E2K-L - Capteur de proximité OMRON - Notice d'utilisation et mode d'emploi gratuit

Type de capteur	Capteur capacitif électrostatique
Installation	Sur tuyaux
Détection	Niveau de surface liquide
Diamètre de tuyau applicable	8 à 11 mm ou 12 à 26 mm
Forme	Compacte, montage sur tuyau
Sortie	Sortie collecteur ouvert NPN
Amplificateur intégré	Oui
Influence de la couleur	Non influencé par la couleur du tuyau ou du liquide
Mode de détection	Capacité électrostatique
Plage de détection	Large gamme de diamètres de tuyaux
Alimentation	Non précisé
Température de fonctionnement	Non précisé
Indice de protection	Non précisé
Poids	Non précisé
Normes	CE

FOIRE AUX QUESTIONS - E2K-L OMRON

Quel est le rôle principal du capteur OMRON E2K-L ?

Le capteur OMRON E2K-L est utilisé pour détecter des objets métalliques à travers une technologie de détection inductive.

Comment puis-je installer le capteur OMRON E2K-L ?

Le capteur doit être monté sur une surface plane et stable, en veillant à respecter les distances minimales recommandées par le fabricant pour un fonctionnement optimal.

Quelles sont les spécifications de tension pour le capteur OMRON E2K-L ?

Le capteur OMRON E2K-L fonctionne généralement avec une tension d'alimentation de 12 à 24 VCC.

Le capteur OMRON E2K-L peut-il détecter des objets non métalliques ?

Non, le capteur OMRON E2K-L est spécifiquement conçu pour détecter des objets métalliques et ne peut pas détecter des matériaux non métalliques.

Que faire si le capteur OMRON E2K-L ne s'active pas ?

Vérifiez d'abord les connexions électriques et assurez-vous que le capteur est correctement alimenté. Si le problème persiste, il se peut qu'il soit défectueux.

Quelle est la portée de détection du capteur OMRON E2K-L ?

La portée de détection du capteur OMRON E2K-L dépend de la taille et du type de métal détecté, avec une portée typique allant jusqu'à 10 mm.

Le capteur OMRON E2K-L est-il résistant à l'eau ?

Oui, le capteur OMRON E2K-L a un indice de protection IP67, ce qui signifie qu'il est résistant à l'eau et à la poussière.

Comment puis-je tester le fonctionnement du capteur OMRON E2K-L ?

Pour tester le capteur, alimentez-le et approchez un objet métallique à la portée de détection. Si le capteur fonctionne correctement, il doit s'activer.

Y a-t-il des précautions à prendre lors de l'utilisation du capteur OMRON E2K-L ?

Oui, évitez d'exposer le capteur à des champs électromagnétiques intenses et assurez-vous qu'il n'est pas monté à proximité d'autres capteurs inductifs qui pourraient interférer avec son fonctionnement.

MODE D'EMPLOI E2K-L OMRON

Liquid Level Sensor

E2K-L

• Installation on pipes.
• Sensing by means electrostatic capacity and is not influenced by the color of the pipe or liquid.
  • Available in 8 to 11 mm dia. and 12 to 26 mm dia. models to enable sensing for a wide range of pipe diameters.
  • Built-in amplifier for space-saving.

Close-up of two black industrial sensor modules mounted on cylindrical stands, no visible text or symbols

CE

Applications

Liquid surface level detection

Ordering Information

Sensor type	Applicable pipe diameters	Shape		Output form		Model
Electrostatic capacity method	8 to 11 mm dia.			NPN open-collector output	NO	E2K-L13MC1
	12 to 26 mm dia.					E2K-L26MC1

