Lutron Electronics Vive HMS-0 User manual

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SPECIFICATION SUBMITTAL Page
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Vive HMS-0, HMS-1, HMS-2 Wireless Hub
3691044-04g 1 03.23.21
Vive Hub
Vive Hub Dashboard
Vive Wireless Hub
The Vive hub provides a connection point for Lutron
Vive devices such as PowPak wireless dimming and
switching modules, Pico remote controls, Radio
Powr Savr occupancy sensors, and daylight
sensors. For a complete list of compatible devices,
see the last page of this document.
For more information on the Vive hub, including
training materials, design information and software
updates, please visit www.lutron.com/vive
Features
• Can be easily programmed with any Wi-Fi enabled
device by using the free Lutron web-based software.
• Communicates with controls on a floor using Lutron
wireless Clear Connect technology.
• Distributed system architecture.
– Wireless sensors and controls must be located
within 9 m of the associated device.
• Supports timeclock events based on both sunrise
and sunset or fixed time-of-day.
• Timeclock events can control individual devices,
areas, or groups of areas.
• Uses Lutron RF signal strength measurements
to find devices nearby for quick association and
programming without having to climb ladders.
• Dashboard of current status for control and
monitoring of the system. Also shows current
energy usage.
• Integrated multi-color LED provides feedback on
what mode the hub is in.
• Connects directly to any smartphone, tablet or
computer using built in Wi-Fi. 2.4 GHz 802.11b / g
using WPA2 Security.
• Ethernet 10 / 100 Mbps connection for:
– Native BACnetR/ IP (see Lutron P/N 369996 at
www.lutron.com for PIC Statement) integration
into Building Management Systems
(HMS-2-XX only). The Vive Hub has been
tested by BACnetRTesting Laboratories (BTL)
and is certified to comply with all necessary
interoperability requirements.
– Network multiple Vive hubs together as an
independent system or as part of an existing
building network.
– Native OpenADRRsupport, to manage Automatic
Demand Response / Load Shed events dictated
by a utility company.
– Each Vive hub hosts a unique virtual BACnet®
network. As such, each Vive hub requires a
unique BACnet®network number.
• Firmware upgradable for future features and
security patches.
• Password protected access.
• Supported on most devices that use an HTML5
compliant browser (iOS®, Android®, Windows®,
Mac®).
• Required browsers are Google®Chrome®and Safari®.
• Supports HTTPS.
• Recommended configurations for smart devices:
Device OS Version
iPhone 6, iPhone 6 plus or newer iOS®11 or later
Supported on most Android®devices
running Android®6.0 or later.
Android®6.0 or later
• Daylighting Setpoint Tweaking – If the lights are too
bright or too dim while using daylighting, adjust the
settings in real time from a smart device to alter
the setpoint for the light level that is maintained
between natural and electric light.
1

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Features (continued)
• Daylighting-to-Low-End or Daylighting-to-Off - The
Vive system will allow the user to select either
daylighting-to-low-end or daylight-to-off on an area
by area basis.
• Customer Supplied Security Certificates
– Provides customers the abiltiy to load their own
authentication certificates for their specific domain.
– Provides customers using the Vive hub application
to use secure browser communications without
receiving any authentication warnings due to the
self-signed certificates that are shipped with the
hubs.
• Timeclock Occupancy Sensor Settings Changes
– Allows timeclock events to change the behavior
of occupancy settings based on time of day.
For example, change the unoccupied level of
corridors / hallways from 25% during the day,
and off at night. The following settings can be
changed:
– Occupied Level – The level the lights go to when
occupied. Changes are not applied immediately
to currently occupied spaces, but will change the
next time the space goes occupied to minimize
distraction.
– Unoccupied Level – The level the lights go to when
unoccupied. Changes are applied immediately to
spaces not currently occupied.
– Enable / Disable Occupancy – Change whether
devices will respond to the occupancy sensor.
• 365-day schedulable timeclock with exceptions for
holidays.
– Allows scheduling events 10 years in advance.
– Set recurring events with exceptions on holidays.
– Allows scheduling events on specific day of the
year.
• Provides calculated energy data for
PowPak modules.
• Create and edit areas.
• Tune area light levels by trimming the high-end and
low-end output.
• Adjust occupancy settings. Create occupancy
groups.
• User can choose to extend the RF range of up to 15
of the total Pico remote controls per Vive hub. These
remotes will be able to control any devices within the
22 m range.
• RF range of occupancy sensors can be extended
for up to 14 areas per Vive hub. In a range-extended
area, an occupancy sensor can control any device
in that area, regardless of distance between sensor
and device. Requires Vive hub software 01.09
or higher.
• Configurable Fade Time
– Up to 90 minutes for timeclock events and scenes.
oLimited to 90 seconds for RMMS-DAL32-SZ and
RMMS-DAL4-SZ devices.
– Up to 90 seconds for Pico remote control
programming.
oFade time may differ between buttons on the
same Pico remote control.
oSingle fade time applies to all programming for
a button.
• Automatic Demand Response / Load Shed
– Load Shedding will physically dim the lights to a
programmable level.
– OpenADRR2.0b compliant (requires Vive hub
software 01.09 or higher).
– May be enabled (or disabled) via any of the
following methods:
oThe first contact closure input (CC1)
oBACnetRintegration
oOpenADRRintegration
– OpenADRRrequires access to utility companies
over the Internet, so the hub must be connected
via Ethernet to use OpenADRR.
• Alerts
– View run-time issues which may prevent devices
from operating as expected, such as low batteries
or missing devices.
• API Integration
– To integrate with third-party devices, systems,
and software, RESTful APIs are available over
the Ethernet.
2

