M22-WRLK-G/K10-G-230 210081 SELECTOR LUMINOSO VERDE 2 POSICIONES (0-I) 110/220V 2NA
Disponibilidad:
Selector luminoso verde 2 posiciones (0-I) 110/220V 2NA
- Descripción
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Descripción
DATASHEET – M22-WRLK-G
Technical data for design verification | |||
Rated operational current for specified heat dissipation | In | A | 0 |
Heat dissipation per pole, current-dependent | Pvid | W | 0 |
Delivery program
Product range | RMQ-Titan | ||
Basic function | Illuminated selector switch actuator | ||
Single unit/Complete unit | Single unit | ||
Design | With thumb-grip | ||
maintained | |||
Function: | |||
60° | |||
2 positions | |||
Colour | |||
Thumb-grip | green | ||
Degree of Protection | IP66 | ||
Front ring | Bezel: titanium | ||
Connection to SmartWire-DT | yes
with SWD-RMQ connections |
||
Actuator travel and actuation force as per DIN EN 60947-5-1, K.5.4.1 | |||
Minimum force for positive opening | N | 0 | |
Front dimensions | 29,7 | ||
Instructions | Stay-put/spring-return function, can be changed with coding parts M22-XC-Y |
Technical data
General
Standards | IEC/EN 60947 VDE 0660 | ||
Lifespan, mechanical | Operations | x 106 | > 0.1 |
Operating frequency | Operations/h | ≦ 2000 | |
Operating torque | Nm | ≦ 0.3 | |
Climatic proofing | Damp heat, constant, to IEC 60068-2-78 Damp heat, cyclic, to IEC 60068-2-30 | ||
Degree of Protection | IP66 | ||
Ambient temperature | |||
Open | °C | -25 – +70 | |
Mounting position | As required | ||
Mechanical shock resistance | g | 30
Shock duration 11 ms Sinusoidal according to IEC 60068-2-27 |
Design verification as per IEC/EN 61439
Equipment heat dissipation, current-dependent | Pvid | W | 0 |
Static heat dissipation, non-current-dependent | Pvs | W | 0 |
Heat dissipation capacity | Pdiss | W | 0 |
Operating ambient temperature min. | °C | -25 | |
Operating ambient temperature max. | °C | 70 | |
IEC/EN 61439 design verification | |||
10.2 Strength of materials and parts | |||
10.2.2 Corrosion resistance | Meets the product standard’s requirements. | ||
10.2.3.1 Verification of thermal stability of enclosures | Meets the product standard’s requirements. | ||
10.2.3.2 Verification of resistance of insulating materials to normal heat | Meets the product standard’s requirements. | ||
10.2.3.3 Verification of resistance of insulating materials to abnormal heat and fire due to internal electric effects | Meets the product standard’s requirements. | ||
10.2.4 Resistance to ultra-violet (UV) radiation | Please enquire | ||
10.2.5 Lifting | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.2.6 Mechanical impact | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.2.7 Inscriptions | Meets the product standard’s requirements. | ||
10.3 Degree of protection of ASSEMBLIES | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.4 Clearances and creepage distances | Meets the product standard’s requirements. | ||
10.5 Protection against electric shock | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.6 Incorporation of switching devices and components | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.7 Internal electrical circuits and connections | Is the panel builder’s responsibility. | ||
10.8 Connections for external conductors | Is the panel builder’s responsibility. | ||
10.9 Insulation properties | |||
10.9.2 Power-frequency electric strength | Is the panel builder’s responsibility. | ||
10.9.3 Impulse withstand voltage | Is the panel builder’s responsibility. | ||
10.9.4 Testing of enclosures made of insulating material | Is the panel builder’s responsibility. | ||
