PILZ SAFETY RELAY PNOZ X3P 24VDC 24VAC 3N/0 1N/C 1S0

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PILZ SAFETY RELAY PNOZ X3P 24VDC 24VAC 3N/0 1N/C 1S0 Specification

Connectivity Type
Screw terminals

Rated Insulation Voltage
250V AC

Thickness
62 mm

Panel Type
DIN Rail Mount

Rated Current
6A

Components
3 NO, 1 NC, 1 Semiconductor Output

Protection Level
IP40 (housing)

Cabinet Material
Plastic

Rated Operation Voltage
24V DC/AC

Current Rating
6A

Control System
Electromechanical relay contacts

Operating Voltage
24V DC/AC

Protection Class
IP40

Base Material
Plastic

Way
Single-channel or Dual-channel

Cooling System
Natural convection

Features
Fail-safe relay output, LED status, short circuit and overload protection

Cover Material
Plastic

Product Type
Safety Relay

Material
Plastic, Metal

Surface Finish
Textured

Standard
EN 60947-5-1, EN 60204-1

Surface Color
Yellow

Rated Voltage
24VDC / 24VAC

Frequency (MHz)
50-60 Hz

Maximum Output Current
6A

Dimension (L*W*H)
99 mm x 17.5 mm x 114 mm

Application
Safety applications, emergency stop, safety gate monitoring

IP Rating
IP40 (housing)

Display Type
LED indication

About PILZ SAFETY RELAY PNOZ X3P 24VDC 24VAC 3N/0 1N/C 1S0

Empower your safety systems with the PILZ SAFETY RELAY PNOZ X3P 24VDC/24VAC 3N/0 1N/C 1S0a formidable electromechanical relay designed for supreme reliability. With three superb Normally Open safety contacts and one ravishing Normally Closed auxiliary contact, this relay delivers fail-safe performance and robust protection. The IP40-rated housing and DIN rail mounting ensure swift installation. Enjoy instant savings with our latest markdown and experience peace of mind in your safety circuits. Add to Cart today and benefit from proven performance and certified compliance for demanding safety applications.

Distinct Features and Applications

The PILZ SAFETY RELAY PNOZ X3P stands out with features such as LED status indication, short circuit and overload protection, and natural convection cooling for efficient operation. It is widely used in emergency stop systems, safety gate monitoring, and general safety applications across industrial environments. The relays textured, yellow surface ensures visibility and fits seamlessly onto any DIN rail, making it ideal for integration into machine cabinets and safety panels.

Shipping, Export Markets, and Certifications

PILZ SAFETY RELAY PNOZ X3P is shipped securely from our stock-ready inventory, ensuring minimal lead times. Our FOB port options include major international locations. We cater to main export markets in Europe, Asia, and North America, meeting high demand globally. Each relay is certified to standards such as EN 60947-5-1 and EN 60204-1, offering quality assurance with every shipment. Experience prompt handling and global shipping for your peace of mind.

FAQs of PILZ SAFETY RELAY PNOZ X3P 24VDC 24VAC 3N/0 1N/C 1S0:

Q: How does the PILZ SAFETY RELAY PNOZ X3P enhance system safety?

A: By offering three Normally Open safety contacts and one Normally Closed auxiliary contact, along with fail-safe relay outputs and semiconductor functionality, this relay ensures reliable and secure performance in critical safety applications.

Q: What applications can the PILZ SAFETY RELAY PNOZ X3P be used for?

A: It is primarily used in emergency stop circuits, safety gate monitoring, and general-purpose industrial safety systems where dependable safety relay response is essential.

Q: Where can the PNOZ X3P be installed?

A: Thanks to its DIN rail mounting design and screw terminal connectivity, the relay can be easily installed in industrial control panels, machine cabinets, or operator panels requiring safety compliance.

Q: What process is involved in wiring the PNOZ X3P relay?

A: Wiring is straightforward via screw terminals, allowing for secure connections. The relay supports both single-channel and dual-channel configurations, depending on your safety circuit requirements.

Q: What are the benefits of the short circuit and overload protection features?

A: These built-in features protect the relay and connected devices, reducing downtime and maintenance costs while ensuring continued, reliable operation in harsh industrial environments.

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