Omron E5GC Panel Mount PID Temperature Controller, 48 x 48mm, 1 Output SSR, Solid State Relay, Logic, 100 → 240 V ac

RS Stock No.:: 818-8886
Mfr. Part No.:: E5GC-QX2ACM-000
Brand:: Omron

Omron E5GC Panel Mount PID Temperature Controller, 48 x 48mm, 1 Output SSR, Solid State Relay, Logic, 100 → 240 V ac

Subtotal (1 unit)*

$654.79

(exc. GST)

$753.01

(inc. GST)

FREE delivery for orders over $60.00 ex GST

In Stock

Plus 51 unit(s) shipping from 08 December 2025

Need more? Click ‘Check delivery dates’ to find extra stock and lead times.

Units	Per unit
1 +	$654.79

*price indicative

RS Stock No.:: 818-8886
Mfr. Part No.:: E5GC-QX2ACM-000
Brand:: Omron

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Omron
	Output Type	SSR, Solid State Relay, Logic
	Supply Voltage	100 → 240 V ac
	Size	48 x 48mm
	Number of Outputs	1
	Minimum Operating Temperature	-10°C
	Maximum Operating Temperature	+55°C
	Temperature Range	+400 → +800 (B Thermocouple) °C, -200 → +1300 (K Thermocouple) °C, Maximum of +200 (R & S Thermocouple) °C
	Control Type	ON/OFF, PID, 2-PID Controller
	Display Type	LCD, Single Line
	IP Rating	IP00, IP20, IP66
	Input Type	Universal, Platinum Resistance Thermometer, PT100, Thermocouple, Analogue
	Range	Omron E5GC
	Series	E5GC
	Mounting Type	Panel Mount
	Additional Functionality	ON/OFF
	Panel Depth	92mm
	Termination Type	Push In
	Display Colour	White

	Select all
	Brand Omron
	Output Type SSR, Solid State Relay, Logic
	Supply Voltage 100 → 240 V ac
	Size 48 x 48mm
	Number of Outputs 1
	Minimum Operating Temperature -10°C
	Maximum Operating Temperature +55°C
	Temperature Range +400 → +800 (B Thermocouple) °C, -200 → +1300 (K Thermocouple) °C, Maximum of +200 (R & S Thermocouple) °C
	Control Type ON/OFF, PID, 2-PID Controller
	Display Type LCD, Single Line
	IP Rating IP00, IP20, IP66
	Input Type Universal, Platinum Resistance Thermometer, PT100, Thermocouple, Analogue
	Range Omron E5GC
	Series E5GC
	Mounting Type Panel Mount
	Additional Functionality ON/OFF
	Panel Depth 92mm
	Termination Type Push In
	Display Colour White

COO (Country of Origin):: CN

Omron E5GC PID Temperature Controller, 100 to 240 V AC Supply Voltage, SSR Output Type - E5GC-QX2ACM-000

This PID temperature controller is a compact digital device designed for precise temperature management in various industrial applications. With dimensions of 48 x 24 mm, it features a clear white LCD display ensuring high visibility for monitoring. The controller supports a wide temperature range of -200 to +2300 °C, making it suitable for high-temperature applications, and incorporates programmable functionality for versatile control options.

Features & Benefits

• Supports universal input including thermocouples and platinum resistance thermometers
• High-speed sampling at 50ms for quick temperature adjustments
• Two independent outputs for versatile control strategies
• IP66 rated front panel for enhanced durability in harsh environments
• Built-in SSR outputs for solid-state relay usage

Applications

• Ideal for laboratory equipment where precise temperature control is vital
• Utilised in industrial heating systems for accurate process management
• Suitable for ovens and furnaces operating at high temperatures
• Used in research facilities for monitoring diverse thermal processes

What types of temperature sensors can be used with this device?

It accommodates a variety of sensors including K, J, T, E, and S thermocouples as well as Pt100 and JPt100 platinum resistance thermometers.

How does the programmable feature enhance its usability?

The programmable capability allows custom temperature profiles to be established, making it adaptable for a range of applications such as baking, curing, or industrial processes requiring specific thermal cycles.

Can it communicate with PLCs for integrated system control?

Yes, it features programmeless communication, allowing easy integration with PLCs for seamless automation and control within complex systems.