Connected Off-Line Units

Connected Off-Line Units

The successful application of depth filtration on hydraulic and lube oil systems and the growing demand for condition monitoring systems to optimize the application of the filters has led to the development of the next generation of connected Off-Line Filters with an integrated condition monitoring solutions.

Specifications

Download Technical Specs

Model Specs

Model	Nominal Flow	Standard Max Oil Temperature¹	Max Pressure Filter Housing	Inlet Connection²	Outlet Connection	Power Supply Electric Motor	Suitable Elements	By-Pass Openings Pressure	Pump Safety Valve	Max Tank Volume	Fluid Compatibility³	Approximate Weight
OLUS1A	2,1 l/min	80°C	20 bar	3⁄8’’ BSP female	1⁄2’’ BSP female	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B	6,2 bar (at 0 bar back pressure)	15 bar	±1,350 l	Hydraulic fluids according ISO 2943	16 kg
OLUS1B	4,2 l/min	80°C	20 bar	1⁄2’’ BSP female	1⁄2’’ BSP female	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 60HB 60HV, 60NB, 60NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B, 60G1B, 60G1V, 60G3B, 60G3V	6,2 bar (at 0 bar back pressure)	15 bar	± 2,700 l	Hydraulic fluids according ISO 2943	20 kg
OLUS2A	4,2 l/min	80°C	20 bar	1⁄2’’ BSP female	1⁄2’’ BSP female	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B	6,2 bar (at 0 bar back pressure)	15 bar	±2,700 l	Hydraulic fluids according ISO 2943	22 kg
OLUS2B	8,4 l/min	80°C	20 bar	1⁄2’’ BSP female	1⁄2’’ BSP female	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 60HB 60HV, 60NB, 60NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B, 60G1B, 60G1V, 60G3B, 60G3V	6,2 bar (at 0 bar back pressure)	15 bar	± 5,400 l	Hydraulic fluids according ISO 2943	32 kg
OLUS4A	8,4 l/min	80°C	20 bar	1⁄2’’ BSP female	EW 22L	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B	6,2 bar (at 0 bar back pressure)	15 bar	± 5,400 l	Hydraulic fluids according ISO 2943	39 kg
OLUS4B	16,3 l/min	80°C	20 bar	3⁄4’’ BSP female	EW 22L	Various electrical power supplies possible (see ordering code)	30HB, 30HV, 30NB, 30NV, 60HB 60HV, 60NB, 60NV, 30G1B, 30G1V, 30G3B, 30G3V, 30A5B, 60G1B, 60G1V, 60G3B, 60G3V	6,2 bar (at 0 bar back pressure)	15 bar	± 10,800 l	Hydraulic fluids according ISO 2943	61 kg

¹For other oil temperatures please contact us.
²Inlet Connections are pump dependent. Please contact us.
³For other fluids, please contact us.

Integrated Contamination Monitoring Sensor (CMS)

The CMS in-line contamination monitor automatically measures and displays particulate contamination. It also measures moisture and temperature levels in various hydraulic fluids where ongoing measurement or analysis is required.

Features

Performance

Smart Off-line Units enable machine operators to keep their hydraulic oil clean and monitor contamination levels in real time in one economical installation.
The integrated Condition monitoring solutions can be combined with the entire selection of Off-line Units in the RMF systems range.

Applications

In recent years RMF Systems have developed a great deal of experience in cleaning and keeping clean hydraulic and lubrication systems in the:

Steel industry
Plastic moulding industry
Maritime industry
Petro-chemical industry
Paper industry

Benefits

Extremely clean oil due to high filtration efficiency
Permanent reporting of contamination levels
Permanent reporting of moisture RH % and temperature
Prevention of channel-forming by radial filtration direction
Increased flow capacity
Large dirt holding capacity
Large water holding capacity
Compact and easy-maintenance design
Environmentally friendly elements available
Longer life for oil and components
Reduces cost of ownership

Efficiency

The hydraulic market accepts that 80% of mechanical failures are caused by contamination in the system. The RMF Off-Line Units attack contamination of your systems at source. In addition to solid particles, these filters are also capable of removing water from the oil. The use of RMF filters means less defects, less maintenance, and less wear and tear of the hydraulic components. The RMF Off-Line Units can be fitted to every imaginable industrial application where hydraulic or lubrication systems are present.

Did You Know...

Contamination is the greatest single cause of lubrication malfunction and subsequent excessive wear of parts?

Less than 0.5% of a plant’s maintenance budget is spent purchasing lubricants, but the downstream effects of poor lubrication can impact as much as 30% of a plant’s total maintenance cost each year.