
WEIGHCLEAN
Weightometer Cleaning System, Wet / Dry
The system is built with reliability and safety in mind to meet stringent mine site requirements. It is able to wash unwanted product or debris from on and around a weigh frame, its components or other critical infrastructure.
The system is adjustable to suit the specific installation challenges posed by each site and weightometer.
Customisation of construction material, amount and placement of valves/nozzles is available to suit the needs of each installation / Stainless Braided signal lines / Nitrogen / Air / Water flush liquids.
Remote Command And Control
24v Digital IO Control signals
Autonomous operation
Able to autonomously wash down belt weighing devices during down time
Accepts weightometer input to prevent washing during critical operations
High safety standards
Industry leading, sirens and alarm lights for remote operations
Adjustable to suit site requirements
Various isolation and lockout locations
Mechanical barriers and signage available
Reliability
No moving parts
No electrical solenoid wires under the conveyor or strategic equipment
Filtration with optional auto clean filtration
Stainless Steel pipe work ring main
Low EMF interference to other equipment
High Flow Spray Nozzles
EPDM (Ethylene Propylene Diene Monomer Rubber) nozzles are fast and easy to replace should they be damaged or fouled by debris They are mounted on twin adjustable fittings giving a wide range of location and attitude control.
There are three variations that can be used, duck foot , pig’s tail and cobra head. The one in the illustration is the cobra head.
Hydraulically Controlled Valves
Pressure Regulated flow control valves operate using process mine water and are controlled via filtered signal water feed from our control panel. These have minimal working parts. They can be repaired and or replaced easily with unions either side of the valves.
It can be serviced in situation as it is accessible when diaphragms need replacement
The control circuit pipes can be upgraded to braided stainless steel.
Control Panel
Specifications and Features
Made from 1.5mm 316 stainless steel
Sloped roof prevents build up of fluid/product
Top and bottom flange to easily mount against a wall
Fully welded construction - IP66 rating
Door earthed to cabinet via earth studs
Polyurethane door seal
2mm white powder coated galvanised steel gear tray included
2 x Wiring Loom Z-brackets included for cable management across door hinges
Folded lip/gutter to ensure effective door seal
Door fitted with 2-bit stainless steel locks
316 stainless steel provides a higher corrosion resistance. This makes 316 stainless steel more desirable in applications where powerful corrosives or chlorides are an issue. The benefits of 316 stainless steel include lasting longer than 304, providing you with extra years of life and usage that will retain an attractive, clean finish.
Touch Screen Control Interface
The System comes equipped with a touch screen display that can be used to modify the valve sequence and run time. It also enables trouble shooting and maintenance as well as the ability to isolate individual valves.
These interfaces are interchangeable if they fail and can be programmed prior to instal so in effect are plug and play.
Warning System
There is a warning system to alert personnel that the cleaning process is going to commence. It consists of a red, green and blue light with a siren.
Red Light - the system is being activated so cleaning is imminent
Blue Light - Indicates the system is functioning and water is being sprayed
Green Light - Safe state and the system is idle
Safety Feature
Main line water flow can be controlled buy the system and only pressurises when a wash activation signal is received either locally or remotely
This system is designed to expose any damage or fault by allowing water to flow as opposed to a hidden system where faults are not detected or obvious.
Emergency stop - Shuts the system down and isolates the main line optional valve is installed when fitted
Main valve isolation point is lockable so can be isolated and included in isolation protocols
When the control circuit pipes break you will have a visible leak.
If the valves loses a signal it becomes an open circuit and allows free flow through the valves. This is because they are in a N/O state and it is the pilot pressure that closes it off.