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Keyence EV-130U Inductive Proximity Sensor M30, Unshielded

Description

EV-130U: what this EV series sensor is and how its code reads

EV-130U is a Keyence EV series product, listed by the maker as: Main Unit, Unshielded Type, M30. The EV series is a family of self-contained inductive proximity sensors in threaded metal housings, available shielded and unshielded in M8 to M30 sizes. The amplifier is inside the housing, so the sensor connects straight to a PLC input. Seven Star LLC supplies EV-130U in Oman and the GCC as an independent supplier in Muscat, not affiliated with the manufacturer.

EV is the series, 130 the M30 size and U marks unshielded. The shielded equivalent carries M, as in EV-130M.

EV-130U is the long-range option in the family: an unshielded M30 body with a 27 mm rated sensing distance for ferrous metal. The response frequency is 250 Hz, so it suits slower targets such as large gears, couplings and valve stems.

EV-130U technical specifications

Parameter Specification
Manufacturer / part number Keyence / EV-130U
Product description Main Unit, Unshielded Type, M30
Type DC , Non-shielded
Shape M30
Detecting distance 27 mm ±10%
Detectable object Ferrous metals (see Characteristics for nonferrous metals)
Standard target (iron, t=1 mm 0.04″ ) 70 x 70 mm
Hysteresis 20% max. of detecting distance, within -10 to +70°C
Response frequency 250 Hz
Operation mode N.O.
Temperature characteristics -5 to +20%, within -10 to +70°C
Control output (switching capacity) 5 to 200 mA
Protection circuit Reversed polarity, short-circuit, surge voltage
Cable length 2 m
Rating Power voltage: 12 to 24 VDC, Ripple (P-P) 20 % or less
Current consumption (leakage current) Current consumption (leakage current): 1.0 mA max., Residual voltage: 3.6 V max. (with 2-m cable)
Residual voltage Residual voltage: 3.6 V max. (with 2-m cable)
Environmental resistance Enclosure rating: IP67
Ambient temperature -25 to +80 °C (No freezing)
Relative humidity 35 to 95 % RH (No condensation)
Vibration resistance 10 to 55 Hz, Double amplitude 1.5 mm , 2 hours in each of the X, Y, and Z directions
Shock resistance 1,000 m/s² , 3 times in each of the X, Y, and Z directions
Case material Nickel-plated brass
Weight Approx. 260 g

Values in the table are taken from the maker’s model page for EV-130U. Treat them as nominal and confirm the exact conditions in the instruction manual before final design.

How the sensing principle behind EV-130U works

An inductive proximity sensor generates a high-frequency magnetic field at its face. When a metal object approaches, eddy currents damp the oscillation, and the electronics switch the output once the amplitude falls below a threshold. Because nothing touches the target, the sensor has no moving parts to wear.

Shielded types concentrate the field at the face so they can be flush-mounted in metal, while unshielded types project a wider field and reach farther. The detecting distance in the table assumes the standard target stated for that model, and non-ferrous metals are detected at a reduced distance.

Where EV-130U fits: related EV series parts

EV sensors replace limit switches on valve positions, door latches, cylinder ends and guard checks. Two-wire and three-wire versions exist, so confirm wiring and the PLC input type.

The EV series range includes the following part numbers, which are listed for cross-reference: EV-108M, EV-112M, EV-118M, EV-130M, EV-108U, EV-112U, EV-118U, EV-130U, EV-12M, EV-18M and EV-30M. Whether a particular combination is compatible should be confirmed from the maker’s documents. Closely related models from the same family that you may also want to compare include EV-118M, EV-108U.

Selecting EV-130U: ordering checklist

  • Thread size (M8, M12, M18, M30) and shielded or unshielded.
  • Detecting distance versus the real gap, with margin for target material.
  • Output type, polarity and operating mode (N.O.).
  • Cable length or connector.
  • Temperature range and enclosure rating.
  • Tightening torque and mounting nuts.

For EV-130U specifically, confirm the output type, the connection style and the rated distance shown in the table above against the real installation drawing before placing an order.

Installing and maintaining EV-130U

Tighten the lock nuts evenly, keep unshielded types clear of surrounding metal by the distance stated in the manual, and set the working gap to roughly half the rated distance for stable operation. Protect cables from mechanical damage.

Because there is no calibration, maintenance is limited to inspecting the face and cable, confirming the indicator lamp responds, and checking that mounting has not loosened from vibration.

