Rapid Automation Sales And Services

Rated Voltage	415 V
Phase	Three Phase
Motor Phase	Three Phase
Application	Blower, General Motor, Fan, Conveyor, Pump, Compressor, Mixer, HVAC, Crusher, Chiller
Control Voltage	100-250 V AC
Enclosure	IP20
Communication	RS485
Starter Type	Pump Control

LK Make Soft Starter – Product Description

The LK Make Soft Starter is an advanced motor control solution designed to smoothly start and stop three-phase induction motors. It helps in reducing mechanical stress on the motor and connected equipment by gradually increasing voltage during startup, thus minimizing electrical and mechanical shocks.

Power Rating	22 kW / 30 HP
Usage	for Pumps
Input Voltage	380-480V
Control Mode	Sensorless Vector Control (SVC)
Communication Protocol	Modbus RTU

1. Introduction

Variable Frequency Drives (VFDs) are advanced motor control solutions designed to regulate speed, torque, and direction of AC motors. They enhance energy efficiency, improve process control, and extend equipment life in industrial applications.

2. Our Product Range

We offer a wide range of VFDs suitable for various industrial applications:

• Low Voltage VFDs (0.75 kW to 500 kW)
• Medium Voltage VFDs
• Single Phase & Three Phase Drives
• Compact & Modular Drives
• Heavy Duty Industrial Drives

3. Key Features

• Energy Saving up to 30–60%
• Smooth Motor Start/Stop (Soft Start)
• Overload & Short Circuit Protection
• PID Control Function
• User-Friendly Digital Keypad
• Communication Protocols (Modbus, RS485)
• Compact Design & Easy Installation

4. Technical Specifications

• Input Voltage: 220V / 415V / 690V
• Frequency Range: 0 – 400 Hz
• Control Method: V/F Control, Vector Control
• Protection Class: IP20 / IP54 (optional)
• Cooling Method: Air / Fan Cooling

5. Applications

• Pumps & Water Treatment Plants
• HVAC Systems
• Conveyor Systems
• Compressors
• Textile & Packaging Machines
• CNC & Machine Tools
• Fans & Blowers

6. Benefits

• Reduced Power Consumption
• Improved Process Efficiency
• Lower Maintenance Cost
• Increased Equipment Life
• Precise Speed Control

7. Brands We Deal In

 

8. Our Services

• VFD Supply & Installation
• Panel Design & Integration
• On-Site Commissioning
• Troubleshooting & Repair
• AMC (Annual Maintenance Contract)

9. Why Choose Us

• Experienced Automation Engineers
• Fast Service Support
• Genuine Spare Parts
• Customized Solutions
• Competitive Pricing

 

Dryer Type	Tray Dryer
Heater Type	Electric
Control Type	PID
Panel Voltage	415 V AC
Temperature Range	Up to 100°C
Blower Control	DOL
Power	50 kW
Display Type	Digital
Mounting Type	Floor Mounted
Industry	Agro
Country of Origin	Made in India

facillated with Automatic temperature and humidity controllers, Process Timers customised for your machine requirements.

Additional Information:

• Production Capacity: 10
• Delivery Time: 1 week
• Packaging Details: standard

kVAR Rating	as required
Rated Voltage	415 V
Control Type	Both Contactor and Thyristor swithed
Number of Stages	as per load
Connected Load	as required
Capacitor Duty	Heavy Duty
Mode of Operation	Auto/Manual
Reactor	With Detuned Reactor

Power Factor Correction (PFC) services optimizes efficiency of electrical installations by reducing reactive power waste (kVAR), lowering utility demand penalties, and freeing up system capacity. Industrial facilities and large commercial properties can utilize these professional services to transition their electrical systems from a low power factor to ideal unit performance. A specialized engineering team handle everything from initial diagnostic system tracking to routine hardware system upgrade.
A complete power factor optimization cycle includes four primary technical phases as following:
1) Site Survey & Load Audits: Trained engineers connect data-loggers to trace real-time reactive demand patterns over dynamic cycles in system
2) To Design system & Sizing:To calculate the necessary (kVAR) output needed to align lagging voltage and current waves safely
3) Required Equipment, hardware Installation & Commissioning: Installing customized Automatic Power Factor Correction (APFC) panels, with detuned reactors, and high-capacity capacitor banks.
4) Routine Audit & Maintenance: Periodically checks to manage thermal deterioration, swap filters, and maintain contactor calibration

BENIFITS
After Maintaining an improved power factor (typically targeted at (0.95) and above provides clear operational value i.e.
1) Elimination of penalties; reduced total demand charges.
2) Keep cooler Transformer from overheating, and lowers line losses resulting in extended machine life.
3) Freed up kVA supply capacity across existing cabling which resulting reduced breaker tripping risk.