honeywell communicating thermostats overview tb7200, tb7300 & tb7600 series

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 SeriesFan coil units (FCU) for commercial buildings and hotels

- TB7600 SeriesRooftop 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


• 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


- An attractive design

- A broad offering of BACnet and wireless thermostats from a single manufacturer

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TB7200/7300/7600 Thermostat Features

Removable terminal blocks simplifies installation

On board communication interface for BACnet or ZigBee wireless

PIR occupancy sensor option connection

All necessary I/O on board for control applications

Small footprint for attractive wall presence

Hinged circuit board simplifies installation

Up to 3 configurable inputs supports a variety of equipment monitoring peripherals & one multi-function aux output

Local configuration utility with configurable control sequences through backlit LCD interface

Simple and intuitive menu driven user interface

On board temperature & models with humidity sensing

All Thermostats Share Many of the Same Features!

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• 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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• 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

T7350H ThermostatsLON

TB7600 Series RTU/Heat Pump ThermostatsBACnet & ZigBee Wireless

Excel 10 W7750 CVAHU Configurable ControllersLON

Spyder Programmable Unitary ControllersLON & BACnet

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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

T B 7 6 5 2 H 5 0 0 0 W

TB765 2 H 5000 W

Step 1 Step 5 Step 6

Example

Step 2

No local scheduling/Non programmable

Local scheduling/Programmable

0

5

50

55

PIR ready but PIRcover not included

Factory assembledwith PIR cover

PROGRAMMABILITY PIR OPTIONS COMMUNICATIONOPTIONS

BACnet MS/TP

ZigBee wirelessW

B

MODEL

3H/2C heat pump applications

No economizer or humidity sensor

Scheduling (Programmable)

Ready for PIR cover

Wireless communications

M16988

Step 4

1H/1C rooftop unitapplications

2H/2C rooftop unitapplications

A

B

APPLICATION

3H/2C heat pumpapplications

H

Step 3

Local scheduling/Programmable

0

2

ECONOMIZER/HUMIDITY CONTROL

With EconomizerNo local scheduling/Non programmable

No local scheduling/Non programmable

5

With EconomizerLocal scheduling/Programmable

6

With Humidification/Dehumidification

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Honeywell FCU Control Options

SuitePRO FCU ThermostatsNon-communicating

TB7300 Series FCU ThermostatsBACnet & ZigBee Wireless

Excel 10 W7752 FCU Configurable ControllersLON

Spyder Unitary Programmable ControllersLON & BACnet

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

Lodging/hotel ModelsColor icons on cover Center button °C / °F

Commercial ModelsNo color icon on cover Center button override

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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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• 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

ZonePRO Zoning ThermostatsNon-communicating

TB7200 Series Zoning ThermostatsBACnet & ZigBee Wireless

Excel 10 W7751 Configurable VAV ControllersLON

Spyder VAV Programmable ControllersLON & BACnet

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• 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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• 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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• 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

T B 7 2 0 0 F 5 0 0 0 B

TB7200 F 5000 B

Step 1 Step 3 Step 4

Example

Step 2

Floating or on-off digitalcontrol outputs

Analog 0-10 Vdc controloutputs

C

F

50

55

PIR ready but PIR covernot included

Factory assembled withPIR cover

CONTROL OUTPUT TYPE PIR OPTIONS COMMUNICATION OPTIONS

BACnet MS/TP

ZigBee wirelessW

B

MODEL

Analog outputs

Ready for PIR cover

BACnet MS/TP communications

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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 SensorCover

Wireless CommCard

Wireless Repeater Wireless RemoteAntenna Base

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Compatibility

WEBs-AX Controller

Thermostats / Controller

WEBStation-AX .Jar FilesBACnet Wireless

WEB-2xx

126*

30 3.0 or later 4.0.4.8 or greaterWireless models

onlyWEB-6xx 50 3.0 or later

WEB-7xx 50 3.5 or later* 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 aren’t 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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• 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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• 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

1. Start the Station in WEBs-AX Workbench2. Check the signal strength of both thermostats at

the controller/wireless card

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1. Position the controller/ wireless communication card in a central location to the thermostat network

2. 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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3. 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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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

Marketing Literature

67-7498 TB7200, TB7300, & TB7600 Series Thermostats Selection Guide

Specification Data Sheets

63-2708 TB7200 Series Communicating Zone Thermostats

63-2709 TB7300 Series Communicating Fan Coil Thermostats

63-2706 TB7600 Series Communicating RTU/Heat Pump Thermostats

63-2707 TB7600 Series Communicating RTU/Heat Pump Thermostats with Humidity Control

Order printed literature from literature.honeywell.com

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Literature – Installation Instructions

Installation Instructions

62-2019 TB7200 Series Communicating Zone Thermostats

62-2018 TB7300 Series Communicating Fan Coil Thermostats

62-2016 TB7600 Series Communicating RTU/Heat Pump Thermostats

62-2017 TB7600 Series Communicating RTU/Heat Pump Thermostats with Humidity Control

62-2021 Occupancy Sensor Cover for TB7200/7300/7600 Series Communicating Thermostats

62-2022 Wireless Repeater for Wireless Communicating Thermostats

62-2020 WEBs Wireless Communication Card for TB7200/7300/7600 Thermostats

Download literature from customer.honeywell.com

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Literature – Reference Guides

Reference Guides

63-4522 Wireless Installation & Integration Reference Guide for TB7200/7300/7600 Thermostats

63-4524 BACnet Integration Reference Guide for TB7200 and TB7300 Series

63-4523 BACnet Integration Reference Guide for TB7600 Series

63-4526 PIR Application Guide for TB7200 and TB7300 Series Thermostats

63-4525 PIR Application Guide for TB7600 Series Thermostats

63-4527 TB7200, TB7300, and TB7600 Communicating Thermostats Application Guide

Download from customer.honeywell.com

honeywell communicating thermostats overview tb7200, tb7300 & tb7600 series

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