Balluff BMF005H

Balluff BMF005H 

Balluff Code: BMF 305K-PS-C-2-S49-00,2

Overview

The Balluff BMF005H is a compact magnetic field sensor engineered for installation in C‑slot grooves of pneumatic cylinders. It detects piston position without contact and delivers a reliable PNP normally open output—perfect for tight industrial applications.

Key Features

• Specifically designed to fit C‑slot pneumatic cylinders

• PNP normally open (NO) switching output

• Non-contact magnetic detection

• LED status indicator for visual operation feedback

• Short‑circuit and overload protection

• Rugged IP67-rated housing, suited for harsh environments

• Slim profile for compact installations

Technical Specifications

• Operating Voltage: 10–30 V DC

• Output Configuration: PNP NO

• Switching Frequency: ≤ 1 kHz

• Connection: 2 m PUR cable attached

• Housing Material: Durable industrial-grade plastic

• Ingress Protection: IP67

• Operating Temperature: –25 °C to +70 °C

• Mounting Type: Snap-in C‑slot (flush mounted)

Applications

• Piston position monitoring in pneumatic systems

• Compact feedback for industrial actuators

• Sensor integration in packaging and robotics

• OEM equipment and machine tool automation

Why Choose Balluff BMF005H?

• Tailored design for C‑slot use in tight spaces

• Magnetic sensing ensures long service life without wear

• Easy setup with visible LED status indicator

• Reliable performance in wet, dusty, or vibrating conditions

• Backed by Balluff’s robust design and sensor expertise

Elevate the performance of your pneumatic systems with the Balluff BMF005H—compact, precise, and designed for demanding industrial applications.

Original Manufacturer Packaging

These products are industrial surplus items preserved in the original manufacturer box. Learn More

DDPARTSSOLUTION Packaging

These products are industrial surplus items shipped in secure DDPARTSSOLUTION protective packaging. Learn More

Refurbished

These products have been previously installed or may show cosmetic signs of prior handling. Learn More