General Motion Control

⚙️ Key Specifications

• Model: GD200A-2R2G-4
• Power Rating: 2.2 kW (3 HP)
• Input Voltage: 415V AC
• Input Phase: 3 Phase
• Frequency Range: 47–63 Hz
• Control Type: Vector control (high performance)
• Motor Compatibility: Induction motors

⭐ Main Features

• High Performance Control
  • Advanced vector control provides precise speed and torque control.
• Energy Saving
  • Reduces power consumption by adjusting motor speed according to load.
• Built-in Functions
  • Simple PLC function for automation
  • Speed tracking and multi-speed control
• Flexible Installation
  • Supports wall mounting, flange mounting, or panel installation
• Protection & Reliability
  • Overload, overvoltage, and short-circuit protection
  • Strong resistance to harsh environments with coated PCB

🏭 Applications

This VFD is commonly used in:

• Pumps and fans
• Air compressors
• Conveyor systems
• HVAC systems
• Plastic and extrusion machines
• Textile and paper machines

👍 Advantages

• Improves motor life
• Saves electricity costs
• Smooth start/stop (no mechanical shock)
• Easy to program and operate

The INVT GD200A Series is a general‑purpose three‑phase variable frequency drive (VFD) designed for efficient, reliable, and flexible speed control of three‑phase AC motors in a wide variety of industrial applications. This Goodrive 200A series combines advanced vector and V/F control technologies with robust protection, ease of use, and excellent environmental adaptability, making it well suited for both standard and demanding motor control tasks.

⚙️ Key Features 🔧 Advanced Motor Control

• Utilizes V/F (volts per hertz) and sensorless vector control for smooth and precise speed/torque regulation.
• Equipped with sensorless vector technology that delivers improved low‑speed torque and response without needing feedback encoders.

⚡ High Reliability and Robust Design

• Built around a DSP control system and enhanced internal hardware, including an air‑duct cooling design and conformal‑coated circuit boards for better resistance to dust, humidity, and harsh conditions.
• Standard C3 EMC filter reduces electrical noise; optional C2 filter (smaller sizes) available for stricter compliance.

🛡️ Comprehensive Protection Functions

• Provides multiple protections including over‑current, over‑voltage, under‑voltage, phase loss, overheating, and overload protection to enhance motor and drive safety.
• Reliable operation with high starting torque (up to 150 % @ 0.5 Hz) for heavy or fluctuating loads.

📊 Flexible Operation & Functions

• Built‑in accurate motor auto‑tuning speeds up commissioning and improves performance.
• Supports multi‑speed operation, braking modes, PID control, water supply functions, and simple PLC functions to fit different application requirements.

📡 Connectivity & Interface

• Includes standard RS‑485 communication (Modbus RTU) for integration with PLCs, HMIs, and automation systems.
• Options for LCD keypad or parameter copy keypad enhance usability and setup convenience.

🏭 Wide Power Range & Mounting

• Available in a broad power range (from ~0.75 kW up to ~500 kW or more), covering small to large industrial motor drives.
• Supports various mounting styles: wall‑mount, flange‑mount, or floor‑mount depending on the drive size.

📌 Typical Industrial Applications

The GD200A Series VFDs are used across many industrial sectors, including:

• Pumps and fans (HVAC, water treatment)
• Compressors and conveyors
• Air blowers and extruders
• Packaging and plastics machines
• Oil, chemical, mining, and general manufacturing equipment

These drives are also used in specialized applications requiring torque control, constant pressure water supply, and precise speed regulation with integrated automation systems.

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We at "General motion control" Providing all types of Automation Drives and motors with multiple Global brand Like INVT and Others also giving best Panel manufacturers and After sales service support Pan india.

We at "General motion control" Providing all types of Automation Drives and motors with multiple Global brand Like INVT and Others also giving best Panel manufacturers and After sales service support Pan india.

We at "General motion control" Providing all types of Automation Drives, Motors,HMI, PLC with multiple Global brand Like INVT , schneider and Others also We are  Panel manufacturers with best quality and Providing bestAfter sales service support Pan india Please connect us in any Automation Need.

Pouching Machine Control Panel, Packging Machine Control Panel, Textile Machine Control Panel, Cut to Length Mahcine Control panel.

Packging machine, cut to length, corrogation, machine tools, side seal, bottom seal, pouching, bag stiching & Cutting

📌 Product Overview

A Three‑Phase 440 V PLC Automation Control Panel (Up to 2000 Amps) is a fully integrated electrical control system designed to monitor, control, and automate complex industrial machines and processes. It combines power distribution, protection, PLC (Programmable Logic Controller) intelligence, motor control, and human‑machine interface (HMI) into a single engineered enclosure. These panels are widely used in manufacturing plants, material handling, water treatment, HVAC systems, process industries, and heavy‑duty power distribution applications.