Rating/Performance

Item Model			E2K-L13MC1	E2K-L26MC1
Applicable pipes	Material		Non-metal
	Size	External diameter	8 to 11 mm dia.	12 to 26 mm dia.
		Wall thickness	1 mm max.	1.5 mm max.
Sensing object			Liquid (see note)
Repetition precision			±0.2 mm max.
Response difference (reference value only; varies with pipe size and solution)			0.6 to 5 mm	0.3 to 3 mm
Supply voltage (operating voltage range)			12 to 24 VDC, 10% max. ripple (10.8 to 30 VDC)
Current consumption			12 mA max.
Control output	Switching capacity		100 mA max.
	Residual voltage		1 V max. (under load current of 100 mA with cable length of 2 m)
Detection position of liquid surface			Notch position (For details, refer to Sensitivity Adjustment on next page.)
Indicator lamp			Operation indicator (orange)
Ambient temperature			Operating: 0 to 55°C; Storage: -10 to 65°C (with no icing or condensation)
Ambient humidity			Operating/storage: 25% to 85% (with no condensation)
Temperature influence			In the range 0 to 55°C: Detection level at 23°C 4 mm (with distilled water or 20 % salt water concentration)(±6 mm with E2K-L13MC1 for distilled water in pipe of 8 mm diameter)
Voltage influence			At the rated power supply voltage ±10%: Detection level at rated supply voltage ±0.5 mm
Insulation resistance			50 M min. (at 500 VDC) between energized parts and case
Dielectric strength			500 VAC 50/60 Hz for 1 min between energized part and case
Vibration resistance			10 to 55 Hz, 1.5 mm double amplitude for 2 hours each in X, Y, and Z directions
Shock resistance			500 m/s2 for 3 times each in X, Y, and Z directions
Protective structure			IEC 60529 IP66
Connection method			Pre-wired models (standard length: 2 m)
Weight (Packed state)			Approx. 70 g
Material	Case, cover		Heat-resistant ABS resin
	Cable clamp		NBR
Accessories			2 binding bands, 4 nonskid tubes, instruction manual

Note: In the following cases, stable detection may not be possible and ensure to confirm correct operation in the actual installation before use.
1. If the dielectric constant or conductivity of the liquid is low.
2. If the capacity of the liquid is small, or if the pipe diameter is so small or the pipe walls are so thick that the amount by which the capacity changes relating to the liquid level is small.
3. In case of an increased gassing or a highly viscous liquid firm residue on the inside walls of the pipe, or a dirt clogging on the inner or outer walls of the pipe.

Characteristic data (typical)

Influence of Temperature on Detection Level

E2K-L13MC1

E2K-L26MC1

Output Circuit Diagram

Output form	Model	Timing chart		Output circuit
NO	E2K-L13MC1E2K-L26MC1	Liquid surfaceLoad(brown-black)Operation indicator(orange)	YesNoOperatesReleasesONOFF

Operation

Sensitivity adjustment

1. Install the Sensor with the setting position (notch) in line with the liquid level to be detected.

Pipe Sensor Level of- liquid surface Setting position (notch)

1. After Sensor installation adjust the detecting sensitivity using the (12-step) sensitivity adjuster in the way shown below.

Status of the indicator when the liquid level is aligned with the setting position	Sensitivity adjuster	Adjustment procedure
Not lit		Turn the sensitivity adjuster clockwise using a screwdriver until the indicator lights.
Lit		Turn the sensitivity adjuster counterclockwise using a screwdriver until the indicator turns OFF. Then, turn the sensitivity adjuster clockwise until the indicator lights up again.

Note: 1. During sensitivity adjustment do not put your hand on the Sensor and make sure that the cable is properly secured. Failure to observe these points may affect the detection level.
2. When using more than one Sensor (e.g., to detect for upper and lower limits), adjust the sensitivity of the Sensors in order starting from the bottom. Adjusting the sensitivity of a Sensor may affect the detection level of the Sensor above it.

2. Then set the upper limit. 1. First set the lower limit.

Correct Use

Design

Influence of Surrounding Objects

Performance may be adversely affected by conductive objects (e.g., metals) in the vicinity of the Sensor. Ensure that any conductive objects are separated from the Sensor and set at a minimum distance as shown below.

