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A2W

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  • A2W for EU Datasheet
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  • How to set up Omron A2W wireless pushbutton
    How to set up Omron A2W wireless pushbutton
    • How to set up Omron A2W wireless pushbutton

      How to set up Omron A2W wireless pushbutton

      For more information: USA https://industrial.omron.us/en/products/a2w Canada https://industrial.omron.ca/en/products/a2w Mexico https://industrial.omron.mx/es/products/a2w Innovation created by a switch that connects people and machines wirelessly. A Wireless Call Button without a Battery. 8 pushbuttons can be assigned to one receiver unit. Each receiver has 8 transistor outputs (one-shot operation) A pushbutton can be assigned to multiple outputs of a receiver Self generated power created by the button operation eliminates the need for a power supply or batteries Wireless communication is confirmed with a colored LED indicator on the pushbuttons 922.5MHz frequency band reduces interference, providing a better signal in locations with obstacles A high-sensitivity magnetic-base antenna is an option when installing the receiver inside a control panel

      03:34
    • Component Focus: Omron Wireless Buttons

      Component Focus: Omron Wireless Buttons

      I'm Josh Bishop for OnlineCcomponents.com and before me I have an entire self-contained wireless communications package from Omron. With a minimum of three components and no external interfaces required Omron has made wireless communication in an industrial setting incredibly easy. First we have the S8VK 24 volt DC power supply; in this din rail-mounted power supply is very slim as you can see and has vents at the bottom and top for silent convection cooling. It takes a wide voltage input from 100 to 240 volts AC and accepts either 50 or 60 Hertz. You can connect the incoming power here at the bottom with line, neutral and ground inputs. This particular power supply outputs the 24 volt DC power at the top with these terminal blocks and can provide up to 15 watts which is ample power for this wireless receiver or many other devices. There are other S8V caged power supplies that can output more power, but this works great in this case. The S8VK is providing power to this wireless receiver the A2W-RPC- WC1. This receiver is very straightforward to use with clearly marked ports and switches and common sense usage. This has eight outputs and accordingly can be synced with eight wireless buttons. You can see the power input up at the top and the outputs here at the bottom. There are lights for power, any potential errors and receipt of signals right here. There's also a slide switch for usage testing and setup. You'll note that this is 922.5 megahertz which gives it a greater range and better signal propagation than higher frequency signals. We end up with the communication assistance of about 100 meters without any obstructions. Finally we have the two push-button switches. They're obviously both wireless and they generate their own power so no battery is required. This also eliminates the need for maintenance. A light comes on when you click the button showing that it has been actuated and is working. They come with the space to allow you to easily mount them and swap them around as you need. The buttons are functionally the same, but you have the option of different types of plungers depending on what works best in your situation. They're both ULl certified, rated up to 1 million operations and are IP65 sealed. They're also shock and vibration resistant making them ideal for tough industrial application. All of this is connected and powered up. It is not set up and I'll walk you through the process just to show you how easy it is for you. You'll need to connect the S8VK to power. Again it can use power from practically anywhere in the world. Then hook the output of the power supply to the input of the wireless receiver and now everything will turn on and you'll be up to the point where I am currently. Programming the buttons and the receiver doesn't require anything external like a computer, you simply set the rotary switch to the channel you want to use, move the slide switch to ID and then click the button you want to use, 3 times relatively quickly. You'll see the receive light come on indicating that the receiver got the message and it has been paired. Switch to another channel do the same thing with the other button. That's it! It's recommended to make certain other systems in the area are not in use during this procedure, however, as it may cause problems. Let's move the slider switch to run and start clicking these buttons and watch those different indicators light up. Now deleting the buttons and reassigning them is just as easy; put the rotary switched to delete and click the button three times until the light comes on. The button is now unassigned and can be programmed to another output slot. With just a few components in a couple minutes of setup you can easily integrate Omron's wireless buttons into your systems. if you want to learn more or purchase these Omron components go to OnlineComponents.com Features: - 8 pushbuttons can be assigned to one receiver unit - Each receiver has 8 transistor outputs (one-shot operation) - A pushbutton can be assigned to multiple outputs of a receiver - Wireless communication is confirmed with a colored LED indicator on the pushbuttons - 922.5MHz frequency band reduces interference, providing a better signal in locations with obstacles - A high-sensitivity magnetic-base antenna is an option when installing the receiver inside a control panel

