Summary of Contents for Radio Thermostat USNAP RTZW-02
- Page 1 Product Name: RTZW-02 RTZW-02 user guide Document Title: Document Type Code: IBIE Part Number: 514-001-000 9jun14 added chris’ info mtf 23may14 mtf initial release mtf Blank page remove before binding...
- Page 2 Z-Wave USNAP ® ® Module User Guide The RTZW-02 USNAP module is a plug in module that adds Z-Wave® functionality to a CT-Series Thermostat [CT= Communicating Thermostat]. The CT-Series Thermostat with an RTZW- 02 module is compatible with a broad range of Z-Wave®...
- Page 3 by the most reliable pathway. When Z-Wave® devices (regardless of manufacturer) are installed throughout the house, signals are automatically routed around obstacles or dead spots, strengthening the network as more devices are added. The Basics The RTZW-02 USNAP module is designed to be inserted into an empty USNAP slot in any CT-Series Thermostat.
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Page 4: Getting Started
models of the CT-Series (like the CT-80) are only capable of working in your HVAC system with the C-wire present. The RTZW-02 USNAP module is designed to work with either constant present power in the thermostat (ie C-wire), or it can run only on batteries when no C-wire is present. - Page 5 During reset you should see the “radio tower” icon appear on your CT along with some beeps indicating that the CT Thermostat is initializing the RTZW- 02 USNAP module. When the beeping finishes (about 10 seconds), your CT Thermostat will be ready to join and be controlled by a Z-Wave® network. Join or Un-Join Network 1) Set your primary controller to INCLUDE mode to add the thermostat as a node on your network (see your specific controller’s User Manual for detailed...
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Page 6: Operation
4) When the radio is selected and the large r1 or r2 is on the center of the screen, press the mate button, this will initiate the mating process. When a device has joined a network the icon LINK will appear under the radio tower. Similarly, when you are trying to leave a network, the icon LINK will disappear when the node has successfully left the network. - Page 7 d) Set/Read the Fan mode e) Set/Read the clock (on certain CT models only) f) Set/Read the user display area (on certain CT models only) Battery Power When your thermostat is running on battery power, the Z-Wave® radio will turn off to help conserve battery life. The RTZW-02 Z-Wave® radio module supports Z-Wave®...
- Page 8 or remotely using a Z-Wave® USNAP module. See the thermostat instruction book for how to enter simple mode Advanced Z-Wave® Information The RTZW-02 supports compliant mapping of the Z-Wave® BASIC_ COMMAND_CLASS to the CT thermostat “Energy Saving” and “Comfort Mode” as follows: Basic Set (Value = 0x00) = Set Energy Saving Mode Basic Set (Value = 0x01-0x63 &...
- Page 9 The association command class can be configured to send encapsulated reports via the Multi Instance Command Class or the Multi Channel Command Class. If the association configuration commands are sent inside encapsulated commands, the thermostat will respond with encapsulated reports of the same type (Multi Instance v1 or Multi Channel v3).
- Page 10 and to render it useless if it is removed from the local network without being unlocked. Another application would be to protect service provider owned products from leaving the service providers network before they are paid for. The following command classes are disabled when Anti-theft protection is engaged: Basic Command Class Clock Command Class Indicator Command Class...
- Page 11 Configuration Parameters: This device supports the following configuration parameters: Parameter Name Set/Get Default Values Temp Reporting Threshold Set/Get 0 to 4 HVAC Settings Get Only details Utility Lock Enable/Disable Set Only 0 to 255 C- Wire/Battery Status Get Only 0 or 1 Humidity Reporting Set/Get 0 to 3...
- Page 12 1. Temperature Reporting Threshold (8-bit) This value determines the reporting threshold when association reporting is enabled. Unsupported values will be ignored. 2. HVAC Settings (32-bit) Byte 1 = HVAC Setup: Normal (0x01) or Heat Pump (0x02) Byte 2 = Aux Setup(Gas (0x01) or Electric (0x02)) & Number of Auxiliary Stages (Heat Pump)/Number of Heat Stages (Normal) Byte 3 = Number of Heat Pump Stages Byte 4 = Number of Cool Stages...
- Page 13 5. Humidity Reporting Threshold (8-bit) This value determines the reporting threshold when association reporting is enabled. Unsupported values will be ignored. 6. Auxiliary/Emergency Enable/Disable (8-bit) If set to 0, auxiliary / emergency heat is disabled, all other values, 1-255, will enable the auxiliary / emergency heat.
- Page 14 Thermostat Differential Temperature Report Command Definition Command Class = COMMAND_CLASS_CONFIGURATION Command = CONFIGURATION_REPORT Parameter = 0x08 Thermostat Heat Differential Temperature Thermostat Cool Differential Temperature Parameter (8-bit) The parameter is set to 8 for the thermostat differential temperature. Default (1-bit) If the default bit is set, the thermostat heat differential temperature will be set to 2.0 degree Fahrenheit.
- Page 15 9. Thermostat Recovery Mode (8-bit) The Thermostat Recovery Mode can be either fast (0x01) or economy (0x02). 10. Thermostat Reporting Filter(16-bit): Set Command Definition Command Class = COMMAND_CLASS_CONFIGURATION Command = CONFIGURATION_SET Parameter = 0x0A Default RESERVED S ize = 0x04 Precision (0x00) S cale B ound Size (0x01)
- Page 16 Size (3-bit) The Size field must be set to 4 (100b). Precision (3-bits) The precision field describes what the precision of the temperature filter value. The filter must be zero (0x00). Scale (2-bits) The scale field indicates the temperature scale used, 0 indicate the use of the Celsius temperature scale and 1 indicates use of the Fahrenheit scale.
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Page 17: Fcc And Ic Statement
11. Simple Mode Enable/Disable (8-bit) If the value is set to 0x00 then Normal Mode is enabled. If the value is set to 0x01 then Simple Mode is enabled. 12. Multicast Enable/Disable (8-bit) If set to 0, multicast is disabled, if set to 1, will enable the multicast. FCC and IC Statement FCC Regulatory Information: NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to... - Page 18 règlements d’équipement. L’opération est sujette aux deux conditions suivantes: (1) ce dispositif peut ne pas causer l’interférence nocive, et (2) ce dispositif doit accepter n’importe quelle interférence reçue, y compris l’interférence qui peut causer l’opération peu désirée. WARNING: Changes or modifications to this receiver not expressly approved by RTCOA. could void the user’s authority to operate this equipment.