Connected intelligent objects
Bluetooth™ Mesh Zhaga outdoor lighting controller
DCobi-BMZG is a Bluetooth™ SIG Mesh, SILVAIR enabled DALI outdoor lighting controller, powered directly from a D4i LED driver and is installed on a luminaire using a Zhaga Book 18 street lighting connector.
Bluetooth™ Mesh Zhaga outdoor lighting controller
Product Overview
DCobi-BMZG is a Bluetooth™ SIG Mesh, SILVAIR enabled DALI outdoor lighting controller, powered directly from a D4i LED driver and is installed on a luminaire using a Zhaga Book 18 street lighting connector.
DCobi-BMZG is highly affordable and provides the basis for an advanced energy-efficient lighting control solution that help businesses and institutions reducing their energy consumption and shortening their ROI.
DCobi-BMZG has a built-in light sensor for photocell operation, a motion sensor input for dynamic lighting and can run onboard lighting schedules with dimming profiles.
DCobi-BMZG is designed to make the installation and the operation of an outdoor lighting network simpler and faster than ever before, with no lighting control expertise required, and is commissioned with an intuitive mobile app, which can be downloaded from Apple Store. Device firmware can be updated over-the-air to the latest revision.
DCobi-BMZG is extremely robust, reliable, secure and has an impressive wireless outdoor range that is extended as more lighting controllers are introduce in the mesh, acting as repeaters. There is no need for an external gateway device, as the mesh forms automatically an intelligent wireless communication network, making it an ideal solution from a single luminaire up to a full lighting control system with hundreds of devices.
DCobi-BMZG is based on the globally interoperable Bluetooth TM SIG Mesh standard, and will work with qualified Bluetooth TM mesh devices from other vendors, enabling increased functionalities in your lighting control network.
DCobi-BMZG is highly affordable and provides the basis for an advanced energy-efficient lighting control solution that help businesses and institutions reducing their energy consumption and shortening their ROI.
DCobi-BMZG has a built-in light sensor for photocell operation, a motion sensor input for dynamic lighting and can run onboard lighting schedules with dimming profiles.
DCobi-BMZG is designed to make the installation and the operation of an outdoor lighting network simpler and faster than ever before, with no lighting control expertise required, and is commissioned with an intuitive mobile app, which can be downloaded from Apple Store. Device firmware can be updated over-the-air to the latest revision.
DCobi-BMZG is extremely robust, reliable, secure and has an impressive wireless outdoor range that is extended as more lighting controllers are introduce in the mesh, acting as repeaters. There is no need for an external gateway device, as the mesh forms automatically an intelligent wireless communication network, making it an ideal solution from a single luminaire up to a full lighting control system with hundreds of devices.
DCobi-BMZG is based on the globally interoperable Bluetooth TM SIG Mesh standard, and will work with qualified Bluetooth TM mesh devices from other vendors, enabling increased functionalities in your lighting control network.
Typical Applications
Outdoor installations: parking lots, bridges, access roads, sport courts, parks, building exterior areas, etc.
Ordering Data
Model no. DCobi-BMZG
Description Bluetooth TM Mesh Zhaga outdoor lighting controller, with ambient light sensor and motion sensor digitalinput
Installation Zhaga, external
Wireless network Bluetooth TM SIG Mesh, SILVAIR enabled
Power supply 24VDC
Luminaire interface DALI-2
Description Bluetooth TM Mesh Zhaga outdoor lighting controller, with ambient light sensor and motion sensor digitalinput
Installation Zhaga, external
Wireless network Bluetooth TM SIG Mesh, SILVAIR enabled
Power supply 24VDC
Luminaire interface DALI-2
Technical Data
Input
Supply voltage: 24VDC
Nominal Current: 5mA
Power Consumption: <0.12W
Luminaire interfaceDALI-2 according to IEC 62386 standard, compliant with D4i
Radio transceiver
Operating frequency: 2.4 GHz
Maximum output power: +8 dBm
Radio protocol Bluetooth TM Mesh 5.3
Radio range (1) 200m
(656ft)
Operating conditions
Operating temperature range: -40 °C to +70 °C
Humidity: 95% RH, non-condensing
Storage Temperature: -40 °C to +85 °C
Mechanical
Dimensions: H33mm (1.30’’) x D48mm (1.89’’)
Weight: 26g
Degree of protection: IK09, IP66, when fitted
Housing
Base: PBT, grey or black
Cap: PC, transparent smoke grey
Thermoplastic rating: UL 94V-0 and UL UV-f1
Mounting type Zhaga Book 18 receptacle
Warranty 5 years
Reliability data 389 FIT (@25°C, FIDES 2009)
Approval marks (2)
Standards (2) IEC 62368-1, FCC Part 15, Subpart B CFR 47, CISPR 11, ANSI C12.1, IEC 62386
Commissioning and control mobile apps
1) With line of sight. Range is highly dependent on the installation conditions, surrounding environment and obstacles. Using mesh network technology, each node acts as a repeater. Longer ranges can be achieved by using multiple nodes.
2) Approval pending.
Supply voltage: 24VDC
Nominal Current: 5mA
Power Consumption: <0.12W
Luminaire interfaceDALI-2 according to IEC 62386 standard, compliant with D4i
Radio transceiver
Operating frequency: 2.4 GHz
Maximum output power: +8 dBm
Radio protocol Bluetooth TM Mesh 5.3
Radio range (1) 200m
(656ft)Operating conditions
Operating temperature range: -40 °C to +70 °C
Humidity: 95% RH, non-condensing
Storage Temperature: -40 °C to +85 °C
Mechanical
Dimensions: H33mm (1.30’’) x D48mm (1.89’’)
Weight: 26g
Degree of protection: IK09, IP66, when fitted
Housing
Base: PBT, grey or black
Cap: PC, transparent smoke grey
Thermoplastic rating: UL 94V-0 and UL UV-f1
Mounting type Zhaga Book 18 receptacle
Warranty 5 years
Reliability data 389 FIT (@25°C, FIDES 2009)
Approval marks (2)

Standards (2) IEC 62368-1, FCC Part 15, Subpart B CFR 47, CISPR 11, ANSI C12.1, IEC 62386
Commissioning and control mobile apps

1) With line of sight. Range is highly dependent on the installation conditions, surrounding environment and obstacles. Using mesh network technology, each node acts as a repeater. Longer ranges can be achieved by using multiple nodes.
2) Approval pending.
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