Murrelektronik Sensors

Understanding Why Murrelektronik Sensors Matter

In industrial automation, the sensors don’t just detect—they protect, alert, regulate and integrate. Murrelektronik sensors are built for harsh environments: chemical exposure, vibration, temperature swings, and long service life. From proximity detection on a robot arm to level monitoring in a stainless-steel tank, these devices link the real world with control logic. For a procurement or engineering manager, specifying Murrelektronik means fewer failures, predictable maintenance, and one brand across multiple sensor types.

Murrelektronik Proximity Sensors – Non-Contact Detection in the Field

When metal parts move, each position change must be detected reliably. Murrelektronik proximity sensors (inductive, capacitive, magnetic) offer non-contact detection with durability. For example, the standard inductive sensors are rated for 10-30 V DC, with switching currents up to 200 mA and operating temperatures from –25 °C to +70 °C. These devices handle dirty conditions because there’s no mechanical contact to wear.
In practice: you mount an M12 barrel sensor with a 8 mm sensing distance alongside a heavy-duty feeder. Unlike cheaper loops, the Murrelektronik unit tolerates metal chips, coolant spray and thousands of cycles without drift. That matters when machine uptime is a KPI.

Murrelektronik Temperature, Flow & Level Sensors – Monitoring the Process

Beyond position detection, many lines require measurement of temperature, flow and level. Murrelektronik temperature sensors and signal converters translate PT100 or thermocouple inputs into 4-20 mA or 0-10 V outputs Typical tariffs: input –50…+300 °C, output = 4–20 mA, accuracy ±0.5 %. For flow and level sensors the key isn’t just the measurement band but the mounting, protection rating (often IP65/IP67), and compatibility with the control system.
Example case: In a food-and-beverage line you choose a Murrelektronik level sensor inside a hopper rated for CIP wash-down and –20 °C ambient. Because the sensor body is stainless steel and has a hygienic design, you avoid drift due to condensation or residue build-up.

Industrial Sensors and Integration in Automation Systems

When you’re wiring entire lines, mixing sensor types, you appreciate that Murrelektronik industrial sensors come with consistent mounting, connectorisation, and documentation. The company emphasises “process proximity and decentralisation” (their MASI68 series) — meaning you can mount the sensors and I/O blocks closer to actuators and reduce cable runs.
This reduces latency, improves signal integrity and cuts panel wiring costs. From a spec-sheet vantage: you look at rated voltage (24 V DC typical), connector type (M8/M12), housing material (nickel-plated, oil-resistant), and switching status indicators (LEDs). In practice, an engineer chooses sets of Murrelektronik sensors across a plant so spares match, training becomes uniform and lifetime logistics simplify.

Selection Logic – What to Compare and Why

Here are the parameters you should check when specifying Murrelektronik sensors:

• Detection type & range: Inductive ≈ metal only, capacitive ≈ any material; flow/level sensors sized by pipe/tank diameter.
• Voltage & output: Common sensors run 10–30 V DC; signal outputs may be switching contact, 4-20 mA, 0-10 V.
• Housing & rating: IP65 minimum for dry indoors; IP67/IP68 for wash-down or outdoor; temperature rating –25 to +70 °C typical.
• Connector / wiring: M12 4-pin or 5-pin; quick-disconnect cables; field-wireable versus pre-wired options.
• Cycle life / reliability: Specify number of switching cycles (10 million+ typical), shock/vibration rating according to EN 60068 or IEC 61373.
• Compatibility & system integration: If you use a decentralised I/O system (e.g., MASI), ensure the sensors match the bus node and are rated accordingly.

Common mistakes: Installing a standard capacitive sensor in a wet zone without IP67 rating; oversising flow sensors so response time suffers; mixing brand sensors so spare stocks multiply. With Murrelektronik you reduce these risks because the sensor range is broad and consistent. 

Why Murrelektronik Sensors Work in Real Projects

From field experience: one panel builder told me that after switching to Murrelektronik proximity sensors the false-trigger rate dropped by ~40%, because the sensors tolerated metal dust and welding sparks. Another integrator used Murrelektronik temperature sensors in a drying line and found that the drift over six months was negligible compared to the competitor units.
These are the kinds of differences you don’t see in a 2-page data sheet but you feel when commissioning and maintaining. Because the same brand covers proximity, temperature, flow and level sensors, the spares strategy simplifies: one part of the system uses similar connector footprints, same voltage class, consistent reliability. That’s longevity, fewer surprises, and less cost over the lifecycle.

Wholesale Supply & B2B Partnership via Bank of Lamps

Bank of Lamps distributes the full Murrelektronik sensor portfolio for automation, including proximity sensors, temperature modules, flow and level detectors. Orders are fulfilled across Europe with EAN/MPN tracking, stock visibility, and project-based logistics.

Why Work With Bank of Lamps

• Tailored B2B pricing that reflects project size, repeat volume and service spans
• Dedicated account manager who knows automation sensors, not just “lighting” or “hardware”
• Real-time stock updates from our and partner warehouses so you schedule confidently
• Quote turnaround typically ≤ 1 hour
• Simplified ordering via EAN/MPN list upload, reducing procurement errors
• Downloadable up-to-date price files for procurement departments
• Trasparent lead-time tracking from order receipt to dispatch
• Purchase history access — helps you forecast spares and lifetime costs
• Deferred payment terms (up to 30 days) for trusted clients
• Consolidated shipping when you combine sensors with other automation goods — reduces freight cost