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Shinko Temperature Controllers: PID & Temp Controller

IndMALL offers Shinko Temperature Controllers, designed for different uses in industries. These controllers, including models like BCX2, PCA1, JCL-33A, DCL-33A, ACS-13A, and PCB1, are made to control temperature very accurately. Shinko PID Controllers have various control modes, fit for many needs. This Shinko Temp Controller can work with different types of inputs and have programmable steps for specific tasks. Shinko Temperature Controllers are easy to connect with computers and are built strong enough to last in tough places. IndMALL Automation’s Shinko Controllers are great for managing temperature in many industrial tasks, combining smart technology with easy use.

Shinko Temperature Controllers: BCX2 Series

Control Modes: PID control with AT function, PI, PD, P, and ON/OFF control.
Display: Large, easy-to-view 5-digit PV, SV Displays.
Design: Compact with a 60 mm-deep control panel interior.
Program Control: 9-step pattern standard feature.
Event Functions: Supports up to 2 points of Event input/output.
Connectivity: Simple settings adjustment via PC.
Input Types: RTDs, DC current, and DC voltage.

Shinko Temperature Controller: PCA1

Program Capacity: 16 patterns, 256 steps total.
Display: 11-segment LCD; PV Display: 24.0 x 11.0 mm.
Durability: Drip-proof/Dust-proof, IP66 front panel.
Input Types: Thermocouples, RTDs, DC current, DC voltage.
Output Options: Relay contact, SSR drive voltage, DC current.
Accuracy: ±0.2% for thermocouples, ±0.1% for RTDs.
Sampling Period: 125 ms.
Program Time Range: Up to 99 hours 59 minutes/step.

Shinko PID Controllers: JCL-33A

Design: Compact, 48 x 24 x 98.5 mm.
Input Types: 18 types including thermocouples, RTDs, DC current, and DC voltage.
Event Output: 2-point, relay contact, open collector.
Programmable Controller: 1 pattern/9 step function.
Converter Function: Input to 4 to 20mA DC.
Digital Input: SV1/SV2 selection, Control output ON/OFF.
Delay Timer: ON, OFF, ON/OFF delay options.
Durability: Drip-proof/Dust-proof, IP66 front panel.

Shinko Temp Controller: DCL-33A

Size: 22.5mm x 75mm x 100mm.
Inputs: 18 types (thermocouples, RTDs, DC).
Sampling: 125 ms.
Protocols: Shinko, MODBUS (ASCII, RTU).
Accuracy: ±0.2% (thermocouples), ±0.1% (RTDs).
Outputs: Relay, non-contact voltage, DC.
Voltage: 100-240V AC, 24V AC/DC.

Shinko Digital Temperature Controller: ACS-13A

Design: Compact, 48 x 48 x 62 mm.
Display: 11-segment LCD, color switchable.
Connectivity: USB console connector.
Input Types: 18 types including thermocouples, RTDs, DC current, and DC voltage.
Sampling Speed: 0.25-second period.
Durability: Drip-proof/Dust-proof, IP66 front panel.

Shinko PID Controller: PCB1

Program Capacity: 10 patterns, 100 steps total.
Display: Large PV, 24 x 11 mm character size.
Power Setup: Via Tool and USB cable.
Durability: Drip-proof/Dust-proof, IP66 front panel.
Input Types: Thermocouples, RTDs, DC current, DC voltage.
Output Options: Relay contact, SSR drive voltage, DC current.
Sampling Period: 125 ms.
Program Time Range: Up to 99 hours 59 minutes/step.

Frequently Asked Questions

What is on Off Temperature Control?

On-off temperature control is a basic method of managing temperature.

In this method, the PID controllers have two states: on or off. When the temperature goes above a set point, the controller turns off. When it drops below the set point, it turns on. Imagine it like a home heater. When it’s cold, the heater turns on. Once the room is warm enough, it turns off.

This method is simple and used in many devices. However, it might not keep the temperature perfectly steady. Sometimes, there can be slight fluctuations. But for many applications, on-off control works just fine.

What is Programmable Temperature Controller?

A programmable temperature controller is a smart device for managing temperature.

You can set specific temperature patterns for it. It follows your instructions over time. Think of it like an oven’s timer. You can program it to bake at different temperatures at different times.

This controller can handle complex tasks. It’s useful in processes that need changing temperatures. With it, users get more control and precision. It’s like having a temperature schedule for a machine.

How Accurate is The Digital Temperature Controller?

A digital temperature controller is very accurate.

It reads temperatures using electronic sensors. These sensors give precise readings. Digital controllers often have small errors, like 0.1 to 1°C. This means they’re quite reliable.

In comparison, older types might not be as exact. Digital ones use modern technology. So, for precise temperature needs, digital controllers are great. Always check the device’s specs for its exact accuracy.

What is The Difference Between Thermostat And Temperature Controller?

A thermostat and a temperature controller are different.

A thermostat manages home temperatures. When your room’s cold, it turns on the heater. If it’s hot, it might start the AC. It just maintains a set temperature.

A temperature controller is more complex. It’s used in industries and labs. It can both read and control temperatures. It offers more settings and control than a thermostat.

So, thermostats are for simple home use. Temperature controllers are for specialized tasks.

Check out Shinko Temperature Controllers at IndMALL and ask for a price today.