OMRON LIMIT SWITCH, Z-15GW22613-B

OMRON LIMIT SWITCH, Z-15GW22613-B Specification

Automation Grade
Manual

Rated Voltage
250 VAC/125 VDC

Mechanical Life
10,000,000 operations min.

Circuit Type
SPDT

Number of Module
1

Max. Current
15A AC

Protection Level
IP40

Response Time
Instantaneous

Finish Type
Matte/Glossy

Temperature Range
-10C to +80C

Product Type
Limit Switch

Material
Metal/Plastic Housing

Insulation Resistance
More than 100 M at 500 VDC

Contact Resistance
15 m max.

Max. Voltage
250V AC

Operating Temperature
-10C to +80C

Stoke
Standard (Short Pre-travel)

Size
49.5mm x 17.45mm x 25mm (LxWxH)

Color
Black/Gray

Weight
Approx. 48g

Mounting Type
Panel/Surface Mount

Current Rating
15A

No Of Poles
Single Pole (SPDT)

Shock Resistance
Mechanical: 1,000 m/s2; Malfunction: 300 m/s2

Terminal Type
Screw Terminal

Vibration Resistance
10 ~ 55Hz, amplitude 1.5mm

Operating Force
150 gf max.

Compliance
RoHS Compliant, CE Certified

Main Application
Industrial Machinery, Control Panels

Release Force
50 gf min.

Switch Type
Snap Action Switch

Dielectric Strength
1,000VAC for 1 min between terminals of the same polarity

Actuator Type
Hinge lever

About OMRON LIMIT SWITCH, Z-15GW22613-B

Jump on this hot deal for the venerable OMRON LIMIT SWITCH, Z-15GW22613-B-an ultimate solution for industrial machinery and control panels. This triumphant snap action switch is a bargain, packing reliability and longevity with a mechanical life of over 10 million operations. Offering a sturdy metal/plastic housing and a hinge lever actuator, it features a robust 15A current rating, RoHS compliance, and CE certification. The OMRON switch withstands mechanical shocks, vibrations, and extreme temperatures, ensuring steadfast performance. Buy now from China's trusted supplier, trader, and wholesaler!

Versatile Application Areas for Industrial Excellence

The OMRON LIMIT SWITCH, Z-15GW22613-B stands out in commercial and industrial environments. Its sturdy build and rapid response make it suitable for control panels and industrial machinery automation. The switch's reliable snap action and impressive shock/vibration resistance ensure consistent operation in challenging settings. This model excels in assembly lines, control panel integration, and various machinery safety circuits-making it the go-to choice for engineers and operations managers seeking superior performance and adaptability.

Export Markets, Shipping, and Domestic Reach

Main export markets for the OMRON LIMIT SWITCH, Z-15GW22613-B include Southeast Asia, the Middle East, and Europe. FOB Port: Shanghai, China-ensuring prompt packing & dispatch for global orders. Major domestic markets include all key industrial hubs across China. Proposal amounts and expenditure plans are streamlined for wholesalers and traders, with efficient packing and shipping to minimize downtime and optimize costs. This helps both domestic and international clients secure their inventory efficiently and economically.

FAQ's of OMRON LIMIT SWITCH, Z-15GW22613-B:

Q: How is the OMRON LIMIT SWITCH, Z-15GW22613-B typically used in industrial settings?

A: It is widely used in industrial machinery and control panels for detecting movement, initiating control signals, and protecting equipment with its robust snap action switching mechanism.

Q: What are the main benefits of using this snap action switch in automation systems?

A: The main benefits are its extended mechanical life (over 10 million cycles), high shock and vibration resistance, CE and RoHS compliance, and consistent performance even under harsh conditions.

Q: Where can the OMRON LIMIT SWITCH, Z-15GW22613-B be installed?

A: It can be installed on control panels, machinery surfaces, and equipment requiring panel or surface mount integration, thanks to its versatile mounting options.

Q: What is the process for packing and dispatch of export orders from China?

A: Export orders are carefully packed to prevent damage, then dispatched via FOB Shanghai port, ensuring secure and efficient overseas transportation.

Q: When is the switch most beneficial to use?

A: It is most advantageous in environments demanding high reliability, precise switching, and resistance to mechanical stress, such as automated production lines and safety-critical machinery.