PID Temperature Controller with Timer | 40-Segment Programmable

All Categories
EN EN

Industrial PID Temperature Controller with Timer for Precision Automation

Discover the advanced PID temperature controller with timer from Zhejiang Suosite Electrical Technology Co., Ltd., a national high-tech enterprise dedicated to R&D and production of industrial control instruments. Our PID temperature controllers with timer are engineered for precision temperature management in diverse applications such as injection molding, packaging, food processing, and chemical reactors. These devices integrate intelligent PID algorithms with programmable timing functions, enabling automated temperature profiling and energy-saving operations. Built with high-grade materials, they offer exceptional accuracy (up to ±0.5% FS), fast response, and robust durability for 24/7 industrial environments. With CE certification, multiple patents, and a monthly output of hundreds of thousands, we provide reliable, cost-effective solutions and fully support OEM/ODM customization to meet your specific needs.
Get A Quote

Case Study

Precision Engineering with Time-Based Control

Our PID temperature controllers with timer are engineered with advanced PID algorithms that deliver precise temperature regulation within ±0.5% FS accuracy. The integrated timer function allows for sophisticated scheduling, enabling automatic startup, shutdown, or multi-step temperature profiles. This is essential for processes requiring specific heat treatment or cure times. The benefit is minimized temperature fluctuation, leading to improved product quality and reduced energy consumption. Unlike basic controllers, our timers can be programmed with up to 40 segments, allowing for complex thermal cycles. This precision not only enhances efficiency but also extends the lifespan of heating equipment by preventing overheating or abrupt temperature changes. The result is a highly reliable, versatile tool for industries like plastics, ceramics, and electronics manufacturing, where consistent thermal processing is critical. By choosing our controller, you invest in accuracy that translates

Robust Design for Harsh Industrial Environments

Built to withstand challenging conditions, the PID temperature controller with timer features a rugged ABS plastic housing with IP65 protection, making it resistant to dust and water splashes. It operates reliably in temperatures from 0 to 50°C and withstands power surges up to 380V AC. The controller is designed for long service life, with solid-state relay outputs that handle frequent switching without mechanical wear. It also incorporates high noise immunity, ensuring stable performance even with electromagnetic interference typical on factory floors. This durability reduces maintenance needs and downtime, crucial for continuous production lines. Additionally, the terminal blocks are rated for high current, ensuring safe and secure connections. With a lifecycle of over 100,000 hours, this controller is a dependable investment. Choose robustness to safeguard your processes and ensure uninterrupted operation.

User-Friendly Programming and Flexible Customization

Our PID temperature controller with timer offers an intuitive interface that simplifies setup and operation. A clear LED display and tact switch buttons allow for easy adjustments of temperature setpoints and timer parameters. The menu structure is logical and can be password-protected to prevent unauthorized changes. For advanced users, the device supports multiple sensor inputs (thermocouple K, J, E, T, and PT100 RTD) and offers selectable output types, including relay, SSR driver, and 4-20mA analog output. We also provide OEM/ODM services, allowing you to customize the controller to your unique requirements, including label, color, and specific firmware functions. This flexibility ensures that the controller integrates seamlessly into your existing systems, enhancing compatibility and ease of adoption. Our expert technical team provides comprehensive support, from initial consultation to after-sales service. Experience convenience and adaptability that keep your operations ahead.

Related products

TC3-501T Temperature Control and Time Integrated Thermostat Digital Temperature Controller for Industrial Hot Stamping Machine VIEW DETAILS

TC3-501T Temperature Control and Time Integrated Thermostat Digital Temperature Controller for Industrial Hot Stamping Machine

BT6-B 1220 48*96*83mm Plastic PID Intelligent Digital Temperature Controller RS485 Customizable Industrial Thermostat with Timer VIEW DETAILS

BT6-B 1220 48*96*83mm Plastic PID Intelligent Digital Temperature Controller RS485 Customizable Industrial Thermostat with Timer

Three-in-One Touch Screen TS600 Temperature Controller Hot Stamping Machine Functionality 100~240VAC Power Supply 1 Year VIEW DETAILS

Three-in-One Touch Screen TS600 Temperature Controller Hot Stamping Machine Functionality 100~240VAC Power Supply 1 Year

