programming 2100 series controllers

Relay ControlProgramming Basics

Offsets and Differentials, 2 Setpoints

HeatSetpointOffset

DifferentialOutput turns OFF

Output turns ON

Offset

Differential Output turns OFF

Output turns ON

CoolSetpoint

"COOLING" or"HIGH ALARM"

"HEATING" or"LOW ALARM"

Offsets and Differentials, 1 Setpoint

Offset

DifferentialOutput turns OFF

Output turns ON

Setpoint

Offset

Differential Output turns OFF

Output turns ON"COOLING" or"HIGH ALARM"

Deadband

"HEATING" or"LOW ALARM"

Deadband

Proportional ControlProgramming Basics

Direct Acting - Output 12mA @ Setpoint

Reverse Acting - Output 12mA @ Setpoint

Direct Acting - Output 4 or 20mA @ Setpoint

Cooling Heating

Reverse Acting - Output 4 or 20mA @ Setpoint

Cooling Heating

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 downloadavailable 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

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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

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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

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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

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

SZ2165 - Boiler Controller

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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

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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

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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-system4. 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

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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” button3. Click “Controllers” to expand table of

options4. Click “Controller Selection” to expand table5. Select controllers to include in sub-system

(only allowable controllers are selectable in this list)

6. Click “Controller Detail” to expand table7. Select units for Discharge Air Temp. Sharing8. Click “System Parameters” to expand table9. Enter a descriptive name for sub-system

HVAC Sub-Systems – VAV System Setup Guide

10.Select master/main controller from drop-down (only appropriate, available controllers will be shown)

11. Set other “System Parameter” options:1. Occupied Mode Operation2. Unoccupied Mode Operation3. VAV System Type (pressure independent for this example)

4. Duct Static Pressure Controller5. Backup Discharge Air Sensor6. Warm Up Mode Operation7. Morning Warm Up Termination Time/Temp & Options8. 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” button3. Click “Controllers” to expand table of

options4. Click “Controller Selection” to expand table5. Select controllers to include in sub-system

(only allowable controllers are selectable in this list)

6. Click “Controller Detail” to expand table7. Select units for Discharge Air Temp Sharing

& for Voting functions8. Click “System Parameters” to expand table

HVAC Sub-Systems – CZS System Setup Guide

9. Enter a descriptive name for sub-system10.Select master/main controller from drop-

down (only appropriate, available controllers will be shown)

11. Set other “System Parameter” options:1. Occupied Mode Operation2. Cool Priority Mode Operation3. Heat Priority Mode Operation4. Voting Mode Operation5. Unoccupied Mode Operation6. Backup Discharge Air Sensor7. Bypass Damper Controller8. Minimum Demand

HVAC Sub-Systems – CZS System Setup Guide

11. Set other “System Parameter” options: (cont’d)

9. Tie Break Controller10.Priority Zone Controller11.Majority Maximum Run Time12.Minority Maximum Run Time13.Enable Hot Deck/Cold Deck14.Secondary Boiler and Chiller Master Controllers15.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

S l s n S rS ta e a d a e ing