
Omron Proximity Sensor E2B-S08KS01-MC-B1 Proximity Sensor (Inductive)
Automation
869.00฿
Omron E2B-S08KS01-MC-B1 — Inductive Proximity Sensor
Feature | Description |
|---|---|
Manufacturer | Omron (leading industrial sensor brand) |
Series / Family | E2B – General-purpose inductive proximity sensors |
Model Code | E2B-S08KS01-MC-B1 |
Sensor Type | Inductive Proximity Sensor |
Detection Target | Metal objects only (e.g., steel, iron, aluminum) |
Sensing Range / Distance | 8 mm typical (the “08” in the model means ~8 mm range for metal targets) |
Sensing Face Style | Flush / shielded design — can be mounted flush with metal surfaces |
Output Type | NPN Open-Collector Switching Output |
Switching Mode | NO (Normally Open) — output switches ON when a metal target is detected |
Supply Voltage | 12–24 VDC (standard industrial logic voltage) |
Connection Type | Pre-wired cable (no connector) |
Protection Rating | IP67 — dust tight + water immersion protection |
Housing Form | Cylindrical threaded body — M8 diameter |
Mounting Style | Threaded M8 with nuts — easy panel or bracket mounting |
Environment | General industrial automation, pick-and-place, positioning, counting |
Typical Response Time | Milliseconds (fast switching suitable for high-speed processes) |
Indicator | Usually has a built-in LED to show when the sensor output is ON |
📌 What “Inductive Proximity Sensor” Means
Inductive proximity sensors do not use contact — they create an electromagnetic field at the sensing face.
When a metal object enters this field, it disturbs the field and the sensor switches its output.
They are extremely reliable and widely used for detecting metal parts in automated machines.
📌 Decoding the Model Code
Segment | Meaning |
|---|---|
E2B | Series name (Omron inductive proximity family) |
S08 | Sensing distance ~8 mm |
K | Flush / shielded type (can be mounted flush with metal) |
S01 | Switching output style (specific electrical configuration) |
MC | Cable type or specification code |
B1 | Output type and polarity — here it indicates NPN Normally Open |
📊 Electrical & Output Behavior
Supply: 12–24 VDC (regulated DC)
Output: NPN open collector
NPN means the sensor pulls the output to ground when ON
PLC input should be configured for NPN/N-logic
Normally Open (NO) means:
Output is OFF when nothing is present
Output switches ON when a metal target enters sensing distance (~8 mm)
🛠 Typical Industrial Uses
✅ Detect metal parts on conveyors
✅ Position detection (stop gates, slots, flanges)
✅ Counting metal objects (bolts, plates, cans)
✅ Machine tool feedback
✅ Robot end-effector part detect
✅ Conveyor jam or presence detection
⚙️ Installation & Best Practices
✅ Mounting
Use mounting nuts on the M8 threaded body.
If installed flush (shielded), nearby metal won’t falsely trigger it.
✅ Orientation
Point the sensing face directly at the metal target surface — maximum sensitivity occurs when the metal approaches perpendicularly.
✅ Wiring
Typical wiring for NPN NO open collector:
Brown wire → +24 VDC
Blue wire → 0 V / GND
Black wire → Sensor output (to PLC input)
White wire → May be unused depending on variant
Make sure your PLC input is configured for NPN input logic.
✅ Environment
Rated IP67, so it tolerates:
Dust exposure
Water jets / splashes
Splash zones (but not long immersions under pressure)
📌 Flush vs Non-Flush Sensors
This model is flush / shielded, meaning:
Can be mounted in metal blocks
Metal behind the sensor does not affect sensing
Great for tight mechanical setups
Non-flush (unshielded) types require a clearance zone.
📌 Advantages
✔ No contact wear — long lifetime
✔ High switching speed
✔ Works in harsh environments
✔ Compact M8 size — fits tight spaces
✔ Stable and repeatable metal detection
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