10.10 Temperature rise | Not applicable. | ||
10.11 Short-circuit rating | Is the panel builder’s responsibility. The specifications for the switchgear must be observed. | ||
10.12 Electromagnetic compatibility | Is the panel builder’s responsibility. The specifications for the switchgear must be observed. | ||
10.13 Mechanical function | The device meets the requirements, provided the information in the instruction leaflet (IL) is observed. |
Approvals | |||
Product Standards | IEC/EN 60947-5; UL 508; CSA-C22.2 No. 14-05; CSA-C22.2 No. 94-91; CE marking | ||
Technical data ETIM 7.0
Low-voltage industrial components (EG000017) / Front element for selector switch (EC000222) | |||
Electric engineering, automation, process control engineering / Low-voltage switch technology / Command and alarm device / Front element for selector switches (ecl@ss10.0.1-27-37-12-13
[AKF031014]) |
|||
Number of switch positions | 2 | ||
Type of control element | Toggle | ||
Suitable for illumination | Yes | ||
Colour control element | Black | ||
Colour indicator light cap | Green | ||
Construction type lens | Round | ||
Hole diameter | mm | 22.5 | |
Width opening | mm | 0 | |
Height opening | mm | 0 | |
Switching function latching | Yes | ||
Spring-return | No | ||
With front ring | Yes | ||
Material front ring | Plastic | ||
Colour front ring | Other | ||
Degree of protection (IP), front side | IP66 | ||
Degree of protection (NEMA) | 4X |
UL File No. | E29184 | ||
UL Category Control No. | NKCR | ||
CSA File No. | 012528 | ||
CSA Class No. | 3211-03 | ||
North America Certification | UL listed, CSA certified | ||
Degree of Protection | UL/CSA Type 3R, 4X, 12, 13 |
01/30/2019 | Eaton Industries GmbH http://www.eaton.eu
© 01/2019 by Eaton Industries GmbH |
4 / 4 |
Additional product information (links)
IL04716002Z (AWA1160-1745) RMQ-Titan System | |
IL04716002Z (AWA1160-1745) RMQ-Titan System | ftp://ftp.moeller.net/DOCUMENTATION/AWA_INSTRUCTIONS/IL04716002Z2018_10.pdf |
Adaptador de fijación
Referencia M22-A
Código 216374
Para elementos de contacto M22-(C)K… y elementos LED M22-(C)LED…
Números de orden en el adaptador de fijación
Gama de productos
Adaptador de fijación (fijación frontal) para 3 elementos de contacto/LED
Para elementos de contacto M22-(C)K… y elementos LED M22(C)LED… Números de orden en el adaptador de fijación |
|||
Fijación | Fijación frontal | ||
Equipamiento contactos: = función de seguridad, mediante maniobra positiva de apertura según IEC/EN 60947-5-1 | |||
C = Contacto de cierre | – | ||
A = Contacto de apertura | – | ||
Asignación | |||
Para 1 elemento de función M22-SWD-K… o elemento de LED
M22-SWD-LED… Adicionalmente posibilidad de 1 o 2 elementos de contacto M22K.. Número de orden en el adaptador de fijación. |
|||
Nota para el encabezamiento
Definición del adaptador de fijación con números de referencia seg x = Número de orden en el adaptador de fija y = Número de función en el elemento de contacto |
ún EN 50013
ción |
Generalidades
Normas y disposiciones | CEI/EN 60947
VDE 0660 |
||
Longevidad, mecánica | Maniobras | 6 × 10 | >5 |
Frecuencia de maniobras | Maniobra/h | 3600 | |
Par de giro de accionamiento (bornes roscados) | Nm | 0.8 | |
Grado de protección (IEC/EN 60529, EN50178, VBG 4) | IP20 | ||
Resistencia climática | Calor húmedo, constante, según IEC 60068-2-78
Calor húmedo, cíclico, según IEC 60068-2-30 |
||
Temperatura ambiente | °C | ||
al aire | °C | – 25 … 70 | |
Posición de montaje | Cualquiera | ||
Seguridad contra golpes según IEC 60068-2-27 Duración de choque 11 ms, semisinusoidal | g | > 30 |
Circuitos de corriente
Tensión asignada soportada al impulso | Uimp | V AC | 6000 |