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Features (continued)
• Scenes
– Scenes can control individual devices, areas, or
groups of areas on demand.
– May be activated via any of the following methods:
o The second contact closure input (CCI 2)
oAPI integration
oManual activation in the app
– Maximum of 50 scenes are supported.
– Requires Vive hub software 01.13 or higher.
• Programmable CCI
– The second contact closure input (CCI 2) can be
programmed to activate a scene.
– Scene activation
oSet a scene to activate using second contact
closure input (CCI 2) on the Vive hub.
– Requires Vive hub software 01.13 or higher
• Occupancy Dependency
– Occupancy sensors in one room/area can control
devices in other rooms/areas.
– Radio Powr Savr occupancy sensors and Maestro
Wireless 0–10 V-dimmers and switches with
sensor only.
– Requires Vive hub software 01.14 or higher.
3

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Specifications
Regulatory Approvals
• SRRC
• CCC (Power Supply)
Power / Performance
• Input to power supply:
220–240 V~50/60 Hz 0.6 A
• Input to Vive hub:
24 V-350 mA
System Limits
•HMS-1, HMS-2 support up to 700 Lutron Wireless
devices. HMS-0 supports 75 Lutron Wireless devices.
• Any given load device can be controlled by 10 occupancy
sensors, 10 Pico remote controls and 1 daylight sensor
(Pico remote controls and sensors must be located within
9 m of the load device they are controlling).
Metal Ceiling Mounting
• Metal ceiling grids must have a >3 mm gap of non-metal
material which extends the entire length of the tile on at
least one edge. This is often achieved by foam spacers
that are used to prevent tile-to-tile rattling.
• Metal ceiling grids which are continuous (with no gap) or
those that are interlocked, must have a total surface area
that is less than 81 m2for each section. The overall space
can be larger as long as there are non-metal sections
bordering or intersecting the metal sections.
• Do not install the Vive hub above metal ceilings or tiles
with a metal backing.
Mounting
• Use surface-mount version for mounting to a hard or
cement ceiling.
• Power supply mounts to a Lutron-supplied US-style
101.6 mm x 101.6 mm (4 in x 4 in) junction box.
• Power supply must be mounted within 30 m of the Vive
hub. Wiring should be 0.2 mm2to 2.5 mm2
(24 AWG to 12 AWG).
Environment
• For indoor use only.
• 0 °C to 40 °C.
• Relative humidity less than 90% non-condensing.
Contact Closure Input Terminals
• First contact closure input (CCI 1) is to be used for
initiating load shed only.
• The second contact closure input (CCI 2) may be
programmed to activate a scene.
If activating a scene, a "deactivation" behavior may be
set in the scene in order to set two behaviors for the
one input.
• Accepts only maintained inputs.
• Off-state leakage current must be less than 100 μA.
• Open circuit voltage: 24 V-maximum.
• Input wiring: 0.2 mm2to 2.5 mm2(24 AWG to 12 AWG).
• Contact Closure Inputs on multiple hubs can be wired
in parallel. DO NOT wire inputs in parallel with other
equipment as it can cause the inputs on either of the
devices to falsely trigger.
• Up to 4 hubs in parallel.
• To ensure proper operation of Contact Closure Inputs,
a PS-M-20W-240 power supply may not be used to
provide power to more than one hub.
• Inputs must be dry contact closure, solid state, open
collector, or active-low (NPN)/active high (PNP) output.
– Open collector NPN or active-low on-state voltage
must be less than 2 V and sink 3.0 mA.
– Open collector PNP or active-high on-state voltage
must be greater than 12 V and source 3.0 mA.
Programming
• The Vive Hub is meant to be permanently installed. It
is not intended to be used as a programming tool that
can be removed from the site after commissioning.
Various Vive system features are dependent on the
hub for proper functionality. In addition, users and
other maintainers will be forced to recommission the
entire system in order to make simple changes or
additions if the hub is not installed on-site as part of the
commissioned system.
Warranty
• 2 year limited warranty. The customer can register the
product to increase the warranty period from
2 year to 5 years. Please visit
www.lutron.com/en-US/ResourceLibrary/warranty/
Limited%20Comm.pdf for warranty details.
4