TEL72-9001X TUOBANG ABS ODM Digital Temperature Controller with LED Display 0-400 Range 220V/380VAC for Industrial Dryer VIEW DETAILS

TEL72-9001X TUOBANG ABS ODM Digital Temperature Controller with LED Display 0-400 Range 220V/380VAC for Industrial Dryer

PID temperature controllers with timer have become indispensable in modern industrial automation due to their ability to combine precise temperature regulation with chronological process control. At Zhejiang Suosite, we have developed cutting-edge controllers that leverage PID (Proportional-Integral-Derivative) algorithms to maintain temperature with minimal overshoot and steady-state error. The timer functionality empowers operators to set specific time delays, ramp rates, and soak times, which is crucial for processes like annealing, curing, or drying. This integration allows for fully automated operations, reducing manual intervention and error. Our controllers feature advanced auto-tuning that automatically calculates optimal PID parameters, ensuring optimal performance without tedious manual adjustment. Moreover, they are equipped with alarm functions for over-temperature, sensor fault, and heater break detection, enhancing safety and protecting both product and equipment. With modbus communication, these controllers can be integrated into SCADA systems, enabling real-time data logging and centralized control. The versatility of our PID temperature controllers with timer caters to a wide range of industries, from food processing to semiconductor manufacturing, delivering consistent quality and efficiency. By investing in our technology, businesses can achieve higher throughput, lower energy costs, and improved product uniformity, ultimately gaining a competitive edge in the global market.

Frequently Asked Questions

How does the timer function enhance the PID controller's utility?

The timer function allows the controller to execute time-based temperature programs, such as ramp-soak steps, which are essential for processes requiring precise heating or cooling profiles. For example, in plastic injection molding, the mold must be heated to a specific temperature and held for a set duration to ensure proper crystallization. With our timer, you can program these steps automatically, eliminating manual oversight. This not only improves repeatability but also frees up personnel for other tasks. Additionally, timers enable scheduled startup/shutdown, reducing energy consumption during idle periods. The combination of PID and timer functionality ensures that your process achieves optimal results every time.
Yes, our PID temperature controllers with timer are highly versatile and support a wide range of input sensors, including thermocouples (K, J, E, T) and PT100 RTDs. This flexibility allows you to use the most suitable sensor for your application without needing separate controllers. The selection is made through simple menu settings, and the controller automatically calibrates to the chosen sensor. This is particularly beneficial for industries that use different temperature sensors across different machinery, simplifying inventory and maintenance. Additionally, the controller offers cold junction compensation for accurate thermocouple readings. By catering to various sensor inputs, we ensure that you can integrate our controller into diverse systems with ease.
We provide multiple output configurations to match your control requirements. Standard models include relay outputs for on/off control, solid-state relay (SSR) driver outputs for proportional control, and analog outputs like 4-20mA or 0-10V for proportional valves or variable frequency drives. Dual output models allow for heating and cooling control simultaneously. For advanced applications, RS485 communication enables remote monitoring and data logging. These options give you the freedom to design a control system that precisely meets your process needs, whether you are controlling a simple heater or a complex thermal system. Our technical support can assist you in selecting the appropriate output type for your specific application.
Setting up a multi-step program is straightforward via the intuitive front panel interface. Navigate to the program settings and define up to 40 segments, each with its own setpoint temperature and dwell time. You can also specify ramp rates for gradual temperature changes. The controller will automatically sequence through these steps, and you can monitor the process status via the display. For verification, you can simulate a program without running it. The controller supports both single-cycle and loop programs, allowing for repetitive cycles. This feature is ideal for processes like heat treatment, where specific temperature curves are required. Detailed instructions are provided in our manual, and our support team is available if you need assistance.
Absolutely. As an ISO9001 certified manufacturer, we specialize in OEM and ODM projects. We can customize the controller to your specifications, including hardware modifications, firmware changes, and custom labeling. Whether you need a specific setpoint range, unique input filters, or special communication protocols, we can accommodate. Our engineering team works closely with clients to ensure the final product integrates seamlessly into their equipment. We also offer private labeling and packaging options to present the product as your own. With a minimum order quantity and fast turnaround, we are an ideal partner for OEMs looking to enhance their product lines with a reliable, high-precision temperature controller.