Pipe Sensor A

Object on Opposite Side

Technical drawing of a mechanical assembly with a circular component and a rectangular housing (no text or symbols)

Object on One Side

Technical drawing of a mechanical assembly with concentric rings and a central shaft, shown with dimension lines (no text or symbols)

Objects on Both Sides

Influence of Surrounding Objects (Units: mm)

Shape Length	A	B	C
E2K-L13MC1	25	5	45
E2K-L26MC1		0	40

Mutual Interference

When installing 2 or more Sensors in series, in parallel, or facing each other, be sure that they are separated by at least the distances shown below.

Technical line drawing of a mechanical assembly with two stacked components and a dimension label D (no text or symbols present)

Installed in Series Sides

Technical diagram of two mechanical fasteners with bolted joints and a vertical dimension line labeled E (no text or symbols beyond the label)

Installed in Parallel

F

Installed in Facing Each Other

Mutual Interference
(Unit: mm)

Shape Length	D (see note)	E	F
E2K-L13MC1	10	10	25
E2K-L26MC1			30

* The detection level for the top Sensor may change when the detection level for the bottom Sensor is set. Be sure to set the detection level for the bottom Sensor first.

Installation

Sensor installation

Attach the Sensor securely to the pipe using the 2 binding bands and the 4 nonskid tubes provided (2 tubes per band) in the way shown below.

Install the Sensor in such manner that the pipe is in contact with the entire sensing face of the Sensor with the pipe and Sensor in parallel.

Pipe Sensor Operation indicator Sensitivity adjuster Level of liquid surface Setting position (notch) Binding bands Slip-prevention tubes

Side View
Front View

Pipe Sensor Binding bands

Slip-prevention tubes Top View

Wiring Considerations

Power Supply

• If separate power supplies are used for Sensor and load, be sure to turn on the Sensor power supply first.
• If a commercially available switching regulator is used, the Sensor may malfunction because of switching noise. Connect the frame ground and ground terminals to ground.

● Operating Environment

Ambient Conditions

• Although this product has waterproof specifications, do not use it in locations where it may have a direct contact with liquids (e.g., water or cutting oil). Such locations can interfere with the electrostatic capacity method used by the Sensor.
• Even if the Sensor is used within the specified temperature range, do not subject it to sudden changes in temperature because this will shorten the service life.

Miscellaneous

Drift may occur when the power supply is turned ON. If the dielectric constant of the liquid is low, the detection level of the liquid may be 2 to 3 mm higher than the set level for approximately 20 minutes after power is turned ON.

E2K-L13MC1

Close-up of a black mechanical component with a vertical shaft and protruding shaft (no visible text or symbols)

20 5 R6.5 R17.5

24 11 43 41 33 4 5 Sensing surface 2.9-dia. three cond (cross-sectional and insulation diameter

Mounting holes 1.5 1 3.5 6.5

2.9-dia. three conductors vinyl-insulated round cable (cross-sectional area of conductors: 0.14 mm ^2 ; insulation diameter: 0.9 mm) Standard length: 2 m

Operation indicator (orange) 6 4.5 Sensitivity adjuster 6

E2K-L26MC1

Close-up of a black mechanical component with a vertical rod inserted (no visible text or symbols)

20 5 R13 R17.5

33 11 34 32 24 2 3 Sensing surface 2.9-dia. three conduc (cross-sectional area) insulation diameter: 0

Mounting holes 1.5 Oper 3 1 3.5 6.5

Operation indicator (orange) 6 4.5 Sensitivity adjuster 1 3.5 6

2.9-dia. three conductors vinyl-insulated round cable (cross-sectional area of conductors: 0.14 mm ^2 ; insulation diameter: 0.9 mm) Standard length: 2 m

ALL DIMENSIONS SHOWN ARE IN MILLIMETERS.

To convert millimeters into inches, multiply by 0.03937. To convert grams into ounces, multiply by 0.03527.

Cat. No. D094-E2-01-X

In the interest of product improvement, specifications are subject to change without notice.