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Model Numbers:
Vive HMS-0, HMS-1, HMS-2 Wireless Hub
3691044-04g 5 03.23.21
How to Build a Model Number
Example
H M S – 1– FM
Frequency
M = 868.125 –868.475 MHz
Type
0 = Starter Vive hub without BACnetRlimited to
75 devices.
1 = Vive hub without BACnetR
2 = Premium Vive hub with BACnetR
Mounting
FM = Flush-Mount (non-metal ceiling tiles or drywall)
Available Vive Hub Model Numbers (includes power
supply and mounting adapter)
HMS-0-FM - Starter Vive hub, flush-mount adapter and
power supply
HMS-1-FM - Vive hub, flush-mount adapter and
power supply
HMS-2-FM - Premium Vive hub, flush-mount adapter
and power supply
HMS-UPDATE - Software upgrade license to add
BACnetRto HMS-0 and HMS-1 hubs
HMS-DEVICES - Software upgrade license expands
device limit to 700 devices for
HMS-0 hubs
Frequency
Mounting
Type
Replacement Part Model Numbers
PS-M-20W-240 Vive hub external power supply
H-MOUNT-FM Flush-mount installation adapter
H-MOUNT-SM Surface-mount installation adapter
5

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Dimensions
Dimensions are shown as: mm
Surface-mount
Adapter Details
• Knockouts for
conduit.
Vive Hub
Top View Side View
173
135
71
38
Flush-mount Adapter
Top View Side View
165
79
Surface-mount Adapter
Top View Side View
122
122
89
Power Supply
Top View Side View
102
86
86
102
43
Flush-mount
Adapter Details
• Requires a 153 mm
hole to be cut in the
ceiling for mounting.
6

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Range Diagrams
22 m
Maximum
22 m
Maximum
30 m
30 m
Range with multiple Vive hubs
All wireless devices to be associated to the Vive hub must be within 22 m of the Vive hub and must be on the same
floor as the Vive hub.
Note: Vive hubs should be mounted greater than 3 m apart on the same floor.
Note: Lutron requires that the Vive hub not be installed above metal ceilings or tiles with a metal backing.
Note: A corporate Wi-Fi network can interfere with the Wi-Fi on the Vive hub. Where a corporate Wi-Fi network exists,
it is recommended to do the following:
• Connect the Vive hub to the corporate network using the Ethernet connection on the hub and disable Wi-Fi on
the hub.
Note: Vive hubs should be mounted greater than 3 m from a Wi-Fi router or access point.
30 m
30 m
Private Office
PowPak Dimming
Module
Conference Room
PowPak Dimming Module
Open Office
PowPak Relay Module
Personal Control
Pico Remote Control
Sensors
Radio Powr Savr
Occupancy Sensor
Setup, Monitor
and Control
Vive Hub
9 m
Maximum
1
9 m
Maximum
1
9 m
Maximum
1
9 m
Maximum
1
22 m
Maximum
Vive Hub RF
coverage
1NOTE: Wireless sensors and controls must be located within
9 m of the associated control module.
• Metal ceiling grids must have a > 3 mm gap of non-metal
material which extends the entire length of the tile on at least
one edge. This is often achieved by foam spacers that are
used to prevent tile-to-tile rattling.
• Metal ceiling grids which are continuous (with no gap) or those
that are interlocked, must have a total surface area that is
less than 81 m2for each section. The overall space can be
larger as long as there are non-metal sections bordering or
intersecting the metal sections.
7