Typical applications of EV-130U in Oman and the GCC

Inductive sensors are used throughout Oman and GCC oil and gas, power and water facilities for valve-position feedback, machine tool end stops, conveyor counting and rotating-speed detection. The metal housing tolerates dust, heat and vibration on pumps, skids and compressor packages.

A 27 mm gap tolerates the mechanical play found on large rotating equipment. Extra heat, dust and humidity are normal in the region, so check the ambient temperature and enclosure rows in the table against the real mounting location, including direct sunlight on outdoor skids.

EV series models compared with EV-130U

The table lists the EV series models in our current range with the maker’s own description, to help you see how EV-130U differs from its neighbours.

Model Maker description
EV-130U Main Unit, Unshielded Type, M30
EV-118M Main Unit, Shielded Type, M18
EV-108U Main Unit, Unshielded Type, M8

Information to send with your EV-130U RFQ

  • Exact part number: EV-130U (and quantity, including any matching transmitter, receiver, reflector or head).
  • Output polarity required by your PLC input card (NPN or PNP).
  • Cable length or connector type and the mounting method.
  • Ambient conditions: temperature, washdown, dust and direct sunlight.
  • Project reference, delivery location in Oman or the GCC and required lead time.
  • Any related items needed, such as brackets, cables, reflectors or a mating amplifier.

Documents and quotation

Send us the part number EV-130U and we will confirm available documents, including the maker’s datasheet and instruction manual where we can provide them. Prices are quoted per request and are not shown on this page.

Seven Star LLC is an independent supplier in Muscat serving Oman and the GCC. We are not affiliated with the manufacturer, and we quote against your RFQ with delivery and lead time confirmed in the quotation.

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About brand

Keyence is a Japanese maker of sensors, measuring instruments and machine vision, founded in 1974 by Takemitsu Takizaki and headquartered in Osaka. It sells directly to factories and makes photoelectric and laser sensors, code readers, vision systems, measurement systems and microscopes.

Seven Star LLC sources and supplies Keyence sensors and code readers for machine builders and maintenance teams in Oman and the GCC.

Keyence company profile

Founded 1974, Japan
Founder Takemitsu Takizaki
Headquarters Osaka, Japan
Sales model Direct sales
Product families LR-Z and LR-W laser and photoelectric sensors, SR-X code readers, IV and CV-X vision systems, LJ-X laser profilers

Keyence series listed

Three series appear on this page. The LR-Z is a self-contained CMOS laser sensor. Keyence describes it as detecting by distance and by received light, with one-button teaching, a stainless steel body rated IP68/69K and a range of up to 500 mm depending on the model; the LR-ZB250CP is the listed type. The LR-W500C is a full-spectrum reflective photoelectric sensor from the LR-W series. The SR-X100 is an autofocus 2D code reader.

Keyence products we list

Family Examples
Photoelectric Sensors LR-W500C Full-Spectrum Reflective Photoe…
Laser Distance, LiDAR & Radar Sensors LR-ZB250CP LR-Z Series Self-Contained CM…
Machine Vision SR-X100 Autofocus 2D Code Reader

Ordering Keyence sensors: what we need

Keyence type codes are short but exact. Send the complete model, such as LR-ZB250CP, because the letters at the end decide the output type and the connection. Remember that many Keyence sensors need a separately ordered cable or connector, and code readers need a cable, a power supply and often a mounting bracket. List those items, the cable length, and the communication interface your PLC uses.

Facts checked against Keyence's published company profile, October 2026.

FAQ

Questions about the Keyence EV-130U Inductive Proximity Sensor M30,

Answers from our engineering team on installation, compatibility and integration.

01What is Keyence EV-130U?
EV-130U is a Keyence EV series product described by the maker as: Main Unit, Unshielded Type, M30. Seven Star LLC supplies it in Oman and the GCC as an independent supplier.
02What is the sensing distance of EV-130U?
The datasheet gives 27 mm plus or minus 10 percent for the standard iron target.
03Is EV-130U shielded?
No, it is an unshielded type, so the sensing field extends beyond the face and surrounding metal must be kept at a distance.
04Does Seven Star LLC supply EV-130U in Oman?
Yes, we quote EV-130U on request for Oman and the GCC as an independent supplier in Muscat, not affiliated with the manufacturer. Send the part number and quantity with your RFQ and we confirm availability and lead time.
05What should I check before ordering EV-130U?
Check output polarity, connection style, the rated distance or range in the specification table, the ambient temperature at the installation point and any matching accessories. Send the part number and we will confirm available documents.