Series BVF/BVC Refrigerant Dryers - Boge

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Refrigerant Dryers

Installation instructions
To install the standard designed dryers, the room and/or ambient temperature may not exceed 120°F and not fall below 35°F. Sufficient clearance must be provided on all sides of the dryer to ensure good cooling air circulation. A suitably dimensioned drainage pipe must be installed to remove condensate.

Design conditions
The flow capacity rate is determined in relation to the air intake condition of the compressor (70°F and 14.7psi): Compressed air temperature 100°F (max. 140°F possible), operating pressure 100psi, ambient temperature 80°F (max. 120°F possible), pressure dew point 38°F (higher dew points possible).

Options

Standard bypass line
Special voltages

Flow Capacity: 10 - 2000 cfm

RELIABLE PRESSURE DEWPOINT
The all new BVF series dryers are built with a variable flow heat exchanger, which allows desired dewpoint performance regardless of flow variations. Typically, other dryers with mechanical moisture separators lose performance as compressed air velocities decrease substantially or increase.

ENERGY EFFICIENT
All Dryers are characterized by their extremely low pressure differential due to the 1-2-3 punch in eliminating moisture from the air-stream. This low pressure loss across the dryer results in savings for our customers. For every 2-psi drop that is prevented the dryer saves 1% in energy costs. The BVF series dryer therefore realizes savings where potentials are highest and at the same time develops further savings potential that traditional dryers cannot reach.

ENVIRONMENTALLY FRIENDLY COOLANT
The R134a refrigerant does not have any ozone depleting characteristics. It is safe for normal handling as it is non-toxic, non-flammable and non-corrosive. The BVC units use environmentally friendly R-407c refrigerant. That, in conjunction with the use of recyclable materials and the built-in energy efficiency provides a true environmentally friendly product for the drying of compressed air.

The most efficient method of drying compressed air:
when compressed air is cooled near to freezing point, water and oil vapors create condensate. This method of drying is expensive to the end user as it uses energy and creates pressure losses. Because of its energy saving components, BVF series is capable of substantially reducing such costs over the entire lifetime of the compressed air system by combining savings potentials with maximum reliability.

Model	m³/min	cfm	psig	bar	psig	kW	hp	kW	hp		m³/h	cfm	In.	lbs.
Model	Flow Capacity		Max. Operating Pressure	Pressure Differential At full load		Electrical Power Consumption		Installed Power		Compressed Air Connection	Cooling Air Requirement		Dimensions H x W x D	Weight
BVF-10	0.28	10	200	0.34	5	0.15	0.20	0.37	0.49	1/2"	399	235	15 x 16 x 16	71
BVF-15	0.42	15	200	0.34	5	0.15	0.20	0.37	0.49	1/2"	399	235	15 x 16 x 16	74
BVF-25	0.71	25	200	0.34	5	0.15	0.20	0.37	0.49	1/2"	399	235	15 x 16 x 16	76
BVF-40	1.13	40	200	0.34	5	0.24	0.25	0.60	0.80	3/4"	425	250	15 x 16 x 16	78
BVF-50	1.42	50	200	0.34	5	0.24	0.25	0.60	0.80	3/4"	425	250	15 x 16 x 16	80
BVF-60	1.70	60	200	0.34	5	0.24	0.33	0.86	1.15	3/4"	425	250	15 x 16 x 16	102
BVF-75	2.12	75	200	0.34	5	0.24	0.33	0.86	1.15	1"	425	250	22 x 24 x 18	124
BVF-100	2.83	100	200	0.34	5	0.52	0.5	1.33	1.80	1"	510	300	22 x 24 x 18	138
BVF-125	3.54	125	200	0.34	5	0.71	0.75	1.72	2.30	1"	765	450	22 x 24 x 18	156
BVF-150	4.25	150	200	0.34	5	0.71	0.75	1.72	2.30	1"	765	450	22 x 24 x 18	162
BVF-200	5.66	200	200	0.34	5	0.99	1	1.98	2.65	1 1/2"	1206	710	30 x 36 x 25	240
BVF-250	7.08	250	200	0.34	5	1.11	1.25	3.10	4.15	1 1/2"	1818	1070	30 x 36 x 25	332
BVF-300	8.50	300	200	0.34	5	1.40	1.5	3.58	4.80	2"	1818	1070	30 x 36 x 25	345
BVF-400	11.33	400	200	0.34	5	1.56	2	4.85	6.50	2"	3687	2170	45 x 34 x 45	567
BVF-500	14.16	500	200	0.34	5	2.30	3	6.53	8.75	2"	3687	2170	45 x 34 x 45	582
BVF-600	17.00	600	200	0.34	5	2.92	3.5	6.76	9.05	3"	3687	2170	45 x 34 x 45	598
BVF-800	22.65	800	200	0.34	5	2.92	5	6.81	9.13	3"	7204	4240	48 x 38 x 64	790
BVF-1000	28.32	1000	200	0.34	5	3.39	6	6.84	9.15	3"	7204	4240	48 x 38 x 64	800
BVF-1200	33.98	1200	200	0.34	5	4.03	7.5	10.98	14.70	3"	8325	4900	48 x 38 x 64	852
BVC-1250*	35.40	1250	200	0.34	5	5.97	8.5	5.60	7.50	3"	8325	3600	60 x 26 x 81	1450
BVC-1600*	45.31	1600	200	0.34	5	7.46	10	7.7	9.25	4" FLG	9175	4400	60 x 26 x 81	1700
BVC-2000*	56.63	2000	200	0.34	5	9.69	13	10.5	12.75	4" FLG	9514	5600	60 x 26 x 81	1900

* BVC is the BOGE Variable Control. Consult Factory for more information on Water Cooled Power consumption and Dimensions.

Inlet Air Pressure	psig	50	75	100	125	150	175	200	225	250
Factor	f₁	0.85	0.95	1	1.07	1.13	1.18	1.20	1.22	1.24
Inlet Air Temperature	˚F	80	90	100	110	120	140
Factor	f₂	1.5	1.21	1.00	0.82	0.72	0.61
Ambient Air Temperature	˚F	70	80	90	100	110	115	120
Factor	f₃	1.10	1.07	1.05	1.00	0.94	0.85	0.65
Pressure Dew Point	˚F	38	41	45	50
Factor	f₄	1.00	1.12	1.17	1.22

Example (giving flow 100 scfm)
Volume Flow		100 scfm	Factor	=	SCFM(f1) x (f2) x (f3) x (f4)=100 (1.00) x (1.21) x (1.07) x (1.00)=112.00 - SCFM=BVF-125
Inlet Pressure	f₁	125 psig = 1.00
Inlet Temperature	f₂	100°F = 1.21
Ambient Temperature	f₃	90°F = 1.07
Pressure Dew Point	f₄	38°F = 1.00

Series BVF/BVC Refrigerant Dryers - Boge

Refrigerant Dryers

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