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Model Numbers:
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Wiring and Mounting
24 V-
220 –240 V~
Product Overview
(Flush-mount adapter)
Ceiling tile Power supply
Supplied US-style junction box
Supplied US-style junction box
Vive hub
Flush-mount
adapter
Vive Hub
CCI1
COM
24 V-
COM
CCI2
Red
Blue
Ethernet
10/100
LAN
24 V-
220 –240 V~
Ceiling
Power supply
Vive hub
Surface-mount
adapter
Product Overview
(Surface-mount adapter )
To Power
Supply
Optional: Scene via second contact closure input (CCI 2)
Optional: Only used for automatic demand response / load shed via first
contact closure input (CCI 1)
Ethernet
Connection
8

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Vive Security Statement
Lutron takes the security of the Vive Lighting Control System very seriously.
The Vive Lighting Control System has been designed and engineered with attention to security since its inception.
Lutron has engaged security experts and independent testing firms throughout the entire development of the Vive
Lighting Control System. Lutron is committed to security and continuous improvement throughout the Vive
product lifecycle.
The Vive Lighting Control System uses a multi-tiered approach to security.
They include:
1. An architecture that isolates the wired Ethernet network from the wireless network, which strictly limits the
possibility of the Vive Wi-Fi being used to access the corporate network and gain confidential information
2. A distributed security architecture with each hub having its own unique keys that would limit any potential breach
to only a small area of the system
3. Multiple levels of password protection (Wi-Fi network and the hubs themselves), with built-in rules that force the
user to enter a strong password
4. ISO-recommended best practices including salting and SCrypt for securely storing usernames and passwords
5. AES 128-bit encryption for network communications
6. HTTPS (TLS 1.2) protocol for securing connections to the hub over the wired network
7. WPA2 technology for securing connections to the hub over the Wi-Fi network
8. Azure provided encryption-at-rest technologies
The Vive hub can be deployed in one of two ways:
• Dedicated Lutron Network
• Connected to the corporate IT network via Ethernet. The Vive hub must be connected via Ethernet to access
certain features such as BACnet®for BMS integration or OpenADRRintegration. Lutron advises following best
practices in this instance, including separating the business information network and the building infrastructure
network. Use of a VLAN or physically separated networks is recommended for secure deployment.
Dedicated Lutron Network Deployment
The Vive hub is not connected to the building network. Wi-Fi is used to connect to a smart device such as a
phone, tablet, or PC for commissioning and configuration only. The Vive hub serves web pages for setup and
maintenance via a password-protected connection. The Wi-Fi SSID can be set to not broadcast. The Vive hub
Wi-Fi may be disabled if desired.
Corporate IT Network Deployment
The Vive hub may be deployed with a fixed Ethernet IP address or served over DHCP. Once the IT network is
operational, the Vive hub will serve password-protected web pages for access and maintenance. The Vive hub
Wi-Fi may be disabled if desired. The Vive hub reserves the IP subnet 192.168.3.0/24 for its Wi-Fi, so the hub
cannot be assigned an Ethernet IP address in that range.
The Vive hub acts as a Wi-Fi access point purely for the configuration and commissioning of the Vive system. It is
not a substitute for your building’s normal Wi-Fi access point. The Vive hub does not act as a bridge between
wireless and wired networks.
It is strongly recommended that local IT security professionals be involved with the network configuration and
set-up to ensure the installation meets their security needs.
9

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X
Vive
Dedicated Network
Wi-Fi Only Ports Used
• No IT configuration needed
Corporate Network
Single Hub
Security 1
Link segment 100 m Building Management System (BMS)
Vive Hub
Vive Hub
Corporate Wi-Fi
Router
Ports Used
Traffic Port Type Connection Description
Outbound 47808
(configurable) UDP Ethernet Used for BACnet®integration into Building Management Systems
80 TCP Used to discover the Vive hub when mDNS is not available
5353 UDP Ethernet Used to discover the Vive hub via mDNS
Configurable TCP Ethernet Used for OpenADRR. Specified by utility company
Inbound 443 TCP Both Ethernet and
Wi-Fi Used to communicate with software update server
80 TCP Used by other Vive hubs to proxy
8081 TCP Ethernet Used for local LEAP connections to integrations and Vive Vue
8083 TCP Ethernet Used for local LAP connections to integrations and Vive Vue
8444 TCP Ethernet Used to communicate with the Vive Vue server
47808
(configurable) UDP Ethernet Used for BACnet®integration into Building Management Systems
5353 UDP Ethernet Used to discover the Vive hub via mDNS
X
Vive
10