OMRON PHOTOELECTRIC SWITCH , E3ZG-D61-S

OMRON PHOTOELECTRIC SWITCH , E3ZG-D61-S Specification

Protection Level
IP67

Finish Type
Matt finish (housing)

Response Time
Operation: 1 ms max., Reset: 1 ms max.

Rated Voltage
12 to 24V DC

Temperature Range
25C to +55C

Automation Grade
Automatic

Circuit Type
DC

Max. Current
100 mA (max. load current)

Number of Module
Single

Product Type
Photoelectric Switch

Insulation Resistance
20M min. (at 500 VDC)

Contact Resistance
Not applicable (solid state output)

Max. Voltage
24V DC

Operating Temperature
25C to +55C (with no icing or condensation)

Size
10.8 20 31 mm (W H D, Approx.)

Color
Black

Weight
Approx. 14 g (sensor only)

Mounting Type
M3 mounting holes (side/through mounting)

Current Rating
100 mA (max. load current)

No Of Poles
3-wire type

Sensing Method
Diffuse-reflective

Vibration Resistance
10 to 55 Hz, 1.5-mm double amplitude

Reverse Polarity Protection
Equipped

Short-circuit Protection
Equipped

Light Source
Red LED

Power Supply Voltage
12 to 24V DC 10%, ripple (p-p): 10% max.

Sensing Distance
100 mm (standard white paper)

Connection Method
Pre-wired (standard length: 2 m)

Shock Resistance
500 m/s2, 3 times each in X, Y, and Z directions

Indicator
LED (operation indicator: orange, stability indicator: green)

Residual Voltage
1 V max. at load current of 100 mA

Output Type
NPN open collector output

About OMRON PHOTOELECTRIC SWITCH , E3ZG-D61-S

Discover the OMRON PHOTOELECTRIC SWITCH, E3ZG-D61-S, a special new release offering a dominant edge in automation applications. With its kingly first-class features, including a diffuse-reflective sensing method and a robust 100 mm sensing distance, this sensor is designed for superior reliability. Benefit from its special rate while enjoying advanced specifications like IP67 protection, efficient NPN open collector output, and quick 1 ms response. Engineered for both durability and precision, this first-class switch sets a new benchmark for performance and value in industrial sensing solutions.

Optimized for Industrial Plant Applications

The OMRON PHOTOELECTRIC SWITCH, E3ZG-D61-S, is specially engineered for plant automation, offering dominant performance in detecting objects at up to 100 mm. Widely used for conveyor systems, packaging, and automated assembly lines, it ensures precise operation and minimal downtime. Easy to mount with M3 holes, its direction of use aligns with fast installation and integration into existing systems, supporting automatic operation for seamless industrial workflow.

Certifications, Packaging, and Sample Policy

As a premium export market product, the OMRON E3ZG-D61-S comes with reliable certifications and is shipped using trusted goods transport and transport services to ensure safe and timely delivery. Each switch is carefully packaged to maintain product integrity. A sample policy is available, allowing traders and wholesalers to assess product quality and suitability before larger commitments.

FAQs of OMRON PHOTOELECTRIC SWITCH , E3ZG-D61-S:

Q: How does the OMRON E3ZG-D61-S photoelectric switch operate in industrial automation?

A: The E3ZG-D61-S uses a diffuse-reflective sensing method with a red LED to detect objects up to 100 mm away, enabling automated control processes in industrial environments.

Q: What environments are ideal for installing the E3ZG-D61-S switch?

A: This switch is ideal for plant automation settings such as conveyor systems and assembly lines, thanks to its IP67 protection level and wide operating temperature range.

Q: Where can I purchase the OMRON E3ZG-D61-S at a special rate?

A: The E3ZG-D61-S is available through leading suppliers, traders, and wholesalers in the export market, including those in China, often at preferred rates.

Q: What benefits does the first-class E3ZG-D61-S sensor offer users?

A: Users benefit from fast 1 ms response times, robust environmental protection, easy installation, and reliable object detection, supporting uninterrupted automation.

Q: How does short-circuit and reverse polarity protection enhance safety?

A: Both features protect the sensors circuitry from installation errors and electrical faults, ensuring long-term operational reliability and worker safety.