Low-Viscosity Hand-Held Filtration System
The Low-Viscosity Hand-Held System is a compact, lightweight unit for transferring and filtering particulate and water out of industrial oils. The unit is ideal for hard-to-reach places and application with 3-50 gallon reservoirs. The system is capable of delivering a flow up to 5.5 GPM and is rated for use with lubricants up to a viscosity of 2,000 SUS @ 100ºF, up to and including ISO 220.
Feature
Dual Filters
Feature
Oil Sampling Ports
Feature
Differential Pressure Gauges
Additional Features
- Compact Frame
- A lightweight design provides flexibility to service equipment located in hard-to-reach areas.
- Bronze Internal Helical Gear Pump
- Industrial quality for long life
- Hoses
- Heavy-duty hydraulic hoses
- Motor Options
- Available with 220V – 50 Hz motor (Part Number – 36944)
Other Specs
| Model | Description | Motor Type | Wands/Quick Connect Couplers |
|---|---|---|---|
| 36944 | Low Viscosity 220V/50Hz Hand-Held Filtration System,10Um,10Um Water ,6 Foot Hose NPT | 220V/50Hz | 3/4" NPT Male |
| 36994 | Low Viscosity Hand-Held Filtration System, 10Um, 10Um Water, 6 Foot Hose NPT | 110V/60Hz | 3/4" NPT Male |
| 36994-QC-SPC10 | Low Viscosity Hand-Held Filtration System, 10Um, 10Um Water, 10 Foot Hose & Quick Connects | 110V/60Hz | 3/4" ISO B Quick Connect Couplers |
Precision Monitoring for Timely Filtration
Enhancing Filter Cart Efficiency
Incorporating Machine VitalsTM, part of the Sensei® IIoT Network, with your Hand-Held Filtration Systems offer a transformative approach to monitoring and maintaining fluid cleanliness. By tracking changes in key parameters such as relative humidity, temperature, and pressure, Machine Vitals provides precise indicators of when your equipment requires filtering. This not only ensures that filtration is performed at the most opportune moments but also maximizes the efficiency and lifespan of both the Hand-Held Filtration Systems and the equipment they serve. As a result, you achieve a more proactive maintenance strategy, optimizing operational performance and preventing unscheduled downtime.
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