AN-180 Mottagare På/Av Z-wave

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Specification

Package Dimensions (LxWxH)

0.09 x 0.07 x 0.13 m

Gross Weight

0.12 kg
Description

Article no: 86803
MPN: 86803
EAN: : 7330545868036
For full box order: 10

NEXA AN-180 Plug-in Receiver Relay (On/Off)
- Z-Wave Plus

The receiver plugs into a wall socket and can then be controlled wirelessly via the Nexa Bridge or another Z-Wave controller.
The receiver has a button to switch it on/off without a remote control.

Dimensions: 76 x Ø52 mm
Frequency/technology: Z-Wave Plus
Operating voltage: 230 V ~50 Hz
Maximum resistive load: 1500 W
Maximum LED load: 150 W
E-number: 1710437

What is Z-Wave?
Z-Wave is a specification for wireless communication in home automation. In Europe, Z-Wave operates on the 868.42 MHz frequency; this should not be confused with Nexa’s previous range, marketed as Nexa Professional, which also used 868 MHz. These are therefore not the same. Below, we have summarised some of the advantages of Z-Wave over, for example, 433.92 MHz. The range of Z-Wave is not better than that of 433.92 MHz, but because all devices in a network act as meshing nodes, the range is nevertheless significantly better.

Two-way communication
Two-way communication means that every receiver actually acknowledges each time it receives a command, so that you, as the user, always know whether your command has reached the device. If the device does not respond, the system attempts to find alternative routes to it; more on this in the section below.

Mesh
A Z-Wave network operates as a mesh, meaning that commands (e.g. ON) hop between several devices until they reach the correct device, if they reach it at all. This increases both range and stability.

Security
Z-Wave is not encrypted by default, but where devices support encryption, this is enabled automatically. This means that all communication between your Nexa Bridge and a device is encrypted.

Designed for home automation
Unlike, for example, 433.92 MHz (which is merely a frequency, not a standard), Z-Wave is fundamentally designed for home automation. The protocol is constantly being expanded to include new types of devices, and what is possible today will not be the same in a few years’ time. Although it is currently used mainly for sensors and switches, it will be possible for manufacturers to build in support for devices such as televisions or dishwashers.

Compatibility between different manufacturers
As Z-Wave is a standard that requires compliance with a certain number of rules to achieve certification, this means that products from different manufacturers are compatible with one another. This in itself means that prices can be kept down and that there is a wider choice for consumers.

Z-Wave Plus
Z-Wave Plus is an improvement on Z-Wave. With Plus, the aim is to improve both user-friendliness and functionality; for example, the range has been significantly improved to up to 150 metres in line of sight.

To take full advantage of Z-Wave Plus, all your other devices must also support Plus – something that is currently difficult as there are still many products on the market that do not support this standard. However, it is backwards compatible, so all the products you currently own will work with other devices that support Z-Wave Plus.

NEXA AN-180 Plug-in Receiver Relay (On/Off)
- Z-Wave Plus

The receiver plugs into a wall socket and can then be controlled wirelessly via the Nexa Bridge or another Z-Wave controller.
The receiver has a button to switch it on/off without a remote control.

Dimensions: 76 x Ø52 mm
Frequency/technology: Z-Wave Plus
Operating voltage: 230 V ~50 Hz
Maximum resistive load: 1500 W
Maximum LED load: 150 W
E-number: 1710437

What is Z-Wave?
Z-Wave is a specification for wireless communication in home automation. In Europe, Z-Wave operates on the 868.42 MHz frequency; this should not be confused with Nexa’s previous range, marketed as Nexa Professional, which also used 868 MHz. These are therefore not the same. Below, we have summarised some of the advantages of Z-Wave over, for example, 433.92 MHz. The range of Z-Wave is not better than that of 433.92 MHz, but because all devices in a network act as meshing nodes, the range is nevertheless significantly better.

Two-way communication
Two-way communication means that every receiver actually acknowledges each time it receives a command, so that you, as the user, always know whether your command has reached the device. If the device does not respond, the system attempts to find alternative routes to it; more on this in the section below.

