated ST1000H 1000 x 7.9mm Stainless Steel Uncoated ST200C 200 x 4.6mm Stainless Steel Coated ST360C 360 x 4.6mm Stainless Steel Coated ST200HC 200 x 7.9mm Stainless Steel Coated ST360HC 360 x 7.9mm Stainless Steel Coated Other sizes available for Coated Versions upon request Minimum Loop Tensile Strength: 4.6 mm width Un-coated (44.5 kg) 100 lbs 7.9 mm width Un-coated (111.2 kg) 250 lbs 4.6 mm width Coated (44.5 kg) 100 lbs 7.9 mm width Coated (55 kg) 120 lbs 110

113 Cable Termination Accessories Copper Lugs D E F B A C G Part No. Standard Part No. Bellmouth Nom Cond. Stud Size DIMENSION AUSTRALIAN TYPE A B C D E F G KL1.5-4 KL1.5-4BM KL1.5-5 KL1.5-5BM KL1.5-6 KL1.5-6BM KL2.5-4 KL2.5-4BM KL2.5-5 KL2.5-5BM KL2.5-6 KL2.5-6BM KL2.5-8 KL2.5-8BM KL4-5 KL4-5BM KL4-6 KL4-6BM KL4-8 KL4-8BM KL4-10 KL4-10BM KL6-5 KL6-5BM KL6-6 KL6-6BM KL6-8 KL6-8BM KL6-10 KL6-10BM KL10-5 KL10-5BM KL10-6 KL10-6BM KL10-8 KL10-8BM KL10-10 KL10-10BM KL10-12 KL10-12BM KL16-6 KL16-6BM KL16-8 KL16-8BM KL16-10 KL16-10BM KL16-12 KL16-12BM KL25-6 KL25-6BM KL25-8 KL25-8BM KL25-10 KL25-10BM KL25-12 KL25-12BM KL35-6 KL35-6BM KL35-8 KL35-8BM KL35-10 KL35-10BM KL35-12 KL35-12BM KL50-6 KL50-6BM KL50-8 KL50-8BM KL50-10 KL50-10BM KL50-12 KL50-12BM KL70-6 KL70-6BM KL70-8 KL70-8BM KL70-10 KL70-10BM KL70-12 KL70-12BM KL70-16 KL70-16BM KL95-8 KL95-8BM KL95-10 KL95-10BM KL95-12 KL95-12BM

114 Cable Termination Accessories Copper Lugs Part No. Standard Part No. Bellmouth Nom Cond. Stud Size DIMENSION AUSTRALIAN TYPE A B C D E F G KL95-16 KL95-16BM KL120-8 KL120-8BM KL KL120-10BM KL KL120-12BM KL KL120-16BM KL KL150-10BM KL KL150-12BM KL KL150-16BM KL KL185-10BM KL KL185-12BM KL KL185-16BM KL240 KL240BM KL KL240-10BM KL KL240-12BM KL KL240-16BM KL300 KL300BM KL KL300-12BM KL KL300-16BM KL400 KL400BM KL500 KL500BM KL630 KL630BM Copper Crimp Links Part No. Nom Cond. Overall Length I.D. KC KC KC KC KC KC KC KC KC KC KC KC KC KC KC KC KC KC

115 Cable Termination Accessories Bootlace Ferrules L1 L D Part Number Wire Size (mm²) Dimensions Colour Pack Size L L1 D BLP025/ Violet 100 BLP034/ Pink 100 BLP050/ White 100 BLP075/ Blue 100 BLP100/ Red 100 BLP150/ Black 100 BLP250/ Grey 100 BLP400/ Orange 100 BLP600/ Green 50 BLP1000/ Brown 25 BLP1600/ Ivory 25 BLP2500/ Black 10 BLP3500/ Red 10 BLP5000/ Blue 10 BLP7000/ Yellow 5 BLP9500/ Red 3 BLP12000/ Blue 3 BLP15000/ Yellow 3 Twin Bootlace Ferrules Part Number Wire Size (mm²) Dimensions Colour Pack Size L L1 D BLPT050/100 2 x White 100 BLPT075/100 2 x Grey 100 BLPT100/100 2 x Red 100 BLPT150/100 2 x Black 100 BLPT250/100 2 x Blue 100 BLPT400/50 2 x Grey 50 BLPT600/25 2 x Yellow 25 BLPT1000/10 2 x Red 10 BLPT1600/10 2 x Blue

116 Cable termination Accessories Insulated Ring Terminals Part No. Cable Size Stud Size Pack Qty RT1.25-3DG/ mm² M3 100 RT1.25-4DG/ mm² M4 100 RT1.25-5DG/ mm² M5 100 RT1.25-6DG/ mm² M6 100 RT1.25-8DG/ mm² M8 50 RT2-3DG/ mm² M3 100 RT2-4DG/ mm² M4 100 RT2-5DG/ mm² M5 100 RT2-6DG/ mm² M6 100 RT2-8DG/ mm² M8 50 RT5.5-5DG/ mm² M5 50 RT5.5-6DG/ mm² M6 50 RT5.5-8DG/ mm² M8 25 Inline Splice Part No. Cable Size Pack Qty ILS1.25DG/ mm² 100 ILS2DG/ mm² 100 ILS5.5DG/ mm² 25 Screw connectors Part No. Description Qty KC1 32A Single Screw Connector 100 KC2 32A Double Screw Connector 50 Spring Clips Part No. Description Qty SC mm Spring Clips 100 SC mm Spring Clips

117 Cable Termination Accessories KM65 Cable Markers KABEX KM65 Cable Markers are a versatile cable marking system for labelling small and large cables, conduits and pipes. Cable Markers with their unique oval shape can slip directly over small cables before termination or slip onto Carrier Strips to suit larger cable or cable bundles. Cable Markers Made of the finest soft grade, strong, durable PVC. KABEX KM65 Cable Markers are resistant to oil, grease and other material erosion. Part Number Marking Suitable Range Width Pack Qty Part Number Marking Suitable Range Width Pack Qty KM65-A A KM65-B B KM65-C C KM65-D D KM65-W W KM65-X X KM65-Y Y KM65-Z Z KM65-E E KM65-F F KM65-G G KM65-H H KM65-I I KM65-J J KM65-K K KM65-L L KM65-M M KM65-N N KM65-O O KM KM KM KM KM KM KM KM KM KM KM65-P P KM65-Q Q KM65-R R KM65-S S KM65-T T KM65-U U KM65-V V KM65-11 / KM KM KM KM65-16 EARTH KM65-17 BLANK Carrier Strips UL Approved Nylon 66 (Black) with flammability rating 94V-2. Cable tie fastening holes to accomodate marker pieces for easy identification of cable runs. W L T Part Number Dimensions Capacity (max. KM65 Pack Qty L W T Markers) KM pcs 100 KM pcs 100 KM pcs 100 KM65-135L pcs

118 Guide to Hazardous Areas 116

119 Guide to Hazardous Areas 117

120 Guide to Hazardous Areas 118

121 Guide to Hazardous Areas 119