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PPI Temperature Controller: Zenex PID Temp Controller

IndMALL offers a variety of PPI Temperature Controller, perfect for controlling temperature in different machines and processes. Our PPI controllers, like HumiTherm-C, Zenex, Neuro 104, OMNIX PLUS, and HumiTherm-CS, are easy to use and work with many types of sensors. They can adjust temperature very accurately and have special features for different needs. Whether you need to control heat, cool air, or humidity, these PPI PID Temperature controllers are reliable and fit well in many places because of their standard sizes. PPI Temp Controller is great for any business that needs to keep temperatures just right.

PPI Temperature Controller: HumiTherm-C

Displays: Independent for Temperature & %RH.
Input Versions: Dry Bulb/Wet Bulb, Temperature/RH Transmitter.
Adjustment: Independent Zero Offset for Temperature & %RH.
Control: Independent Self Tune PID for Temperature & %RH.
Outputs: Heater, Humidifier (Open Collector Drives).
Optional: Alarm/Compressor Output, Serial Port.
Dimensions: 48x48x110 mm.

PPI Zenex Temperature Controller

Input: Universal (J, K, T, R, S, B, N Thermocouples, RTD Pt100).
Signal Conditioning: Programmable (Digital Filter, Zero Offset).
Control: Self Tune PID, On-Off.
Modes: Heat (Reverse), Cool (Direct).
Output: Relay/SSR (No Jumper).
Timer: In-built, Programmable, Front/Remote Start.
Auxiliary Control: Blower/Alarm/Compressor with Delay.
Dimensions: 48x48x110 mm, 96x96x65 mm.

PPI PID Controller: Neuro 104

Input: Universal (Thermocouples, RTD Pt100, DC mA/mV/V).
Range/Resolution: Programmable for DC Linear Inputs.
Signal Conditioning: Programmable (Digital Filter, Zero Offset).
Control: Auto/Manual with Bumpless Transfer.
Outputs: Forward-Reverse Relay for Motorized Valve.
Valve Control: Programmable Inertia, Backlash Time.
Profiles: 8 Segment Ramp/Soak.
Extras: Optional Auxiliary Control, Alarm, Retransmission, Serial Port.
Dimensions: 48x48x110 mm.

PPI Temp Controller: OMNIX PLUS

Display: Dual Row 4-Digit.
Input: Jumper-less J/K Thermocouple, RTD Pt100.
Signal Conditioning: Programmable.
Control: On-Off, Self Tune PID with Overshoot Inhibit.
Modes: Programmable Heat/Cool.
Auxiliary Control: Blower/Alarm/Compressor with Delay.
Timer: In-built, Programmable, Front/Remote Start.
Output: Relay & SSR Drive.
Sizes: 48x48x85 mm, 72x72x65 mm, 96x96x65 mm.

PPI PID Temperature Controller: HumiTherm-CS

Inputs: Universal (RTD/mA/V, Temperature & %RH), Dry/Wet option.
Control: PID/On-Off for Temperature & %RH.
Compressor: Output with Delay.
Alarms/Outputs: For Temperature & %RH.
Excitation: 24V/12V/5V DC.
Outputs: Relay/SSR, Heating, Humidification, Compressor.
Alarm: Relay Output.
Retransmission: DC Volts/Current.
Size: 96x96x100 mm.

PPI Controller: OMNIX

Display: Dual Row 4-Digit.
Input: Jumper-less J/K Thermocouple, RTD Pt100.
Signal Conditioning: Programmable (Digital Filter, Zero Offset).
Control: On-Off, Self-Tune PID with Overshoot Inhibit.
Output: Jumper-less Selectable Relay/SSR.
Modes: Programmable Heat/Cool.
Sizes: 48x48x85 mm, 72x72x65 mm, 96x96x65 mm.

At IndMALL, discover top-quality PPI Temperature Controller, renowned across India for precision and reliability. Our selection includes various models, each tailored to diverse industrial needs. Check out our digital temperature controller price list for budget-friendly options. Offering competitive rates, the PPI Temperature Controller price ensures affordability without compromising quality. As a trusted distributor of PPI India, we guarantee high-standard products and expert support. Choose IndMALL for the best in temperature control solutions.

Frequently Asked Questions

What is Proportional Controller for Temperature?

A proportional controller for temperature is a tool. It helps manage the heat in a system. Think of it like a home thermostat but more advanced.

Here’s how it works: The controller looks at the current temperature. It then checks this against the target temperature. If there’s a difference, it adjusts the heating or cooling.

The bigger the difference, the more it adjusts. This way, it brings the temperature closer to the target. It’s not perfect but it’s efficient.

In summary, it’s a smart tool. It helps keep temperatures stable by making changes based on the current state.

What is The Need of PPI Controller?

A PPI controller helps manage systems. It’s like a brain for machines. This controller makes machines work better and more efficiently.

Let’s take an example: Imagine a room’s temperature. We want it to be comfy. The PPI controller checks the current temperature. Then, it compares it to the desired one.

If the room is too cold, the controller tells the heater to work. If too hot, it may turn on a fan. This way, the room stays comfy.

In short, a PPI controller is essential. It makes sure things run smoothly and just right.

What is Proportional Band Temperature Control?

Proportional band temperature control is a method for handling temperature. Think of it like adjusting a shower’s hot and cold knobs.

In this method, there’s a target temperature. This is the temperature we desire. The controller looks at the current temperature and the target.

If there’s a big difference, the controller works hard. If the difference is small, it does less. The “proportional band” is the range where the controller adjusts its effort.

Simply put, it’s a way to keep temperatures just right. Not too hot, not too cold, but perfectly balanced.

What is The Working Principle of PID Valve?

A PID valve controls flow using a special method called PID.

Imagine driving a car. You adjust speed to reach a goal.

PID has three parts: P, I, and D. Each helps in adjusting the valve.

“P” is Proportional. If you’re far from the goal, you drive faster.

“I” is Integral. It checks if you’ve been slow for too long and speeds you up.

“D” is Derivative. It ensures you don’t speed too much.

Together, PID makes sure the valve adjusts just right for steady flow.

Check out the PPI PID Controller at IndMALL with great prices.