Industrial automation
Industrial automation products in India
Industrisol sources industrial automation products in India for OEMs, panel builders and maintenance teams: drives and motors, PLCs and HMIs, motion control, sensors, encoders, pneumatics and control components. Send a part number or a requirement and we reply with options and a quotation.
- Drives, motors, controllers, sensors and accessories in one enquiry
- Yaskawa and Panasonic ranges plus Delta, Omron, Baumer, Hengstler, Mindman and others
- Like-for-like replacements quoted from part numbers
- Supply to Mumbai and customers across India
Talk to our team
Need a price, alternative or spec check?
Share the model, quantity and application. We reply with suitable options and a quotation.
- Phone: +91 90433 36700
- Email: industrisol@industrisol.com
Overview
Automation components for machines, panels and plants
Every automated machine is built from the same layers. A controller (PLC or motion controller) runs the logic. An operator interface (HMI) lets people see and change what is happening. Drives and motors (AC drives, VFDs, servo and gear motors) create the movement. Feedback devices (encoders and sensors) tell the controller what actually happened, and cables and control components (relays, timers, power supplies, pneumatics) tie it together.
Our industrial automation products in India cover each of these layers, so an OEM, panel builder or plant maintenance team can source a full bill of materials through one enquiry. We work with ranges from Yaskawa and Panasonic as well as products from makes such as Delta, Omron, Fuji, Baumer, Leuze, Hengstler, Mindman, Phoenix Contact and GIC.
Whether you need a single replacement drive to restart a stopped line or components for a new machine build, send the part numbers or the application details and we will come back with options and a quotation.
Product ranges
Browse automation product categories
Each page explains the product type, key specifications and how to enquire.
AC drives
Single and three phase input drives for speed control of induction motors on pumps, fans and conveyors.
VFDs
Variable frequency drives for energy saving and soft starting on variable torque and constant torque loads.
AC motors
Induction motors for general purpose and machine duties, matched to your drive and mounting.
Gear motors
Motors with integrated gearboxes for conveyors, mixers and low-speed, high-torque drives.
Servo motors and drives
Servo systems for precise positioning, indexing and synchronised motion.
Motion controllers
Controllers that generate trajectories and coordinate multiple servo axes.
PLCs
Programmable logic controllers from compact units to modular racks with I/O and communication modules.
HMIs
Text panels and touch screens for operator control, alarms and recipe management.
Industrial sensors
Proximity, photoelectric, ultrasonic, distance and pressure sensors for detection and measurement.
Encoders
Incremental and absolute rotary encoders for speed and position feedback.
Automation cables
Motor power, encoder feedback and sensor cables to suit drives and servo systems.
Buyer's guide
How to select industrial automation products
Replacing an existing part? The fastest route is the full part number from the nameplate, plus a photo. Many drives, PLCs and HMIs have suffixes that change voltage, communication or firmware, so the complete code matters. If the original is obsolete, we can suggest a current equivalent and point out any wiring, mounting or programming differences.
Building or upgrading a machine? Work from the load outward:
- Motor and drive: size from load torque, speed range, duty cycle and supply voltage. Use a VFD or AC drive for speed control of induction motors, and a servo system where you need fast, accurate positioning.
- Gearing: a gear motor or servo gearbox reduces speed and multiplies torque. Check ratio, backlash and mounting.
- Feedback: incremental encoders give speed and relative position; absolute encoders keep position through power loss. Choose resolution, shaft type and interface (for example SSI, BiSS, DeviceNet or EtherCAT).
- Controller: count digital and analogue I/O, add spare capacity and confirm the communication protocols your plant uses.
- HMI: pick screen size and type to match the amount of information operators need, and confirm it talks to your PLC.
- Sensors: match sensing principle to the target: inductive for metal, capacitive for non-metals and levels, photoelectric for longer ranges, ultrasonic for difficult surfaces.
