OMRON LIMIT SWITCH,D4N-1125

OMRON LIMIT SWITCH,D4N-1125 Specification

Number of Module
Single

Max. Current
10A

Response Time
15 ms max.

Automation Grade
Industrial

Finish Type
Textured Finish

Temperature Range
-10C to +80C

Mechanical Life
30,000,000 operations min.

Circuit Type
1NO+1NC

Rated Voltage
250 VAC

Protection Level
IP67

Product Type
Limit Switch

Material
Thermoplastic Resin Housing, Metal Actuator

Insulation Resistance
100 M min. (at 500 VDC)

Contact Resistance
25 m max. (initial value)

Max. Voltage
250 VAC

Operating Temperature
-10C to +80C (without freezing)

Stoke
10 mm typ.

Size
30.5 mm x 30 mm x 64 mm (Approx)

Color
Black body, Red Head

Weight
Approx. 170 g

Mounting Type
Panel / Surface Mount

Current Rating
10A at 250 VAC

No Of Poles
2 Pole

Vibration Resistance
10 to 55 Hz, 1.5 mm double amplitude

Cable Entry
Gland (Conduit) Entry

Series
D4N-1125

Standards Compliance
IEC / EN60947-5-1

Shock Resistance
1,000 m/s2

Actuator Type
Plunger (Top Push)

Application
Machine Safety, Position Detection, Automation Equipment

Electrical Life
500,000 operations min.

Mounting Hole Pitch
20 mm

Storage Temperature
-25C to +80C

Contact Configuration
DPDT (Double Pole Double Throw)

About OMRON LIMIT SWITCH,D4N-1125

Discover the peerless OMRON LIMIT SWITCH, D4N-1125, crafted for machine safety and automation excellence. With a first-rate plunger actuator and robust DPDT configuration, its exquisite build offers an unbeatable price for a limited time. Designed to comply with IEC and EN standards, this model assures unrivaled durability, supporting 30 million mechanical operations and high vibration and shock resistance. The thermoplastic resin housing and metal actuator provide reliable insulation and protection, making it a top choice for discerning industrial professionals seeking superior performance and longevity.

Competitive Advantages & Industrial Usage

The OMRON LIMIT SWITCH, D4N-1125, stands out for its exceptional reliability and safety compliance, enabling consistent position detection in automation equipment. Its compact, textured finish and easy panel or surface mounting streamline the installation process. Ideal for plant environments demanding high endurance, this switch operates flawlessly in temperatures from -10C to +80C and resists dust and water with IP67 protection. Trusted for machine safety and automation, it elevates system efficiency and equipment longevity.

Export Market, Outlay & Domestic Reach

OMRON LIMIT SWITCH, D4N-1125, enjoys strong demand across Asia and the international export market, dispatched from China's primary FOB ports. Domestically, this switch garners extensive market presence, thanks to its cost-effective outlay and secure packaging. Tailored for wholesalers and traders, it serves industrial clients seeking reliable components promptly. With its single-module design and versatile application, it is highly valued in the domestic market, affirming its reputation for quality and performance.

FAQ's of OMRON LIMIT SWITCH,D4N-1125:

Q: How does the OMRON LIMIT SWITCH, D4N-1125 improve machine safety?

A: The switch is engineered with reliable DPDT contact configuration, IP67 protection, and robust construction, ensuring precise position detection and safe machine operation in industrial environments.

Q: What are the recommended applications for this limit switch?

A: It is ideal for machine safety, position detection in automation equipment, and various industrial control setups where durability and swift response time are critical.

Q: Where can the OMRON D4N-1125 be installed within an industrial setup?

A: The device supports both panel and surface mounting, making it suitable for integration into a diverse range of automation and safety panels or machinery.

Q: When should I replace the OMRON LIMIT SWITCH?

A: While it offers a mechanical life of at least 30,000,000 operations, you should consider periodic inspections and replacement if position detection or switch response appears inconsistent.

Q: What is the process for wiring the OMRON D4N-1125?

A: With its cable gland (conduit) entry, wiring should follow IEC/EN60947-5-1 standards, ensuring secure insulation and proper connection to leverage its 1NO+1NC circuit type.

Q: How does its shock and vibration resistance benefit automation plants?

A: Withstanding vibrations of 10-55 Hz and shocks up to 1,000 m/s2, it delivers stable performance in dynamic, high-vibration plant environments, minimizing operational interruptions.