Equipment installation: stages and timing
How we install production lines: site preparation, foundations, utilities, commissioning. We break down the equipment installation stages and realistic timing.
Installation is the stage where a well-built line either starts running like clockwork or turns into a source of constant problems. Haste, inaccurate foundations and uncoordinated utilities lead to vibration, misalignment and unscheduled repairs. Quality installation is no less important than the manufacture of the equipment itself, because even a perfectly built machine installed with a tilt will run worse than a mediocre one installed correctly. This article breaks the installation process into stages and gives realistic timing.
Site preparation
Installation begins long before the equipment arrives. We measure the premises, check floor geometry, height to beams, the position of columns and existing utilities. The floor must withstand the equipment load and be level — a deviation of more than 10 mm over 3 metres already requires levelling or adjustable supports. Separately we agree the supply points for electricity, water, compressed air and drainage. If the premises are new, we synchronise the equipment installation schedule with construction work.
At this stage a layout plan is drawn up — a drawing where each unit of equipment is tied to the building’s axes. The plan accounts not only for the machine dimensions but also for the service zones around them, walkways for staff and trolley routes. A plan error means closely placed equipment that cannot be reached for maintenance. So around each machine we allow technological space sufficient for opening covers, replacing the belt and inspecting the drive.
Foundations and supports
Not all equipment needs foundations, but heavy lines with dynamic loads do. Vibrating equipment, pumps and compressors are placed on separate foundations with vibration isolation so that oscillations are not transmitted to the building and neighbouring machines. Light conveyors and tables rest on adjustable feet, used to level them. Levelling accuracy is critical: a conveyor tilt of 2–3 mm per metre causes belt mistracking and uneven wear.
A foundation for vibrating equipment is calculated separately — its mass must exceed the machine’s mass several times over to damp the oscillations. Between the foundation and the machine vibration isolators are placed: rubber or spring supports selected for the vibration frequency. Without them vibration is transmitted to the floor and “spreads” through the workshop, shaking neighbouring equipment and creating discomfort for the staff.
Installation stages and timing
We break the installation of a medium-complexity line into five stages with approximate timing. Real timing depends on scale — below is a typical line of 6–8 units of equipment.
| Stage | Scope of work | Approximate timing |
|---|---|---|
| Preparation | Measurement, foundations, marking | 3–5 days |
| Placement | Installing equipment per plan, levelling | 2–4 days |
| Joining | Connecting conveyors, matching heights and speeds | 2–3 days |
| Utilities | Connecting electricity, water, air, grounding | 3–5 days |
| Commissioning | No-load runs, adjustment, test batch | 3–7 days |
Engineer’s tip. What “eats” the most time on installation is not the work itself but waiting — electricity not supplied, floor not ready, a unit not delivered. So we draw up a detailed schedule with people responsible for each item before the start. A day of installer crew downtime costs more than a week of planning.
Joining equipment into a line
Separate machines become a line at the joining stage. Here the heights of product transfer points between conveyors are matched, speeds of adjacent sections synchronised and guides adjusted. An error at a joint is the most common cause of jams and product breakage. We check every transfer point: the product must pass from conveyor to conveyor smoothly, without a drop or impact. Sometimes this requires adding intermediate chutes or changing the installation angle.
The electrics are coordinated separately. All motors, sensors and panels are brought into a common control scheme, the rotation direction of each drive is checked, and cable routes are laid out accounting for wet zones. Grounding is done per the project — for food equipment this is a mandatory safety condition. Water and compressed-air connections are tested for tightness under working pressure before the product is run.
Commissioning and putting into operation
The final stage is commissioning. First the equipment is run with no load: motor rotation direction, absence of foreign noise, bearing heating and emergency-switch operation are checked. Then a test batch of product is run through and parameters adjusted: speeds, temperatures, dosing. The stage ends with training the customer’s staff and handing over documentation — passports, diagrams, maintenance instructions. Only after acceptance of the test batch is the line considered put into operation.
A test batch is not a formality but a full check of the line in a real regime. It shows what a no-load run did not: how the product behaves at joints, whether set temperatures hold under load, whether speeds are synchronous at full flow. Minor adjustments at this stage are normal, and we allow time for them in the schedule. Prematurely “handing over” a line without a full test batch is a typical mistake that later turns into stoppages during commercial production.
Conclusion
Quality installation is half the success of a production line. Accurate foundations, proper levelling, matched joints and full commissioning determine how stably the line will run for years. We install equipment of our own manufacture and from third-party suppliers turnkey. If you are planning installation of a new line, get in touch — we’ll draw up a schedule and estimate for the installation work.
