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Anti-spatter type proximity sensor E2EQ NEXT (E2E-X4B1D8-R 2M)
Achieve equipment that does not cause sudden stop through "long distance detection".
[Features]
· Equipped with a high-luminance LED, the indicator light is visible from any position, even when fixing at 360°
· Using the e-jig (installation sleeve), replacement takes only 10 seconds
· Adoption of a cable with enhanced oil resistance provides an actual oil resistance value of 2 years
· Certified to UL standard (UL60947-5-2) and CSA standard (CSA C22.2 UL60947-5-2-14)
Part Number
Configured Part Number is shown.
E2E-X4B1D8-R 2M
Proximity Sensor That Is Hard to Break With Far Outperform Long Sensing Distance
Created an equipment that does not cause sudden stop due to malfunction or collision.
Do you have the following issues?
- Issue 1
- Because the sensing distance is short, it is easy to collide with the detected object, causing sudden stoppage of production equipment.
- Issue 2
- When replacing the sensor, it takes a lot of time to adjust the distance properly. Depending on the work skill, the adjustment position varies, making the sensing unstable.
- Issue 3
- The cable deteriorates due to cutting oil.
- Solution with proximity sensor E2E NEXT series.
- Solution 1:
- One of the world's longest sensing distance, 7 mm with M12 * With 1, there is no collision with the proximity sensor, enabling stable operation of the equipment.
- Solution 2:
- Replacing time approx. 10 seconds only * Significant reduction to 2. Eliminating the need for adjustment allows for installation in the same position by any worker
- Solution 3:
- 2-Year Oil Resistance Based on IP67G + OMRON Oil Resistant Component Evaluation Standard.
- *1. As of September 2017. According to OMRON research
*2. Time required to adjust the distance when installing a sensor. According to OMRON research
One of the World's Longest Sensing Distance, 7 mm With M12, Enables Stable Operation of Equipment Without Collision With Proximity Sensors.
E2E NEXT has achieved long sensing distance. It contributes to achievement of equipment that does not cause sudden stoppage due to malfunction or collision.
It Has Achieved Long-Distance Sensing That Is Approx. 2 Times That of Conventional Models
Even if the Dog Gets Away Due to Equipment Vibration, Sensing Errors Are Less Likely to Occur
Collision Is Less Likely to Occur Even if There Is Variation in the Mounting Position of the Workpiece or Deflection
The Replacement Time Is Greatly Reduced to Approx. 10 Seconds. Eliminating the Need for Adjustment Allows for Installation in the Same Position by Any Worker
<Conventional Type>
Temporarily secure the sensor
↓
Check the position of the workpiece
↓↑Repeat until stable
Fine adjustment
↓
Retighten to complete
<Just 10 Seconds Replacement Time Using the "e-jig">
Just insert and tighten.
The O-ring blocks contaminant such as cutting oil from entering the e-jig and secures positioning accuracy (IP67G)
It Can Be Installed in Existing Equipment
E2E NEXT provides nearly the same detection distance as the previous product even when downsized by one size (for M12, the detection distance is 7 mm, the same as the previous M18).
By combining it with the e-jig, you can easily upgrade existing equipment to allow sensor replacement in just 10 seconds.
1. Remove "M18" proximity sensor installed on existing equipment
2. Install "M18" size e-jig
3. Insert "M12" E2E NEXT series into the e-jig
2-Year Oil Resistance Based on IP67G + OMRON Oil Resistant Component Evaluation Standard.
E2E NEXT (long-distance type) e-jig prevents contaminant such as cutting oil and cutting chip from entering based on IP67G, and can be used in machining processes that use cutting oil.
It Contributes to Improving Usability and Flexibility
It Can Be Installed Without Worrying About the Direction of the Indicator Light
Increased Flexibility in Equipment Design by Downsizing
Adoption of E2E NEXT (long-distance type) contributes to downsizing of equipment from various points of view while maintaining the sensing distance.