Finally, check the environment: temperature, dust, moisture, vibration and the IP rating needed in the panel or on the machine.
Compare automation product types
A quick reference to what each category does and where it is used.
| Category | What it is | Typical use |
|---|---|---|
| AC drives and VFDs | Electronic controllers that vary motor speed by changing supply frequency | Pumps, fans, blowers, conveyors, energy saving retrofits |
| AC and gear motors | Induction motors, with or without an integrated gearbox | Conveyors, mixers, material handling, general machinery |
| Servo motors and drives | Closed-loop motor systems with encoder feedback | Packaging, CNC axes, pick and place, indexing tables |
| Motion controllers | Dedicated controllers for multi-axis trajectories | Synchronised and interpolated motion on special machines |
| PLCs | Industrial computers that run control logic | Machine control, process sequencing, utilities |
| HMIs | Operator panels and touch screens | Machine operation, alarms, recipes, data display |
| Sensors | Devices that detect presence, distance, pressure or position | Part detection, level, safety, quality checks |
| Encoders | Rotary devices giving speed or position feedback | Servo feedback, length measurement, cut-to-length |
| Cables | Power, feedback and signal cables | Connecting drives, motors, encoders and sensors |
Brand ranges and control components
For brand-specific product pages, see the Yaskawa AC drives, Yaskawa servo motors, Panasonic servo motors and Panasonic sensors pages.
We also list control and field components in our shop, including programmable logic controllers, human machine interfaces, Hengstler encoders, Mindman pneumatic cylinders, industrial relays, electronic timers and temperature controllers.
What to include in your automation enquiry
Complete details help us quote the correct item the first time.
Not sure about some details? Send what you have — we will ask the right follow-up questions.
- Full part number and make from the nameplate, with a photo
- For drives and motors: kW or HP rating, voltage, phase, speed and load type
- For servo systems: torque, speed, inertia ratio and feedback type
- For PLCs and HMIs: I/O count, communication protocol and screen size
- For sensors and encoders: sensing range or resolution, output type, shaft or mounting style
- Operating environment: temperature, dust, moisture and required IP rating
- Quantity, whether it is a replacement or a new build, and delivery location
What is the difference between an AC drive and a VFD?
In everyday use the terms mean the same thing: an electronic controller that changes the frequency and voltage supplied to an AC induction motor to control its speed. Some manufacturers use AC drive for the broader product family and VFD for general-purpose models, but the selection criteria are the same: motor rating, supply voltage, load type and control features.
Can you supply a replacement for an obsolete drive, PLC or HMI?
Often, yes. Send the full part number and a photo of the nameplate. If the exact model is still available we quote it; if it has been discontinued we can suggest a current equivalent and highlight any differences in wiring, mounting, communication or programming that your team should plan for.
When should I use a servo motor instead of a VFD and induction motor?
Use a servo system when you need fast, accurate positioning, high dynamic response or synchronised motion, such as in packaging, indexing or CNC axes. A VFD with an induction motor is simpler and more economical when you mainly need speed control, as on pumps, fans and conveyors.
What is the difference between incremental and absolute encoders?
An incremental encoder outputs pulses as the shaft turns, so the controller counts them to work out speed and relative position; position is lost when power is off. An absolute encoder gives a unique position value at every point, so the machine knows where it is immediately after power-up. Multiturn absolute encoders also track the number of revolutions.
Do you supply complete control panels?
We list customised control panels among our products and can quote components for your own panel build. Share the drawing or bill of materials, or describe the machine and functions you need, and we will advise what we can supply.
Which brands do you supply?
Our listings include Yaskawa and Panasonic ranges as well as products from makes such as Delta, Omron, Fuji, Baumer, Leuze, Hengstler, Mindman, Phoenix Contact and GIC. Availability varies by model, so send part numbers and we will confirm options and a quotation.
Send your automation requirement
Share part numbers or a bill of materials and we will reply with options and a quotation.