      04:08
  • Component Focus: Omron Wireless Buttons
    Component Focus: Omron Wireless Buttons
    • How to set up Omron A2W wireless pushbutton

      How to set up Omron A2W wireless pushbutton

      For more information: USA https://industrial.omron.us/en/products/a2w Canada https://industrial.omron.ca/en/products/a2w Mexico https://industrial.omron.mx/es/products/a2w Innovation created by a switch that connects people and machines wirelessly. A Wireless Call Button without a Battery. 8 pushbuttons can be assigned to one receiver unit. Each receiver has 8 transistor outputs (one-shot operation) A pushbutton can be assigned to multiple outputs of a receiver Self generated power created by the button operation eliminates the need for a power supply or batteries Wireless communication is confirmed with a colored LED indicator on the pushbuttons 922.5MHz frequency band reduces interference, providing a better signal in locations with obstacles A high-sensitivity magnetic-base antenna is an option when installing the receiver inside a control panel

      03:34
    • Component Focus: Omron Wireless Buttons

      Component Focus: Omron Wireless Buttons

      I'm Josh Bishop for OnlineCcomponents.com and before me I have an entire self-contained wireless communications package from Omron. With a minimum of three components and no external interfaces required Omron has made wireless communication in an industrial setting incredibly easy. First we have the S8VK 24 volt DC power supply; in this din rail-mounted power supply is very slim as you can see and has vents at the bottom and top for silent convection cooling. It takes a wide voltage input from 100 to 240 volts AC and accepts either 50 or 60 Hertz. You can connect the incoming power here at the bottom with line, neutral and ground inputs. This particular power supply outputs the 24 volt DC power at the top with these terminal blocks and can provide up to 15 watts which is ample power for this wireless receiver or many other devices. There are other S8V caged power supplies that can output more power, but this works great in this case. The S8VK is providing power to this wireless receiver the A2W-RPC- WC1. This receiver is very straightforward to use with clearly marked ports and switches and common sense usage. This has eight outputs and accordingly can be synced with eight wireless buttons. You can see the power input up at the top and the outputs here at the bottom. There are lights for power, any potential errors and receipt of signals right here. There's also a slide switch for usage testing and setup. You'll note that this is 922.5 megahertz which gives it a greater range and better signal propagation than higher frequency signals. We end up with the communication assistance of about 100 meters without any obstructions. Finally we have the two push-button switches. They're obviously both wireless and they generate their own power so no battery is required. This also eliminates the need for maintenance. A light comes on when you click the button showing that it has been actuated and is working. They come with the space to allow you to easily mount them and swap them around as you need. The buttons are functionally the same, but you have the option of different types of plungers depending on what works best in your situation. They're both ULl certified, rated up to 1 million operations and are IP65 sealed. They're also shock and vibration resistant making them ideal for tough industrial application. All of this is connected and powered up. It is not set up and I'll walk you through the process just to show you how easy it is for you. You'll need to connect the S8VK to power. Again it can use power from practically anywhere in the world. Then hook the output of the power supply to the input of the wireless receiver and now everything will turn on and you'll be up to the point where I am currently. Programming the buttons and the receiver doesn't require anything external like a computer, you simply set the rotary switch to the channel you want to use, move the slide switch to ID and then click the button you want to use, 3 times relatively quickly. You'll see the receive light come on indicating that the receiver got the message and it has been paired. Switch to another channel do the same thing with the other button. That's it! It's recommended to make certain other systems in the area are not in use during this procedure, however, as it may cause problems. Let's move the slider switch to run and start clicking these buttons and watch those different indicators light up. Now deleting the buttons and reassigning them is just as easy; put the rotary switched to delete and click the button three times until the light comes on. The button is now unassigned and can be programmed to another output slot. With just a few components in a couple minutes of setup you can easily integrate Omron's wireless buttons into your systems. if you want to learn more or purchase these Omron components go to OnlineComponents.com Features: - 8 pushbuttons can be assigned to one receiver unit - Each receiver has 8 transistor outputs (one-shot operation) - A pushbutton can be assigned to multiple outputs of a receiver - Wireless communication is confirmed with a colored LED indicator on the pushbuttons - 922.5MHz frequency band reduces interference, providing a better signal in locations with obstacles - A high-sensitivity magnetic-base antenna is an option when installing the receiver inside a control panel

      04:08
Características

Pulsador inalámbrico

"Interruptor inalámbrico de banda sub-GHz que combina la fiabilidad inalámbrica con la facilidad de uso para mejorar los entornos de trabajo".

