Autonics Sensors, Controllers, Encoders and Automation Products

Autonics Product FAQs

1. What are Autonics products used for?

Autonics products are used in industrial automation, machine control, process monitoring, and factory automation applications. The product range includes proximity sensors, photoelectric sensors, PID temperature controllers, rotary encoders, digital counters, timers, panel meters, solid state relays, power supplies, and safety devices. These components are commonly used in manufacturing plants, packaging machinery, conveyor systems, OEM equipment, and industrial control panels.

2. Where can I buy Autonics products online in India?

You can buy Autonics industrial automation products online from Radical TechMart. The store offers a range of Autonics proximity sensors, temperature controllers, rotary encoders, counters, timers, photoelectric sensors, and other automation components. Customers can explore models, review specifications, compare products, and request quotations for their industrial requirements.

3. What types of Autonics industrial automation products are available?

Autonics manufactures industrial automation components including inductive proximity sensors, capacitive proximity sensors, photoelectric sensors, fiber optic sensors, area sensors, rotary encoders, temperature controllers, digital panel meters, counters, timers, solid state relays, power controllers, pressure sensors, signal lights, and switching power supplies. Product selection depends on the required measurement, detection, control, or automation application.

4. What is the price of Autonics products in India?

Autonics product prices in India vary depending on the model number, sensing range, output type, power supply, accuracy, and technical specifications. Proximity sensors, temperature controllers, rotary encoders, counters, and other automation products have different pricing structures. Customers can check listed Autonics product prices at Radical TechMart or request a quotation for specific models and quantities.

5. What is an Autonics proximity sensor and how does it work?

An Autonics proximity sensor detects the presence of an object without requiring physical contact. Inductive proximity sensors use an electromagnetic field to detect metallic targets, while capacitive sensors detect changes in capacitance caused by suitable materials. Autonics proximity sensors are widely used for object detection, position sensing, machine automation, counting, and conveyor applications.

6. What is the difference between Autonics NPN and PNP proximity sensors?

Autonics NPN proximity sensors generally switch the output toward 0V when activated, while PNP proximity sensors switch the output toward the positive supply voltage. The correct output type depends on the PLC, controller, or machine input configuration. Buyers should verify NPN or PNP compatibility before purchasing replacement proximity sensors.

7. What is the Autonics PR08-1.5DN proximity sensor?

The Autonics PR08-1.5DN is an inductive proximity sensor with a nominal sensing distance of 1.5 mm, NPN normally open output, and an 8 mm cylindrical housing. It is designed for noncontact detection of metallic objects in industrial machinery, automated equipment, and position detection applications.

8. What is the difference between Autonics inductive and capacitive proximity sensors?

Autonics inductive proximity sensors are primarily designed to detect metallic objects such as steel and aluminum. Capacitive proximity sensors can detect suitable metallic and nonmetallic materials, including some plastics, powders, liquids, and granular substances. Inductive sensors are commonly used for metal detection, while capacitive sensors are useful for material presence and certain level detection applications.

9. What is the sensing distance of an Autonics proximity sensor?

The sensing distance depends on the specific Autonics sensor model. Different PR series and PFI series sensors offer different nominal sensing distances. For example, the PR08-1.5DN has a 1.5 mm nominal sensing distance, while the PFI25-8DN is designed for an 8 mm nominal sensing distance. Actual detection performance also depends on the target material, dimensions, installation, and operating conditions.

10. What is an Autonics photoelectric sensor used for?

Autonics photoelectric sensors detect objects using emitted and received light. They are used in conveyor systems, packaging machines, automated sorting equipment, material handling systems, and production lines. Depending on the model, photoelectric sensors use through-beam, retroreflective, or diffuse-reflective detection methods.

11. What is the difference between Autonics proximity sensors and photoelectric sensors?

Autonics proximity sensors detect objects using inductive or capacitive sensing principles, whereas photoelectric sensors use light for object detection. Proximity sensors are commonly used for short-range position and material detection, while photoelectric sensors can offer longer sensing distances and detect a broader range of suitable objects. The correct choice depends on target material, sensing distance, environment, and installation requirements.

12. What is an Autonics PID temperature controller?

An Autonics PID temperature controller regulates temperature using proportional, integral, and derivative control. It receives temperature readings from compatible thermocouples or RTD sensors and adjusts a control output to maintain the desired setpoint. Autonics PID controllers are widely used in industrial ovens, heating equipment, plastic processing machines, packaging equipment, and temperature control panels.

13. What is the difference between Autonics TC4S, TCN4S, and TK4S temperature controllers?

The Autonics TC4S, TCN4S, and TK4S belong to different digital temperature controller series. The TC series provides economical PID temperature control, the TCN series features dual display capability, and the TK series offers additional advanced control functions depending on the model. Buyers should compare sensor input, output type, display, control functions, power supply, and panel dimensions before selecting a controller.

14. Can Autonics temperature controllers work with PT100 and thermocouple sensors?

Yes. Many Autonics digital temperature controllers support PT100 RTD sensors and thermocouple inputs such as K, J, and other supported types. Input compatibility depends on the specific controller model. Always verify the sensor input range and configuration before connecting a thermocouple or RTD sensor.

15. How do I select the right Autonics temperature controller?

Selecting an Autonics temperature controller depends on the application, measurement range, sensor type, panel cutout size, power supply, and control output. Buyers should check whether the application requires relay output, SSR drive output, analog output, PID control, or additional alarm functions. Autonics TC, TCN, TK, and TX series controllers serve different industrial temperature control requirements.