TB7200, TB7300 & TB7600 Series When selecting controls for

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Honeywell Communicating Thermostats Overview

• TB7200, TB7300 TB7600 Series

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TB7200, TB7300, TB7600 Series

• Communicating thermostats for WEBs-AX building
  control systems built on the NiagaraAX
  Framework
• Network protocols offered
• BACnet MS/TP
• ZigBee Wireless Mesh
• Meet a variety of application needs
• TB7200 Series
• Zoning for pressure dependent VAV, hot water
  reheat, etc.
• TB7300 Series
• Fan coil units (FCU) for commercial buildings and
  hotels
• TB7600 Series
• Rooftop units and heat pumps

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Value Propositions

• For ACI, ACS, and WEBs contractors who need a
  broad selection of communicating thermostats that
  can be integrated into a WEBs-AX building
  automation system these thermostats provide
• BACnet and ZigBee wireless mesh communication
  protocols that help fill a gap in our thermostat
  portfolio
• Fan coil, heat pump, rooftop unit and zoning
  thermostats to meet a wide range of application
  needs
• A common interface for a broad range of
  applications
• An opportunity to retrofit existing
  non-communicating thermostats to communicating
  with BACnet or wireless
• Remote system access for monitoring and control
• Reduced labor costs with wireless solution where
  wired solution is difficult
• Quality products backed by testing administered
  by Honeywell
• For Consulting Engineers who need a
• A simple solution with models that meet a wide
  variety of application needs
• An opportunity to earn LEED points
• A strong channel of contractors to
  program/install systems

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Value Propositions

• For facility managers that need to respond
  quickly to HVAC related complaints from tenants
  and ease of use these thermostats provide
• The ability to manage view thermostats from a
  central location
• A solution that easy to use and maintain
• Network visibility of alarms and equipment status
• A simple solution with models that meet a wide
  variety of application needs
• For building owners that need energy savings and
  a cost-effective thermostat solution for a
  variety of applications these thermostats
  provide
• An opportunity to save on energy costs with
  integrated occupancy sensing models and
  economizer models
• An opportunity to earn LEED points
• A cost-effective solution
• A simple solution with models that meet a wide
  variety of application needs
• An attractive design
• A broad offering of BACnet and wireless
  thermostats from a single manufacturer

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TB7200/7300/7600 Thermostat Features
Small footprint for attractive wall presence
Hinged circuit board simplifies installation
All necessary I/O on board for control
applications
On board communication interface for BACnet or
ZigBee wireless
Removable terminal blocks simplifies installation
Up to 3 configurable inputs supports a variety of
equipment monitoring peripherals one
multi-function aux output
Simple and intuitive menu driven user interface
PIR occupancy sensor option connection
Local configuration utility with configurable
control sequences through backlit LCD interface
On board temperature models with humidity
sensing
All Thermostats Share Many of the Same Features!
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TB7200/7300/7600 Thermostat Features

• Backlit LCD display
• Set display for F or C
• Password protection to minimize parameter
  tampering
• Multi-level keypad lockout
• PI control with adjustable proportional band
• 10K NTC Type 2 sensor Inputs
• Programming stored in EEPROM
• All models 24 VAC

All Thermostats Share Many of the Same Features!
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TB7600/7300/7200 Thermostat Features

• Backlit LCD display
• Set display for F or C
• Password protection to minimize parameter
  tampering
• Multi-level keypad lockout
• PI control with adjustable proportional band
• 10K NTC Type 2 sensor Inputs
• Programming stored in EEPROM

• Integrated occupancy sensing with PIR models all
  models PIR ready
• All models 24 VAC

TB7600 with Occupancy Sensor Cover
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Honeywell RTU/Heat Pump Control Options
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TB7600 Series Overview

• For RTU and heat pump applications
• Simple, five button user interface
• Configurable digital inputs
• One SPST configurable auxiliary output
• Sensing inputs
• Remote indoor
• Outdoor air
• Mixed air
• Integrated freeze protection
• Occupied and unoccupied setpoints
• 3 levels of keypad lockout

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TB7600 Series Model Options

• Rooftop unit model options
• 1 heat / 1 cool or 2 heat / 2 cool
• Programmable or non-programmable
• Humidification/dehumidification
• Economizer
• Heat pump model options
• 3 heat / 2 cool
• Programmable or non-programmable

