CARTRIDGE HEATERS
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ELECTRIC HEATING

STANDARD CARTRIDGE HEATERS Standard cartridge heaters are manufactured according to high density technology. NH 5 to 10 mm This technology requires a H7 bore fit (see page 12) Maximum Watt density over the surface of the cartridge can reach 50 W/cm², under specific conditions. Rated Wattage: from 75 to 2500 Watt Rated Voltage: 230 V AC single phase Stainless steel sheath. Ceramic end cap protecting the connection leads. Standard connection leads; flexible multi strands, nickel core wire with fiberglass silk silicone impregnated insulation. Tolerance over the length: L<100 mm: +/- 2 mm L>100...

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Vermogen (Watt)

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number

STANDARD CARTRIDGE HEATERS Diameter Ø (mm) Power (Watt) Article number Power (Watt) Article number • All these cartridge heaters can be fitted with specific accessories and connection types.

ASSEMBLY RECOMMENDATIONS Boring and fit of standard cartridge heaters In order to facilitate the heat transfer between the cartridge heater and the mass to be heated, a bore with an H7 tolerance is recommended Non contractual picture Nominal boring diameter (mm) Standard cartridge heaters require a H7 bore fit. However, when needed for applications with high watt density or high temperature requirements, fitting tolerances can be tighter. Assembly recommendations In order to improve heat transfer, some basic cares should be taken. For further details, see our technical assembly section. •...

CONNECTION TYPES FOR STANDARD HEATERS Straight connections Flexible wires, nickel conductor, fiberglass insulated, designed to support a maximum operating temperature of 350°C (except for CCT.4). 2-insulated wires connection are made of: • nickel flexible core • silicon fiberglass insulation Voltage of utilisation 300/500 Volt Test Voltage 2000 Volt Continuous operation temperature from -60°C to +350°C maximum. Temperature for a short time: +400°C (Fitted on a standard cartridge element) NH 5 to 10 mm Standard Voltage: 230 Volt (220/240 Volt) Standard leads length: 250 mm (flexible...

CONNECTION TYPES FOR STANDARD HEATERS Nickel leads with silicone fiberglass oversleeve, insulate wires to temperatures of 320°C. wire section in mm² Max. outside lead connection without head (option 29) Minimum wattage at 230 Volts for a length of: Diameter Maximum Wattage for a Voltage of: Diameter 1035 Watt 1265 Watt 2001 Watt 2484 Watt 1035 Watt 1035 Watt 1610 Watt 2530 Watt 3220 Watt 230 Volt outside lead connection without head (option 29) 230 Volt tri outside lead connection without head (option 29) 400 Volt (standard) 400 Volt tri outside lead connection without head (option 29)...

OPTIONS FOR STANDARD CARTRIDGE HEATERS CERAMIC BEADS INSULATION - CCT.1 Ø length beads length wire Ceramic beads protect the leads and are suitable for high working temperatures in excess of 350°C. The diameter of the ceramic beads is indicative, it will depend on the diameter of the leadwires. ØCCHC FLEXIBLE METALLIC CONDUIT - CCT.2 (FMC) length length wire 6.35 mm ≤ Ø cartridge ≤ 10 mm: C type length length wire 12.5 mm ≤ Ø cartridge ≤ 16 mm: B type length wire FMC : Flexible Metallic Conduit in galvanised steel, crimped or silver brazed, depending on the diameter of the cartridge heater....

OPTIONS FOR STANDARD CARTRIDGE HEATERS BRAID - CCT.3 ØA Galvanised steel braid. They are suitable for a good mechanical protection. ØCCHC Compatible with thermocouple Compatible with ground wire CONNECTION WITH A MULTICONDUCTOR CABLE - CCT.4 No compability with a thermocouple Copper cable silicone insulated, 2 wires + earth, Tmax: 180°C. Brazed waterproof assembly. Silicone seal. ØCCHC Max. power at 230 Volt (Watt)

OPTIONS FOR STANDARD CARTRIDGE HEATERS 90° bent connections • Flexible wires, nickel core, fiberglass insulated, designed to support a maximum operating temperature of 350°C. • Copper elbow brazed with silver. • FMC: Flexible metal conduit made of galvanised steel, crimped or silver brazed, depending of the cartridge heater. BENDED EXIT - CCT.5 C length Compatible with thermocouple No No Yes Yes Yes Yes Compatible with ground wire No No No No No No BENDED FLEXIBLE METALLIC CONDUIT - CCT.6 C length 5 á 8 mm Ø

OPTIONS FOR STANDARD CARTRIDGE HEATERS ØCCHC Compatible with thermocouple No Compatible with ground wire No 90° square block connections • Flexible wires, nickel core, fiberglass insulated, designed to support a maximum operating temperature of 350°C. • Copper elbow brazed with silver. • Flexible metal conduit made of galvanised steel. Compatible with thermocouple No Yes Yes Yes Yes Yes Compatible with ground wire Yes Yes Yes Yes Yes Yes FLEXIBLE METAL CONDUIT - CCT.8 ØA Compatible with thermocouple Compatible with ground wire

OPTIONS FOR STANDARD CARTRIDGE HEATERS RIGHT ANGLE BRAID LEADS - CCT.9 ØA length B ØA Leadwires braided with galvanised steel. Sealed with plasma non-watertight ØCCHC Compatible with thermocouple No No Yes Yes Yes Yes Compatible with ground wire Yes Yes Yes Yes Yes Yes CONNECTION WITH A MULTICORE CABLE - CCT.10 ØA length no compatible with a thermocouple Copper cable silicone insulated, 2 wires + earth, Tmax 180°C. Brazed waterproof assembly. Silicone seal. Brazed watertight mounting. ØCCHC 6.35 - 6.5 mm 8 mm 9.52 - 10 mm 12.5 - 12.7 mm 15.87 - 16 mm 19.05 - 20 mm 1170 Watt 1170 Watt 1170...