A steam machine bought for the animal shed is usually bought on price per head of capacity, and then it fails on the floor. The yard outside the barn is concrete and open; the passage inside is concrete and closed; the slatted area is wet, sloped and full of organic matter. One machine is expected to cover all three. The three decisions below — mobility, mode set, and the parameters that have to be requested — decide whether the machine survives the season.
Match the machine to how it has to move, not to the building size
In a livestock building the distance between the water feed, the drain and the animals sets the work. Two movement styles cover most of it, and both are in our cleaning equipment series.
- Driving style. The mobile active-water machines — PWD02, PWD01 and HMW2, each listed in a version with battery and a version without — are self-moving units designed for narrow spaces. The PWD02 page gives dimensions of 1,275 × 570 × 1,185 mm, autonomous driving as the movement type, and a 60 L clean-water tank. On a long yard or a herd that has to be worked around, a driven unit carries the operator and the equipment together and keeps the pace.
- Hand-pushed style. The HMW3 hand-pushed machine is documented with a 50 L clean-water tank and a 4.5 kW PTC semiconductor heater, with dry steam and wet steam as its modes. It is listed for cleaning and disinfecting hospital beds and medical machinery, so for a barn it is a judgment call: check the width of your gates, the slope of the floor and the distance from the water feed before assuming it fits.
A fixed unit is the third option, and it is only viable where there is a permanent water and power point and the floor area is small. The fixed HW02 is documented at 6 kW heating power with an 80 L SUS304 tank; its published application is vehicle exterior, interior and engine-compartment cleaning, so it is not the machine we would specify for a shed floor.
Read the mode list before you read the price
Livestock floors carry manure, bedding dust and dried milk or feed residue. Steam alone will lift the film; a hot-water pass moves the loose material. That difference decides which model you buy.
In our catalogue the mode field is explicit. The driving-style machines are specified with three modes: hot water, dry steam and wet steam. The fixed and hand-pushed units are specified with dry steam and wet steam. The hot water and steam cleaning machine category is therefore where a floor-cleaning brief points first, because the hot-water mode is the one that clears the bulk of organic load before steam is used on the surface.
Check that the modes are selectable and visible at the gun, not only named in the datasheet. On a shift where one operator is disinfecting a creep area and another is clearing a yard, mode confusion wastes water and time.
Ask for the fields a product page usually leaves out
A specification table will give you dimensions, heating power and tank volume. It rarely gives you what determines a shift.
Runtime per tank fill decides how many people wash the floor. On a battery-driven unit, ask for battery capacity, run time and recharge time; the PWD02 specification states 220 V with a 455 V mobile battery, marked replaceable, which means spare battery handling belongs in your costing. Water consumption per hour decides your water budget and how much standing water you leave behind on a surface that stock have to walk on. Hose and wand lengths decide how far one tank fill reaches. Noise matters in a calf house. Weight matters on a slatted floor or an upper level.
Our own pages do not publish all of this. Ask for it in a numbered list, in one email, and ask for the answer on letterhead so it becomes part of the enquiry record.
Check the drainage and the water supply before the machine arrives
Every machine in this series takes tap water through a threaded inlet; the PWD02 page records a 4-point internal-tooth joint. A shed hydrant, a bowser and a mains tap are three different feeds. Confirm the fitting and the flow you can actually deliver at the far end of the building, because the inlet specification is what it is.
The PWD02 page also records a vacuum arrangement with a flat nozzle and a sewage tank. Where run-off cannot be washed to a drain — a slatted area, a feed passage, a yard that drains to a watercourse — plan how the removed water is collected and disposed of under your own rules. A machine that only sprays creates a drainage problem you have to solve separately.
Sequence the work around the animals, not around the machine
The practical order on a farm is: dry-remove loose bedding and manure; hot-water pass to lift the bound residue; steam on the surfaces that need a high-temperature finish; then dry the floor before stock return. Any sequence that starts with steam wastes the machine, because steam on top of a thick organic layer is slow and expensive.
Work one compartment at a time and let it dry. On the safety side, the mobile machines are documented with leakage, short-circuit, high-temperature, high-voltage and water-shortage protection, which matters in a damp building with livestock, but those protections do not replace the basics: an earthed supply, a cable route above the wash zone, and a machine that is switched off before an operator walks away.
What to send us, and what we will send back
Send the floor areas in square metres, the surface type for each area, gate and doorway widths, distance to the water feed, available supply, and the cleaning frequency per building. We will match that against the current machine parameters and tell you when our catalogue is not the right fit rather than quote something you will not use.
Our contact page reaches the engineering team directly, and customised cleaning equipment work starts from the same brief.
