PID I THERM TEMPERATURE CONTROLLER

Name: PID I THERM TEMPERATURE CONTROLLER
Brand: INDUSTRIAL SALES & SERVICE
Price: 750.0 INR
Availability: InStock

Price 750.0 INR/ Piece

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MOQ : 300 Pieces

PID I THERM TEMPERATURE CONTROLLER Specification

Color
BLACK

Type
PID Temperature Controller

Theory
PID (Proportional-Integral-Derivative) Control

Capacity
Varies, typically supports up to 2 relay outputs or SSR (Solid State Relay) outputs

Exterior Material
ABS Plastic (Flame Retardant)

Internal Size
N/A - Panel Mounted (refer datasheet for cutout sizes)

External Size
48 x 48 mm (standard), other sizes available depending on model

Heating System
Supports control for electrical heating elements via relay or SSR drive output

Cooling System
Supports ON/OFF and PID cooling control output

Controller System
Digital microprocessor-based, programmable setpoint, auto-tuning available

Temperature Range
Input: -199C to 1372C depending on sensor type (e.g., J/K/T/E/R/S/B/N thermocouple, PT100 RTD)

Output Type
Relay, SSR drive, or linear current (depending on model)

Power Supply
90~260 VAC, 50/60Hz

Accuracy
0.5% of full scale

Input Type
Thermocouple (J/K/T/E/R/S/B/N), RTD PT100

Alarm Output
Optional, up to 2 alarm relays

Display
Dual 4-digit (or 7-segment) LED display for PV (Process Value) and SV (Set Value)

Operating Temperature
0C to 50C

Protection Class
IP54 (front panel)

Sampling Rate
3~8 times per second depending on configuration

Setting Method
Front panel membrane keypad, lockable configuration

Mounting Method
Panel mount with rear terminal connections

Application
Industrial and laboratory heating/cooling automation, ovens, incubators, process controls

PID I THERM TEMPERATURE CONTROLLER Trade Information

Minimum Order Quantity
300 Pieces

Delivery Time
1 Days

About PID I THERM TEMPERATURE CONTROLLER

electable sensor Input (T/C & RTD)
Control Action : T.P. Control / ON-OFF
Programmable Input Signal Conditioning (Digital Filter & Zero Offset)
Programmable Lower and Higher Setpoint Limit
Program lock function (To prevent unauthorized tampering)
Selectable Control Output (Relay / SSR Drive)
Time Delay for Compressor
Available in 4 different sizes (4848, 4896, 7272, 9648, 9696)
Universal supply voltage ranges from 90 to 270 VAC
Supply 24 VDC Available on Request

Comprehensive Input and Output Compatibility

This controller excels in versatility, supporting major thermocouple types (J/K/T/E/R/S/B/N) and PT100 RTD sensors. Output options include relay, SSR drive, or linear current-accommodating a broad spectrum of heating and cooling systems. This adaptability makes it perfect for complex industrial environments and laboratory automation projects.

User-Friendly Configuration and Operation

Set up is made simple through the front panel's membrane keypad, which is lockable for added security. The bright dual 4-digit LED display provides instant feedback on both process and set values, while the clear mounting method (panel mount with rear terminals) speeds up installation. Optional alarm relays help ensure system safety and process reliability.

Advanced PID Control and Auto-Tuning

Built on PID (Proportional-Integral-Derivative) control theory, the controller delivers highly accurate and stable temperature regulation (0.5% of full scale). Automatic tuning optimizes performance in dynamic environments, minimizing overshoot and maintaining consistent process conditions, ideal for applications such as ovens, incubators, and process machinery.

FAQ's of PID I THERM TEMPERATURE CONTROLLER:

Q: How do I configure the PID I Therm Temperature Controller?

A: You can configure the controller directly from the front panel using the membrane keypad. The keypad supports lockable configuration to prevent unauthorized alterations. Detailed steps and parameter settings are provided in the user manual.

Q: What input sensors are compatible with this temperature controller?

A: The controller supports thermocouples (types J, K, T, E, R, S, B, and N) and RTD PT100 sensors. This wide compatibility allows usage across a range of industrial and laboratory temperature monitoring needs.

Q: When should I choose a relay output versus an SSR drive output?

A: Relay outputs are suitable for switching mechanical loads like heaters, while SSR (Solid State Relay) drive outputs are ideal for rapid and frequent switching, such as in precision heating or cooling systems. Select based on your process's speed and longevity requirements.

Q: Where can this temperature controller be installed?

A: It is designed for panel mounting with rear terminal connections, making it easy to integrate into control panels for industrial machines, ovens, laboratory incubators, and other thermal management systems.

Q: What is the sampling rate, and how does it affect performance?

A: The sampling rate ranges from 3 to 8 times per second, depending on configuration. This frequent sampling enhances response time, helping maintain accurate and stable temperature control, especially in processes with rapid temperature changes.

Q: How does the controller benefit my heating and cooling automation?

A: The PID-based control ensures precise temperature regulation, reducing process fluctuations and improving product quality and energy efficiency in both heating and cooling applications. Optional alarm outputs enhance safety by enabling fault detection.

Q: Is this controller suitable for laboratory environments?

A: Absolutely. Its accuracy, wide temperature range, compact panel design, and broad sensor compatibility make it a reliable solution for laboratory ovens, incubators, and various process control setups.

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