– Strength: ensured by an original and simple design which guarantees the elements
almost unbreakable;
– Shape retention: due to the particular elasticity of the grids, and the general elasticity of the complete assembly. The units are capable of withstanding vibration, shocks and temperature variations without any permanent deformation;
– Lightness: due to the use of grids with low thicknesses but very large cooling surface;
– Non-oxidization: assured by the use of the best available stainless steel. This makes these resistors particularly suitable for use in tropical climates or in very polluted ambience;
– Interchangeability: results from an accurate assembling system which permits changes or additions of elements without disassembling the complete unit.

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	Total weight [g]	Active weight [g]	Energy Dt=4°C [Kj]	Inductance [µH]	Active area [cm2]	Continuous power Dt=400°C [w]			Min Value [ohm]	Max Value [ohm]
						Open exec.	Enclosed	Forced vent.
CL GRIDS
CL6	340	290	60	< 0.5	1120	700	350	1200	0.05	1.7
CL8	420	390	80	< 0.5	1120	800	400	1500	0.038	1.3
CL10	520	480	100	< 0.5	1120	800	400	1500	0.03	1
CL15	750	720	150	< 0.5	1120	800	400	1500	0.02	0.7
CL20	1000	960	200	< 0.5	1120	800	400	1500	0.015	0.5
RL GRIDS
RL6	780	675	135	< 0.5	2600	1600	800	2500	0.06	4
RL8	1100	900	180	< 0.5	2600	1600	800	3000	0.045	3
RL10	1250	1120	230	< 0.5	2600	1600	800	3000	0.036	2
RL15	1800	1680	345	< 0.5	2600	1600	800	3000	0.024	0.8
RL20	2400	2240	460	< 0.5	2600	1600	800	3000	0.018	0.5

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Temperature rise DT in relation to the continuous rating
		N.B. For open type resistances the temperature is measured on the middle point of an internal grid of the assembly. For enclosed type natural air cooled resistances a three-storeyed enclosure has been considered. Red: Enclosed resistors  Blue: Open resistors

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Introduction | Main application | Main Features
Identification of enclosures | Other resistors | Some references