⚙️ Key Specifications Electrical Ratings

• Input Voltage: Three‑phase 440 VAC (±10 %)
• Rated Current: Up to 2000 A main bus capacity
• Frequency: 50/60 Hz
• Duty: Continuous industrial operation

Control & Automation

• PLC Controller: Industrial PLC (Siemens, Allen‑Bradley, Schneider, Delta, Mitsubishi, etc.)
• I/O Modules: Digital & analog inputs/outputs for sensors, actuators, and field devices
• Communication: Ethernet TCP/IP, Modbus, Profibus, CANopen (optional)
• HMI (optional): Touchscreen display for real‑time monitoring and operator input

Protection & Safety

• Main MCB/ MCCB: For overall panel protection
• Motor Protection Circuit Breakers (MPCB): For individual motors
• Overcurrent & Short Circuit Protection
• Earth Leakage/ Overload Relays
• Emergency Stop & Interlocks

🛠️ Components Included

✔ PLC (Programmable Logic Controller) – brain of automation
✔ Control Transformers – for safe low‑voltage logic circuits
✔ Contactors & Starters – for motor control
✔ Variable Frequency Drives (VFDs) – optional for variable speed motor control
✔ Relays & Timers – for sequencing and logic functions
✔ Terminal Blocks & DIN Rails – for clean wiring
✔ Power Bus Bars – to handle current up to 2000 A
✔ Indicators & Control Switches – for status and manual control
✔ Cables & Wiring Ducts – organized industrial‑grade wiring

📊 Key Features

🔹 High Current Capacity: Designed to safely handle up to 2000 A three‑phase loads
🔹 Modular Architecture: Easy expansion & serviceability
🔹 Advanced PLC Logic: For sequencing, timing, counting & process automation
🔹 Flexible I/O Count: Scales with application complexity
🔹 Communication Protocols: Facilitate integration with SCADA/DCS systems
🔹 Robust Protection: Safeguards personnel, motors, and equipment
🔹 User‑Friendly HMI: Real‑time monitoring and parameter adjustments
🔹 Compact & Clean Layout: Organized DIN‑rail/ panel design

We at "General motion control" Providing all types of Automation Drives, Motors,HMI, PLC with multiple Global brand Like INVT , schneider and Others also We are  Panel manufacturers with best quality and Providing bestAfter sales service support Pan india Please connect us in any Automation Need.

We at "General motion control" Providing all types of Automation Drives and motors with multiple Global brand Like INVT and Others also giving best Panel manufacturers and After sales service support Pan india.

The INVT IVC1L Series is a family of micro Programmable Logic Controllers (PLCs) designed for small‑to‑medium industrial automation control. These PLCs are compact, cost‑effective, and ideal for applications requiring reliable logic control, sequencing, timing, counting, and basic motion-like tasks.

 

🔹 Key Features 🧠 Reliable Logic Control

✔ Supports standard ladder logic programming
✔ Stable execution for machine automation
✔ Rapid scan for quick response to input changes

🧰 Flexible I/O Configurations

✔ Multiple built‑in digital inputs and digital outputs
✔ Some models include analog inputs/outputs
✔ I/O configurations vary by model to suit different control needs

🔌 Communication & Connectivity

✔ Built‑in RS485 port for communication
✔ Supports Modbus RTU protocol
✔ Can connect to HMI panels, drives, sensors, and higher‑level systems

📊 Built‑in Functions

✔ Timers and counters
✔ Arithmetic, comparison, and logical operations
✔ Pulse output for simple motion or stepper control
✔ Data manipulation and variable processing

🔒 Protection and Reliability

✔ Designed for industrial environments
✔ Robust performance for continuous operation
✔ Wide voltage tolerance and electrical protection

🔹 Series Variants

The IVC1L Series includes multiple models differing in I/O count and output types:

Common examples:

• IVC1L‑1210MT — Compact size with digital I/O
• IVC1L‑1412MT — Larger I/O expansion
• IVC1L‑2411MC — Combination of digital + analog I/O
• IVC1L‑3648MC — Higher I/O count for larger logic tasks
  (Actual model codes vary based on region and module features)

📌 Typically the naming pattern includes:

• Digits before letters → total I/O count
• MT / MC → specifies whether outputs are transistor (T) or relay (C)

🔹 Technical Specifications (Typical) 🔹 Main Functions 🕹 Logic & Sequencing

• Timers, counters, comparison
• Branch and loop logic
• Conditional execution

🔁 Math & Data

• Arithmetic operations
• Data storage in registers
• Bit/word manipulation

🔄 Motion Support

• High‑speed pulse output for simple motion
• Counter and frequency control

🧠 Communication

• Modbus RTU master/slave
• Integration with HMIs and SCADA systems

🔹 Advantages

✅ Compact & cost‑efficient — ideal for small machine controls
✅ Expandable — select models with more I/O for complex tasks
✅ Easy to program — ladder logic is widely used in industry
✅ Reliable industrial performance — designed for rugged environments
✅ Communication ready — integrates with drives, HMIs, and PLCs

📌 Product Overview

A PLC Automation Control Panel is a centralized control system designed to manage, monitor, and automate industrial machinery and processes. It integrates a Programmable Logic Controller (PLC), input/output modules, circuit protection devices, and human-machine interfaces (HMI) into a single panel.

