
Omron E2K-C25MY1 Long-distance Proximity Sensor
4390.00฿
E2K-C25MY1 Long-Distance Proximity Sensor — Key Description
Feature | Explanation |
|---|---|
Manufacturer Series | Omron E2K series — popular industrial inductive proximity sensors for metal detection. |
Model Name | E2K-C25MY1 |
Sensing Principle | Inductive Proximity — detects metallic targets without contact by generating a high-frequency electromagnetic field near the sensor face. |
Sensing Distance (Type) | Long-distance — significantly greater detection range than standard inductive sensors (typical ranges ≤ 5–8 mm), often up to 25 mm or more depending on the target and mounting. |
Target Type | Metal objects only (e.g., iron, steel, aluminum). Will not reliably detect non-metallic targets (plastic, wood, glass). |
Output Type | Usually NPN or PNP transistor output depending on suffix variant. (The “Y1” often indicates output polarity/configuration – typically NPN NO/NC selectable or predefined – check datasheet). |
Long-distance Behavior | Designed with enhanced coil and oscillator design to allow greater range than standard inductive sensors. Good for larger metal targets or when mounting needs a little more gap. |
Housing / Enclosure | Also known for rugged IP ratings (typically IP67) — industrial enclosure resistant to dust and water jets, suitable for factory floor environments. |
Installation Style | Cylinder style body — often M30 diameter (based on “25” in model), threaded for easy mounting with nuts. |
Typical Operating Voltage | Usually 12–24 VDC (industry standard) — low-voltage DC operation for safety and compatibility with PLC inputs. |
Indicator | On many E2K sensors, an LED indicator shows switching status (ON/OFF), helpful for installation and troubleshooting. |
Operating Temperature | Typical industrial range (-25°C to +70°C), but check the exact datasheet for full spec. |
🧠 Inductive vs Other Proximity Types
Sensor Type | Detects | Best Use |
|---|---|---|
Inductive (E2K) | Metal only | Machine elements, position sensing, metal part detection |
Capacitive | Metal + non-metal | Plastic, liquids |
Photoelectric | Any target with light reflection | Boxes, labels, transparent objects |
E2K-C25MY1 uses inductive technology — ideal when you only need to detect metal objects reliably.
📌 Typical Applications
✅ Detect metal parts on conveyors
✅ Confirm presence of metal jigs/fixtures
✅ Position feedback in assembly machines
✅ Counting metal items
✅ Safety interlocks with movable metal guards
✅ Robot pick-and-place feedback (metal parts)
📊 Why “Long-distance” Matters
Standard inductive sensors often have very short sensing distances (e.g., 5–8 mm). A long-distance type like E2K-C25MY1 gives:
✔ Greater mounting tolerance
✔ Ability to detect larger metal parts without close proximity
✔ Better performance when the target face is not perfectly aligned
✔ Useful in applications where space is limited for precise positioning
🛠 Installation & Sensing Tips
✔ Ensure the metal target face is flat and properly oriented toward the sensor face.
✔ Maintain clearance from other metal objects nearby — inductive sensors can sense metals within their field.
✔ Mount using appropriate brackets to avoid vibration.
✔ Verify wiring polarity — incorrect connection may damage the sensor.
✔ Use shielded cable if the environment has electrical noise.
📌 Quick Spec Summary
Characteristic | Typical Value (subject to variant) |
|---|---|
Detection Target | Metal |
Sensing Range | Long (~25 mm or near spec) |
Housing | Cylindrical threaded (M30 typical) |
Protection | IP67 |
Supply Voltage | 12–24 VDC |
Output | NPN/PNP transistor (depending on suffix) |
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