Header Title Here - TCS Basys Controls

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Programming
Relay Control
Basics
Offsets and Differentials, 2 Setpoints
"COOLING" or
"HIGH ALARM"
Differential
Output turns ON
Output turns OFF
Offset
Cool
Setpoint
Offset
Heat
Setpoint
Differential
Output turns OFF
Output turns ON
"HEATING" or
"LOW ALARM"
Offsets and Differentials, 1 Setpoint
"COOLING" or
"HIGH ALARM"
Differential
Output turns ON
Output turns OFF
Offset
Deadband
Setpoint
Deadband
Offset
Differential
Output turns OFF
Output turns ON
"HEATING" or
"LOW ALARM"
Proportional
ProgrammingControl
Basics
Direct Acting - Output 12mA @ Setpoint
Direct Acting
Input
Setpoint + 1/ 2 P
}
Setpoint
Setpoint - 1/ 2 P
4m A
12m A
20m A
Output
P
12m A
20m A
4m A
Reverse Acting
- Output
12mA
@ Setpoint
Output
Reverse Acting
Input
Setpoint + 1/ 2 P
}
Setpoint
Setpoint - 1/ 2 P
4m A
12m A
20m A
Output
P
Direct Acting - Output 4 or 20mA @ Setpoint
Cooling
} }
P
PSetpoint + 1/ 2P
nt
Setpoint
12m
4m A
4m A
20m
12mAA
Output
ut
Input
P
Setpoint + P
PSetpoint + 1/ 2 P
P
Direct Acting
Setpoint + P
Setpoint
Input
Setpoint
Setpoint - P
20m A
Setpoint - P
12m
4m A
4m A
20m
12mAA
Output
Output
Input
P
}
Setpoint - 1/ 2P Setpoint - 1/ 2P
P
se Acting
P
Input
Direct Acting
Input
se Acting
ut
Heating
Setpoint
P
20m A
Ou
Input
Setpoint
Setpoint - 1/ 2 P Setpoint - 1/ 2 P
P
P
Setpoint + P
} }
Setpoint
Setpoint
}
12m
4m A
20m
12mAA
Input
P
Setpoint + P
} }
12m
4m A
20m
12mAA
Output
20m A
Output
12m
4m A
4m A
Heating
Output
P
Setpoint
4m A
Setpoint - P
Input
PSetpoint + 1/ 2 P
int
Setpoint - P
20m A
Output
Cooling
ut
Setpoint - 1/ 2P Setpoint - 1/ 2P
P
Reverse Acting
4m A
Direct Acti
Setpoint
Reverse Acting
int
Direct Acti
Reverse Acting - POutput
4 or 20mA @ SetpointP
P
2PSetpoint + 1/ 2P
Setpoint
20m
12mAA
Output
Ou
Input
Setpoint
}
Setpoint - 1/ 2 P Setpoint - 1/ 2 P
Setpoint - P
20m A
Setpoint - P
4m A
12m
4m A
20m
12mAA
Output
P
20m A
Ou
Controller Programming
2100 Series Controller Programming
• Menu-by-Menu Examples
– Follow Along Onscreen
– Some Slides Printed in Handout
– Product Manuals in Reference Section
• Sub-Systems in Ubiquity Manual Sect. 12
• www.tcsbasys.com
• www.ubiquitysystems.net
Programming Basics
• Factory Defaults Preprogrammed
• MUST Change Address – Default is 000
2100 Default is 10X
(SL2108 => 108)
• NO LCD on Device – Must Use:
– Revelation Professional 2.4
– Ubiquity on Standalone QD2040
– Ubiquity on Internet
– Ubiquity Mobile **available for download**
Programming Options
PC Based Software -- Revelation Professional
• Menu Driven Programming
• Use for Network Setup & Testing,
Commissioning, & Load Balancing
• “Read” Before Making Changes
• “Write” Before Going to NEXT Menu
• “Write” vs. “Write Half / Write Page”
• “Load All” & “Save All” Options
*** NOT SUPPORTED AS OF JAN 2009 ***
PC Based Software -- Insight
Similar to Revelation Professional…
• Tab Driven Interface
• Uses Same Datasheets as Ubiquity
• Use for Network Setup & Testing,
Commissioning, & Load Balancing
• Shows Current Values (no “read” required)
• “Write Page” Before Going to New Tab
*** NEW SOLUTION AS OF JAN 2009 ***
Internet Style Software – Ubiquity
•
•
•
•
•
•
Similar to Revelation Professional
Single Page for all Programming Info
Shows Current Values (no “read”)
Writes all Values on “Submit”
“Read Controller” Option if Needed
Same for Internet Based Site and
Standalone QD2040
QD2040 Multi-Function Site Comm. Center
•
•
•
•
•
•
•
Stand-Alone/Dial-In, Dial-Out, or Ethernet
Configuring the Controller Network
Controller Addressing
Setup Web Page
Veris Meter (ModBus) Support
XML Support
Several Models Available
– REG & –MAX
Where to Get Help or Answers
•
•
•
•
•
•
Instructions Sent with Product
TCS Basys Controls Catalog
