About 18 MM Inductive Proximity Sensor
Technical specification
Power Supply | 10 -30 Vdc / 230 Vac |
Sensing Distance | 18 mm |
Usage/Application | Industrial |
Switching Frequency | 500 Hz |
Sensor Type | Proximity Sensor |
Brand | Baumer |
Material | Stainless Steel |
Various Output | 2/3/4 wire, DC, AC |
Precision and Durability for Demanding EnvironmentsThis Inductive Proximity Sensor features reliable non-contact sensing, with a repeat accuracy of 0.01 mm, ensuring consistent results even in vibration- and shock-prone areas. Its nickel-plated brass housing not only provides mechanical strength but also resists corrosion, making it suitable for industrial usage where dependability is paramount.
Smart Features for Modern AutomationEquipped with a red LED for quick status checks, IP67 protection for water and dust resistance, and built-in circuits to prevent damage from short circuits or polarity reversal, this sensor is well-suited for intensive automation environments. The 3-wire connection and pre-wired options make installation straightforward and flexible.
FAQs of 18 MM Inductive Proximity Sensor:
Q: How does the 18 MM Inductive Proximity Sensor detect objects?
A: The sensor uses electromagnetic induction to detect the presence of metallic objects within its 5 mm sensing range, allowing accurate and non-contact detection without requiring physical touch.
Q: What is the process to install this sensor in an industrial setup?
A: Installation is simple: flush-mount the cylindrical sensor (M18 x 50 mm) at the desired location, connect the pre-wired 3-wire cable to the control circuitry, and ensure the supply voltage is between 1030 V DC. Its IP67 rating allows for use in harsh environments.
Q: When is it beneficial to use this inductive proximity sensor?
A: It is particularly valuable in applications requiring frequent, fast, and accurate detection of metal parts, such as automated assembly lines, quality assurance, or safety interlocks, especially where environmental conditions are demanding.
Q: Where can the sensor be effectively deployed?
A: The sensor is ideal for industrial automation, manufacturing machinery, conveyor systems, robotic arms, and any setting requiring robust metal object detection and reliable operation in challenging environments.
Q: What are the benefits of non-contact sensing with this proximity sensor?
A: Non-contact sensing prevents mechanical wear and extends the sensors lifespan. It also enables rapid (up to 500 Hz) and accurate detection with minimal maintenance, improving operational efficiency.
Q: How is short-circuit and overload protection managed in this sensor?
A: The sensors internal circuitry automatically protects against output short-circuit and overload conditions, helping prevent damage to both the sensor and connected equipment and ensuring safe, continuous operation.