IFM EVF566 Angled Field-Wirable Socket

sim M12 4 pines con codificación A

Número de pieza completo: EVF566 (Material Code SDOAH040VASFKPG)

Línea de productos: ecolink series, field-assembled M12 angled socket with screw terminals. Used for on-site custom cable assembly for sensors and actuators. Suitable for food & ambientes húmedos, silicone-free.

✅ Especificaciones clave

Parámetros eléctricos

Conector: M12 socket, 90° angled, Codificado A, 4-alfiler

Tensión nominal: ≤250 V AC / ≤300 V DC

Corriente nominal: 4 A @ 40°C ambient

Terminación: Terminales de tornillo, 0.25～1 mm² (AWG23～AWG17)

Contactos: Gold-plated for stable long-term signal transmission

Protección de ingreso: IP65 / IP67 / IP68 / IP69K (when fully locked and assembled)

Clase de protección: Class II

Mecánico & Datos de materiales

Alojamiento: PA6.6 (Nylon, gris)

Locking Nut: 316L acero inoxidable (1.4404), resistente a la corrosión

Caza de focas: EPDM (Ethylene Propylene Diene Monomer), agua & wash resistant, silicone-free

Compatible Cable Outer Diameter: φ3.5～6 mm

Par de apriete: 0.6~1,2 N·m (must not exceed the maximum torque rating of mating connector)

Peso: 41.8 gramo

Rango de temperatura de funcionamiento: -25 ℃ ~ +100 ℃

✅ Application Scenarios

1. General industrial sites: Wiring for inductive proximity sensors, sensores fotoeléctricos, presión / flow sensors and small actuators
2. Alimento & bebida, pharmaceutical and washdown equipment (IP69K for high-pressure hot water cleaning)
3. Húmedo, dusty and heavy-vibration automated production lines
4. Temporary field rewiring, spare part replacement, no prefabricated cables required

✅ Series Comparison (For Selection Reference)

EVF565: Straight 4-pin A-coded field-wirable socket

EVF566: Angled 4-pin A-coded field-wirable socket (este modelo)

EVF569: Straight 5-pin A-coded field-wirable socket

EVF570: Angled 5-pin A-coded field-wirable socket

✅ Installation & Notas de mantenimiento

1. Match wire stripping length to terminals; tighten screws properly to avoid poor contact.
2. Cable sheath must seat fully inside the connector sealing zone, otherwise IP rating will be invalid.
3. Stainless steel nut suitable for humid / corrosive environments; recheck torque periodically.
4. EPDM gaskets are NOT suitable for aromatic hydrocarbons or strong ketone solvent immersion.

✅ Alternative Options

Original IFM: EVF566 is the standard model. Equivalente nacional: M12 A-coded 4-pin angled field assembly socket (verify IP69K and EPDM seal material).

Marcas alternativas: Contacto Fénix, Weidmüller M12 field wireable connectors.

Typical Application Cases of IFM EVF566

EVF566 is an M12 A-coded 4-pin angled field-wirable socket. Ventajas principales: IP69K, EPDM sealing, silicone-free, 316L locking nut. Primarily designed for food & high-pressure washdown environments. Used for field-made sensor cables; angled design saves space and relieves cable bending stress.

Caso 1: Líneas de llenado de bebidas (botellas de PET / carton filling)

Equipo: Fillers, máquinas taponadoras, starwheel conveyors, bottle-bottom photoelectric detectors (IFM O5/O6 photoelectric sensors, II proximity sensors)

Puntos débiles: Dense stations; sensors mounted close to machine frames, straight connectors create heavy cable bending stress. Equipment undergoes daily CIP high-pressure washing; conventional connectors leak water and seals degrade. Coating processes forbid silicone (silicone causes pinholes in coatings).

Solución: Field cable assembly using EVF566. The 90° angle routes cable along machine frames and reduces repeated cable flexing. EPDM seal + IP69K withstand 80°C high-pressure hot water cleaning. Silicone-free material meets coating requirements.

Objetivo: Digital signal transmission for proximity and photoelectric sensors; 4-pin supports IO-Link (24V power + señal).

Beneficios: Spare part replacement on site without prefabricated cables, shortening downtime. Stainless steel nut resists cleaning chemical corrosion.

