Stego CS 028 / CSL 028 | 150W TO 400W Fan Heater

Código: CS 028 / CSL 028 | 150W TO 400W

Marca: Stego

Heating element	PTC resistor - temperature limiting
Axial fan, ball bearing	air flow, free flow CS 028: 13.8m³/h CSL 028: 45m³/h (230VAC), 54m³/h (120VAC) service life 40,000h at +40°C (+104°F)
Connection	2-pole clamp max. 2.5mm² (CSL 028 with strain relief), clamping screw torque 0.8Nm max.
Casing	plastic according to UL94 V-0, black
Mounting	clip for 35 mm DIN rail, EN 60715 or screw fixing (Ø 5.3mm)
Fitting position	vertical airflow (air outlet up)
Dimensions	see drawings
Operating/Storage temperature	-45 to +70°C (-49 to +158°F)
Operating/Storage humidity	max. 90% RH (non-condensing)
Protection type/Protection class	IP20 / II (double insulated)
Note	other voltages on request

FAN HEATER CS 028

Art. No. clip fixing	Art. No. screw fixing	Operating voltage	Heating capacity¹	Inrush current max.	Recommended pre-fuse T (time-delay)	Weight (approx.)	Approvals
02800.0-00	02800.0-01	230VAC, 50/60Hz	150W	12.0A	10.0A	0.3kg	VDE	UL File No. E234324	EAC
02800.9-00	02800.9-01	120VAC, 50/60Hz	150W	6.0A	10.0A	0.3kg	-	UL File No. E234324	EAC

FAN HEATER CSL 028

Art. No. clip fixing	Art. No. screw fixing	Operating voltage	Heating capacity¹	Inrush current max.	Recommended pre-fuse T (time-delay)	Weight (approx.)	Approvals
02811.0-00	02811.0-01	230VAC, 50/60Hz	250W	9.0A	10.0A	0.5kg	VDE	UL File No. E234324	EAC
02810.0-00	02810.0-01	230VAC, 50/60Hz	400W	15.0A	16.0A	0.5kg	VDE	UL File No. E234324	EAC
02811.9-00	02811.9-01	120VAC, 50/60Hz	250W	6.0A	10.0A	0.5kg	-	UL File No. E234324	EAC
02810.9-00	02810.9-01	120VAC, 50/60Hz	400W	9.0A	10.0A	0.5kg	-	UL File No. E234324	EAC

¹ at +20°C (+68°F) ambient temperature

ACCESSORY PART FOR FAN HEATER CSL 028

Air duct for improved heat distribution

The air duct is an accessory part for use with the fan heater CSL 028. It can easily be clipped onto the protective grille of the fan heater without use of any tools, and diverts the exiting warm air by 45°. This results in an overall improved heat distribution within an enclosure or cabinet. The temperature above the protective grille is reduced by up to 20 °C (measured 100 mm above protective grille) and may make the use of a heat conduction plate obsolete.