Tensión asignada de aislamiento | Ui | V | 500 |
Categoría de sobretensión/ grado de contaminación | III#3 | ||
Seguridad contra fallo de conexión | |||
con 24 V DC/5 mA | HF | Frecuencia de errores | -7 7
< 10 , < 1 fallo por cada 10 maniobras |
con 5 V DC/1 mA | HF | Frecuencia de errores | -6 6
< 5 × 10 , < 1 fallo por cada 5 × 10 maniobras |
Resistencia a cortocircuitos máx. | |||
sin fusibles | Referencia | PKZM0–10/FAZ-B6/1 | |
Con fusibles | gG/gL | A | 10 |
Poder de corte
Intensidad asignada de empleo | Ie | A | |
AC-15 | |||
115 V | Ie | A | 6 |
230 V | Ie | A | 6 |
400 V | Ie | A | 4 |
500 V | Ie | A | 2 |
DC-13 | |||
24 V | Ie | A | 3 |
42 V | Ie | A | 1.7 |
60 V | Ie | A | 1.2 |
110 V | Ie | A | 0.8 |
220 V | Ie | A | 0.3 |
Longevidad eléctrica | |||
AC-15 | |||
230 V/0.5 A | Maniobras | 6 × 10 | 1.6 |
230 V/1.0 A | Maniobras | 6 × 10 | 1 |
230 V/3.0 A | Maniobras | 6 × 10 | 0.7 |
DC-13 | |||
12 V/2.8 A | Maniobras | 6 × 10 | 1.2 |
Elementos de contacto |
Generalidades
Normas y disposiciones | IEC/EN 60947
VDE 0660 |
||
Posición de montaje | Cualquiera |
Condiciones ambientales mecánicas
Grado de protección (IEC/EN 60529, EN50178, VBG 4) | IP20 | ||
Condiciones ambientales climáticas | |||
Temperatura ambiente de servicio (IEC 60068-2) | °C | + 70 | |
Elemento de función | |||
Fijación | Fijación frontal | ||
Espacio interior y colocación exterior protegida |
Dimensiones
Adaptador de fijación |
Contact de cierre,Front
Referencia M22-K10
Código 216376
Conecta con los contactos principales.
Realiza funciones de indicación y enclavamiento.
Gama de productos
(2 niveles como máximo) | |||
Contacto individual | |||
combinable con | NZM1(-4), 2(-4), 3(-4), 4(-4)
PN1(-4), 2(-4), 3(-4) N(S)1(-4), 2(-4), 3(-4), 4(-4) |
||
Equipamiento contactos: = función de seguridad, mediante maniobra positiva de apertura según IEC/EN 60947-5-1 | |||
C = Contacto de cierre | 1 C | ||
A = Contacto de apertura | – | ||
Símbolos para esquemas | |||
aplicable para | NZM1(-4), 2(-4), 3(-4), 4(-4)
N(S)1(-4), 2(-4), 3(-4), 4(-4) |
Símbolos para esquemas | |||
Fijación | Fijación frontal | ||
Técnica de conexión | Bornes roscados | ||
Símbolos para esquemas | |||
Diagrama de carrera de conexión, carrera en combinación con elemento frontal | |||
Asignación | |||
Notas
Se puede engatillar en el interruptor: • NZM1: 1 contacto auxiliar normal • NZM2: hasta 2 contactos auxiliares normales M22#(C)K… • NZM3: hasta 3 contactos auxiliares normales M22#(C)K… • NZM4: hasta 3 contactos auxiliares normales M22#(C)K… Son posibles combinaciones a voluntad de contactos auxiliares. Identificación en el interruptor: HIN En las combinaciones con accionamiento a distancia NZM#XR…, algunas posiciones de montaje del contacto auxiliar normal sólo pueden equiparse con contactos individuales. NZM2: La posición de montaje izquierda del contacto auxiliar normal sólo puede equiparse con un contacto individual. NZM3: Todas las posiciones de montaje del contacto auxiliar normal sólo pueden equiparse con un contacto individual. NZM4: La posición de montaje derecha del contacto auxiliar normal sólo puede equiparse con un contacto individual. |
|||
Notas
Se puede engatillar en el interruptor: • NZM1 – 1 contacto auxiliar señalizador de disparo • NZM2 # contacto auxiliar señalizador de disparo M22#(C)K… • NZM3 # contacto auxiliar señalizador de disparo M22#(C)K… • NZM4 – hasta 2 contactos auxiliares señalizadores de disparo M22#(C)K… Son posibles combinaciones a voluntad de contactos auxiliares. No conexión con interruptores-seccionadores PN… |
|||
Identificación en el interruptor: HIA Código en el bloque FI: HIAFI.
