Series SAF20
Designed for most return line applications up to 20 GPM (76 L/min.). Also can be used for lower flow suction line applications. Compatible with petroleum-based oil in mobile and industrial equipment.
SPECIFICATIONS
- Operating Pressure: 175 PSI (12.06 Bar) maximum
- Operating Temperature: 250° F (121° C) maximum
- Standard Seals: Buna-N
- Element Area: 450 in.2 (2903 cm2)
- Beta Rating-10 micron elements B10=2.2 B20=Greater than 100Beta Rating-25 micron element B30=4Beta Rating- 10 micron glass B12=100
FEATURES
- Inexpensive.
- Easy maintenance.
- Only 3/4″ removal clearance needed for replacing cartridge.
- Bypass valve with wide choice of settings.
- Rugged die cast aluminum head.
- Optional 1/4″ + 1/8″ NPTF gauge ports with 1/8 NPTF to 1/4 NPTF Adapter
OPERATION
Dirty fluid enters the inlet port and permeates the filtering medium, causing contaminants to be trapped on its outer surface. Clean fluid is then directed through the outlet port. An optional integral bypass valve can be used to protect the element against line surges and high differential pressure due to contamination.
Series SAF50
Designed for most return line applications up to 50 GPM (189 L/min.). Also can be used for lower flow suction line applications. Compatible with petroleum-based oil in mobile and industrial equipment.
SPECIFICATIONS
- Operating Pressure:100 PSI (6.89 Bar) maximum
- Operating Temperature:250° F (121° C) maximum
- Standard Seals: Buna-N
- Element Area: 950 in.2 (6129 cm2)
- Filter Retention: 10 micron nominal 33 micron absolute B10=1.5 25 micron nominal 67 micron absolute B30=4 10 micron glass B12=100
FEATURES
- Inexpensive and easy to maintain.
- Extended element available for higher flows at lower P.
- Only 3/4″ removal clearance needed for replacing cartridge.
- Bypass valve with wide choice of settings.
- Rugged die cast aluminum head.
- Optional 1/4″ NPTF gauge ports.
OPERATION
Dirty fluid enters the inlet port and permeates the filtering medium, causing contaminants to be trapped on its outer surface. Clean fluid is then directed through the outlet port. An optional integral bypass valve can be used to protect the element against line surges and high differential pressure due to contamination.
