SICK IME08-03BPSZC0S Threaded Barrel Inductive Proximity Sensor, M8 x 1 PNP IME 3V 3 mm 30 V dc 200mA

SICK IME Series Proximity Sensor, 3mm Detection Range, M8 Thread size - IME08-03BPSZC0S

This proximity sensor, designed for industrial applications, boasts a robust M8 threaded barrel form factor. With a detection range of 3mm, this inductive proximity sensor ensures precise operational capabilities. Constructed from brass and nickel-plated, it features an IP67 rating, meaning it can withstand harsh environments. The sensor operates within a supply voltage range of 10 to 30V DC and offers a digital PNP output for efficient integration.

Features & Benefits

• Threaded barrel design facilitates straightforward installation
• Inductive technology ensures reliable metal detection
• IP67 rating provides protection against dust and moisture
• Quasi-flush mounting enables versatile installation options
• High-temperature operating range suitable for diverse environments
• Reverse polarity and short-circuit protection enhance safety

Applications

• Used with automated assembly machinery for precise detection
• Ideal for packaging systems requiring reliable object sensing
• Facilitates safety monitoring on conveyor belts
• Effective in robotics for accurate positioning and response
• Utilised in production lines for quality control measures

What is the maximum switching frequency for this sensor?

The maximum switching frequency is 1 kHz, allowing for quick response times in dynamic environments.

How does the design of this sensor support versatile mounting?

The quasi-flush mounting design allows for easy integration into various configurations, adapting to different installation needs.

What temperature range can this sensor operate within?

This sensor functions effectively within a temperature range of -25 °C to +75 °C, making it suitable for challenging conditions.

What electrical protections are integrated into the design?

The sensor includes reverse polarity and short-circuit overload protection, safeguarding it against incorrect wiring and potential damage.

In what types of environments is this sensor most effective?

This sensor excels in environments that require heavy-duty performance, including manufacturing plants and outdoor settings where dust and moisture are concerns.