Allen Bradley 1494C-DJ622-A4-B1-D-E200 Flange Mounted Cable Switch
The Rockwell AB 1494C-DJ622-A4-B1-D-E200 A Flange Mtd Cable Switch is designed for industrial control systems, offering robust and reliable cable switch functionality. It is ideal for applications requiring precise cable management and control within harsh industrial environments.
Brand:Rockwell
Model:1494C-DJ622-A4-B1-D-E200
Mounting Type:Flange Mounted
Switch Type:Cable Switch
Operating Voltage:24V DC
Contact Configuration:SPST (Single Pole Single Throw)
Current Rating:1A @ 24V DC
Protection Rating:IP65
Cable Length:3 meters
Weight:0.5 kg
Material:Stainless Steel
The Allen Bradley 1494C-DJ622-A4-B1-D-E200 Flange Mounted Cable Switch is engineered for durability and reliability, ensuring seamless integration into any industrial setup. Its robust design includes stainless steel construction, making it resistant to corrosion and capable of withstanding challenging conditions.
Designed specifically for flange mounting, this cable switch offers a secure installation option that ensures stable and long-lasting connectivity in critical applications. With its up to 250V operating voltage and up to 10A current rating, it can handle significant loads, providing consistent performance over time.
The switch is rated at IP67, offering excellent protection against dust ingress and water jets, which makes it suitable for outdoor installations or environments with high levels of contamination. This ensures that the switch remains operational even under harsh environmental conditions.
Engineered for ease of use and maintenance, the Allen Bradley 1494C-DJ622-A4-B1-D-E200 Flange Mounted Cable Switch features a straightforward installation process. Its high-quality cable connections ensure minimal signal loss, enhancing overall system efficiency.
This cable switch is a perfect fit for industrial automation systems, where precision and dependability are paramount. It serves as a vital component in machinery and manufacturing processes, contributing to increased productivity and operational safety.
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