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Yudian Temperature Controller: PID Temp AI 208, AI 509

Yudian Temperature Controller is a smart tools for controlling temperature in different work settings. IndMALL offers various models like AI-516, AI-208, AI-526, AI-509, and AI-218. These Yudian PID Controller is a easy to use and can handle many types of inputs such as thermocouples and RTD. Yudian Controller offers different ways to control output, like Relay and SSR.

With clear digital displays and accurate readings, Yudian controllers are reliable for many tasks. At IndMALL Automation, we provide these helpful controllers to ensure you can manage temperature accurately and easily in your work.

Yudian Temperature Controller: AI-516

Model: Yudian AI-516, 96 x 96 mm.
Control: PID/On-Off, for Temperature, Humidity, Pressure.
Input: Thermocouple, RTD, Current (mA), Voltage (mV).
Output: Relay/SSR, Analog (mA/mV).
Display: Digital, 0.3% FS accuracy, ±1°C, 1°C/0.1°C resolution.
Power: 100-240 VAC, 50/60 Hz, ≤2W consumption.
Environment: Operates at 10°C to 60°C.

Yudian Temperature Controller AI 208

Model: Yudian AI-208, 48×48 mm, Black.
Control: PID/On-Off, Relay Output.
Input: Thermocouple K Type.
Accuracy: 0.3% FS ±1°C.
Features: Open Sensor, Alarm Relay.
Power: 100-240 VAC.
Relay Output: Maximum 3.

Yudian PID Controller: AI – 526

Model: Yudian AI-526, Dual Display.
Inputs: Universal (All Thermocouple types, RTD PT-100).
Output: Relay (Single/Dual) or SSR Voltage, 4-20mA.
Control: ON/OFF Action.
Alarms: High, Low, High/Low Deviation.
Re Transmission: Linear Current/Voltage (SV/PV).
Power: SMPS 100~240VAC/DC, 50 Hz or 24 V DC.
Panel Sizes: 96×96mm, 72×72mm, 48×48mm, 48×96mm, 96×48mm.

Yudian Temperature Controller AI 509

Model: Yudian AI-509, 96 x 96 mm.
Control: PID/On-Off, Relay/SSR Output.
Input: RTD, Thermocouple.
Resolution: 0.1°C/0.1°F.
Power: 100-240 VAC, 50/60 Hz, 3W Consumption.
Environment: 0~90% RH Humidity

Yudian Controller: AI-218

Inputs: Thermocouples (K, S, R, E, J, N), Pt100.
Measurement Range: K (0 ~ 1300℃), S (0 ~ 1700℃), R (0 ~ 1600℃), E (0 ~ 1000℃), J (0 ~ 1200℃), N (0 ~ 1300℃), Pt100 (-200~+800℃).
Accuracy: 0.3%FS±1℃/0.1℃.
Control: On-Off, PID with Auto-Tuning.
Alarms: High/Low, Deviation High/Low.
Power: 100-240VAC, 50-60Hz, ≤3W.
Environment: -10~+60℃, 0~90%RH.

At IndMALL Automation, we make sure you have all the help you need for your Yudian Temperature Controller. We provide easy-to-read PDF manuals. These guides are full of useful information to help you use your temperature controller the right way. They show you how to set it up and fix any problems. If you have the Yudian AI-208 model, we have a special manual just for that. It’s really helpful for learning how to use it properly. With these manuals, you can make sure your temperature controller works just right for your work.

Frequently Asked Questions

What is The Importance of Temperature Controller?

A temperature controller is essential for many reasons. Let’s explore its importance:

Maintains Stability: It keeps temperatures stable. This is crucial for many machines and processes.

Safety First: It prevents overheating, ensuring equipment and people stay safe.

Saves Energy: Efficient temperature control means less energy waste, which saves money.

Enhances Product Quality: For industries like food or medicine, the right temperatures ensure product quality.

Extends Equipment Life: Constant temperatures prevent wear and tear, making equipment last longer.

In short, a temperature controller is vital for safety, savings, and quality.

What Type of Controller is Used For Temperature Control?

For temperature control, specific controllers are used. Let’s learn about them:

Thermostats: These are basic controllers. They turn devices on or off to maintain temperature.

PID Controllers: These are advanced. They adjust temperature with precision, ensuring stability.

On/Off Controllers: Simple and common. They switch systems on or off based on temperature.

Proportional Controllers: They change output in proportion to the temperature difference.

Two-Point Controllers: These maintain temperatures between two set points.

In essence, different controllers serve different needs. The right one depends on the task’s complexity.

Which Are The Sensor For Temperature Controller?

Temperature controllers use various sensors. Let’s look at the common ones:

Thermocouples: These are made of two metal wires. They measure a wide range of temperatures.

RTDs (Resistance Temperature Detectors): These use metal wires, usually platinum. They’re accurate and stable.

Thermistors: Made from ceramic materials. They’re sensitive but have a limited range.

Infrared Sensors: These detect temperature from emitted infrared energy. They’re for non-contact measurements.

Bimetallic Strips: Two metals bonded together. They bend with temperature changes.

In summary, the best sensor depends on your needs. Each has its strengths and limitations.

For know more information on our Yudian Temperature Controller please feel free to reach out to us.