I Therm Temperature Controller: Digital Precision Control
Discover the I Therm Temperature Controller range at IndMALL Automation. The I therm temp controller ensures precision in temperature regulation. For those seeking advanced tech, the I Therm pid temp controller and I therm digital pid controller stand out. Every itherm temperature controller in our collection promises consistent performance and longevity.
Considering the itherm PID controller? It’s tailored for impeccable temperature management. Every i therm pid controller in our lineup is designed for accuracy and reliability, ensuring temperatures stay exactly where you want them.
I Therm Temperature Controller – AI-7981
- Selectable Sensor Input: T/C & RTD.
- Control Action: Programmable PID control/ON-OFF.
- Input Signal Conditioning: Programmable digital filter & zero offset.
- Control Output: Selectable (Relay/SSR Drive).
- Supply Voltage: Universal range from 90 to 270 VAC, 24VDC available on request.
- Display: 0.80” White & 0.56” Pure Green, 4 digits dual row.
- Output: Relay 5A @ 250 VAC/30VDC, SSR Drive 12 VDC @ 30mA.
Itherm PID Controller – AI-7782
- Sensor Input: Selectable T/C & RTD.
- Control Action: PID control/ON-OFF.
- Signal Conditioning: Programmable digital filter & zero offset.
- Output: Selectable Relay / SSR Drive.
- Supply Voltage: 90 to 270 VAC, 24VDC option.
- Display: 0.56” White & 0.36” Pure Green, 4 digits dual row.
- Accuracy: 0.3% FS.
Itherm Temperature Controller – AI-7781
- Sensor Input: Selectable T/C & RTD.
- Control Action: PID control/ON-OFF.
- Output: Selectable Relay / SSR Drive.
- Protection: Overshoot control.
- Supply Voltage: 90 to 270 VAC, 24VDC option.
- Display: 0.56” White & 0.39” Pure Green, 4 digits dual row.
- Accuracy: 0.3% FS.
I Therm Temp Controller – AI-7741
- Sensor Input: Selectable T/C & RTD.
- Control Action: PID control/ON-OFF.
- Signal Conditioning: Programmable digital filter & zero offset.
- Setpoint Limits: Programmable lower and higher limits.
- Output: Selectable Relay / SSR Drive.
- Supply Voltage: 90 to 270 VAC, 24VDC option.
- Display: 0.56” White, 4 digits single row.
- Accuracy: 0.3% FS.
I Therm PID Controller – AI-5941
- Sensor Input: Selectable T/C & RTD.
- Control Action: T.P. Control / ON-OFF.
- Output: Selectable Relay / SSR Drive.
- Time Delay: For compressor.
- Sizes: Available in 48×48, 48×96, 72×72, 96×48, 96×96.
- Supply Voltage: 90 to 270 VAC, 24 VDC option.
- Display: 0.56” White, 4 digits single row.
- Accuracy: 0.3% FS.
Top Temperature Controller Manufacturers
Frequently Asked Questions
How To Set PID Values In Temperature Controller?
Setting PID Values in a Temperature Controller
What’s PID? PID stands for Proportional, Integral, Derivative. It’s a type of control in temperature controllers.
Why set it? Correct PID settings make sure your system heats or cools accurately without much error.
Steps to Set PID Values:
Start with Defaults: Begin by using your controller’s default PID values. These are usually provided.
Adjust Proportional (P): This value helps reach the desired temperature quickly. If it’s too high, the system might overshoot.
Tune Integral (I): This value maintains the temperature. If the system is too slow to stabilize, increase this value.
Set Derivative (D): It predicts future errors. Adjust this if the temperature swings back and forth a lot.
–>Testing: Once set, test your system. If it’s not stable, adjust the values slightly.
Tips:
Always refer to your controller’s manual.
If unsure, start with low values and increase slowly.
Remember, every system is unique. It might take time to get perfect settings, but it ensures efficient temperature control.
What Is The IC For Temperature Controller?
Understanding the IC in Temperature Controllers
What’s an IC? IC stands for Integrated Circuit. It’s a tiny chip that has many electronic parts inside.
Role in Temperature Controllers: In a temperature controller, the IC reads the temperature. Then, it sends signals to maintain the desired temperature.
Popular ICs for Temperature Control: Some common ICs are LM35, DS18B20, and TMP36. They’re used in various devices to sense and control heat.
Why Use ICs?: ICs are small and accurate. They respond quickly to temperature changes and are energy-efficient.
Where to Find Them: These ICs are in devices like ovens, air conditioners, and even some computers.
In summary, ICs in temperature controllers play a crucial role. They ensure our devices work at the right temperature.
What Is The Use of Thermo Controller?
Understanding the Thermo Controller
What is a Thermo Controller? A thermo controller is a device. It helps maintain a set temperature.
Why is it Important? It ensures things stay warm or cool as needed. It prevents overheating or getting too cold.
Common Uses: You’ll find them in ovens, fridges, and air conditioners. They help these devices work properly.
How it Works: The controller reads the temperature. If it’s too high or low, it adjusts it.
Safety First: Thermo controllers also prevent devices from getting too hot. They keep things safe.
In short, a thermo controller keeps temperatures just right. It’s essential for many everyday devices.
What Is The Use of I Therm AI Controller?
Understanding the I Therm AI Controller
What is it? The I Therm AI Controller is a special device. It controls temperature using artificial intelligence.
Why use it? AI makes it smarter than other controllers. It learns and adjusts better over time.
Where can you find it? It’s used in places needing precise temperature. Like labs, factories, or smart homes.
How it Helps: This controller can predict changes. It then adjusts before big temperature shifts happen.
Safety and Efficiency: With AI, it ensures devices don’t waste energy. And it keeps temperatures safe.
In conclusion, the I Therm AI Controller is a smart tool. It uses AI to give better temperature control.
Discover I Therm Temperature Controller at IndMALL for great value!
