Odor Removal Filter Series AMF

Odor Removal Filter Series AMF Series AMF Odor Removal Filter efficiently removes odor in compressed air with an activated carbon element. The unit is designed for use in food processing, pharmaceutical, brewing and breathing systems where odors must be removed. AMF Rated flow (l/min (ANR)) (1) 0 (Nominal size ) Weight (kg) AMF 00 AMF30 00 AMF40 00 AMF0 300 AMF60 6000 AMF 100 1/, 1/ 4, 3/ 1/ 4, 3/, 1/ 2 3/, 1/ 2, 3/ 4 1/ 2, 3/ 4, 1 3/ 4, 1 1, 11/ 2 11/ 2, 2 0.3 0. 0.9 1.4 2.1 4.2. Note 1) Max. flow capacity at a pressure of 0.7MPa. It varies depending on operating pressure.refer to ''Flow Characteristics" p.4.6-29 and figure of "Max. air flow" p.4.6-2. Removes odor and gas ingredients in compressed air. Activated carbon element with large filtration area (14m 2 /g) Easy replacement of element Standing Style/ AMF0 AMF0 AMF00 Rated flow (l/min (ANR)) 00 24000 40000 (Nominal size ) 2 Flange 2 /3 /4 Flange 4 /6 Flange Weight (kg) 0 4 Piping Support Style/ AMF1 Rated flow (l/min (ANR)) 00 (Nominal size ) 2 Flange Weight (kg) 40 AMF1 24000 2 /3 /4 Flange 1 Specifications Fluid Max. operating pressure Min. operating pressure Proof pressure Ambient and fluid temperature Filtration rating Oil mist removal rate Compressed Air 1.0MPa 0.0MPa 1.MPa to 60 C 0.01µm(9% particle size collection) Less than 3. particles 0.3 µm or larger per liter of air (0 particles or less per cubic foot) (Series "AME" should be installed at upstream.) Symbol AMF Accessories Applicable model racket assembly With cap bolt, spring washer (Options) AMF AMF AMF30 AMF40 AMF0 AMF60 AMF M1 M2 M3 M4 M M6 M7 Refer to ''Precautions" on p.4.6-33. 4.6-27

Odor Removal Filter Series AMF How to Order AMF to AMF AMF 03 R ody size 1 1 4 30 3 40 1 2 0 3 4 (Dimension ) 60 1 01 1 1 1 2 02 1 4 Thread 03 3 Rc(PT) 04 1 2 F G(PF) 06 3 4 N NPT 1 14 1 1 2 2 Accessories (Optional) None With bracket Option R IN, OUT reversal Note) Refer to p.4.7-7 regarding How to Order of case assembly. AMF0 to AMF00 (Standing style) AMF 0 AMF1/1 (Piping support style) AMF 1 ody size 0 Shape Standing style 2 Flange 30 3 Flange 40 4 Flange 60 6 Flange ody size With bracket Piping support style 2 Flange 30 3 Flange 40 4 Flange How to Select Select the model in accordance with the following procedure taking the inlet pressure and max. air flow into consideration. (Example) Inlet pressure: 0.6MPa Max.air flow capacity: m 3 /min(anr) q Select the point of contact A of inlet pressure and max.air flow capacity in the graph. w Select the type whose max.air flow capacity is over that point; AMF60. Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point. With a model that has the maximum flow rate line below the obtained intersecting point, the flow rate will be exceeded, thus leading to a problem such as being unable to satisfy the specifications. Max. Air Flow HA AT ID AMG AFF AM Related poroducts 4.6-2

Series AMF Flow Characteristics/Refer to How to Select p.4.6-2 regarding model selection. Note) Compressed air over max. flow line in the table below may not meet the specifications of the product. It may cause damage to the element. Element initial condition AMF 1/ AMF0 3/4 AMF0/1 2 AMF 1/4 AMF60 1 AMF00 4 AMF30 3/ AMF0/1 2 AMF40 1/2 AMF 1 1 /2 4.6-29

Odor Removal Filter Series AMF Construction AMF to AMF60 Component Parts No. Description 1 ody 2 Housing 3 Sight glass Replacement Parts No. Description Material 4 Element assembly With gasket and O ring Glass fiber NR Material Note Aluminum die cast Aluminum die cast Chrome treatment Epoxy coating on inner surface Tempered glass AMF is aluminum casting. AMF AMF-EL AMF AMF-EL AMF30 AMF-EL30 Note) Sight glass is indicated in the figure above for easy understanding of parts, however mounting position is different. Refer to dimensions p.4.6-31 and 4.6-32 for details. Part No. AMF40 AMF-EL40 AMF0 AMF-EL0 AMF60 AMF-EL60 AMF AMF-EL AMF0 to 00 HA AT Component Parts No. q w Description Filter case Cover Replacement Parts Part No. AMF0/0/00 SGP-E: SS400 SS400 No. Description Material e r Element Packing NR O.D.112 t Packing NR X I.D. X T3 1 pc. O.D.26 O.D.21 y Gasket V#600 X I.D.22 X I.D.17 X T3 1 pc. X T3 1 pc. u O ring NR AMF1/1 SGP-E: SS400 SGP-E: SS400 Part No. AMF0 AMF1 AMF0 AMF1 AMF00 63271 63271 63271 3pcs. 63271 3pcs. 63271 pcs. 6314 6314 6314 3pcs. 6314 3pcs. 6314 pcs. 2401G3 1 pc. 2401G3 1 pc. O.D.112 X I.D. X T3 3 pcs. AL- 63S 3 pcs. 2401G3 3 pcs. AL-62S 2401G3 3 pcs. O.D.112 X I.D. X T3 pcs. AL-31S 2401G3 pcs. ID AMG AFF AM Related poroducts 4.6-30

