Model NO.
Non-standard
Coating
Painting
Airflow Direction
Fully Undershot-type
Heating Mode
Direct Firing
Paint Mist Treatment
Dry-type
Condition
New
Control System
Inverter Control System
Technology
German Technology
Touching Screen
Yes
PLC Controller
Yes
Energy-Saving System
Cross Plate Heat Exchangers
Energy-Saving Circuitry
Yes
Transport Package
Export Professional Packages
Specification
7000X4000X3000mm(LXWXH)
Trademark
INFITECH
Origin
Guangdong, China
HS Code
8419899090
Production Capacity
100sets/Year
After-sales Service:
24 Hours After Service
Warranty:
2 Years
Type:
Coating Production Line
Certification:
CCC, CE
Substrate:
Steel
Brand:
Infitech
European Standard Paint Spray Booth with Heat-Recovery System
Certification: CE
Management Certification: ISO9001:2000
Warranty: 2 Years
Parameters:
Energy-saving Hints
The spray booth itself is generally the largest energy user, since great volumes of pre-heated fresh air will have to be supplied to make up for contaminated exhaust air. These air volumes cannot be reduced at will, since health and safety standards set down by law have to be observed. A paint spray booth must provide adequate air exchange in order to control the concentration of flammable vapors.
**Direct firing with gas line burners
The advantages are short heat-up times, exact temperature regulation (broad regulation range
of 30:1), low maintenance effort. Quick heating also makes for shorter drying periods.
**Heat recovery
Cross plate heat exchangers are recuperative; moisture is not recovered.The heat passes through thin plates, with recovery levels of up to 38%.The air streams are strictly separated. Whenever solvents are used, the intake and exhaust streams have to be kept absolutely separate. That frequently makes the cross plate heat exchanger the perfect solution. The amortization period is short, often less than two years.
**Energy-saving circuitry
This circuitry offers the capability to reduce energy consumption to a minimum during breaks in operations or while setting up parts for finishing. The mechanism is triggered by hanging up the spray gun. Minimizing exhaust air reduces the energy required for heating the make-up air. Such circuitry is available in two versions. The first is an economical pneumatic damper control for smaller systems. The second is electrical control of the motors via the switchgear cabinet; here a frequency inverter is used to regulate the fresh air supply and exhaust fans.
Project Design Process
Management Certification: ISO9001:2000
Warranty: 2 Years
Parameters:
| Airflow | Internal Size(mm) | External Size(mm) | Heating Modes | Inlet/Exhaust fan | LED Ceiling Lights | LED Side lights | Empty Loaded Air Speed |
| Full downdraft | 7000X4000X2800 | 7110x5760x3810 | Gas | 2X11KW | 8 set/4X24W | 8 set/2X24W | 0.32 m/s |
| 8000X4000X2800 | 8110X5760X3810 | Gas | 2X11KW | 8 set/4X24W | 10 set/2X24W | 0.28 m/s | |
| 9000X4000X2800 | 9110X5760X3810 | Gas | 2X11KW | 10 set/4X24W | 12 set/2X24W | 0.25 m/s |
Energy-saving Hints
The spray booth itself is generally the largest energy user, since great volumes of pre-heated fresh air will have to be supplied to make up for contaminated exhaust air. These air volumes cannot be reduced at will, since health and safety standards set down by law have to be observed. A paint spray booth must provide adequate air exchange in order to control the concentration of flammable vapors.
**Direct firing with gas line burners
The advantages are short heat-up times, exact temperature regulation (broad regulation range
of 30:1), low maintenance effort. Quick heating also makes for shorter drying periods.
**Heat recovery
Cross plate heat exchangers are recuperative; moisture is not recovered.The heat passes through thin plates, with recovery levels of up to 38%.The air streams are strictly separated. Whenever solvents are used, the intake and exhaust streams have to be kept absolutely separate. That frequently makes the cross plate heat exchanger the perfect solution. The amortization period is short, often less than two years.
**Energy-saving circuitry
This circuitry offers the capability to reduce energy consumption to a minimum during breaks in operations or while setting up parts for finishing. The mechanism is triggered by hanging up the spray gun. Minimizing exhaust air reduces the energy required for heating the make-up air. Such circuitry is available in two versions. The first is an economical pneumatic damper control for smaller systems. The second is electrical control of the motors via the switchgear cabinet; here a frequency inverter is used to regulate the fresh air supply and exhaust fans.
Project Design Process
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