OMRON, RELAY 24VDC, G3PE-225B

OMRON, RELAY 24VDC, G3PE-225B Specification

Ambient Temperature
-30C to +80C

Dielectiric Strength
2,500 VAC, 50/60 Hz for 1 min

Contact Material
Semiconductor

Protect Feature
Built-in varistor, overvoltage protection

Power Consumption
1.2 W

Coil Power
1.2 W

Mechanical Life
No mechanical contact (Solid State)

Contact Form
SPST-NO

Coil Voltage
24V DC

Contact Resistance
Not applicable (SSR)

Working Temperature
-30C to +80C

Product Type
Solid State Relay

Insulation Resistance
100 M min. (at 500 V DC)

Theory
Solid State

Usage
Industrial Control

Contact Load
25 A at 24-240V AC

Operate Time
20 ms max.

Terminal Type
Screw Terminal

Rated Voltage
24V DC

Supply Terminal
Screw Mount

Color
Light Grey

Dimension (L*W*H)
99 x 45 x 80 mm

Weight
Approx. 220 g

Housing Material
Flame Retardant Plastic

Control Voltage Range
4-32 V DC

Load Voltage Range
24-240 V AC

Application
Heater control, Motor switching, Automation systems

LED Indicator
Yes

Load Current Range
5-25 A

Response Time
1/2 cycle of load power supply

Input Impedance
Approx. 4.8 k

Cooling Method
Natural Air Cooling

Frequency
50/60 Hz

Mounting Type
DIN Rail or Panel Mount

Model Number
G3PE-225B

About OMRON, RELAY 24VDC, G3PE-225B

Discover the OMRON RELAY 24VDC, G3PE-225B at a reduced price. This trending solid-state relay boasts crowning features ideal for your industrial control needs. With valuable attributes, including robust overvoltage protection via built-in varistor, its valiant housing made of flame-retardant plastic ensures safety and durability. Enjoy instant checkout and fast access to top-rated performance-LED indicator, natural air cooling, and seamless DIN rail or panel mounting. Engineered for heater control, motor switching, and automation systems, it delivers reliable operation with a 5-25A load current range and rapid response time.

Applications and Features

The OMRON RELAY 24VDC, G3PE-225B is used for industrial control such as heater management, motor switching, and automation systems. Distinguished by its solid-state design, this relay operates with a load current of 5-25A and supports rapid switching for demanding applications. Its flame-retardant housing enhances safety, while the LED indicator delivers real-time status updates. Versatile mounting-either DIN rail or panel-ensures convenient installation for various operational environments.

Payment, Packaging, and Delivery

Payment terms for the OMRON RELAY 24VDC, G3PE-225B can be arranged through secure channels. Each unit is carefully packaged to prevent damage during transit and shipped in standard compact packaging. Expect swift delivery-your order is handed over promptly to logistics partners, ensuring it reaches your location within the agreed delivery time. Experience seamless service from checkout to receipt.

FAQ's of OMRON, RELAY 24VDC, G3PE-225B:

Q: How can the OMRON RELAY 24VDC, G3PE-225B be used in industrial settings?

A: The relay is ideal for applications such as heater control, motor switching, and automation systems, providing reliable switching and control for a range of equipment.

Q: What valuable features distinguish the G3PE-225B model?

A: Key features include built-in varistor protection, flame-retardant housing, an LED status indicator, support for DIN rail or panel mounting, and a solid-state design for longer operational life.

Q: When will my order for the OMRON G3PE-225B be shipped and delivered?

A: Orders are generally handed over to the carrier soon after payment confirmation and shipped in safe packaging, with delivery time depending on your location and chosen shipping method.

Q: Where can the relay be mounted in my system?

A: It can be mounted on a DIN rail or directly on a panel, allowing flexible integration into various control setups.

Q: What is the process for installing the G3PE-225B relay?

A: Installation is straightforward with screw terminals for secure wiring and options for either DIN rail or panel mounting, making it suitable for most control panels.

Q: How does solid-state operation benefit usage?

A: Solid-state operation eliminates mechanical wear, offering faster switching speeds and enhanced reliability compared to conventional relay designs.