I-Therm AI-7882 PID Digital Temperature Controller

Name: I-Therm AI-7882 PID Digital Temperature Controller
Brand: SYSTEM CONTROLS
Price: 1364.0 INR
Availability: InStock

Price 1364.0 INR/ Set

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MOQ : 1 Piece

I-Therm AI-7882 PID Digital Temperature Controller Specification

Power
230 v Volt (v)

Dimension (L*W*H)
48 x 96 Millimeter (mm)

Color
BLACK

Product Type
Pid Temperature Controller

Voltage
110-215 Volt (v)

Application
Temperature Controller

Size
Standard

I-Therm AI-7882 PID Digital Temperature Controller Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5 Days

About I-Therm AI-7882 PID Digital Temperature Controller

Specification:

PID Digital Temperature Controller - PID or ON/OFF
Display Type = 0.36" - Dual 4 Digit -7 Segment LED type
Sensor Input = J, K, R, S, & RTD: PT-100
Temp. Range: for J - (0-760'C), for K - (-99 to1300"C)
for R,S (0-1700"C), Pt-100 - (-100 - 450"C)
Sampling Time: - 125msec.
Resolution: 1"C / 0.1"C(only for RTD)
CJC for TC : Built in Automatic
Digital Filter : 1 to 10sec.
Relay Output: contact type, N/O,CM,N/C
Contact Rating: 5A@250vac or 30VDC
Life Expectancy: 5,00,000 Operations
SSR Drive output: 12V@30mA - Non isolated
Function:
Output-1: Main Control output
Control Action: ON-OFF /T.P. (Selectable)
Control Mode: Heat / Cool (Selectable)
Output:2
Programmable 1: auxillary, 2: Alram, 3: Sock timer, 4: Alram + Sock timer
Environmental:
Operating Range: 0-50"C, 5-90%Rh
Storage Humidity: 95% Rh ( Non Condensing)
Power Supply:
Supply Voltage: 90-270VAC, 50/60Hz.
Consumption: 4W Maximum.
Physical:
Housing: ABS Plastic
Weight (gms): 200

Advanced PID Control for Reliable Performance

The I-Therm AI-7882 employs advanced PID (Proportional-Integral-Derivative) technology, delivering accurate and stable temperature control to meet demanding industrial standards. Its user-friendly interface and robust construction make it suitable for long-term operation, reducing maintenance efforts and increasing overall efficiency.

Versatile Applications Across Industries

This temperature controller can be seamlessly integrated into various systems, including manufacturing lines, climate chambers, and HVAC units. Its compatibility with standard voltage ranges and compact form factor (48 x 96 mm) allows flexible installation in diverse operational settings.

FAQ's of I-Therm AI-7882 PID Digital Temperature Controller:

Q: How does the I-Therm AI-7882 PID Digital Temperature Controller improve temperature regulation?

A: The device leverages PID algorithms for precise temperature adjustments, minimizing fluctuations and maintaining target levels with high accuracy, which enhances process consistency and product quality.

Q: What are the main applications of this temperature controller?

A: The I-Therm AI-7882 is primarily used in manufacturing processes, laboratories, and HVAC systems, where rigorous temperature control is essential for operational success.

Q: When should I use the I-Therm AI-7882 instead of a basic thermostat?

A: This controller is recommended when your processes require consistent and highly accurate temperature management, as it outperforms basic thermostats in both stability and precision.

Q: Where can I install the I-Therm AI-7882 controller?

A: The controller's compact size (48 x 96 mm) enables installation in control panels, machinery, and various enclosures commonly used in industrial and laboratory environments.

Q: What is the installation process for this temperature controller?

A: Installation is straightforward: mount the unit, connect the power supply (110-215V or 230V), and wire the sensor and output terminals as per the manufacturer's guidelines for safe operation.

Q: How do I operate and set parameters on the controller?

A: The controller features an intuitive user interface, allowing you to easily adjust temperature setpoints, configure PID settings, and monitor performance through its digital display.

Q: What are the key benefits of using the AI-7882 controller for industrial processes?

A: Key benefits include enhanced process reliability, reduced energy consumption, minimized equipment wear, and improved product quality, thanks to its precise temperature regulation and durable design.

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