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AWG 24 – 12   RoHS, Deca BDE http://www.hitechcontrols.com/cables/heat_resistant_cables/silicone/ul_style_3135.html Silicone Single Conductor Cable, 600 V, +200°C/+392°F, Halogen-Free

Cable Construction:

RoHS/Deca BDE http://www.hitechcontrols.com/cables/heat_resistant_cables/silicone/sihf_csi_ul_csa.html Halogen-Free, +150°C/+302°F, 600 V, Two Approvals Silicone Multi Conductor Cable, Copper Shielded, EMI Preferred Type

Cable Construction

Halogen-Free, +150°C/+302°F, 600 V, Two Approvals Silicone Multi Conductor Cable http://www.hitechcontrols.com/cables/heat_resistant_cables/silicone/sihf_ul_csa.html

Application:

UL-CSA approved Silicone cables were designed for use wherever insulation is subjected to extreme temperature changes. They are heat resistant for permanent temperatures up to +180°C/+356°F, and short time for operation to +220°C/+428°F. These cables have great environmental resistance properties and can [...]]]>

Halogen-Free, +150°C/+302°F, 600 V, Two Approvals Silicone Multi Conductor Cable
http://www.hitechcontrols.com/cables/heat_resistant_cables/silicone/sihf_ul_csa.html

Application:

UL-CSA approved Silicone cables were designed for use wherever insulation is subjected to extreme temperature changes. They are heat resistant for permanent temperatures up to +180°C/+356°F, and short time for operation to +220°C/+428°F. These cables have great environmental resistance properties and can be used at temperatures as low as -60°C/-76°F. Silicone cables are halogen-free and are especially suitable for installation in power stations. They have also found their uses in steel producing industries, aviation industry, ship building as well as in ceramic, glass and cement factories.
Due to the elastic characteristics of the conductor insulation, they are used as flexible connection cables.
CE= The product is conformed with the EC Low-Voltage Directive 73/23/EEC and 93/68/EEC.

Cable Construction:

• Tinned copper conductors to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and IEC 60228 cl. 5
• Silicone conductor insulation
• Conductor identification to DIN VDE 0293-308 color coded or black conductors with continuous white numbers
• For 2-conductors brown, blue
• Conductors stranded in layers with optimal lay-length
• Green-yellow earth-conductor (3 conductors and above)
• Outer jacket of silicone
• Jacket color: Preferably black

Properties:

• Advantages: Minimal changes of dielectric strength and the insulation resistance also at high temperatures, high ignition or flash point, in case of fire, forms an insulating layer of SiO₂
• Resistant to high molecular oils, fats from vegetables and animals, alcohols, plasticizers and clophenes, diluted acids, lye and salt dissolution, oxidation substances, tropical influences and weather, lake water, oxygen and UV
• Halogen-free according to DIN VDE 0482 part 267/ EN 50267-2-1/ IEC 60754-1 (equivalent DIN VDE 0472 part 815)
• Behavior in fire no flame propagation test according to DIN VDE 0482 part 265-2-1 / EN 50265-2-1 / IEC 60332-1 (equivalent DIN VDE 0472 part 804 test method B)
• For laying as a fixed installation only in open or ventilated pipe systems as well as in ducts. Otherwise the mechanical properties of the silicon are reduced by the enclosed air at temperatures exceeding +90°C/+194° F.

Technical Data:

• Special silicone multi conductor cable with higher heat-resistance range to UL Style 4476 and CSA AWM II A/B
• Temperature Range VDE -60°C to +180°C (-76°F to +356°F) (up to +220°C/+428°F for short time), UL/CSA, -50°C to +150°C (-58°F to +302°F)

• Nominal Voltage
  VDE U₀/U 300/500 V, UL/CSA U 600 V
• Test Voltage 2000 V
• Breakdown Voltage min. 5000 V
• Insulation Resistance Min. 200 MOhm x km
• Minimum Bending Radius Flexing 7.5x cable Ø Fixed Installation 4x cable Ø
• Radiation Resistance Up to 20×10⁶ cJ/kg (up to 20 Mrad)

The numbers of electrical heating systems continue to increase compared to the long-standing steam and hot water heating systems. Modern connecting systems simplify the use of electrical heating systems for pipes and vessels. Electrical heating systems provide the best assurance for reliable service everywhere where liquid and other media have to be protected against [...]]]> http://www.hitechcontrols.com/cables/heat_resistant_cables/selection_pages/compensating_selection.html

The numbers of electrical heating systems continue to increase compared to the long-standing steam and hot water heating systems. Modern connecting systems simplify the use of electrical heating systems for pipes and vessels. Electrical heating systems provide the best assurance for reliable service everywhere where liquid and other media have to be protected against frost, the temperature shall be maintained at a constant level, or where the temperature of the medium shall be increased. Besides this, there is also the possibility of choosing the most suitable cable from a variety of insulating and jacket materials for specific application needs. The high grade materials in particular, like fluoridated polymeric PTFE, DYNEON-TF FEP and PFA (extremely corrosion and temperature resistant), permit installation and operation of electrical heating systems under extreme conditions. The applications for heating cables and electric tracing systems have evolved from developments for protection against heat, cold and frost, and electrical heating systems are used today to maintain products at temperatures well above their freezing point and at temperatures of 600°C/1112°F and even higher. A wide selection of heating cables, wires and tapes is now available.

