What a Remote Grease Manifold Is
A remote grease manifold station is a pre-assembled service point placed away from the bearings. The manifold block sends incoming grease to dedicated hoses, and each hose ends at a hidden fitting or adapter. You mount the station where a technician can access it without entering a tight zone or crossing moving parts.
The station is not just the block. It also includes hoses, hose ends, adapters, and numbered tags. That package lets you grease many points from one safe location while keeping each line separate.
Declared Specifications
Use these declared values to match a station to your machine. The table covers point count, hose size, working rating, and body material.
| Stations for lubrication points | 3 to 11 |
| Dedicated high-pressure hose per point | 8 mm |
| Working rating | 3,000 PSI |
| Body material | Carbon steel or stainless steel |
Choose point count from your survey. Spare ports can serve later additions, but plug and tag unused ports so they do not confuse service. Confirm the rating against the grease gun or pump you plan to use.
What the Station Includes
Each station arrives as a working assembly, not loose parts. The manifold block mounts on a bracket with the inlet ready for a grease gun or pump. Hoses are cut to machine-specific lengths for direct routing.
Hose ends and bearing adapters match your fittings. Numbered tags attach at the manifold and point end so a route card can link tag to bearing. This matters when points sit close together or on mirrored sides.
Planning the Point Layout
Walk the machine before you order. List every lubrication point, note access, and mark shared service intervals. Group points that need grease at the same time onto one station.
Mount the station at working height, away from heat, vibration, and moving parts. Leave room for a grease gun coupler and for hose bends. If a point sits behind a panel, route the hose through a protected opening or keep it outside. For layout review, use our contact for a quote page.
Hard-to-Reach Points: Replacing the Zerk with a Hose
A recurring workshop request: “Is there a kit where you take out the nipple and screw in a hose in its place?” — that is exactly what a remote station does. Instead of forcing the grease gun onto a zerk buried behind a guard, belt, or coupling, you remove the fitting at the bearing, screw a permanent line into the tapped hole, and route the line to an accessible manifold block. The gun (or a pump feed line) then couples at the station, never at the machine.
Points that justify this conversion: fittings inside guarded drive assemblies, PTO shafts that rotate into reach only at one clock position, heights above shoulder level on cranes and overhead doors, and any zerk you currently reach by feel with the engine running. One station typically serves four to eight converted points within a 2–3 m radius; beyond that, plan a second station rather than stretching hose runs.
Station versus Bare Block and Line Kit
A bare manifold block suits a builder who will make lines, cut hoses, and fit adapters. You supply routing, hose length, and tagging, so choose it when your shop controls the build.
A remote grease line kit serves one point that is hard to access. It brings one line from a fitting to a service point, so you do not need a manifold for one hidden bearing.
Pick the pre-assembled station when many points cluster in one zone or share a service interval. It combines manifold, hoses, adapters, and tags into one package, which reduces field assembly and avoids mixed hose lengths.
Feeding the Station
A manual grease gun at the station inlet is the baseline. Connect the coupler, apply grease, and watch the gauge if fitted. Each hose carries grease to its own point, so you can service the group from one position.
Powered pumps work when their output pressure respects the station rating. A powered pump can reduce hand effort on large groups, but it must not exceed the declared rating. Check the pump setting before you connect it, and use a gauge at the inlet if the pump has an adjustable regulator.
Frequently Asked Questions
Does the manifold meter grease to each point?
The manifold divides grease to each dedicated line, but it does not measure exact volume at every point. Grease takes the path of least resistance, so a blocked line can change flow to other points.
What grease guns can I use at the station?
Most hand grease guns with a common coupler connect to the station inlet. Match the coupler and pressure output to the inlet, and avoid a gun that cannot hold the working rating.
What happens when one point is blocked?
A blocked point stops flow in its own dedicated line while the other lines keep flowing. Clear the blockage at the bearing or hose end before greasing the group again.
Can I add points to a station later?
You can add points only if the station has spare ports and hose routing supports another line. Check the port count, then add a dedicated hose and tag for the new point.
How long can the hoses run?
Hose length depends on machine geometry, grease type, and inlet pressure. Keep runs as short as practical, avoid tight bends, and support the hose so it does not rub or sag.
Steel or stainless steel body?
Carbon steel suits many indoor machine frames where moisture and washdown are controlled. Stainless steel is better for wet areas, caustic wash, or outdoor service where corrosion would attack a carbon steel body.
Where should the station be mounted?
Mount the station at a safe working height with clear space for the grease gun and hose bends. Keep it away from heat, strong vibration, and moving parts, and protect it from impacts.
How are points identified during service?
Numbered tags at the manifold and at each point end link the station port to the bearing. A route card can repeat those tags so a technician greases the correct point without tracing every hose.
How do I order a station for my machine?
Send your point list and machine layout through our contact for a quote page. We will map ports, hose routes, and tags for your station.
How do I get specifications and a quotation?
IsoHiTech Lubrication Systems, founded in 2023, engineering since 2006, builds and supports every unit. Email inquiry@isohitech.com for specifications and a quotation.
