VisionPRO 8000 Spec Sheet 2017
Table Of Contents
- Application
- Features
- Contents
- Specifications
- System Installation
- Installation Options
- Guidelines for Installing RedLINK Devices
- Installing Equipment Interface Module (if used)
- Wiring 24 Vac Common
- Selecting Discharge and Return Air Temperature Sensor Mounting Locations
- Installing Discharge and Return Air Temperature Sensors
- Selecting Thermostat Location
- Installing Wallplate
- Installing VisionPRO® 8000 with RedLINK™
- Wiring the Thermostat
- Remove Coin Cell Battery Tab
- Mounting Thermostat on Wallplate
- Power Optional RedLINK™ Accessories
- Performing Initial Setup
- Installer Tests
- Operation
- Setting the Time/Date
- Setting the Fan
- Setting System Mode
- Adjusting Program Schedules
- Overriding Schedules: Residential Use
- Overriding Schedules: Commercial Use
- Viewing Equipment Status
- Setting Vacation Hold: Residential Use
- Setting Holiday/Event Schedules: Commercial Use
- Setting Custom Events: Commercial Use
- Setting Holiday Schedule: Commercial Use
- Setting Holiday Override: Commercial Use
- Initiating Occupancy Mode: Commercial Use
- Remote Setback: Commercial Use
- Adjusting Humidification Settings
- Adjusting Dehumidification Settings: Residential Use
- Adjusting Dehumidification Settings: Commercial Use
- Adjusting Ventilation Settings
- Ventilation Options
- Setting Preferences
- Cleaning the Thermostat Screen
- Adjusting Security Settings
- Viewing Dealer Information
- Advanced Features
- Installer Options
- Using the Temperature Display
- Using the Humidity Display
- Universal Outputs (U1, U2, U3)
- Universal Inputs (S1, S2, S3, S4)
- Data Logs
- Dry Contact Alerts
- Set Up the Dry Contact Alerts
- Staging Control
- Heat Pump and Backup Heat Operation
- Indoor Air Quality (IAQ) Control
- IAQ Reminders
- Customizable Reminders
- MicroSD card
- Commercial Features
- Overriding Schedules: Commercial Use
- Setting Holiday/Event Schedules: Commercial Use
- Setting Custom Events: Commercial Use
- Setting Holiday Schedule: Commercial Use
- Setting Holiday Override: Commercial Use
- Initiating Occupancy Mode: Commercial Use
- Ramp Rates (Commercial Use)
- Remote Setback (Commercial Use)
- Economizer and Time of Day (TOD) Operation
- Pre-Occupancy Purge
- Battery Replacement
- Optional Accessories
- Portable Comfort Control
- Remote Indoor Sensors
- Replacing a Thermostat
- Replacing an Equipment Interface Module
- Wiring
- Zoning
- Troubleshooting
- Regulatory Information
VISIONPRO
®
8000 WITH REDLINK™
68-0312—05 116
Wireless Indoor Sensor
The wireless indoor sensor senses temperature and
humidity in remote locations and communicates that
information wirelessly to the thermostat.
The indoor sensor can be used to do the following:
• Maintain a more consistent temperature throughout the
building by averaging temperatures. Temperatures from
all sensors, including the thermostat, are weighted
equally.
• Relocate sensing location (thermostat is in a poor
location).
• Relocate the thermostat (if you want to hide the
thermostat).
• Humidify and dehumidify in separate spaces (for
instance, humidify on the main level, and dehumidify in
the crawl space).
You can connect up to 6 Wireless Indoor Sensors to the
thermostat. If you connect a Wired Indoor Sensor network
to the S1, S2, S3 or S4 terminals, you can connect up to 5
Wireless Indoor Sensors to the thermostat.
The indoor air sensor has a 1 year battery life.
Battery level indicators (when batteries are inserted)
• Good: Status light flashes green for 5 seconds.
• Low: Status light flashes red for 5 seconds. Use fresh
batteries.
Battery level indicators (during use)
• Good: Status light remains off.
• Low: Battery power will be depleted in about 2 months.
Thermostat displays Low Battery warning. Status light
remains off.
• Critical: Battery power will be depleted in about 2–3
weeks. Status light flashes red.
Temperature Display
The temperature reading displayed on the home screen is
from the sensor or sensors that are being used for
temperature control.
In Fig. 308, the temperature reading is the average of the
thermostat internal sensor and the remote indoor sensor.
Fig. 308.