
( Brand: Newport ), ( Manufacturer Part Number: I16D33-AL ), ( Part Type: Digital Controller )
The i16d33-AL Newport Digital 1-16 DIN Temperature PID Controller is a sophisticated and reliable device designed for precision temperature control applications. This controller features 16 independent output channels, each capable of controlling a separate temperature control loop, making it an ideal choice for complex systems requiring multiple temperature control points.
The controller's 50-amp output rating ensures it can handle heavy loads, while its wide operating temperature range of -40 to 150 C (-40 to 302 F) makes it suitable for use in a variety of environments. The i16d33-AL is equipped with high-performance PID control algorithms, enabling it to maintain precise temperature setpoints with minimal overshoot and settling time.
The device comes with a user-friendly software interface, allowing easy configuration and monitoring of each output channel. The interface provides real-time data display, including temperature readings, setpoints, and controller output values. The software is also compatible with popular SCADA systems, allowing seamless integration with larger control systems.
The i16d33-AL is built to last, with a rugged, dust-resistant enclosure and high-quality components. It is also designed to be easy to install, with a compact size and a variety of mounting options. With its advanced features, reliable performance, and easy-to-use interface, the i16d33-AL Newport Digital 1-16 DIN Temperature PID Controller is a versatile and powerful choice for temperature control applications.
Pros of buying a Newport Digital i16d33-AL 1-16 DIN Temperature PID Controller 50:1. Wide Temperature Range: The controller can handle a wide temperature range, from -58 to 392 degrees Celsius, making it suitable for various industrial applications.
2. PID Control: The PID (Proportional-Integral-Derative) control function ensures precise temperature regulation, reducing oscillations and improving process stability.
3. Digital Display: The digital display provides clear and accurate readings, making it easy to monitor and adjust the temperature setting.
4. Input/Output Capabilities: The device has 1-16 DIN input and 1 DIN output channels, making it flexible for use in various systems.
5. Durable Construction: The controller is built with a rugged, all-metal housing, designed to withstand harsh industrial environments.
Cons of buying a Newport Digital i16d33-AL 1-16 DIN Temperature PID Controller 50:1. Price: The controller is relatively expensive compared to some other temperature controllers on the market, which might be a limitation for some budget-conscious buyers.
2. Complexity: The device may be too complex for users who are not familiar with PID control or DIY temperature regulation systems.
Recommendation:If you're looking for a high-quality, precision temperature controller with a wide temperature range and PID control capabilities, the Newport Digital i16d33-AL 1-16 DIN Temperature PID Controller 50 is a great option. Its durable construction and digital display make it a reliable choice for various industrial applications. However, if cost is a major concern, you might want to consider alternative options with similar features but at lower price points. Ultimately, the decision to buy this controller depends on your specific needs and budget.
Notes: temperature controller was removed from a decommissioned working machine. On the ask a question link at bottom of this listing.
Controller has minor wear and tear from previous use.
Included: 1 Newport I16D33-AL digital temperature controller specifications: manufacturer: model: temp range: c to 50 voltage : 240 vac 10, 400hz accuracy.
Home contact about technology industrial lab test electrical semiconductor Newport I16D33-AL digital 1 16 din temperature pid controller c to 50 manufacturer: model: condition: used price: the photos show exact items buyer will receive. Comes in non-original packaging.
Shipping buyer pays for all costs. Manufacturer: Newport condition: used.
No further testing was performed.