BVB Srl Zona industriale Miralbello s/n
61047 S. Lorenzo in Campo (PU) Italy
Tel. +39 721.776193/774776
Fax +39 721.776636
email info@bvb-srl.com
azienda BVB: componenti per frigoriferi azienda BVB: componenti per frigoriferi azienda BVB: componenti per frigoriferi
 
Products: GS SERIES FILTERS
 
The new BVB's GS series represents the best approach to the mechanical protection and moisture removal inthe refrigerant circuits.
The new necessities relevant to the high efficiency and the perfect internal cleanliness of the systems, make compulsory the use of components having a high quality standard and proper performances, as the BVB's GS filters have.

A modern design, the use of top quality components, an automatic and costant production layout and the accurate quality controls are the factors making the GS series filters a product of indisputqble quality, perfectly suitable to any type of refrigerating system. Only a certified Company, as BVB are, can guarantee this.

BVB's GS series are available in a wide range of volumes and connections.
BVB are available to value any specific necessity of the customers.


Threaded connections
-
Volume cc
Thread in incs
CODE
Assorption gr H2o
032
52
1/4
GS/050AF001
6,4
033
52
3/8
GS/050BF002
6,4
052
83
1/4
GS/080AF003
10,3
053
83
3/8
GS/050BF004
10,3
082
135
1/4
GS/130AF005
16,7
083
135
3/8
GS/130BF006
16,7
084
135
1/2
GS/130CF007
16,7
162
260
1/4
GS/250AF008
32,2
163
260
3/8
GS/250BF009
32,2
164
260
1/2
GS/250CF010
32,2
165
260
5/8
GS/250DF011
32,2
304
520
1/2
GS/500CF012
64,5
305
520
5/8
GS/500DF013
64,5
414
690
1/2
GS/670CF014
85,6
415
690
5/8
GS/670DF015
85,6
416
690
3/4
GS/670EF016
85,6
417
880
7/8
GS/850FF017
109,1

Connections to weld
-
Volume cc
Connections in incs
CODE
032s
52
1/4
GS/050AP002
032,5s
52
5/16
GS/050AP004
033s
52
3/8
GS/050AP006
052s
83
1/4
GS/080AP008
-
83
5/16
GS/080AP010
053s
83
3/8
GS/080AP012
082s
135
1/4
GS/130AP014
083s
135
5/16
GS/130AP016
084s
135
3/8
GS/130AP018
162s
260
1/4
GS/250AP020
-
260
5/16
GS/250AP022
163s
260
3/8
GS/250AP024
Connections to weld
Connections in mm
CODE
Assorption
gr H2o
6
GS/050AM005
6,4
8
GS/050AP004
6,4
10
GS/050AM015
6,4
6
GS/080AM020
10,3
8
GS/080AP010
10,3
10
GS/080AM030
10,3
6
GS/130AM035
16,7
8
GS/130AP016
16,7
10
GS/130AM045
16,7
6
GS/250AM050
32,2
8
GS/250AP022
32,2
10
GS/250AM060
32,2

Why the BVB's GS series filter?


1) copper flashed connections. The thick layer of copper assures the best protection against rust and makes easier the brazing operations without deoxidizer.
2) Over-sized connections. To provide a better mechanical strength and improve the loss of heat coming from the brazing operations.
3) Epoxidic paint. To guarantee a salt spray test resistance of more than 1000 hours.
4) Tapered compression spring. To avoid any contact with the filter body which is the cause of noise and vibrations.
5) Dehydrating compound made only by 3A molecular sieves and active Alumina (10%), to remove completely any moisture or acid compounds from the circuit, the dehydrating material is perfectly compatible with the CFCs, HCFCs, HFCsand the relevant lubrificating oils.
6) Double filtering system. To keep the solid impurities, made by metallic fabric having a filtering degree of 143 microns.

 


Moreover: All the GS series filter are submitted to leak test made by dry air or nitrogen at a pressure of 28 bar and sealed by special double sealing rubber caps to assure a perfect protection in any condition of transport/handling/storage.
In the GS series filters, the volume of the dehydrating compound is oversize in order either to compensate the active Alumina reduced absorption capacity or to comply with necessity of the new refrigerant gases to be highly dehydrated.
The double filtering system with a filtering degree of 143 microns guarantees with low pressure drop a suitable filtration for almost all the applications and an extremely reduced flow resistance. However, on the request, the filtering degree of the GS series filters can be increased up to 30 microns, by adding a thin disk made by amorphous fibres. This material, coming from recent researches, allows to reduce at the minimum the flow resistance in the filter.