Automobile painting heat dry facility

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Application

Automobile Painting Heat Dry Facility

· Paint Drying System (Standard)

Model		ICE 01ST	NEP, Excellent Procurement Product
Booth Size (Booth interior size)		Basic Width 4.5M × Length 7M × Height 2.8M	On site survey
Elec. Capacity		36㎾/HR (MAX)
Power		380V or 220V 3 Phases 4 lines
Technical Spec.	HS Module	Explosion-proof, 3 kw
	WG Module	TAPE TYPE
	Controller	4 PART pre-heat/dry time, temperature setting available

- This specification is subject to change for performance improvement without advanced notice.

Special Strong Points

Comparison of HSWG facility with an existing facility in an automobile maintenance shop.

Facility Item	Heat blow drying facility	Applied facility (Operating from 2006 to present at Deocksan 1 grade General maintenance)	Electromagnetic wave heat dry system
Facility Item	Heat blow drying facility		Halogen(near infrared)	Far infrared heat plate
Inner dimension of dry booth	85m2(4.5M(width)x7M(length)x2.7M(height)
Fuel cost (1Charge (1 charge: one automobile & parts heat dry)	13,200won 22×0.5×1200 (Diesel burner capacity/total heat generated(ℓ) x 1 charge dry time(h)xDiesel price per hour(won) *Diesel burner capacity -200,000㎉/hr	1,620won 36×0.5×90 (HS module capacity(kw)x 1 charge dry time(h)x electricity charges(won))	1,620won 36×0.5×90 (HS module capacity(kw)x 1 charge dry time(h)x electricity charges(won))	1,620won 36×0.5×90 (HS module capacity(kw)x 1 charge dry time(h)x electricity charges(won))
Fan, Vent (Electricity charges for 1 charge)	877won(10KW) 19.5×0.5×90 (Fan 8.25 kw +vent. 11.25 kw)x 1 charge running time x electricity charges)	0won 19.5×0 (Fan 8.25 kw +vent. 11.25 kw)x 1 charge running time x electricity charges)	0won 19.5×0 (Fan 8.25 kw +vent. 11.25 kw)x 1 charge running time x electricity charges)	0won 19.5×0 (Fan 8.25 kw +vent. 11.25 kw)x 1 charge running time x electricity charges)
Pre-heat between charge	Possible	Possible	Illegal(inoperative when painting)	Possible
Dry Time	30minutes	30minutes	30minutes	30minutes
Quality after drying	Average (Convective heat transfer dries painted film first, which produces pin holes)	Excellent (Improved quality after drying by resolving difficulties in heat blow, electromagnetic wave, and vacuum dry technology)	Abnormal - Difficult to heat evenly on a large area of the object - Abnormal heat quality due to big difference of temperature in the object - Carbonizing surface and air bubbles when heating rapidly	Average (Use with fuel for partial drying owing to short distance of far infrared and lower thermal efficiency)
Work Process	Pre-heating->entering-> heat dry->cooling->Exit	Pre-heating->entering-> heat dry->Exit	Pre-heating->entering-> heat dry->Exit	Not shown on-screen (※Other product applications are the same.)
Work Environment (Safety & Health)	Vulnerable (fire hazard & heated air inhaling workers)	Excellent (certified explosion-proof and cool air)	Illegal (fire explosion hazard)	Vulnerable(certified explosion-proof, however heated air inhaling workers)
Atmosphere Environment (Greenhouse gases Emissions)	1 toe/charge	0.00387toe/charge	0.00387toe/charge	0.00387toe/charge

Application

HSWG heat dry system ICECO english official website