Liquids

• Standardised GCB-TR-INOX-II models
• Range for heating water or other fluids
• With AISI 316L stainless steel tube heating elements.
• Design temperature 90 ºC

• Standardised GCP-TR-CN models
• Range for heating water
• With nickel-plated copper tube heating elements.
• Design temperature 90 ºC

• Standardised GCP-TR-AC models
• Range for heating oil
• With AISI 321 stainless steel tube heating elements.
• Design temperature 125 ºC

• Standardised GCB-TR-II models
• Range for heating water or other fluids
• With AISI 316L stainless steel tube heating elements.
• Design temperature 90 ºC

• For food industry
• AISI 316L Ø10mm stainless steel pipe.
• Connection box, separators and connection ring in AISI 316L stainless steel.
• Unit surface finish: Electropolished.Watertight connections box, with IP-67 damp protection rating.
• Cable connection lead of 4 wires (3-phases + earth) of 2.5mm2 section and 10,000 mm long.
• Non-toxic blue outer covering of the cable lead suitable for food applications.
• Grey polyamide PG16 stuffing box.
• Class I electric element.

• With very low density load for hydraulic oil groups
• Degree protection against moisture IP66.
• Profile in black aluminum.
• Supports base in galvanized steel with two powerful magnets to fix the resistance to metallic deposits and at the same time to attract metallic particles in suspension.
• Fixed temperature thermostat at 28 °C with differential of 11 °C.
• Silicone hose cable of 3x0,75 mm² with PG9 for tank exit
• PG9 for cable hose.
• Watertight gaskets.
• Optional: If you require, we can supply finished CMG heater with 3/8” pressure connection with metallic mesh of 1200 mm length

• Europa Range
• With 3 stainless steel 321 double loop U-shaped Ø8 elements
• Without sheath for thermostat

• Europa range
• Threaded Stainless Steel 321 M77x2
• With 3 Stainless Steel 321L U-Shaped Ø10 Elements
• Comes with sheath for thermostat

Threaded brass M77x2 or 2’’1/2 BSP plug with 3 nickeled copper u-shaped Ø16 elements, comes with sheath for thermostat