We provide lubrication solutions to all areas of industry, including Food, Glass, Precision Engineering, Steel Forging, Heavy Engineering, Commercial Vehicle Workshops, MOD and the Aerospace industry..
Below you can view some case studies - Get in touch with all questions - we are waiting to supply you with the Allube solution to suit your needs!

1. - INLET WATER PUMP LUBRICATION SYSTEMS

Customer Requirements:

1. To replace the existing out of date system.
2. To have the system, driven, independently from the inlet water pump.
3. To have system monitoring, to inform operators of any faults which may arise, during lubrication cycles.
4. To have a tidy, compact installation, with measures taken to avoid the ingress of contamination of the lubricant.
5. To have a ‘quick disconnect’ point, where the system connects to the water pump.
   This to allow the easy isolation of the water pump for maintenance.

1. An enclosed pumping system, electrically driven with single outlet pumping unit and grease divider valve.
2. Remote mounting of the enclosure, away from the bed plate of the water pump.
3. Mains power, ‘tied in’ to the main water pump control circuit, so the system is ‘live’ when the water pump is running.
4. System monitoring via a proximity switch on the grease divider valve, signalling the control unit. Pump output pressure gauge and grease inlet filtration.
5. Volt free alarm contacts, which are connected directly to the operations control room.
6. Alarm ‘beacon’, mounted on the exterior of the enclosure, to visually signal an alarm condition.
7. Self contained filling system. Trolley mounted, air operated grease pump and small electrically driven compressor. Complete with cable reel, long enough to connect from the power supply in the switch room.
8. Quick release couplings at the water pump.

Customer Requirements:

1. To replace the ageing multi-outlet pumping system.
2. To provide monitoring of the lubricant output.
3. To ensure that the correct volumes of lubricant are supplied to the respective bearings.
4. To provide rugged components to ensure the longevity of the new installation.
5. To provide a neat and tidy installation.

1. To replace the multi-outlet pumping system, with a single line progressive system.
2. A compact pumping station with new oil reservoir, with low level monitoring.
3. Use of a primary progressive divider block, with output monitoring, via a proximity switch and pump pressure gauge.
4. Dedicated control system, including system monitoring and fault output signalling.
5. Modern high pressure flexible hosing for the bearing supply lines, with corrosion resistant fittings.

Customer Requirements:

1. To install the compressor packages and compressed air ring mains, with user points distributed around the workshops.
2. To supply and install five individual oil services to common lubrication stations.
3. To supply and install a mixed anti-freeze service to the lubrication stations.
4. To supply and install a waste oil extraction system, from each service bay to a common waste oil storage facility.
5. To install all fluid storage tanks and bulk fill / emptying pipework to a common location, with cabinet.