Complete Automation & Electrical Engineering Solutions

Electrical Control Panel Design & Manufacturing

Electrical panels form the foundation of many industrial automation systems. HEZ Automation develops customized electrical and control panels according to the electrical architecture, machine requirements, control philosophy and application environment.

Our panel engineering approach considers component selection, layout, accessibility, wiring organization, heat management, maintenance requirements and system integration. Depending on the project, panels can incorporate PLCs, HMIs, motor starters, variable frequency drives, servo drives, protection devices, relays, terminal blocks, power supplies and other industrial automation components.

Panel Types

PLC & HMI-Based Automation

PLC-based automation provides a structured method for controlling machines and industrial processes. HEZ Automation develops control logic according to the required operating sequence, machine inputs, outputs, safety conditions and process requirements.

HMI systems provide operators with a practical interface for machine operation, status monitoring, alarms and process information. The automation architecture can be developed around the required control philosophy and available equipment.

• PLC programming and sequence logic
• Digital and analog I/O planning
• HMI screen development
• Machine status and alarm monitoring
• Control interlocks
• Drive and sensor communication
• Operator controls and parameter settings

Robot-Based Industrial Automation

Robotic automation can be applied to repetitive industrial operations where consistent movement, handling and positioning are important. HEZ Automation works on application-specific robotic integration involving robots, PLCs, sensors, drives, conveyors and safety systems.

Typical robotic applications include machine tending, material handling, product handling, pick-and-place, palletizing and other repetitive production activities. The complete automation concept is developed according to the machine cycle, product characteristics, required movement and production environment.

Robotic Pick & Place Automation

Pick-and-place automation is useful for repetitive product handling operations where products need to be detected, transferred and positioned according to a defined sequence.

A typical system can combine product detection sensors, conveyors, PLC control, robotic movement and end-of-arm tooling. The automation logic coordinates product detection, robot movement and placement confirmation.

Automatic Palletizing Systems

Palletizing automation can help organize repetitive product stacking operations. HEZ Automation can develop automation concepts involving robots, conveyors, product detection, layer formation and coordinated machine control.

Typical applications may involve cartons, boxes, bags and other products that need to be arranged according to a defined pallet pattern. The actual system configuration depends on product dimensions, weight, production rate, pallet arrangement and available production space.

Industrial Machine Automation

Machine automation involves coordinating electrical devices, sensors, motors, drives, actuators and control logic so that a machine can perform its intended sequence in a structured and repeatable manner.

HEZ Automation can support machine automation from electrical architecture and panel engineering through PLC programming, HMI development, wiring, testing and commissioning.

Conveyor & Material Handling Automation

Conveyors are commonly used for moving products and materials between different stages of industrial production. Automation systems coordinate conveyor motors, sensors, drives and machine interfaces to maintain controlled material movement.

HEZ Automation can develop control logic for conveyor systems including start/stop operation, sensor-based detection, motor control, line interlocking and integration with upstream and downstream equipment.

Servo & VFD-Based Motion Control

Variable frequency drives and servo systems are important components in applications requiring controlled motor operation. The appropriate control method depends on the application's speed, positioning, torque and motion requirements.

• Motor speed control using VFDs
• Servo-based positioning applications
• Acceleration and deceleration control
• Motion sequence coordination
• Drive integration with PLC systems

Electrical & Instrumentation Integration

Industrial automation systems depend on communication between controllers, sensors, actuators, instruments and field devices. Proper electrical and instrumentation integration helps ensure that field signals are correctly connected to the control system.

Our capabilities include sensor integration, field wiring, signal interfacing, instrumentation connections and PLC integration according to the requirements of the machine or process.

Automation Upgradation & Retrofitting

Existing machines can become difficult to maintain when control components become outdated or unavailable. Automation retrofitting provides a practical way to modernize selected parts of an existing machine while retaining useful mechanical equipment where appropriate.

Retrofitting may involve replacing PLCs, HMIs, drives, sensors, control panels or other electrical components. The exact scope depends on the existing machine architecture and the desired improvement.

Machine Electrical Wiring

Correct machine wiring is essential for reliable operation of electrical and automation systems. HEZ Automation supports machine-level electrical wiring involving power circuits, control circuits, sensors, actuators, motors and panel connections.

• Power wiring
• Control wiring
• Sensor wiring
• Panel-to-machine connections
• Motor and drive connections
• Electrical checking and testing