Al utilizar contactos auxiliares indicadores de disparo en bloques FI, el contacto de apertura trabaja como contacto de cierre y el contacto de cierre como contacto de apertura. En las combinaciones con accionamiento a distancia NZM#XR…, algunas posiciones de montaje del contacto auxiliar señalizador de disparo sólo pueden equiparse con contactos individuales. NZM3: Todas las posiciones de montaje del contacto auxiliar señalizador de disparo sólo pueden equiparse con contacto individual. |
|||
Nota para el encabezamiento
x = Número de orden en el adaptador de fijación y = Número de función en el elemento de contacto Definición: definición del adaptador de fijación con números de referencia según EN 50013 |
Intensidad asignada de empleo | Ie | A | |
AC-15 |
Generalidades
Normas y disposiciones | CEI/EN 60947
VDE 0660 |
||
Longevidad, mecánica | Maniobras | 6 × 10 | >5 |
Frecuencia de maniobras | Maniobra/h | 3600 | |
Fuerza de accionamiento | N | 5 | |
Par de giro de accionamiento (bornes roscados) | Nm | 0.8 | |
Grado de protección (IEC/EN 60529, EN50178, VBG 4) | IP20 | ||
Resistencia climática | Calor húmedo, constante según IEC 60068-2-78
Calor húmedo, cíclico, según IEC 60068-2-30 |
||
Temperatura ambiente | °C | ||
al aire | °C | – 25 … 70 | |
Almacenaje | °C | – 40 – + 80 | |
Posición de montaje | Cualquiera | ||
Seguridad contra golpes según IEC 60068-2-27 Duración de choque 11 ms, semisinusoidal | g | > 30 | |
Secciones de conexión | mm² | ||
Flexible con terminal | 2
mm |
0,5 – 1,5 |
Circuitos de corriente
Tensión asignada soportada al impulso | Uimp | V AC | 6000 |
Tensión asignada de aislamiento | Ui | V | 500 |
Categoría de sobretensión/ grado de contaminación | III#3 | ||
Seguridad contra fallo de conexión | |||
con 24 V DC/5 mA | HF | Frecuencia de errores | -7 7
< 10 , < 1 fallo por cada 10 maniobras |
con 5 V DC/1 mA | HF | Frecuencia de errores | -6 6
< 5 × 10 , < 1 fallo por cada 5 × 10 maniobras |
Resistencia a cortocircuitos máx. | |||
sin fusibles | Referencia | PKZM0–10/FAZ-B6/1 | |
Con fusibles | gG/gL | A | 10 |
Poder de corte
115 V | Ie | A | 6 |
230 V | Ie | A | 6 |
400 V | Ie | A | 4 |
500 V | Ie | A | 2 |
DC-13 | |||
24 V | Ie | A | 3 |
42 V | Ie | A | 1.7 |
60 V | Ie | A | 1.2 |
110 V | Ie | A | 0.8 |
220 V | Ie | A | 0.3 |
Longevidad eléctrica | |||
AC-15 | |||
230 V/0.5 A | Maniobras | 6 × 10 | 1.6 |
230 V/1.0 A | Maniobras | 6 × 10 | 1 |
230 V/3.0 A | Maniobras | 6 × 10 | 0.7 |
DC-13 | |||
12 V/2.8 A | Maniobras | 6 × 10 | 1.2 |
Contacto auxiliar
Tensión asignada de empleo | Ue | V | |
Tensión asignada de empleo | Ue | V AC | 500 |
Tensión asignada de empleo | Ue | VDC | 220 |
al aire | Ith = Ie | S | 4 |
Intensidad asignada de empleo | Ie | A | |
AC-15 | |||
115 V | Ie | A | 6 |
230 V | Ie | A | 6 |
400 V | Ie | A | 4 |
500 V | Ie | A | 2 |
DC-13 | |||
24 V | Ie | A | 3 |
42 V | Ie | A | 1.7 |
60 V | Ie | A | 1.2 |
110 V | Ie | A | 0.8 |
220 V | Ie | A | 0.3 |
Protección contra cortocircuitos | |||
max. protección fusibles | A gG/gL | 10 | |
Pequeño interruptor automático máx. | S | PKZM0-10/FAZ-B6 | |
Secciones de conexión | mm² | ||
Rígido o flexible con terminal | 2