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TB7600 Model Selection
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Honeywell FCU Control Options
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TB7300 Series Overview

• Fan coil unit applications
• Lodging/hotel and commercial models

Commercial Models No color icon on cover Center
button override
Lodging/hotel Models Color icons on cover Center
button C / F
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TB7300 Series Features

• Configurable local sequences of operations
• 2 pipe and 4 pipes applications
• Cooling only or heating only
• Cooling with reheat / heating with reheat
• Cooling / heating 2 outputs
• Cooling / heating single output changeover
• Cooling / heating 2 outputs with reheat
• Cooling / heating single output changeover with
  reheat
• 6 levels of keypad lockout

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TB7300 Series Features

• 1, 2, or 3 speed fan control and auto fan speed
  mode
• Models with onboard humidity sensor
• SPST auxiliary output
• Reheat control
• Lighting control or fresh air
• Occupied, standby and unoccupied setpoints
• Three configurable inputs
• Local nighttime setback input
• Local motion detector input
• Window contact
• Door contact
• Filter or other service alarm
• Change over with dry contact or with analog
  sensor
• -Supply sensor monitoring

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TB7300 Series Model Options

• Lodging/hotel models and commercial
• 2 On/off
• 2 on/off or floating
• 2 analog
• Onboard humidity sensor model option
• 2 on/off
• 2 on/off or floating
• 2 analog

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TB7300 Series Model Selection
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Honeywell Zoning Portfolio
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TB7200 Series Overview

• For zoning applications
• Simplified user interface designed for zoning
  applications
• Equivalent to simple dial use
• Provides digital interface for local status

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TB7200 Series Features

• Two models meet 85 of zoning application needs
• Control simple unitary end devices
• Pressure dependent VAV with or without local
  reheat
• 1 or 2 0-10 Vdc analog or floating device
• Cooling and/or heating
• Auxiliary reheat output
• Direct setpoint adjustment and local override
  access for end users
• Occupied, standby and unoccupied setpoints
• Auxiliary output
• Reheat control
• Lighting control or fresh air

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TB7200 Series Features

• Three configurable inputs
• Local nighttime setback input
• Local motion detector input
• Window contact
• Door contact
• Filter or other service alarm
• Supply sensor monitoring
• 4 levels of keypad lockout

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TB7200 Models Applications

• TB7200C1014
• 2 on/off or floating outputs with isolated reheat
• TB7200F1014
• 2 analog (0-10 Vdc) outputs with isolated reheat
• Applications supported
• Pressure dependent VAV
• Off/off proportional chilled water valve
• On/off proportional hot water valve
• On/off or floating chilled water valve
• On/off or proportional electric reheat
• Radiant heat control

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TB7200 Series Model Selection
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TB7200/7300/7600 Series Accessories

• Occupancy Sensing for Wireless BACnet Models
• TB-PIR-RTU RTU and Heat pump Occupancy Sensor
  Cover
• TB-PIR-FCU-C Commercial Occupancy Sensor Cover
• TB-PIR-FCU-L Lodging/Hotel Occupancy Sensor
  Cover
• TB-PIR-ZN Zone Occupancy Sensor Cover
• Wireless Models Only
• TB-VWG-APP-1014 Wireless Communication Card
  (required)
• TB-RP5000W Wireless Repeater
• TB-RA-1014 Wireless Remote Antenna Base
• Full range of 10K NTC Type II Sensors

Occupancy Sensor Cover
Wireless Comm Card
Wireless Repeater
Wireless Remote Antenna Base
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Compatibility
128 total devices supported. One node used by
controller and one for a repeater.
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What to Know About Wireless Thermostats

• Eliminates wiring to the network, making
  retrofits the ideal application for these
  thermostats
• Total installed cost for wireless jobs impacted
  by building architecture and labor costs
• Review the Wireless Installation and Integration
  Reference Guide (form number 63-4522) to learn
  more
• Contractor should complete a site survey prior to
  bidding a job
• Get From parameter copies setup from a like
  thermostat
• TB-VWG-APP-1014 wireless communication card
  required
• WEB-2xx / WEB-6xx Option slot 1 serial port
  COM1
• WEB-7xx Option slot 1 or 2 serial port COM3 or
  COM4
• The wireless channel parameter should be set
  at15 or 25

