Example 1: Automatic beverage filling
A photoelectric sensor detects the bottle. The PLC confirms position, commands the filling valve, uses flow or weighing feedback to reach the required quantity and then releases the bottle to sealing.

Food & Beverage Production
Automation spare parts for beverage lines, dairy processing, bakery systems, packaged foods and hygienic production—from ingredient dosing and mixing to filling, packaging and CIP.
Request a food-line quoteFood and beverage applications
Food and beverage production spare parts are used for batching, processing, filling, packaging, cleaning and refrigeration systems.
| Application | What the automation system does | Typical spare parts |
|---|---|---|
| Ingredient batching and mixing | Controls the quantity and sequence of water, syrup, powder and other ingredients according to the recipe. | PLC, weighing modules, analog modules, flow meters and valve positioners |
| Heating, pasteurization and cooling | Monitors and adjusts temperature, flow and treatment time according to the process logic. | Temperature sensors, temperature input modules, controllers and control valves |
| Fermentation and tank management | Controls temperature, level, pressure and agitation, with pH monitoring where required. | PLC/DCS modules, transmitters, analyzers and VFDs |
| Filling and sealing | Coordinates container position, fill quantity, sealing and station-to-station actions. | PLC, servo drives, encoders, photoelectric sensors and I/O modules |
| Conveying, labeling and packaging | Adjusts conveyor speed and coordinates labeling, case packing and palletizing. | VFDs, servo systems, motion modules and sensors |
| Online quality inspection | Checks weight, labels, seals and foreign objects, then rejects products according to the inspection result. | Weighing controllers, vision systems, interface modules and DI/DO modules |
| CIP cleaning | Sequences cleaning-fluid circulation and valve switching while monitoring temperature, flow and conductivity. | PLC, I/O modules, temperature and conductivity instruments, valve feedback modules |
| Refrigeration and utilities | Controls refrigeration, water, compressed air and related pumps and fans. | Controllers, pressure sensors, VFDs, power supplies and communication modules |
A photoelectric sensor detects the bottle. The PLC confirms position, commands the filling valve, uses flow or weighing feedback to reach the required quantity and then releases the bottle to sealing.
The PLC sequences water wash, cleaning-fluid circulation and final rinse. Instruments continuously return temperature, flow and conductivity data so the validated sequence advances only when each condition is met.
Procurement purpose: These parts replace failed or aging controllers, I/O modules, servo drives, power supplies and communication components, reducing downtime while maintaining batching and filling accuracy.
The production path
Food and beverage plants use automation to control recipes, temperatures, flow, hygiene cycles and production speed while keeping records for each batch.
01
Weighing, dosing, tank level and raw-material traceability.
02
Agitation, temperature and recipe sequencing.
03
Pasteurization, sterilization, holding and cooling control.
04
Flow, pressure, level and container-position control.
05
Conveyors, robots, inspection and print handling.
06
Cleaning recipes, caustic, rinse water, steam and return flow.
Batch example
A recipe-driven line links weighing, mixing, thermal treatment and filling. The controller checks permissives at each step while instruments provide continuous feedback. Replacement cards, drives and communication modules must match the installed program, I/O type, firmware and hygienic-equipment design.
01 · Dose
Ingredients weighed and flow totaled
02 · Mix
Blend speed and temperature controlled
03 · Treat
Pasteurize to time and temperature
04 · Fill
Package level and seal checked
Where spare parts fit
Automation components coordinate the production line, but the final result depends on the installed recipe, hygienic design and validated operating sequence.
01 · Process
Analog modules, transmitters, controllers and valves support pasteurizers, boilers, chillers and dosing skids.
02 · Line
PLC, servo drives, encoders, VFDs and remote I/O synchronize conveyors, fillers, cappers and case packers.
03 · Hygiene
Sequencing, conductivity, pressure, temperature and valve feedback help verify cleaning and product changeover.
Inside the line



Food-line requirement
Send the model number, machine or line name, quantity, condition and planned maintenance date.
Food-line model guide
These are representative products, not a sales ranking. Confirm the installed line, firmware, signal type and hygienic application before substitution.
| Brand | Representative series / model | Typical use and function |
|---|---|---|
| Siemens | S7-1200, S7-1500 | Ingredient batching, mixing, filling and CIP sequences; recipes and coordinated pumps, valves and production stations |
| Siemens | ET 200SP I/O | Distributed production-line control boxes; receives level, temperature and position signals and sends equipment commands |
| Siemens | SINAMICS V20 / G120 | Speed control and energy saving for conveyors, mixers, pumps and refrigeration equipment |
| Allen-Bradley | CompactLogix 5380, ControlLogix | Beverage processing, filling and packaging lines, controls sequences, field signals and equipment communication |
| Allen-Bradley | Kinetix 5700 | Cartoning, case packing, bagging and multi-axis packaging; supports synchronized motion |
| Mitsubishi Electric | FX5U, MR-J5 | Small packaging, feeding and sealing equipment; logic control and precise servo motion |
| OMRON | NX1P2, NX102 | Packaging, sorting and multi-station equipment; coordinates inspection, conveying and motion control |
| Endress+Hauser | Promag H 300 | Beverage, dairy and CIP-fluid lines; hygienic conductive-liquid flow measurement |