Ubiquity Manual
Training & Reference Manual
www.tcsbasys.com
www.ubiquitysystems.net
• Call TCS Directly – 800-288-9383
2100 Series Controllers
SL2105 - Five Channel Lighting Module
• Independent, 365-Day Scheduling for
ALL 5 Channels
• Digital & Analog Light Sensor Inputs
• Analog Current or kW Input
• 5 Relay Outputs
• 2 “Demand Limit” Outputs
• Astronomical Clock
SL2108 - Eight Channel Lighting Module
• Independent, 365-Day Scheduling for
ALL 8 Channels
• Digital & Analog Light Sensor Inputs
• Analog Current or kW Input
• 8 Relay Outputs
• 2 “Demand Limit” Outputs
• Astronomical Clock
SL2105 & SL2108 Applications
•
•
•
•
•
•
Indoor or Security Lighting
Outdoor or Landscape Lights
Parking Lot Lights and Signs
Daylight Harvesting
Lighting Load Shedding
Power Monitoring
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
Screenshots or Live View…
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SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SL2108 – eight channel lighting controller
SZ2141 - Refrigeration Controller
• Control 1 Cooler with Defrost & 2
Freezers with Defrost and Fan
• 6 RTD Inputs (-40 to 160°F)
• 5 Analog Inputs (4 to 20mA)
• 6 Digital Inputs
• 8 Relay Control Outputs
• 1 Relay Alarm Output
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
Screenshots or Live View…
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SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2141 - Refrigeration Controller
SZ2144 – Large Refrigeration Monitor
• 3 RTD (-40 to 160°F) or Thermistor (-20 to 120°F)
Inputs
•
•
•
•
•
3 RTD Inputs (20 to 220°F)
2 Analog Inputs (4 to 20mA)
3 Analog Inputs (0 to 5V)
8 Digital Inputs
1 Relay Output (local alarm)
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
Screenshots or Live View…
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SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2144 – Large Refrigeration Monitor
SZ2165 - Boiler Controller
•
•
•
•
•
•
•
Control 4 Boilers with Chiller Support
Automatic Rotation of Boilers & Pumps
365-Day Scheduling
6 RTD & 5 Digital Inputs
1 Analog Input (4 to 20mA)
2 Analog Outputs (4 to 20mA)
9 Relay Outputs
SZ2165 Application
SZ2165 - Boiler Controller
One or Two Boilers with Reset
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
Screenshots or Live View…
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SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2165 - Boiler Controller
SZ2166 - Chiller Controller
•
•
•
•
•
•
•
Stage 4 Chillers with Boiler Support
Automatic Rotation of Chillers & Pumps
365-Day Scheduling
6 RTD Inputs
5 Digital Inputs
2 Analog Outputs (4 to 20mA)
9 Relay Outputs
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
Screenshots or Live View…
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SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2166 - Chiller Controller
SZ2161 - Heat Pump Water Loop Controller
•
•
•
•
•
•
•
Control 4 Boilers & a Water Tower
Automatic Rotation of Boilers & Pumps
365-Day Scheduling
6 RTD Inputs
5 Digital Inputs
12 Relay Outputs
2 Analog Outputs (4 to 20mA)
SZ2161 Application
Cooling Tower
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
Screenshots or Live View…
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SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
SZ2161 - Heat Pump Water Loop Controller
HVAC Sub-Systems – Loop Control Setup Guide
1. Click “Create Loop System” button
2. Select sub-system definition (Loop
Controls)
3. Enter a descriptive name for sub-system
4. Select master & secondary master
controllers from drop-downs (only appropriate, available
controllers will be shown)
5. Select fallback flow switch & related control
point from drop-downs
6. Select the desired master controller