Related article

How to Choose a Reliable Temperature Controller Manufacturer — A B2B Buyer's Complete Guide

15

Jun

How to Choose a Reliable Temperature Controller Manufacturer — A B2B Buyer's Complete Guide

View More
Why is PID tuning crucial in a temperature controller for stable operation?

23

Jul

Why is PID tuning crucial in a temperature controller for stable operation?

The Difference Between a Controller and a Good Controller A PID temperature controller is only as effective as its tuning. The hardware might be state-of-the-art, the sensor might be freshly calibrated, and the actuator might be brand new—but i...
View More
How to calibrate a temperature controller to ensure accurate readings?

03

Aug

How to calibrate a temperature controller to ensure accurate readings?

The Hidden Cost of an Uncalibrated Controller Temperature controllers are the silent workhorses of industrial production. When they drift, the consequences are rarely immediate—which makes them dangerous. A controller reading 2°C low in a h...
View More
How to choose the right temperature controller for your industrial process?

25

Aug

How to choose the right temperature controller for your industrial process?

The Selection Trap That Catches Most Buyers Choosing a temperature controller looks simple at first glance. The specifications seem straightforward: input type, output type, accuracy rating, price. Many buyers treat it like a commodity purchase&mdash...
View More

Reviews

James T.

We upgraded our lamination line with Suosite's PID temperature controller with timer. The auto-tuning feature simplified setup, and the timer allowed us to automate complex heating cycles. The precision is remarkable, with temperature stability of ±0.3°C. Since installation, our defect rate dropped by 15%, and energy consumption reduced by 8%. The support team was responsive and knowledgeable. Highly recommend for any industrial process.

Maria S.

Our food packaging machines run 24/7, and the controllers need to withstand constant use. The Suosite controller has been flawless for over a year. The IP65 casing protects against the occasional washdown, and the display is easy to read even at a distance. The timer feature enables us to schedule preheating before shifts, saving time and energy. Excellent value for money.

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000
temperature controller with timer timer and temperature controller temperature controlled timer pid temperature controller with timer pid controller timer temperature and timer controller
Advanced PID Auto-Tuning

Advanced PID Auto-Tuning

Our PID temperature controller with timer incorporates a sophisticated auto-tuning algorithm that automatically calculates optimal PID parameters based on the system response. This eliminates the manual trial-and-error method, saving time and ensuring stable control from startup. The controller continuously adapts to load changes, maintaining accuracy across varying operating conditions. This feature is invaluable for complex thermal systems where operator expertise may be limited. With auto-tuning, you achieve consistent temperature control, reducing waste and improving product quality. This intelligent function sets our controller apart, offering a plug-and-play experience without sacrificing performance.
Multi-Segment Programmable Timers

Multi-Segment Programmable Timers

The programmable timer supports up to 40 segments of temperature-time profiles, allowing you to create complex heating, soaking, and cooling cycles. This capability is essential for processes like ceramics firing, glass annealing, and semiconductor diffusion, where precise thermal profiling determines product integrity. You can set ramp rates and dwell times at each step, and the controller automatically progresses through the sequence. The ability to store multiple programs (up to 8) enables quick changeovers between different products. This flexibility reduces manual intervention and ensures reproducibility, critical for meeting quality standards. The timer functions as a virtual process engineer, orchestrating your thermal operations with precision.
Integrated Communication and Safety Features

Integrated Communication and Safety Features

Our controller comes with RS485 Modbus communication as standard, enabling seamless integration into factory automation networks. You can remotely monitor and control multiple controllers from a central station, collect data for analysis, and set alarms. This connectivity facilitates efficient process management and predictive maintenance. Additionally, safety is paramount: the controller includes over-temperature alarms, sensor fault detection, and heater breakage alarms. These features protect your equipment and products from overheating, sensor failures, or heater failures, preventing costly downtime and safety hazards. With these integrated capabilities, you gain peace of mind and operational efficiency that boosts your bottom line.
Newsletter
Please Leave A Message With Us
Zhejiang Suosite Electrical Technology Co., Ltd.

Copyright © 2026 by Zhejiang Suosite Electrical Technology Co., Ltd. - Privacy policy