T-slot Magnetic Cylinder Sensor, PNP, IP67

Magnetic sensor cylinder is specially designed for T-slot cylinders and is compatible with various types of cylinders such as tie-rod and round ones. Its 29.5mm slim housing can be easily embedded into the slot. It adopts PNP normally open output, and the high switching frequency can feed back the cylinder stroke signal in real-time. Power supply voltage covers 10-30V DC, which is compatible with industrial power supplies, and the 8mA low power consumption and no-load operation are more energy-efficient. ATO cylinder sensor is equipped with IP67 protection and 3mT high sensitivity, which takes both accurate detection and durability into account, making it a cost-effective choice for automated production lines.

Specification

Features

• Compatible with multiple types of cylinders: T-slot cylinder sensor is compatible with mainstream models such as T-slot, SMC CDQ2/ECDQ2, and tie-rod cylinders.
• Accurate high-frequency response: 1000Hz switching frequency, 3mT high sensitivity, ≤0.1mT high reproducibility.
• Compact and easy to install: 29.5mm slim housing, direct embedded installation, no additional brackets required.
• Wide voltage and low power consumption: Supports 10–30V DC wide-range power supply, 8mA no-load low current consumption.
• Industrial-grade protection: Magnetic cylinder sensor has IP67 dustproof and waterproof, with reverse polarity and short-circuit double protection.

Details & Dimension (Unit: mm)

Note: The cable is equipped with an M8 plug.

Tips: What is the Working Principle of Magnetic Cylinder Sensor?

Magnetic cylinder sensor operates with a built-in reed switch as its core component. Various slot shapes are designed to fit different cylinder types for versatile application scenarios. When the permanent magnet ring attached to the cylinder piston moves into the sensor’s sensing range, the magnetic field generated by the magnet will make the two magnetic-sensitive metal reeds inside the glass tube attract each other and close, thus turning on the normally open contact and sending a clear position signal to the external control system.

When the piston drives the magnet ring to move out of the sensing area of the sensor, the magnetic force acting on the reed switch disappears. The metal reeds will rebound and separate automatically due to their own elasticity, the contact will be disconnected immediately, and the signal output will stop until the next trigger.