Downsizing is possible because the sensing distance is approx. 2 times that of conventional models.
| M30 | M18 | M18 | M12 | M12 | M8 | Advantage | |
|---|---|---|---|---|---|---|---|
| E2E | E2E NEXT | E2E | E2E NEXT | E2E | E2E NEXT | ||
| Sensing Distance | 10 mm | 11 mm | 7 mm | 7 mm | 3 mm | 3 mm | |
| Detecting surface diameter | 30 mm | 18 mm | 18 mm | 12 mm | 12 mm | 8 mm | 1. Reduction of installation area |
| Body length | 60 mm | 54.3 mm | 55 mm | 46.1 mm | 47 mm | 36.8 mm | 2. Reduction of space in depth |
| Bending radius | 18 mm | 18 mm | 18 mm | 12 mm | 12 mm | 12 mm | 3. Reduction of space in depth |
| Cable Diameter | 6 mm | 6 mm | 6 mm | 4 mm | 4 mm | 4 mm | 4. Thinning of cable bundle |
Easy to Place on the Welding Jig
Streamlined Inventory Model Management by Standardizing on a Single Sensor
Behind the Scenes of Product Development
Technology development started in 2000, which is the basis of the long-distance stable sensing technology installed in E2E-NEXT. The proximity sensor housing with as small as ⌀3 cylindrical shape is available as one of the smallest, for which the parts that can be mounted inside the housing are limited, and the main circuit needs to be integrated using semiconductor process technology. Accordingly custom ICs are used.
Custom ICs composed of analog circuits have been equipped, for conventional models.
The digital correction technology, which is an important factor to achieve long-distance stable sensing which is the key to E2E-NEXT, has a large circuit scale and requires a fundamental review of the circuit design. Accordingly the manufacture decided to adopt a digital-analog hybrid IC with a built-in digital circuit that allows for micro wiring.
The feature of this IC is that the oscillation amplitude of the proximity sensor can be digitally controlled and the adjustment amount for each sensor can be quantified and controlled.
The sensing distance-temperature characteristics of the proximity sensor are affected by the temperature characteristics of the parts and the layout of the circuit, so optimization is required for each model.
In addition, the correction amount of the sensing distance depends on the shape and position variation of the parts that make up the sensor, and the variation occurs.
In the past, this correction was adjusted in the intermediate process of production, but this was a large error factor.
Therefore, by writing the correction data of the sensing distance-temperature characteristics to the digital-to-analog hybrid IC using the manufacture's own communication means, the manufacture has achieved to perform correction in the final testing.
One of the most difficult point in the development of this digital-to-analog hybrid IC is that it was necessary to define all the requirements and incorporate them as IC specifications, even for the specifications that were implicitly determined from the conditions that were obvious for conventional analog ICs and past experience. For points that were insufficient in terms of the condition setting and incorporation into the specifications, it was often necessary to readjust the schedule due to many problems occurred.
By meeting the challenges without giving up, the manufacture has achieved one of the world's longest sensing distance* with a 2-wire proximity sensor.