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About ZigBee Wireless Mesh

• 2.4 GHz frequency band per IEEE 802.15.4
• Small, low-power digital radio
• Each node (or device) acts as a router
• Self-healing network
• Range
• 50 ft (15M) range typical
• 100 ft (30M) open air (environment will impact
  max range)

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ZigBee Device Addresses

• 6 ZigBee addresses per device (these arent the
  same as the device IDs, under the hood).
• Once assigned stored in flash memory
• Address is only lost if a new PAN ID or Channel
  parameter is assigned to the network

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Basic Network Design Deployment

• Use a per floor horizontal architecture instead
  of a vertical one
• Transmissions from one floor to the next may be
  possible in some applications such as a stairway)
• Thermostat antenna is designed for horizontal
  distance, not vertical
• Expect to use one WEBs controller and
  TB-VWG-APP-1014 card per floor
• Radio transmissions do not travel through steel
• Avoid metal, brick walls, or concrete
  obstructions between devices as much as possible
• Drywall construction
• Clear line-of-sight 100 ft max device range
• Obstructed line-of-site 50 ft max device range
• A dense clusters of thermostats will allow
  network to recover from temporary disturbances
  more quickly

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ZigBee Wireless Mesh Network

• Low cost installation
• Easy to implement
• Reliable data transfer
• Very low power consumption
• Influenced by the same factors that affect other
  wireless systems
• Interference from radio emitters
• Electronic devices
• Solid objects that may slow or stop communication
  between devices

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Basic Network Design Deployment

• Distance between thermostats or repeaters and
  other wireless devices such as wireless routers
  and laptops to avoid interference
• 10 ft (3M) recommended
• 3 ft (1M) minimum

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Basic Network Design Deployment

• Locate controller wireless card
• Near or in direct line-of-sight to as many
  thermostats as possible
• Near the center of associated thermostats
• Install one thermostat within 50 ft of the
  controller wireless card for every 10
  thermostats installed
• Wireless antenna on wireless card should be
  perpendicular to the floor
• Install a TB-RA-1014 wireless remote antenna if
  controller wireless card are mount in a metal
  cabinet

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ZigBee Network Site Survey Preparation

• Create a floor plan layout showing device
  locations
• Prepare equipment for site survey
• WEBs-AX controller with wireless communication
  card
• Wireless thermostats configured with the same
  channel and PAN ID as the wireless communication
  card
• Perform the site survey during business hours
  when other wireless devices and electronic
  devices will be in use
• Site surveys provide a worst case scenario of a
  point-to-point application when all wireless
  thermostats are present the network will route
  signals more efficiently

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ZigBee Network Site Survey On Site

• Start the Station in WEBs-AX Workbench
• Check the signal strength of both thermostats at
  the controller/wireless card

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ZigBee Network Site Survey On Site

• Position the controller/ wireless communication
  card in a central location to the thermostat
  network
• Determine the coverage radius by walking to each
  cluster of thermostats 20 signal strength.

5 Hops Max To/from the Controller
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ZigBee Network Site Survey On Site

• Note the signal strength for each proposed
  thermostat location
• A value from 10 100 indicates good
  connectivity
• A value below 10 may indicate the need for a
  repeater or relocating the thermostat

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ZigBee Network Site Survey On Site
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ZigBee Network Site Survey On Site
5 Hops Maximum
More Than 5 Hops Require a Second Controller with
Wireless Card
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What to Know About BACnet Installations

• EIA-485 BACnet Standard

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Number of Devices on a BACnet Network

• 64 devices per segment (includes the controller)
• 128 devices per network (includes the controller
  and repeaters)

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Wiring a BACNet Network

• Daisy chain configuration
• Max daisy chain length is 4000 ft (1200 m)

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Wiring to the Network Adapter

• Polarity sensitive
• Status LED can help troubleshoot network
  communication problems
• Avoid using the Ref terminal to wire shields
• Ground the joined shield connection at a single
  point on the segment

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More Information

• Beyondinnovation.honeywell.com
• Marketing literature, photos, press release,
  sales presentation, etc.
• Specifyhoneywell.com
• Technical and marketing literature
• Guide specs and wiring diagrams
• Buildingsforum.honeywell.com
• .Jar files for wireless models
• Guide specs and wiring diagrams

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Literature Spec Data
Order printed literature from literature.honeywell
.com
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Literature Installation Instructions
Download literature from customer.honeywell.com
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Literature Reference Guides
Download from customer.honeywell.com