mm |
1 × (0.75 – 2.5)
2 × (0.75 – 2.5) |
|
AWG | 1 x (18 – 14)
2 x (18 – 14) |
||
UL/CSA | |||
Intensidad asignada de empleo | Ie | A | 10 A … 600 V AC
1 A – 250 V DC |
Pilot Duty | A600/P300
más de 300 V AC de la misma polaridad |
||
Espacio interior y colocación exterior protegida |
Dimensiones
Pulsador con M22-(C)K…
Pulsador con M22-(C) LED…+ M22-XLED… |
Deliveryprogramme
Product range | RMQ-Titan (drilling dimensions 22.5 mm) | ||
Basic function | LED elements | ||
Single unit/Complete unit | Single unit | ||
Fixing | Front fixing | ||
Connection technique | Screw terminals | ||
Rated operational voltage | Ue | V | 85 – 264 V AC, 50/60 Hz |
Ratedoperationalcurrent | Ie | mA | 5 – 15 |
Power consumption | Pmax. | W | 0.33 |
At 230 V | |||
Colour | |||
Green | |||
Degree of Protection | IP20 | ||
Front ring | – N/A – | ||
Connection to SmartWire-DT | no | ||
Notes
For pushbutton actuators, indicator lights, illuminated pushbutton actuators and illuminated selector switch actuators, the following applies: M22…-R only in combination with M22-LED…-R M22…-G only in combination with M22-LED…-G M22…-W only in combination with M22-LED…-W M22…-Y only in combination with M22-LED…-W M22…-B in combination with M22-LED…-W or M22-LED…-B |
Technicaldata
General
Standards | IEC/EN 60947 VDE 0660 | ||
Operating torque (screw terminals) | Nm | 0.8 | |
Climatic proofing | Damp heat, constant, to IEC 60068-2-78 Damp heat, cyclic, to IEC 60068-2-30 | ||
Ambient temperature | °C | ||
Open | °C | -25 – +70 | |
Storage | °C | – 40 – + 80 | |
Mounting position | As required | ||
Mechanical shock resistance | g | 30
Shock duration 11 ms Sinusoidal according to IEC 60068-2-27 |
|
Terminal capacities | mm2 | ||
Solid | mm2 | 0.75 – 2.5 |
09/30/2015 1 / 3
Contacts
Rated impulse withstand voltage | Uimp | V AC | 6000 |
Rated insulation voltage | Ui | V | 500 |
Overvoltage category/pollution degree | III/3 |
Notes
Notes> 200 V AC/60 Hz: -25/+55 °C |
Indoor and protected outdoor installation |
Stranded | mm2 | 0.5 – 2.5 |
DesignverificationasperIEC/EN61439
Technical data for design verification | |||
Rated operational current for specified heat dissipation | In | A | 0 |
Heat dissipation per pole, current-dependent | Pvid | W | 0 |
Equipment heat dissipation, current-dependent | Pvid | W | 0 |
Static heat dissipation, non-current-dependent | Pvs | W | 1 |
Heat dissipation capacity | Pdiss | W | 0 |
Operating ambient temperature min. | °C | -25 | |
Operating ambient temperature max. | °C | 70 | |
IEC/EN 61439 design verification | |||
10.2 Strength of materials and parts | |||
10.2.2 Corrosion resistance | Meets the product standard’s requirements. | ||
10.2.3.1 Verification of thermal stability of enclosures | Meets the product standard’s requirements. | ||
10.2.3.2 Verification of resistance of insulating materials to normal heat | Meets the product standard’s requirements. | ||
10.2.3.3 Verification of resistance of insulating materials to abnormal heat and fire due to internal electric effects | Meets the product standard’s requirements. | ||
10.2.4 Resistance to ultra-violet (UV) radiation | Meets the product standard’s requirements. | ||