* As of September 2017, according to a survey by OMRON Corporation
Related products
Proximity sensor E2E/E2EQ NEXT series e-jig (Mounting sleeve)
Anti-spatter type proximity sensor [E2EQ]
| Part Number |
|---|
| E2E-X4B1D8-R 2M |
| Part Number | Standard Unit Price | Minimum order quantity | Volume Discount | Days to Ship | Screw Detection Head Size | Shielded / Non-shielded | Operating Environment | Amplifier | Protection Structure (IEC) | Detected Objects | Case Material | Detecting Surface Material | Head Size Depth (range) (mm) | Head Size Depth (mm) | Protection Structure (DIN40050-9) | Types | Power Type | Power Supply Voltage | Output Mode | Operation Mode | Connection Method | Cable Length (m) | Cable Specifications | Detection distance L1 details (mm) | IO-Link Transmission Speed | Body size | Case detail | Sensing Distance (mm) | Protection Structure |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
MYR 520.99 | 1 Piece(s) | 9 Day(s) or more | M8 | Shield Type | Standard / Cold Resistance | Amplifier Built-in Type | - | Magnetic Metal | - | - | - | - | - | Ultra long distance type | DC 3-wire | DC10 to 30 V | 3-wire type (PNP) | NO | Pre-Wired Type | 2 | Robot (flex resistant) PVC cable | Up To 5 | COM2: 38.4 kbps | Standard | Without spatter resistant coating | 4 | IP67 / IP67G / IP69K |
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Basic Information
| Shape | Screw Type |
|---|
Specification/Dimensions
-
Operating Environment
- Standard
- Oil Resistance Reinforcement
- Cold Resistance
- Water/Drip Proofing
-
Protection Structure (IEC)
- IP67
-
Case Material
- Stainless Steel
- Brass Nickel Plated
- Stainless Steel
-
Detecting Surface Material
- Polybutylene Terephthalate
-
Head Size Depth (range)(mm)
- 20.1~30
- 30.1~40
- 40.1~50
-
Head Size Depth(mm)
-
Protection Structure (DIN40050-9)
- IP67G
- IP69K
-
Protection Structure
- IP67
- IP67G
- IP67K
- IP69K
-
type
- E2E
- E2EQ
-
Screw Detection Head Size
- M8
- M12
- M18
- M30
-
Shielded / Non-shielded
- Shield Type
- Non Shield Type
-
Amplifier
- Amplifier Built-in Type
-
Detected Objects
- Magnetic Metal
-
Types
- Double distance
- Long distance type
- Medium range type
- Quadruple distance
- Short distance type
- Single distance
- Standard distance
- Triple distance
- Ultra long distance
- Ultra long distance type
-
Power Type
-
Power Supply Voltage
- 10 to 30 VDC
- DC10 to 30 V
-
Output Mode
- 2-wire
- 2-wire (no polarity)
- 2-wire (polarity)
- 3-wire (NPN)
- 3-wire (PNP)
- 3-wire type (NPN)
- 3-wire type (PNP)
-
Operation Mode
- Both NO + NC output
- NC
- NO
-
Connection Method
-
Cable Length(m)
-
Cable Specifications
- Robot (bending-resistant) PVC cable
- Robot (flex resistant) PVC cable
- Standard PVC cable
- Standard PVC cord
-
Detection distance L1 details(mm)
- 1.5
- 2
- 2.5
- 3
- 4
- 5
- Up To 5
- 6
- 6 to 10
- 7
- 8
- 10
- 11
- 11 to 20
- 15
- 16
- 18
- 20
- 21 to 50
- 23
- 30
- 40
-
IO-Link Transmission Speed
- COM2 (38.4kbps)
- COM2: 38.4 kbps
- COM3 (230.4kbps)
- IO-Link non-compliant
- Not compatible with IO-Link
-
Body size
- Long body
- Standard
-
Case detail
- With spatter-resistant coating
- With spatter resistant coating
- Without spatter-resistant coating
- Without spatter resistant coating
-
Sensing Distance(mm)
- 1.5
- 2
- 3
- 4
- 5
- 6
- 8
- 9
- 10
- 12
- 14
- 15
- 16
- 18
- 22
- 23
- 50
-
CAD
- 2D
- 3D
Days to Ship
-
- All
- 5 Day(s) or Less
- 6 Day(s) or Less
- 9 Day(s) or Less
- 13 Day(s) or Less
- 33 Day(s) or Less
Specify Alterations
- The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .
Additional Products in this Category
- Compact Proximity Sensors, NPN Outputs
- Series DC 3-wire proximity sensor
- Stainless steel detection surface amplifier relay proximity sensor [E2EC-M/Q]
- TL-W Standard Flat Proximity Sensor
- Door Limit Switch, LE-124
- Door Limit Switch, LE-126
- Proximity sensor standard function type, circular shape/direct-current 3 wire type, Φ4 type, Test distance: 0.8 mm KRSS
- Welding Proximity Sensor, E2EW Series (Quadruple distance model)
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