These panels are used in manufacturing plants, production lines, water treatment systems, HVAC systems, and material handling setups to provide efficient, reliable, and programmable automation control.

⚙️ Key Components

1. Programmable Logic Controller (PLC)
   • The brain of the panel. Executes logic and automation programs to control machinery.
   • Interfaces with sensors, actuators, and motor drives.
2. Input/Output (I/O) Modules
   • Digital Inputs: Receive signals from switches, sensors, and push buttons.
   • Digital Outputs: Control relays, solenoids, and motor starters.
   • Analog Inputs/Outputs: Monitor and control variable signals like temperature, pressure, and flow.
3. Power Supply & Protection Devices
   • Ensures stable DC or AC power for the PLC and panel components.
   • Includes circuit breakers, fuses, surge protectors, and contactors for safe operation.
4. Human-Machine Interface (HMI)
   • Touchscreen or display for monitoring system status, alarms, and input parameters.
   • Allows operators to adjust setpoints and view process data.
5. Motor Starters & Drives
   • VFDs, soft starters, or AC/DC drives to control motors as per PLC commands.
6. Communication Modules
   • For integration with SCADA, MES, or other industrial networks using Ethernet, Modbus, Profibus, or CANopen.

🛠️ Key Features

• Centralized Automation Control: All inputs, outputs, and motor controls are consolidated in a single panel.
• Programmable & Flexible: PLC programs can be updated for different machine functions.
• Safety & Protection: Built-in circuit breakers, overload protection, and emergency stops.
• Real-Time Monitoring: HMI provides live data, alarms, and diagnostics.
• Scalable Design: Can handle small single-machine setups or large multi-axis industrial systems.
• Reliable Industrial Grade: Designed for harsh environments with dust, vibration, and temperature control considerations.

📌 Product Overview

A Motion Control System is an integrated set of components designed to control the movement of machinery or equipment with precision, speed, and coordination. These systems are widely used in industrial automation, robotics, CNC machinery, packaging, material handling, and semiconductor manufacturing, where accurate and repeatable motion is critical.

Motion control systems combine hardware and software to execute tasks such as positioning, speed regulation, acceleration/deceleration, torque control, and multi-axis coordination.

⚙️ Key Components

1. Controller (Motion Controller or PLC with Motion Module)
   • The brain of the system that interprets commands and generates motion instructions.
   • Supports multi-axis control, path planning, interpolation (linear, circular, or helical), and synchronization.
2. Servo Drives / Variable Frequency Drives (VFDs)
   • Convert controller commands into electrical signals that drive the motors.
   • Handle speed, torque, and position control of servo or stepper motors.
3. Motors
   • Servo motors – offer closed-loop precise control, high torque, and fast response.
   • Stepper motors – open-loop or closed-loop, suitable for less dynamic motion applications.
4. Feedback Devices
   • Encoders, resolvers, or linear scales provide real-time position and speed feedback.
   • Ensure high accuracy and repeatability.
5. Mechanical Elements
   • Includes linear guides, belts, pulleys, gearboxes, ball screws, and racks to transmit motion.
6. Human-Machine Interface (HMI) and Software
   • For programming, monitoring, and diagnostics.
   • Can include motion simulation and trajectory planning.

📈 Core Capabilities

• Position Control: Move an axis to an exact position.
• Speed Control: Maintain a constant speed or follow variable speed profiles.
• Torque Control: Control applied torque in real time for pressing, winding, or cutting operations.
• Multi-Axis Synchronization: Coordinate multiple axes for complex motion paths.
• Interpolation & Path Planning: Linear, circular, or custom trajectories.
• Communication & Integration: Connect with PLCs, SCADA, or industrial networks (EtherCAT, Modbus, Profinet).
• Safety & Diagnostics: Emergency stop, overload protection, and fault monitoring.

📌 Product Overview

A Variable Frequency Drive (VFD) Inverter is an electronic device that controls the speed, torque, and direction of AC motors by adjusting the frequency and voltage supplied to the motor. VFDs are widely used in industrial machinery, HVAC systems, pumps, fans, conveyors, and production lines where precise motor control, energy savings, and smooth operation are important.

