

42SRF-6002 | Allen-Bradley PHOTOSWITCH 6000 Photoelectric Sensor
- Regular price
- $412.00
- Sale price
- $412.00
- Regular price
-
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Product Description P/N: 42SRF-6002
Description
The Allen-Bradley 42SRF-6002 is a Series 6000 PHOTOSWITCH photoelectric sensor designed for fiber optic applications. It features an infrared light source, supports both PNP and NPN output logic, and includes a durable 2-meter PVC cable for standard connectivity. Its compact, cuboid housing makes it ideal for installation in space-constrained industrial environments.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Sensors & Switches
|
Part Number | 42SRF-6002 |
Subcategory | Photoelectric |
Series | PHOTOSWITCH 6000 |
Light Source | Infrared (880 nm) |
Circuit Type | PNP/NPN |
Output Type | Transistor, 100 mA max |
Sensing Mode | One-Way (via Fiber Optic Cable) |
Cable Type | 2 m (6.5 ft) PVC Cable, 300V Rated |
Voltage Rating | 10–30 VDC (Nominal 24 VDC) |
Material | PVC (Housing/Cable) |
Mounting Style | Panel/Surface, Compact Form Factor |
Operating Mode | Light-On |
Weight | 0.4400 lb |
Information About 42SRF-6002
The 42SRF-6002 photoelectric sensor from Allen-Bradley is part of the robust Series 6000 family, specifically built for infrared fiber optic detection tasks. It utilizes an 880 nm infrared LED light source and is compatible with glass fiber optic cables, offering enhanced sensing capabilities in environments where standard photoeyes may be less effective. The sensor supports both PNP and NPN switching configurations, providing application flexibility. The included 2-meter (6.5-foot) PVC cable is rated for 300V, ensuring safe and reliable electrical connections. The sensor’s compact cuboid design enables easy integration into panels or tight automation spaces, while its IP-rated enclosure enhances durability in industrial settings.
Key Features:
- Infrared Light Source (880 nm): Designed for precise sensing in fiber optic applications, even in challenging environments.
- Dual Output Support: Configurable for either PNP or NPN transistor output, enhancing integration with various PLC input types.
- Glass Fiber Optic Compatibility: Ideal for large-aperture glass fiber optic cable use, expanding sensing versatility.
- Compact Cuboid Housing: Enables mounting in tight spaces without compromising accessibility or functionality.
- Durable PVC Cable: Includes a 2-meter (6.5 ft), 300V-rated cable for reliable and safe signal transmission.
- Standard 24 VDC Operation: Compatible with industrial control voltage supplies.
- 100 mA Output Current: Supports standard loads and relay interfaces.
- Light-On Mode: Detects object presence by sensing reflected or interrupted light signals.
- Industrial Certifications: CE, UL, CSA, CCC, and KC approved for global compliance.
- One-Way Detection System: Enhances performance in confined, focused sensing setups using fiber optics.
The 42SRF-6002 offers reliable, high-precision fiber optic sensing in a compact form factor with dual output logic and international certifications, ideal for automation and detection in constrained or harsh environments.
Description
The Allen-Bradley 42SRF-6002 is a Series 6000 PHOTOSWITCH photoelectric sensor designed for fiber optic applications. It features an infrared light source, supports both PNP and NPN output logic, and includes a durable 2-meter PVC cable for standard connectivity. Its compact, cuboid housing makes it ideal for installation in space-constrained industrial environments.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Sensors & Switches
|
Part Number | 42SRF-6002 |
Subcategory | Photoelectric |
Series | PHOTOSWITCH 6000 |
Light Source | Infrared (880 nm) |
Circuit Type | PNP/NPN |
Output Type | Transistor, 100 mA max |
Sensing Mode | One-Way (via Fiber Optic Cable) |
Cable Type | 2 m (6.5 ft) PVC Cable, 300V Rated |
Voltage Rating | 10–30 VDC (Nominal 24 VDC) |
Material | PVC (Housing/Cable) |
Mounting Style | Panel/Surface, Compact Form Factor |
Operating Mode | Light-On |
Weight | 0.4400 lb |
Information About 42SRF-6002
The 42SRF-6002 photoelectric sensor from Allen-Bradley is part of the robust Series 6000 family, specifically built for infrared fiber optic detection tasks. It utilizes an 880 nm infrared LED light source and is compatible with glass fiber optic cables, offering enhanced sensing capabilities in environments where standard photoeyes may be less effective. The sensor supports both PNP and NPN switching configurations, providing application flexibility. The included 2-meter (6.5-foot) PVC cable is rated for 300V, ensuring safe and reliable electrical connections. The sensor’s compact cuboid design enables easy integration into panels or tight automation spaces, while its IP-rated enclosure enhances durability in industrial settings.
Key Features:
- Infrared Light Source (880 nm): Designed for precise sensing in fiber optic applications, even in challenging environments.
- Dual Output Support: Configurable for either PNP or NPN transistor output, enhancing integration with various PLC input types.
- Glass Fiber Optic Compatibility: Ideal for large-aperture glass fiber optic cable use, expanding sensing versatility.
- Compact Cuboid Housing: Enables mounting in tight spaces without compromising accessibility or functionality.
- Durable PVC Cable: Includes a 2-meter (6.5 ft), 300V-rated cable for reliable and safe signal transmission.
- Standard 24 VDC Operation: Compatible with industrial control voltage supplies.
- 100 mA Output Current: Supports standard loads and relay interfaces.
- Light-On Mode: Detects object presence by sensing reflected or interrupted light signals.
- Industrial Certifications: CE, UL, CSA, CCC, and KC approved for global compliance.
- One-Way Detection System: Enhances performance in confined, focused sensing setups using fiber optics.
The 42SRF-6002 offers reliable, high-precision fiber optic sensing in a compact form factor with dual output logic and international certifications, ideal for automation and detection in constrained or harsh environments.