Series AMF Dimensions: AMF to AMF30 (Nominal size ) A AMF 1 /, 1 / 4, 3 / 139 AMF AMF30 1 / 4, 3 / /, 1 / 2 12 14 / 2 / 4 1 1 AMF SAME, #1 AMF SAME, #2 AMF30 SAME, #3 13 13 16 16 19 C 72 92 9 D 63 E 7. 4 4 F 63 G H 146 167 167 19 19 I 6 J 1 17 22 19 Dimensions with mounting bracket K L 9 12 12 14 14 M. 6 6 7 7 N 3 40 40 0 0 O 4 P 70 4 4 0 0 Q 26 2 2 34 34 R 4. S 1.6 2.0 2.0 2.3 2.3 4.6-31

Odor Removal Filter Series AMF Dimensions: AMF40 to AMF HA AT ID AMG AFF AMF40 AMF0 AMF60 AMF Dimensions with mounting bracket A C D E F G H (Nominal size ) I J K L M N O P Q R S 1 2, 3 4 19 0 6 3 6 36 221 2 14 9 1 0 3.2 1 212 22 7 6 3 6 36 221 21 14 9 1 0 3.2 3 4, 1 239 22 12 122 3 122 44 27 30 16 9 0 6 130 60 2 4. 1, 1 2 291 32 167 160 160 314 40 1 11 1 136 4. 11 2, 2 403 42 23 2 2 96 406 30 1 24 13 1 1 2 1 14 6 AMF40 SAME, #4 AMF0 SAME, # AMF60 SAME, #6 AMF SAME, #7 AM Related poroducts 4.6-32

Series AMF Dimensions: AMF1/1/0/0/00 AMF1/1 ORIENTATION Precautions e sure to read before handling. Refer to p.0-26 and 0-27 for Safety Instructions and common precautions on the products mentioned in this catalog, and refer to p.4.0- to 4.0-7 for more detailed precautions of every series. Caution on Design AMF1 AMF1 Connect (Flange) A 2 400 2 /3 /4 6 AMF0/0/00 ø 2 44 øc 6 12 D 0 70 E 300 F 270 G 23 93 H 3 3 J 797 67 Caution q Design the layout so that the mist separator is installed in an area that is less susceptible to pulsations. The element could be damaged if the difference in internal and external pressures exceeds 0.1MPa. w Do not use it with anything other than dry air (such as air containing moisture). e Make sure to install a micromist separator (AMD Series), a micromist separator with a prefilter (AMH Series) or a supermist separator (AME series), on the primary side. r The bracket that is provided with the product is for supporting the product itself. Thus, it cannot support the piping or other items that are connected. If these items need to be supported, provide an additional support. t A Class 2 Pressure Vessel Pressure Resistance Certificate is provided with those below, which are considered to be Class 2 pressure vessels. Make sure to store the certificate in a safe location. Micromist separator AMD0, 00, 1 Mounting ORIENTATION Caution q Verify the direction of the flow of the compressed air and the " " mark that indicates the inlet of the product before connecting. It cannot be used if connected in the opposite direction. w Make sure to install this product on horizontal piping. AMF0 AMF0 AMF00 4.6-33 Connection (Flange) A 2 00 2 /3 /4 7 ø 330 øc D 300 E 70 F 10 G 12 H Anchor bolt M16 X l 400 60 400 300 70 1230 133 24 M X l 00 4 /6 70 74 0 300 13 140 24 M X l 00 e Even if its deodorization performance has not decreased, the replacement interval for the element is when the pressure drop reaches 0.1MPa or after 2 years of operation, whichever comes first. r When the element has reached its replacement interval, replace it immediately with a new element. Replace the O ring, the gasket, and the element with new parts. Maintenance Caution q It is not possible to indicate a definite replacement interval for the element because it varies with the odor concentration of the compressed air. Verify the effective deodorization time. Thereafter, replace the element on a regular basis. w To use the odor remover filter for the first time, verify the effective deodorization time according to the procedure indicated below. 1) Record the date on which the odor remover filter is put into operation. 2) Calculate the total length of time that has elapsed from the time it was put into operation until it has started to emit an oil odor. 3) Use the length of time calculated in step 2) as an approximate effective deodorization time. If changes are made to the operating conditions, the effective deodorization time must be checked again. For notes e and r, refer to the left.