By controlling motor speed and torque, VFDs optimize system efficiency, reduce mechanical stress, and allow automation systems to meet complex process requirements.

⚙️ Key Components

1. Rectifier (AC-DC Converter)
   • Converts incoming AC power to DC.
   • May include filters to reduce electrical noise and harmonics.
2. DC Bus / Link
   • Stores DC energy in capacitors to provide stable voltage to the inverter.
3. Inverter (DC-AC Converter)
   • Converts DC back to AC with adjustable voltage and frequency.
   • Generates PWM (Pulse Width Modulated) signals for motor control.
4. Controller / Microprocessor
   • Implements control algorithms: V/f (Voltage/Frequency), vector control, or sensorless vector control.
   • Manages acceleration, deceleration, and protective functions.
5. User Interface
   • LCD/LED display and keypad for parameter setup, monitoring, and fault diagnostics.

📊 Typical Specifications

• Input Voltage: 3-phase 380–480 V AC (industrial standard)
• Output Power: 0.75 kW to 500 kW (1 HP to 700 HP)
• Frequency Range: 0–400 Hz (adjustable)
• Control Modes:
  • V/f (Voltage/Frequency) – basic speed control
  • Sensorless Vector Control – improved dynamic response
  • Closed-loop Vector Control – high-precision position and torque control
• Overload Capacity: 110–150 % for short durations
• Protection Features: Overcurrent, overvoltage, undervoltage, overheat, phase loss

🛠️ Key Features

• Energy Efficiency: Reduces power consumption by controlling motor speed according to load.
• Smooth Start/Stop: Prevents mechanical shock and reduces wear.
• Speed & Torque Control: Enables precise control of industrial processes.
• Multi-Motor Coordination: Some VFDs can control multiple motors with synchronized operation.
• Industrial Communication: Supports Modbus, Profibus, EtherCAT, CANopen for integration with PLCs or SCADA.
• Built-in Diagnostics: Fault logging, thermal monitoring, and protective shutdown.

1. GD300L Series

   • Designed specifically for elevator applications.

   • Compact design and elevator-dedicated software.

2. GD350 Series (General Purpose, Elevator Compatible)

   • High-performance drive used in customized elevator control cabinets.

📌 Product Overview

The INVT IVC3 Series is a third‑generation high‑performance programmable logic controller (PLC) designed for industrial automation systems. It integrates modern control technologies, motion functions, and flexible communication options to support complex machine control, motion coordination, networking, and data exchange. This PLC family is suitable for a wide range of automated equipment — from simple logic control to multi‑axis motion control applications.

⚙️ Key Features 🔧 High‑Performance & Large Capacity

• Integrated with advanced logic and motion control technologies to meet demanding industrial process requirements.
• Dual‑CPU architecture separates high‑speed and logic tasks for faster execution.
• Program memory up to 64 ksteps, allowing complex programs and logic structures.

⚡ Motion Control & High‑Speed I/O

• Supports motion functions including two‑axis linear and arc interpolation, electronic cams, and electronic gearing — ideal for position control applications.
• High‑speed inputs and outputs (up to 200 kHz) for pulse and position counting/control — useful in servo and stepper motion systems.

🌐 Flexible Communication & Networking

• Multiple communication interfaces including Ethernet, USB, RS‑485, and CANopen, enabling integration with HMI, drives, sensors, and networks.
• Supports protocols like Modbus TCP, CANopen, Modbus RTU, and various N:N networking configurations for distributed automation.
• Can optionally connect to cloud services for remote data monitoring and control.

🧠 Ease of Use & Expandability

• User‑friendly graphic programming software simplifies application design and programming.
• Supports up to 8 extension modules and up to ~512 I/O points, allowing flexible system scaling.
• Program is retained after power‑off and supports multi‑level encryption for secure operations.

🛡️ Reliable & Certified Design

• PLC products including the IVC3 series have undergone CE and RoHS certification, ensuring compliance with international safety and environmental standards.

📊 Typical Applications

The IVC3 Series PLC is widely used in:

• Automated manufacturing machines (machining centers, pipe cutting, sandblasting).
• Multi‑axis motion systems (servo and stepper control with interpolation).
• Textile, food, packaging, and processing equipment.
• CNC automation systems with HMI integration.
• Networked industrial control systems and distributed automation.

✅ Benefits

✔ High processing speed and quick logic execution – essential for complex control tasks.
✔ Strong motion control capability – supports advanced motion patterns and interpolation.
✔ Flexible connectivity – integrates easily with other automation products like inverters, servos, and HMIs.
✔ Expandable I/O capacity – adapts to both small and medium‑sized automation projects.
✔ Secure and reliable – retains programs through power loss and offers security features. 

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