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JUST Temperature Controllers
Temperature Controllers products in the Automation Components category from JUST. The product can be selected based on many product specifications such as Control Method, Number of Control Points. JUST offers products around 1 items and the product specifications can easily be compared. Search and select detailed specifications of parts for your machine with free CAD downloads. JUST products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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Temperature regulators/ Controllers (single-phase source)
JUST
Temperature regulators/ Controllers (single-phase source)
Temperature controllers are devices used to adjust the temperature of the controlled device to the set target temperature
[Feature]
● Dimension (Width X Length X Depth) (mm.) : 93 x 135 x 145
● Control Method : PID control mode (SSR built-in)
● Input : Thermocouple or RTD
● Maximum connection current capacity : 15A (Resistive Load)
● Power Supply Voltage : AC95-240V
[Application]
It is used to adjust the temperature of the controlled device to the set target temperatureInput Method Control Method Output Type Number of Control Points Number of Input Points(pcs.) Setting Method Failure Detecting Function Type - PID Control with Self-Tuning - 1 - - - - From: ₹ 31,378.33 Days to Ship: 6 Day(s) or more 
6 Day(s) or more
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You can add up to 6 items per a category to the compare list.  | |
| Brand | JUST |
| Product Series | |
| From | ₹ 31,378.33 |
| Days to Ship | 6 Day(s) or more |
| Input Method | - |
| Control Method | PID Control with Self-Tuning |
| Output Type | - |
| Number of Control Points | 1 |
| Number of Input Points(pcs.) | - |
| Setting Method | - |
| Failure Detecting Function | - |
| Type | - |
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Specification/Dimensions
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Input Method
- Thermocouple
- Temperature Measuring Resistor
- Non-Contact Temperature Sensor
- Voltage
- Current
- Thermistor
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Control Method
- ON-OFF Control
- PID Control with Self-Tuning
- PID Control with Self-Tuning
- PI Control
- PD Control
- P Control
- Thermostats
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Output Type
- Relay Contact Point
- SSR Drive Voltage
- Current
- Linear Voltage
- Location Proportional
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Number of Control Points
- 1
- 2
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Number of Input Points(pcs.)
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Setting Method
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Failure Detecting Function
- Not Provided
- Heater Breakage
- Heater Overcurrent
- SSR Failure
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Type
- Temperature Controller / Controller
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Related Categories to Temperature Controllers
FAQ Temperature Controllers
- Question: What are the different types of temperature controllers?
- Answer: These are some of the common types of temperature controllers used in various applications
1. On/Off Temperature Controller: An on/off temperature controller to maintain the desired temperature inside. It is commonly used in applications where precise temperature control is not critical for example a refrigerator.
2. Thermostat Temperature Controller: A thermostat temperature controller is used to regulate the temperature. It is commonly found in residential and commercial HVAC systems.
3. Temperature Controller with Thermocouple: A temperature-controlled oven uses a temperature controller with a thermocouple. The thermocouple measures the oven's temperature
4. Proportional Temperature Controller: In a greenhouse, a proportional temperature controller can be used to regulate the temperature
5. PID Temperature Controller: Industrial processes, such as chemical reactors, often require precise temperature control
6. Switching Temperature Controller: A water heater employs a switching temperature controller to regulate the water temperature - Question: What is the purpose of temperature controllers?
- Answer: The purpose of temperature controllers is to regulate and maintain a desired temperature in various applications. Temperature controllers ensure that the temperature remains within a specific range by monitoring the current temperature and making adjustments to the heating or cooling system. They provide accurate and automated temperature control, allowing systems to operate efficiently and effectively. Temperature controllers are used in a wide range of applications, from home thermostats to industrial processes, to ensure optimal temperature conditions for comfort, safety, and performance.
- Question: What types of temperature controllers are available?
- Answer: There are several types of temperature controllers available, for example
1. On/Off Temperature Controllers: These controllers are the simplest and most common type. They switch the heating or cooling equipment on or off based on temperature thresholds.
2. Proportional Temperature Controllers: Proportional controllers adjust the power supply gradually as the temperature approaches the desired setpoint. They provide more precise control by modulating the power output in proportion to the temperature deviation.
3. PID (Proportional-Integral-Derivative) Temperature Controllers: They continuously adjust the power supply based on the current temperature, past temperature variations, and the rate of change. PID controllers offer highly accurate and stable temperature control.
4. Programmable Temperature Controllers: These controllers allow users to set and program temperature profiles, time intervals, and other parameters. They are commonly used in processes that require specific temperature profiles or time-based temperature changes.
5. Multi-Loop Temperature Controllers: It can control multiple temperature zones or processes simultaneously. They are suitable for applications with complex temperature control requirements, such as multi-zone furnaces or environmental chambers.
6. Safety Limit Temperature Controllers: These controllers provide an additional layer of protection by monitoring temperature and activating alarms or safety measures when the temperature exceeds safe limits. - Question: What are the control methods used in temperature controllers?
- Answer: There are three basic types of process controllers:
1. On/Off Temperature Controls: The simplest and most cost-effective control type. It operates by switching the machine on or off based on the temperature of the room. For instance, a household thermostat triggers the heater when the temperature drops below a certain point and the air-conditioner when it rises above a specific point. On/off controls are suitable for processes with slow temperature changes and where precise control isn't essential.
2. Proportional Control: Unlike on/off controls, proportional controls respond to temperature changes before exceeding the desired range. They adjust the power supply gradually, slowing or speeding the heater to stabilize the temperature.
3. PID (proportional-integral-derivative) Control: It reacts to current conditions, considers past events, and responds to the rate of change. By compensating for temperature errors, a PID system maintains a steady temperature using a case-specific algorithm based on current and past data. - Question: What are the output types provided by temperature controllers?
- Answer: Temperature controllers provide different types of output signals to control the heating or cooling systems. for example
1. Relay Output: Many temperature controllers feature a relay output. It operates as an ON/OFF switch to control the power supply to the heating or cooling system. When the temperature reaches a certain threshold, the relay is activated, turning the system on or off.
2. Pulse Width Modulation (PWM) Output: PWM is a control method where the output signal switches rapidly between fully ON and fully OFF states at a fixed frequency. The duty cycle (percentage of time in the ON state) is varied to control the average power supplied to the heating or cooling system.
3. Analog Output: Some temperature controllers offer analog output signals, such as a voltage or current signal. This output can be used to control external devices, such as variable frequency drives (VFDs) or proportional valves, which modulate the power supplied to the heating or cooling system in a continuous manner.
4. Digital Communication Output: Advanced temperature controllers may provide digital communication outputs, such as RS485, Modbus, or Ethernet. These outputs enable communication with other devices or systems, allowing for centralized monitoring and control.
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