  • La banda sub-GHz reduce las interferencias y mejora la propagación de la señal a las zonas de difícil acceso.
  • La impedancia en la transmisión inalámbrica debida a daños o ruido se muestra mediante la salida de errores de la unidad maestra.
  • El estado de recepción del botón esclavo se muestra mediante los LED de confirmación de recepción.
  • La distancia de transmisión es independiente de la posición de transmisión del botón esclavo.
  • La configuración se puede visualizar mediante herramientas de PC*, lo que evita el registro de identificaciones erróneas.
  • La calidad de la señal se muestra en el display, y los entornos de uso se pueden ver mediante herramientas de PC*.
  • 8 salidas con un enfoque de control descentralizado.
  • La generación de alimentación automática elimina la necesidad de sustituir la batería y mejora la seguridad y el ahorro de energía en el botón esclavo.
  • La forma del botón esclavo facilita su uso.
Especificaciones y modelos disponibles

Ordering information

Unit

Slave button

Type Button type Frequency (MHz) Area Button color Flange color Order code
Slave button Mushroom 868.3 Europe (EU) Red Black A2W-TB-WC1 EU1RB
Europe (EU) Green Black A2W-TB-WC1 EU1GB
Europe (EU) Yellow Black A2W-TB-WC1 EU1YB
Europe (EU) Blue Black A2W-TB-WC1 EU1AB
Europe (EU) White Black A2W-TB-WC1 EU1WB
Europe (EU) Black Red A2W-TB-WC1 EU1BR
Europe (EU) Black Yellow A2W-TB-WC1 EU1BY
Europe (EU) Black Black A2W-TB-WC1 EU1BB
Full guard Europe (EU) Red Black A2W-TB-WC1 EU2RB
Europe (EU) Green Black A2W-TB-WC1 EU2GB
Europe (EU) Yellow Black A2W-TB-WC1 EU2YB
Europe (EU) Blue Black A2W-TB-WC1 EU2AB
Europe (EU) White Black A2W-TB-WC1 EU2WB
Europe (EU) Black Red A2W-TB-WC1 EU2BR
Europe (EU) Black Yellow A2W-TB-WC1 EU2BY
Europe (EU) Black Black A2W-TB-WC1 EU2BB
Mushroom 868.3 South Africa Red Black A2W-TB-WC1 ZA1RB
South Africa Green Black A2W-TB-WC1 ZA1GB
South Africa Yellow Black A2W-TB-WC1 ZA1YB
South Africa Blue Black A2W-TB-WC1 ZA1AB
South Africa White Black A2W-TB-WC1 ZA1WB
South Africa Black Red A2W-TB-WC1 ZA1BR
South Africa Black Yellow A2W-TB-WC1 ZA1BY
South Africa Black Black A2W-TB-WC1 ZA1BB
Full guard South Africa Red Black A2W-TB-WC1 ZA2RB
South Africa Green Black A2W-TB-WC1 ZA2GB
South Africa Yellow Black A2W-TB-WC1 ZA2YB
South Africa Blue Black A2W-TB-WC1 ZA2AB
South Africa White Black A2W-TB-WC1 ZA2WB
South Africa Black Red A2W-TB-WC1 ZA2BR
South Africa Black Yellow A2W-TB-WC1 ZA2BY
South Africa Black Black A2W-TB-WC1 ZA2BB

Master unit

Type Frequency (MHz) Area Output configuration Order code
Master Unit 868.3 Europe (EU) Sinking Outputs A2W-RBN-WC1 EU
Sourcing Outputs A2W-RBP-WC1 EU
868.3 South Africa Sinking Outputs A2W-RBN-WC1 ZA
Sourcing Outputs A2W-RBP-WC1 ZA

Options (sold separately)

Type Remarks Order code
High-sensitivity magnetic-base antenna

Frequencies: all frequencies supported, cable length 2.5 m

Degree of protection: IP65

A2W-AT2.5-WC1
Slave button holder One A2W-H-WC1 is included at purchase of a slave unit. A2W-H-WC1
Slave button strap A2W-S-WC1

Specifications

Wireless Specifications

Item Slave button model A2W-TB-WC1⬜⬜⬜⬜⬜
Master Unit model A2W-RB-WC1⬜⬜
Set frequency 868.3 MHz
Frequency channels 1 channel
Transmission power 5 mW [e.r.p.] or less
Wireless service area communications speed 100 kbit/s
Communications method Simplex communications
Number of wireless pushbuttons connected 8 max.
Communications distance (line of sight) Approx. 100 m outdoors (with the included pencil antenna)
Transmission time Approx. 3 ms (from Slave button transmission to Slave button reception)
Repeater function Not supported.

