Omron E5AN Panel Mount PID Temperature Controller, 96 x 96mm 2 Input, 2 Output Auxiliary Relay, 100 → 240 V ac Supply

RS-stocknr.:: 739-2716
Fabrikantnummer:: E5AN-HAA2HBM-500 100-240 VAC
Fabrikant:: Omron

Omron E5AN Panel Mount PID Temperature Controller, 96 x 96mm 2 Input, 2 Output Auxiliary Relay, 100 → 240 V ac Supply

Subtotaal (1 eenheid)*

€ 757,00

(excl. BTW)

€ 915,97

(incl. BTW)

GRATIS bezorging voor bestellingen vanaf € 75,00

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*prijsindicatie

RS-stocknr.:: 739-2716
Fabrikantnummer:: E5AN-HAA2HBM-500 100-240 VAC
Fabrikant:: Omron

Specificaties

Datasheets

Wetgeving en conformiteit

Productomschrijving

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Alles selecteren	Attribuut	Waarde
	Merk	Omron
	Output Type	Auxiliary Relay
	Supply Voltage	100 → 240 V ac
	Size	96 x 96mm
	Number of Inputs	2
	Number of Outputs	2
	Minimum Operating Temperature	-10°C
	Maximum Operating Temperature	+55°C
	Temperature Range	-10 → +55 °C
	Control Type	ON/OFF, PID, 2-PID Controller
	Input Type	Universal, Platinum Resistance Thermometer, PT100, Thermocouple, Analogue
	Mounting Type	Panel Mount
	Range	0 → 10 V, 0 → 20 mA, -200 → +2300 (Thermocouple) °C, -200 → +850 (Platinum Resistance Thermometer) °C
	Series	E5AN
	Termination Type	Screw terminal block
	Panel Depth	78mm
	Display Colour	Red/Green/Yellow

	Alles selecteren
	Merk Omron
	Output Type Auxiliary Relay
	Supply Voltage 100 → 240 V ac
	Size 96 x 96mm
	Number of Inputs 2
	Number of Outputs 2
	Minimum Operating Temperature -10°C
	Maximum Operating Temperature +55°C
	Temperature Range -10 → +55 °C
	Control Type ON/OFF, PID, 2-PID Controller
	Input Type Universal, Platinum Resistance Thermometer, PT100, Thermocouple, Analogue
	Mounting Type Panel Mount
	Range 0 → 10 V, 0 → 20 mA, -200 → +2300 (Thermocouple) °C, -200 → +850 (Platinum Resistance Thermometer) °C
	Series E5AN
	Termination Type Screw terminal block
	Panel Depth 78mm
	Display Colour Red/Green/Yellow

Land van herkomst:: CN

Omron E5AN Series PID Temperature Controller, 100 to 240V AC Supply Voltage, -10 to +55°C Operating Temperature - E5AN-HAA2HBM-500 AC100-240

This PID temperature controller is a robust solution designed for industrial applications, offering exceptional control over heating and cooling systems. Compactly built with dimensions of 96 x 96mm, this panel mount temperature controller features universal inputs compatible with thermocouples and platinum resistance thermometers. It operates smoothly within a supply voltage range of 100 to 240V AC, ensuring versatile application across various temperature control systems.

Features & Benefits

• High-resolution display shows temperature with 0.01°C visibility
• Sampling cycle of 60ms ensures rapid response for precise control
• Universal inputs accommodate various sensors, simplifying installation
• Auxiliary relay output enhances integration into existing systems
• ON/OFF and PID control types optimise performance
• Preventive maintenance functions monitor operational health of relays

Applications

• Utilised in processes requiring precise thermal management
• Suitable for controlling heaters and cooling equipment in industrial environments
• Ideal for systems needing accurate thermocouple input integration
• Used in laboratory settings for experiments involving temperature regulation
• Applicable in HVAC systems for enhanced climate control

How can different sensor inputs enhance usage flexibility?

The controller supports multiple sensor types, including universal thermocouples and platinum resistance thermometers, allowing integration across various setups. This adaptability minimises the need for multiple controllers, simplifying the monitoring process.

What features are included for maintaining operational efficiency?

Functions such as preventive maintenance counters and status display for relays assist in recognising issues before they escalate, ensuring continuous performance and reducing downtime during operations.

What control methods are available for programmed temperature regulation?

Users can select from ON/OFF or PID control types, catering to specific operational requirements, enhancing responsiveness to temperature deviations, and improving overall system efficiency.