This efficient wall bonnet with integrated supply air directly onto the separators optimises vapour collection.
Fields of application
For exhaust air in kitchens with high air volume
Kitchen bonnets can be combined with technologies for air purification
Function
The supply air is fed via induction supply air nozzles through the integrated
into the bonnet via induction supply air nozzles through the integrated heat-insulated pressure chambers. The resulting stabilised volume flows have an energy-saving effect in the rinsing degree
Use
For exhaust air in kitchens with high air volume
Kitchen bonnets can be combined with technologies for air purification
Technology material
Bonnet body
Stainless steel V2A Chrome-nickel steel material 1.4301
Surface fine ground, K240 brushed
Material thickness in the side panels 1.5 mm
Grease collection trough welded all around grease and condensate tightness
with 3/8″ drain ball valves at deep-drawn discharge point
Separator
Efficiency separator, type A, made of staggered stainless steel half-shells
stainless steel half shells 1.430
Dimensions: 500 x 400 x 25 mm; number adjusted to air volume
Balancing plates in stainless steel 14.301 for filling unused separator area in the separator row
Lighting
Standard lights in LED, 1-lamp, protection class IP54
Flush-mounted in bonnet, with Sekurit glass cover
Installation maintenance
Additional info
Sufficiently temp. supply air is fed directly to the separators.
An amount of 20 % must not be exceeded in this case
Exception according to VDI 2052 (“special case”) possible
Insulation of the pressure chambers with synthetic non-flammable foams
foams, according to DIN EN 16282
Technical data
Length
Cover width in mm/product name
.
Number Seperator
Exhaust air capacity in m³/h (min-max)
.
1500
2000
2100
2200
2400
1200
MHI 1,2_1,5
MHI 1,2_2,0
MHI 1,2_2,1
MHI 1,2_2,2
MHI 1,2_2,4
2
1000 – 1200
1400
MHI 1,4_1,5
MHI 1,4_2,0
MHI 1,4_2,1
MHI 1,4_2,2
MHI 1,4_2,4
2
1000 – 1200
1600
MHI 1.6_1.5
.
MHI 1.6_2.0
.
MHI 1.6_2.1
.
MHI 1.6_2.2
.
MHI 1.6_2.4
.
3
.
1500 – 1800
1800
MHI 1.8_1.5
.
MHI 1.8_2.0
.
MHI 1.8_2.1
.
MHI 1.8_2.2
.
MHI 1.8_2.4
.
3
.
1500 – 1800
2000
MHI 2.0_1.5
.
MHI 2.0_2.0
.
MHI 2.0_2.1
.
MHI 2.0_2.2
.
MHI 2.0_2.4
.
3
.
1500 – 1800
2200
MHI 2.2_1.5
.
MHI 2.2_2.0
.
MHI 2.2_2.1
.
MHI 2.2_2.2
.
MHI 2.2_2.4
.
4
2000 – 2400
2400
MHI 2.4_1.5
.
MHI 2.4_2.0
.
MHI 2.4_2.1
.
MHI 2.4_2.2
.
MHI 2.4_2.4
.
4
2000 – 2400
2600
MHI 2.6_1.5
.
MHI 2.6_2.0
.
MHI 2,6_2,1
.
MHI 2.6_2.2
.
MHI 2.6_2.4
.
4
.
2000 – 2400
2800
MHI 2.8_1.5
.
MHI 2.8_2.0
.
MHI 2.8_2.1
.
MHI 2.8_2.2
.
MHI 2.8_2.4
.
5
2500 – 3000
.
3000
MHI 3.0_1.5
.
MHI 3.0_2.0
.
MHI 3.0_2.1
.
MHI 3.0_2.2
.
MHI 3.0_2.4
.
5
2500 – 3000
.
3200
MHI 3.2_1.5
.
MHI 3.2_2.0
.
MHI 3.2_2.1
.
MHI 3.2_2.2
.
MHI 3.2_2.4
.
6
3000 – 3600
.
3400
MHI 3.4_1.5
.
MHI 3,4_2,0
.
MHI 3.4_2.1
.
MHI 3.4_2.2
.
MHI 3.4_2.4
.
6
3000 – 3600
.
3600
MHI 3.6_1.5
.
MHI 3.6_2.0
.
MHI 3.6_2.1
.
MHI 3.6_2.2
.
MHI 3.6_2.4
.
6
.
3000 – 3600
.
3800
MHI 3.8_1.5
.
MHI 3.8_2.0
.
MHI 3,8_2,1
MHI 3,8_2,2
MHI 3,8_2,4
6
3000 – 3600
4000
MHI 4,0_1,5
MHI 4,0_2,0
MHI 4,0_2,1
MHI 4,0_2,2
MHI 4,0_2,4
6
3000 – 3600
4200
MHI 4,2_1,5
MHI 4,2_2,0
MHI 4,2_2,1
MHI 4,2_2,2
MHI 4,2_2,4
8
4000 – 4800
4400
MHI 4,4_1,5
MHI 4,4_2,0
MHI 4,4_2,1
MHI 4,4_2,2
MHI 4,4_2,4
8
4000 – 4800
4600
MHI 4,6_1,5
MHI 4,6_2,0
MHI 4,6_2,1
MHI 4,6_2,2
MHI 4,6_2,4
8
4000 – 4800
4800
MHI 4,8_1,5
MHI 4,8_2,0
MHI 4,8_2,1
MHI 4,8_2,2
MHI 4,8_2,4
8
4000 – 4800
5000
MHI 5,0_1,5
MHI 5,0_2,0
MHI 5,0_2,1
MHI 5,0_2,2
MHI 5,0_2,4
8
4000 – 4800
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