Applicable Standards

Area Wireless standards Safety standards EMC standards
Europe (EU) Conforms to EN 300 220-1/-2
Conforms to EN 301 489-1/-3
Conforms to IEC 623680-1
Conforms to EN 62368-1
Conforms to EN 301 489-1
Conforms to EN 301 489-3
South Africa Independent Communications Authority of South Africa
(ICASA)
Conforms to IEC 623680-1
Conforms to EN 62368-1
Conforms to EN 301 489-1
Conforms to EN 301 489-3

Conformance to EN Standards

Use a DC power line less than 3 m to conform to EN standards.
If a power line of 3 m or longer is required, extend the length at the Switching Power Supply's primary side (i.e., the AC power line).

Slave button

Ratings

Item Specifications
Operating force 25 N max.
Number of operations 1,000,000 operations
Vibration resistance Frequency: 10 to 55 Hz, half amplitude: 0.75 mm
Sweep 5 min, 2 h
Shock resistance 1,000 m/s2
Direction: 3-axis, 6 directions
Ambient operating temperature range –10 to +55°C (no condensation or freezing)
Ambient operating humidity range 20% to 90%, (no condensation)
Atmosphere No corrosive gas
Storage temperature range –40 to +70°C (no condensation or freezing)
Storage humidity range 20% to 90%, (no condensation)
Degree of protection IP65
Altitude 2,000 m max.
Weight 100 g max.

Reception Confirmation LED

Item Details
Green Reception success (received field strength “Strong”)
Yellow Reception success (received field strength “Weak”)
Red Reception failure
Not lit Slave button fault (no signal transmission from Slave button)

Operating Characteristics

Item Code Unit Initial standard value
Operating force OF N 25 N max.
Total travel TT mm 6 mm

Master Unit

Ratings

Item Specifications
Master Unit power supply Rated voltage 24 VDC
Allowable voltage range 21.6 to 26.4 VDC
Power consumption 2.4 W max.
Input current 0.1 A max.
Output rated Output points Output 8 pointsOne other point for error output
Output circuit shared voltage 30 VDC max.
Maximum load current 50 mA per point
Leakage current 0.1 mA max.
Residual voltage 2.0 V max.
Output logic One-shot (500 ms)
Response time 30 ms or less (from Slave button transmission to Master Unit signal output)
Number of connected Slave buttons 8 max.
Error clear terminal Residual voltage at short 1.5 V or less, ON
Leakage current 0.1 mA or less, OFF (current at short: approx. 7 mA)
Insulation resistance 20 MW max. (100 VDC)
Between the case and power supply terminals and all outputs terminals
Between all power supply terminals and all outputs terminals
Dielectric strength 1,000 VAC, 1 min.
Between the case and power supply terminals and all outputs terminals
Between all power supply terminals and all outputs terminals
Vibration resistance Frequency: 10 to 55 Hz, half amplitude: 0.42mm
3-Directional, 120 minutes each (1 sweep, 1 min. ×120 sweeps)
Shock resistance 150 m/s2
Direction of shock: 3-axis, 6 directions
Shock frequency: 3 × each direction, total 18
Ambient operating temperature range –10 to +55°C (no condensation or freezing)
Ambient operating humidity range 20% to 90% (no condensation)
Surrounding atmospheric conditions No corrosive gas
Ambient storage temperature range –40 to +70°C (no condensation or freezing)
Ambient operating humidity 20% to 90% (no condensation)
Degree of protection IP20
Altitude 2,000 m max.
Memory protection Non-volatile memory (Number of write operations: 1,000,000)
Weight

150 g (not including antenna)

160 g (including antenna)

Mounting DIN rail mounting
Screw mounting

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