10.2.5 Lifting | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.2.6 Mechanical impact | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.2.7 Inscriptions | Meets the product standard’s requirements. | ||
10.3 Degree of protection of ASSEMBLIES | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.4 Clearances and creepage distances | Meets the product standard’s requirements. | ||
10.5 Protection against electric shock | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.6 Incorporation of switching devices and components | Does not apply, since the entire switchgear needs to be evaluated. | ||
10.7 Internal electrical circuits and connections | Is the panel builder’s responsibility. | ||
10.8 Connections for external conductors | Is the panel builder’s responsibility. | ||
10.9 Insulation properties | |||
10.9.2 Power-frequency electric strength | Is the panel builder’s responsibility. | ||
10.9.3 Impulse withstand voltage | Is the panel builder’s responsibility. | ||
10.9.4 Testing of enclosures made of insulating material | Is the panel builder’s responsibility. | ||
10.10 Temperature rise | The panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices. | ||
10.11 Short-circuit rating | Is the panel builder’s responsibility. The specifications for the switchgear must be observed. | ||
10.12 Electromagnetic compatibility | Is the panel builder’s responsibility. The specifications for the switchgear must be observed. | ||
10.13 Mechanical function | The device meets the requirements, provided the information in the instruction leaflet (IL) is observed. |
TechnicaldataETIM6.0
Low-voltage industrial components (EG000017) / Lamp holder block for control circuit devices (EC000204) | |||
Electric engineering, automation, process control engineering / Low-voltage switch technology / Command and alarm device / Bulb socket block for command and alarm devices
(ecl@ss8.1-27-37-12-09 [AKF027011]) |
|||
With integrated transformer | No | ||
With integrated voltage decreasing resistor | No | ||
With integrated lamp | Yes | ||
With integrated diode | Yes | ||
Lamp holder | None |
09/30/2015 2 / 3
Rated voltage Ue at AC 50 Hz | V | 230 – 230 | |
Rated voltage Ue at AC 60 Hz | V | 230 – 230 | |
Rated voltage Ue at DC | V | 0 – 0 | |
Voltage type for actuating | AC | ||
Type of lamp | LED | ||
Connection type auxiliary circuit | Screw connection | ||
Colour lamp | Green | ||
Type of fastening | Front fastening |
Approvals
Product Standards | IEC/EN 60947-5; UL 508; CSA-C22.2 No. 14-05; CSA-C22.2 No. 94-91; CE marking | ||
UL File No. | E29184 | ||
UL Category Control No. | NKCR | ||
CSA File No. | 012528 | ||
CSA Class No. | 3211-03 | ||
North America Certification | UL listed, CSA certified | ||
Degree of Protection | UL/CSA Type: – |
Dimensions
A = 37.2 |
Pushbutton with M22-(C)K…
Pushbutton with M22-(C) LED… + M22-XLED… |
Additionalproductinformation(links)
IL04716002Z(AWA1160-1745)RMQ-TitanSystem | |
IL04716002Z (AWA1160-1745) RMQ-Titan System | ftp://ftp.moeller.net/DOCUMENTATION/AWA_INSTRUCTIONS/IL04716002Z2015_02.pdf |
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