Taiss 1Pcs LJ18A3-8-Z | BX-5V M18 8mm Sensing DC 5V NPN NO

Summary:

The Taiss 1Pcs LJ18A3-8-Z | BX-5V is an M18 inductive proximity sensor designed for non-contact detection of metallic objects. It operates on a 5V DC power supply and features an NPN normally open (NO) output configuration. With a sensing distance of 8mm, this sensor is ideal for industrial automation, machinery, and equipment where reliable and precise detection of metal objects is required. Its compact M18 housing makes it suitable for installation in tight spaces, and its robust design ensures durability in harsh environments.

Specifications:

Model: LJ18A3-8-Z | BX-5V
Type: Inductive Proximity Sensor
Output Configuration: NPN Normally Open (NO)
Operating Voltage: 5V DC
Sensing Distance: 8mm
Housing Material: Typically nickel-plated brass or stainless steel
Sensing Object: Metallic objects (ferrous and non-ferrous metals)
Output Current: Typically up to 200mA (check datasheet for exact value)
Response Frequency: Typically 100Hz
Operating Temperature Range: -25°C to +70°C
Protection Rating: Typically IP67
Connection Type: Pre-wired or connector type
Cable Length: Typically 2 meters
Mounting: M18 threaded barrel for easy installation
Application: Industrial automation, machinery, conveyor systems, and metal detection tasks
Key Features:
Compact M18 form factor for easy integration.
Reliable detection of metallic objects up to 8mm.
NPN NO output for compatibility with various control systems.
Durable construction for use in demanding environments.
Low voltage operation (5V DC) suitable for specific applications.
This sensor is a cost-effective and reliable solution for proximity sensing in industrial and automation applications. Always refer to the product datasheet for detailed technical specifications and installation guidelines.

Advance Payment Requirement: 10% advance payment required to confirm COD order
Note:
Product delivery duration may vary due to product availability in stock.
Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.