Description
Specifications Table
| Product Name | Advanced PID Controller With Microcontroller | AE 911 | ASICO |
|---|---|
| Pack Size | 1 Unit |
| Form | Electronic Controller |
| Grade | Laboratory/Industrial Grade |
| Application | Temperature, pressure, and flow control in labs |
Product Description
The Advanced PID Controller With Microcontroller (AE 911) is a cutting-edge solution for precise process control in laboratories and research facilities. Designed with a high-performance microcontroller, this PID controller ensures accurate regulation of temperature, pressure, and flow parameters, making it indispensable for experiments requiring tight control.
Whether you’re a student working on a project or a researcher conducting critical experiments, this controller offers reliability and ease of use. Its intuitive interface allows for quick programming and real-time monitoring, while the robust build ensures durability in demanding lab environments.
For those looking to buy a PID controller online in India, eqipped provides a seamless shopping experience with competitive pricing and fast delivery. This microcontroller-based PID controller is an excellent choice for educational institutions and research labs seeking precision without complexity.
Upgrade your lab setup with the Advanced PID Controller. Order now for accurate control and consistent results.
FAQs
What is the maximum temperature range this PID controller can handle?
The AE 911 can typically handle up to 300°C, but this depends on the connected sensors. Always verify sensor compatibility for your specific application.
Is this controller suitable for educational use?
Absolutely. Its user-friendly interface and precise control make it ideal for student projects and classroom demonstrations.
Can I buy this PID controller online in India with fast delivery?
Yes, eqipped offers quick shipping across India. Order today to receive your controller within 3-5 business days.
Does this controller support external sensors?
Yes, it is compatible with standard thermocouples and RTD sensors for temperature measurement.
What makes this better than analog PID controllers?
The microcontroller-based design provides higher accuracy, faster response, and programmable features that analog controllers lack.