http://www.hitechcontrols.com/cables/heat_resistant_cables/multi_core/h05ssf_h05sstf.html

Application Multi conductor cables insulated and shielded with heat resistant silicone rubber without strain relieving elements are used at high temperatures or with contact to hot surfaces. These cables are installed for fixed installation, mechanically protected, for internal wiring of lighting fixtures in industrial application. It is recommended for the application [...]]]>

http://www.hitechcontrols.com/cables/heat_resistant_cables/multi_core/h05ssf_h05sstf.html

Application
Multi conductor cables insulated and shielded with heat resistant silicone rubber without strain relieving elements are used at high temperatures or with contact to hot surfaces. These cables are installed for fixed installation, mechanically protected, for internal wiring of lighting fixtures in industrial application. It is recommended for the application of the apparatus which are moving during the operation with less mechanical stress.
The product is conformed with the EC Low-Voltage Directive 73/23/EEC and 93/68/EEC.

Cable Construction
• Tinned or bare copper conductor, stranded to DIN VDE 0295 cl. 5, BS 6360 cl. 5, HD 383 cl. 5 and IEC 60228
• SiR conductor insulation, cross linked (rubber compound) E I2 to DIN VDE 0207 part 20
• Conductor identification to DIN VDE 0293-308
• Green-yellow grounding, 3 conductors and above
• Conductors stranded in layers with optimal lay-length
• Outer jacket of cross linked EM9 (rubber compound) to HD 22.3 S3 : 1994 / A1 : 1999
• Jacket color: Black (RAL 9005)
• Also available in other jacket colors

Properties
• Behavior in fire: Test of vertical flame-propagation to DIN VDE 0482 part 265-2-1 and DIN EN 50265-2-1, not valid for the cables with polyester braiding (Type H05SST-F)
• Advantages: Minimal changes of dielectric strength and the insulation resistance also at high temperatures
• For laying as a fixed installation only in open or ventilated pipe systems as well as in ducts. Otherwise the mechanical properties of the silicon are reduced by the enclosed air at temperatures exceeding +90°C/+194°F. These cables may be damaged by pulling over sharp-edges or by abrasion during the installation and application. To avoid this, it should be treated with great care during the installation and application of the cable.

Technical Data
• Heat-resistant multi conductor cable to DIN VDE 0282 part 15, HD 22.15 S1
• Temperature Range Fixed Installation -60°C to +180°C (-76°F to +356°F)
(+250°C/482°F for short time)
• Temperature Limit At conductor in operation +180°C/+356°F
• Nominal Voltage U0/U 300/500 V
• Test Voltage 2000 V
• Specific Volume Resistive Min. 200 MOhm x km
• Minimum Bending Radius Flexing 7.5x cable Ø, Fixed Installation 4x cable Ø
• Radiation Resistance Up to 20×106 cJ/kg (up to 20 Mrad)

http://www.hitechcontrols.com/cables/control_cable/pvc/single_602_rc_j_o.html

Special Single Conductor Cable for Drag Chains/Track Cable, +90°C/ +194°F, 600 V *RC = Robotics Cable

Cable Construction

http://www.hitechcontrols.com/cables/control_cable/drag_pvc/multispeed_500_pvc_ul_csa.html

High Flexible, Safety Against High Bending in Drag Chain/Track Cable Systems, Low Torsion, Low Torsion, EMI Preferred Type

Application:

UL/CSA approved HELUKABEL® MULTISPEED 500-PVC are installed where the extreme requirements for the cables are necessary. Designed for the export-orientated machinery manufacturer, specifically [...]]]> PVC Control Cable for Drag Chain/Track

http://www.hitechcontrols.com/cables/control_cable/drag_pvc/multispeed_500_pvc_ul_csa.html

High Flexible, Safety Against High Bending in Drag Chain/Track Cable Systems, Low Torsion, Low Torsion, EMI Preferred Type

Application:

UL/CSA approved HELUKABEL® MULTISPEED 500-PVC are installed where the extreme requirements for the cables are necessary. Designed for the export-orientated machinery manufacturer, specifically for USA and Canada. The selected materials and lay-up technique permit these high flexible cables for permanent application in drag chains for long distances, high and slow speed of movements.
These high flexible PVC control cables are suitable for shift and bending stresses in machines and machine tool constructions. These are installed in dry and moist rooms with free movement without tensile stress or forced movements.

Properties:

• PVC self-extinguishing and flame retardant according to VDE 0482-332-1-2, DIN EN 60332-1-2 / IEC 60332-1 (equivalent DIN VDE 0472 part 804 test method B) VW1, FT1
• Low-adhesion High property of alternating bending strength
• Long life durability due to low friction-resistance
• Better chemical resistance
• Oil resistance High stability Higher economical solution
• Reduced Ø, results low weight of moving materials
• The materials used in manufacture are cadmium-free, contain no silicone and are free from substances harmful to the wetting properties of lacquers

UL-CSA-HAR approved cables http://www.hitechcontrols.com/cables/control_cable/pvc/jz_603.html Flexible, 3 Approvals Control Cable (THREENORM), RoHS, Deca BDE