schedule from drop-down
7. Click the “Submit” button
HVAC Sub-Systems – Loop Control
HVAC Sub-Systems – Loop Control
HVAC Sub-Systems – Loop Control
SZ2181 - Air Handling Unit Controller
•
•
•
•
•
•
•
Enthalpy Based Economizer Option
365-Day Scheduling
6 RTD & 5 Digital Inputs
4 Analog Inputs (4 to 20mA)
3 Analog Outputs (4 to 20mA)
2 Heat & 2 Cool Stages
2 Selectable Heat
and/or Cool Stages
SZ2182 – Advanced AHU Controller
•
•
•
•
•
•
•
Enthalpy Based Economizer Option
365-Day Scheduling
6 RTD & 5 Digital Inputs
4 Analog Inputs (4 to 20mA)
4 Analog Outputs (4 to 20mA)
2 Heat & 2 Cool Stages
2 Selectable Heat
and/or Cool Stages
SZ2182 Applications
•
•
•
•
Dehumidification
Face & Bypass Damper Control
Static Pressure Control
Heat Pump with Economizer Control
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
Screenshots or Live View…
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
SZ2181 - Air Handling Unit Controller
HVAC Sub-Systems – VAV System Setup Guide
1. Click “Create VAV System” button
2. Click “Add Sub-system” button
3. Click “Controllers” to expand table of
options
4. Click “Controller Selection” to expand table
5. Select controllers to include in sub-system
(only allowable controllers are selectable in this list)
6.
7.
8.
9.
Click “Controller Detail” to expand table
Select units for Discharge Air Temp. Sharing
Click “System Parameters” to expand table
Enter a descriptive name for sub-system
HVAC Sub-Systems – VAV System Setup Guide
10. Select master/main controller from dropdown (only appropriate, available controllers will be shown)
11. Set other “System Parameter” options:
1.
2.
3.
4.
5.
6.
7.
8.
Occupied Mode Operation
Unoccupied Mode Operation
VAV System Type (pressure independent for this example)
Duct Static Pressure Controller
Backup Discharge Air Sensor
Warm Up Mode Operation
Morning Warm Up Termination Time/Temp & Options
Secondary Boiler & Chiller Master Controllers
12. Click “Submit” button
HVAC Sub-Systems – VAV System
HVAC Sub-Systems – VAV System
HVAC Sub-Systems – CZS System Setup Guide
1. Click “Create Superzone System” button
2. Click “Add Sub-system” button
3. Click “Controllers” to expand table of
options
4. Click “Controller Selection” to expand table
5. Select controllers to include in sub-system
(only allowable controllers are selectable in this list)
6. Click “Controller Detail” to expand table
7. Select units for Discharge Air Temp Sharing
& for Voting functions
8. Click “System Parameters” to expand table
HVAC Sub-Systems – CZS System Setup Guide
9. Enter a descriptive name for sub-system
10. Select master/main controller from dropdown (only appropriate, available controllers will be shown)
11. Set other “System Parameter” options:
1.
2.
3.
4.
5.
6.
7.
8.
Occupied Mode Operation
Cool Priority Mode Operation
Heat Priority Mode Operation
Voting Mode Operation
Unoccupied Mode Operation
Backup Discharge Air Sensor
Bypass Damper Controller
Minimum Demand
HVAC Sub-Systems – CZS System Setup Guide
11. Set other “System Parameter” options:
(cont’d)
9. Tie Break Controller
10.Priority Zone Controller
11.Majority Maximum Run Time
12.Minority Maximum Run Time
13.Enable Hot Deck/Cold Deck
14.Secondary Boiler and Chiller Master Controllers
15.Hot Deck/Cold Deck Unoccupied Options
12. Click “Demand Proportioning” to expand
table & set desired options
13. Click “Submit” button
HVAC Sub-Systems – Superzone™ System
HVAC Sub-Systems – Superzone™ System
HVAC Sub-Systems – Superzone™ System
Where to Get Help or Answers
•
•
•
•
•
•
Instructions Sent with Product
TCS Basys Controls Catalog
Ubiquity Manual
Training & Reference Manual
www.tcsbasys.com
www.ubiquitysystems.net
• Call TCS Directly – 800-288-9383
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