Mesh
A Z-Wave network operates as a mesh, meaning that commands (e.g. ON) hop between several devices until they reach the correct device, if they reach it at all. This increases both range and stability.

Security
Z-Wave is not encrypted by default, but where devices support encryption, this is enabled automatically. This means that all communication between your Nexa Bridge and a device is encrypted.

Designed for home automation
Unlike, for example, 433.92 MHz (which is merely a frequency, not a standard), Z-Wave is fundamentally designed for home automation. The protocol is constantly being expanded to include new types of devices, and what is possible today will not be the same in a few years’ time. Although it is currently used mainly for sensors and switches, it will be possible for manufacturers to build in support for devices such as televisions or dishwashers.

Compatibility between different manufacturers
As Z-Wave is a standard that requires compliance with a certain number of rules to achieve certification, this means that products from different manufacturers are compatible with one another. This in itself means that prices can be kept down and that there is a wider choice for consumers.

Z-Wave Plus
Z-Wave Plus is an improvement on Z-Wave. With Plus, the aim is to improve both user-friendliness and functionality; for example, the range has been significantly improved to up to 150 metres in line of sight.

To take full advantage of Z-Wave Plus, all your other devices must also support Plus – something that is currently difficult as there are still many products on the market that do not support this standard. However, it is backwards compatible, so all the products you currently own will work with other devices that support Z-Wave Plus.

Read more

NEXA AN-180 Plug-in Receiver Relay (On/Off)
- Z-Wave Plus

The receiver plugs into a wall socket and can then be controlled wirelessly via the Nexa Bridge or another Z-Wave controller.
The receiver has a button to switch it on/off without a remote control.

Dimensions: 76 x Ø52 mm
Frequency/technology: Z-Wave Plus
Operating voltage: 230 V ~50 Hz
Maximum resistive load: 1500 W
Maximum LED load: 150 W
E-number: 1710437

What is Z-Wave?
Z-Wave is a specification for wireless communication in home automation. In Europe, Z-Wave operates on the 868.42 MHz frequency; this should not be confused with Nexa’s previous range, marketed as Nexa Professional, which also used 868 MHz. These are therefore not the same. Below, we have summarised some of the advantages of Z-Wave over, for example, 433.92 MHz. The range of Z-Wave is not better than that of 433.92 MHz, but because all devices in a network act as meshing nodes, the range is nevertheless significantly better.

Two-way communication
Two-way communication means that every receiver actually acknowledges each time it receives a command, so that you, as the user, always know whether your command has reached the device. If the device does not respond, the system attempts to find alternative routes to it; more on this in the section below.

Mesh
A Z-Wave network operates as a mesh, meaning that commands (e.g. ON) hop between several devices until they reach the correct device, if they reach it at all. This increases both range and stability.

Security
Z-Wave is not encrypted by default, but where devices support encryption, this is enabled automatically. This means that all communication between your Nexa Bridge and a device is encrypted.

Designed for home automation
Unlike, for example, 433.92 MHz (which is merely a frequency, not a standard), Z-Wave is fundamentally designed for home automation. The protocol is constantly being expanded to include new types of devices, and what is possible today will not be the same in a few years’ time. Although it is currently used mainly for sensors and switches, it will be possible for manufacturers to build in support for devices such as televisions or dishwashers.

Compatibility between different manufacturers
As Z-Wave is a standard that requires compliance with a certain number of rules to achieve certification, this means that products from different manufacturers are compatible with one another. This in itself means that prices can be kept down and that there is a wider choice for consumers.

Z-Wave Plus
Z-Wave Plus is an improvement on Z-Wave. With Plus, the aim is to improve both user-friendliness and functionality; for example, the range has been significantly improved to up to 150 metres in line of sight.

To take full advantage of Z-Wave Plus, all your other devices must also support Plus – something that is currently difficult as there are still many products on the market that do not support this standard. However, it is backwards compatible, so all the products you currently own will work with other devices that support Z-Wave Plus.

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AN-180 Mottagare På/Av Z-wave

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