Caso 2: Líneas de procesamiento de alimentos (Carne / Bakery cutting & sorting conveyors)

Equipo: Cintas transportadoras, metal detectors, cutting stations, silo level detection

Condiciones de funcionamiento: Alta humedad, food residue, periodic foam and high-pressure water cleaning; wide temperature fluctuation (-20~85℃)

Solicitud: Level sensors, belt misalignment detectors, photoelectric sensors at metal detector inlets/outlets. Side-mounted on machine frames with limited installation space; angled M12 is the optimal choice.

Razón de selección: EVF566 EPDM is resistant to food cleaners. PA66 housing withstands washdown. Screw terminals allow fast on-site rewiring and adding/removing sensor points.

Caso 3: Valve Manifolds & Pipeline Monitoring in Breweries

Equipo: Wort mashing, filtration pipelines, pneumatic valve position feedback sensors (IFM MVQ valve sensors), pipeline pressure/flow sensors

Condiciones de funcionamiento: Damp steam environment, periodic in-place cleaning, heavy pipeline vibration

Solución: EVF566 field wiring at sensor cable outlets. Angled profile avoids interference with valve bodies and prevents connector impact damage. Gold-plated contacts resist oxidation in humid environments for stable transmission of valve switch status / IO-Link diagnostic signals.

oh&M Advantage: Maintain only connector + cable inventory for valve manifold zones; reduce SKUs of different prefabricated cables.

Caso 4: Automatización de embalaje (Carton Packaging, Palletizing Lines)

Equipo: Around palletizing robots, carton-in-place detection, pallet recognition proximity sensors, lift cylinder position sensors

Condiciones de funcionamiento: Polvo, continuous mechanical vibration, compact mounting space with side cable exit from sensors

Solicitud: Digital sensors for PNP/NPN signals. EVF566 screw terminals resist vibration and prevent loose connections. Cable can be cut to required length on-site to avoid waste of fixed-length prefabricated cables.

Nota: Usable in non-washdown environments, but EVF566 is preferred where high-pressure cleaning will be implemented later.

Caso 5: Cleanroom Process Vessels in Pharmaceutical Plants

Equipo: Purified water tanks, batching tanks, nivel, flow and temperature sensors

Requisitos: Silicone-free material to prevent product contamination; periodic SIP/CIP cleaning and high humidity

Solicitud: 4-pin M12 IO-Link hygienic sensors. EVF566 silicone-free construction meets cleanroom specifications. 316L locking nut resists corrosive cleaning agents. IP68/IP69K withstands on-site washdown.

Caso 6: General Automation Retrofit (Old Line Upgrade)

Guión: Adding proximity / photoelectric sensors to legacy production lines. Fixed-length prefabricated cables rarely match site dimensions; scattered sensor points for small-batch wiring.

Puntos débiles: Procuring many different-length pre-made M12 cables is costly with long lead times.

Solución: Standardize EVF566 angled field connectors; cut cables to length on demand. Suitable for commissioning and later point adjustments. Angled design fits side mounting on frames and equipment walls to avoid excessive cable bending.

Guía de selección de aplicaciones (EVF566 vs EVF565)

1. EVF566: 90° angled → Frame sidewalls, espacios confinados, beside valve bodies, side cable exit from sensors
2. EVF565: Straight → Axial cable exit, ample available space
3. Limitación: Not recommended under immersion of aromatic hydrocarbons or strong ketone solvents; EPDM seals will degrade.

Typical Compatible Sensor List (4-pin A-coded M12 for EVF566)

IFM II series inductive proximity sensors

O5, O6 series photoelectric sensors

MVQ pneumatic valve position sensors

LMT level sensors, PN pressure sensors (4-pin IO-Link versions)

IFM EVF565~EVF572 Series List

(ecolink M12 A-coded field screw terminal connectors, subfamily of EVF566)

Características comunes: silicone-free, EPDM sealing, 316L stainless locking nut, IP65/IP67/IP68/IP69K, PA6.6 housing, screw terminals 0.25~1 mm², cable OD φ3.5~6 mm, -25℃ ~ +100℃, designed for food and washdown applications

Guía de selección rápida

1. Enchufe (to mate with sensor male plug): EVF565 / EVF566 / EVF569 / EVF570
2. Enchufar (to mate with sensor female socket): EVF567 / EVF568 / EVF571 / EVF572
3. 4-alfiler: Standard DI/DO sensors, Enlace IO (II proximity, O5/O6 photoeyes)
4. 5-alfiler: Analog signal, dual-channel sensors
5. Derecho: Sufficient axial clearance; Angled: Frame side mounting, tight spaces, reduce cable bending stress

Summary of Electrical Ratings

4-pin models: ≤250V AC / ≤300 VCC, 4A

5-pin models: ≤60V AC/DC, 4A

Observaciones complementarias

This group EVF565~EVF572 are field-assemble (custom cable) subseries. Not the same category as prefabricated EVF0xx/EVF2xx/EVF3xx cables.

Coding: All A-coded, standard sensor/actuator M12, NOT D/X-code for Ethernet.

All support CIP/SIP high-pressure washdown, silicone-free formulation for food and coating production lines.

IFM EVF566 (M12 A-coded 4-pin Angled Field-Wirable Socket) Procedimiento de instalación

Condición previa: Power OFF before work; cable OD φ3.5~6mm, conductor cross-section 0.25~1 mm²; flathead screwdriver recommended; torque wrench mandatory for food / líneas de producción.

Paso 1: Disassemble Connector & Cable Preparation

1. Disassemble the rear assembly of EVF566: unscrew 316L stainless steel locking nut, cable gland, EPDM sealing sleeve. Keep all components safe.
2. Strip outer cable jacket: Remove outer sheath to ensure the outer jacket can be fully clamped by the rear sealing sleeve.
3. Strip core insulation: Strip approx. 5mm insulation from each inner conductor. No fraying or broken copper strands allowed.

Nota: For food washdown environments, use MPPE/PUR wash-resistant cables.

Paso 2: Thread Cable (Sequence Cannot Be Reversed)

Thread the cable through the rear components in order: Stainless steel locking nut → Cable gland → EPDM sealing sleeve, then feed into the wiring cavity of the angled housing.

Crítico: Cable outer sheath must enter inside the EPDM seal. Only inner conductors enter terminal compartment. IP protection will fail if this rule is violated, leading to water ingress during high-pressure washing.

Paso 3: Terminate Conductors to Screw Terminals (4-pin A-code)

Standard M12 A-coded 4-pin pinout (EVF566 socket)

Pin1: Marrón → CC 24 V+

Pin2: White → Spare I/O

Pin3: Blue → 0V/GND

Pin4: Black → Signal / Enlace IO

1. Loosen terminal screws and insert fully stripped copper conductors into terminal openings.
2. Tighten terminal screws to clamp wires. No bare copper may protrude outside terminals (short-circuit risk).
3. Gently pull each wire to verify secure clamping.

Do not over-tighten terminal screws to prevent thread stripping or damage to plastic base.

Paso 4: Reassemble Strain Relief & Sealing Assembly

1. Push EPDM sealing sleeve fully into the rear of connector body.
2. Screw in cable gland and tighten firmly. The sleeve clamps cable outer jacket to implement strain relief.

Strain relief is critical: Prevent cable pulling force from transferring directly to terminals, avoiding loose connections or wire breakage under vibration.

3. Refit stainless steel locking nut.

Paso 5: Mate with Sensor M12 Male Plug and Tighten Thread

Mate EVF566 socket to sensor M12 male plug. Par de apriete: 0.6~1.2 N·m. Do not exceed the maximum torque rating of the mating sensor.

For food / high-pressure washdown applications, use torque wrench. General maintenance: hand tighten then 1/4 additional turn.

Never over-torque; risk of cracking sensor plastic housing.

Inspección: EPDM gasket intact, no offset, no dirt trapped on sealing surface.

Paso6: Pre-Power Check

1. Prueba de continuidad con multímetro: Verify correct pin-to-pin continuity, no short-circuit between pins and no short to ground.
2. Inspección visual: Complete components, proper sealing, cable bend radius greater than minimum limit of the 90° elbow to avoid long-term fatigue failure.
3. Confirm all screws are tight.

✅ Operation & Pautas de mantenimiento (Critical for Food Lines)

1. Confirm connector tightness before CIP cleaning. Avoid aromatic or ketone cleaning chemicals which degrade EPDM.
2. Recheck thread torque periodically (every 3~6 months for high-vibration lines).
3. Desmontaje & re-assembly: Inspect EPDM gasket each time. Replace immediately if aged or deformed.
4. Never pull the cable by gripping the connector body; always pull on the cable jacket.

❌ Common Mistakes (Causes Loss of IP69K Rating)

1. Cable outer jacket not inserted into sealing sleeve; only thin conductors pass through seal.
2. Frayed copper strands touching adjacent pins.
3. Excessive torque cracking sensor threads or plastic housing.
4. Gasket missing, trapped dust or debris on sealing face.
5. Cable outer diameter outside φ3.5~6mm range; seal cannot clamp cable securely.