Manuals+

Ezlo Z-Wave Thermostat Installation Manual

Model: EZL-TSTAT-US

Enjoy the ultimate in comfort, convenience, and energy efficiency.

Ezlo
200 Broadacres Dr, Bloomfield, NJ 07003
? 866-966-2272 • ? EzloProtect.com

Index

Thank you for choosing the Ezlo Z-Wave Thermostat

You've taken the first step toward making your home smarter and safer.

We want setting up to be as easy as possible but if you're finding yourself in need of help, our outstanding human customer care is for you through the following channels:

Our Customer Care team is available seven days a week between 6AM and 10PM CST/EST.

Product Description

Enhance your home's heating and cooling. Easily control temperature to your liking with the MiOS App, immediate response when you arrive home and save on energy costs. With Z-Wave connectivity and a user-friendly interface, managing your home's temperature has never been easier. Upgrade to the Ezlo Thermostat and experience the perfect blend of comfort and technology.

Product Specifications

Specification Details
Power supply AC/DC24V / 4*AAA dry battery (device will enter low power working state)
Application range gas/fuel boiler, electric heating, water heating, heat pumps & more
Display Tempered glass +PC+ABS
Self-Consumption <1W
Resistive Load <1A
Temperature Setting Range 32°F to 99°F (0°C to 40°C)
Precision 0.1°C (1°F)
Control Type HVAC
Wire Connection Terminal
Dimensions 113×113×19mm (4.45×4.45×0.75 inches)
Mounting 60.3mm (2.37 inches) hole pitch
Communication Protocol Z-Wave 904.42 MHz with S2 encryption
Certifications FCC

Features

Package Contents

Required (not included)

Wiring Notes

  1. Power input range is 20-28VAC.
  2. This is the toggle switch for the wiring panel. Make sure it's in the right position.
  3. The C terminal is not required for battery power supply, but is required for external AC power supply.
  4. In a cooling or heating only heat pump system, the O/B signal does not need to be controlled, and O/B can be connected or not connected.

CAUTION

As a disclaimer and precautionary note, if you are not familiar with or comfortable on electrical wiring, it is best to call in a professional electrician to install your smart thermostat. Please do not attempt to install your smart thermostat if you do not have a general understanding of electrical wiring.

Wiring CAUTIONS ⚠️

Ezlo Thermostat Front Plate Removal / Disassembly

Installation Steps

fig.1: Illustrates the front plate of the thermostat with two small circular indentations labeled 'B' on the sides, and a screwdriver pointing towards one of them for removal.

fig.2: Shows the base plate being separated from the front plate, with mounting holes labeled 'A' and connection points labeled 'B'. Dotted lines indicate how wires pass through the base plate.

Removing the Existing Thermostat

Diagram shows typical old thermostat wiring terminals (O/B, W, G, Y, R, C*) for Heat Pump systems only.

Terminal Typical Wire Color Function
Y Yellow Cool
W White Heat
G Green Fan
R Red 24VAC Return
C Blue 24V Common (typically BLUE).

Wiring the Ezlo Z-Wave Thermostat for your specific HVAC system

Item Description Terminals need to be wired Wiring Diagram Reference
G Y1 Y2 W1 W2 O/B
0 One-stage Conventional cool only ● Fig.0
1 Two-stage Conventional cool only ● ● Fig.1
2 One-stage Conventional heat only ● ● Fig.2
3 One-stage Conventional heat only(no fan) ● Fig.3
4 Two-stage Conventional heat only ● ● ● Fig.4
5 One-stage Conventional heat & cool ● ● ● Fig.5
Fig.5-2
6 Two-stage Conventional heat & cool ● ● ● ● Fig.6
Fig.6-2
7 One-stage Cool in heat pump ● ○ Fig.7
8 Two-stage Cool in heat pump ● ● ○ Fig.8
9 One-stage heat in heat pump (optional: Aux) ● ● ○ Fig.7
Fig.9-2
Fig.9-3
10 Two-stage heat in heat pump (optional: Aux) ● ● ● ○ Fig.8
Fig.10-2
Fig.10-3
11 One-stage heat & cool in heat pump (optional: Aux) ● ● ● ● Fig.11
Fig.11-2
Fig.11-3
12 Two-stage heat & cool in heat pump (optional: Aux) ● ● ● ● ● Fig.12
Fig.12-2
Fig.12-3

Wiring Terminals Description

Terminal Description
R (Red) Power for heating--connect to secondary side of heating system transformer
RC Power for cooling--connect to secondary side of cooling system transformer
C Common wire from secondary side of cooling or heating system transformer
W Heat relay(stage 1)
W2 Second stage heat relay or auxiliary heat relay
OB Changeover valve for heat pump systems
Y Compressor contactor (stage 1)
Y2 Compressor contactor (stage 2)
G Fan relay
K Wire with 4-5 module
NC

Diagram shows the back of the thermostat with labeled terminals (R, RC, C, W1, W2, OB, Y1, Y2, G, K, NC) and indicators for 'D' (Double Transformer Systems) and 'S' (Single Transformer Systems).

Installation Wiring For Conventional Systems

Installation Wiring For One-stage Conventional Cool Only

Diagram shows wiring for a One-stage Conventional cool only system. Connections are made to R, RC, C, W, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring For Two-stage Conventional Cool Only

Diagram shows wiring for a Two-stage Conventional cool only system. Connections are made to R, RC, C, W, W2, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring For One-Stage Conventional Heat Only

Diagram shows wiring for a One-stage Conventional heat only system. Connections are made to R, RC, C, W, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and R terminals.

Installation Wiring For One-stage Conventional Heat Only (no fan)

Diagram shows wiring for a One-stage Conventional heat only (no fan) system. Connections are made to R, RC, C, W, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and R terminals.

Installation Wiring For Two-stage Conventional Heat Only

Diagram shows wiring for a Two-stage Conventional heat only system. Connections are made to R, RC, C, W, W2, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and R terminals.

Installation Wiring For One-stage Conventional Heat & Cool (Single Transformer)

Diagram shows wiring for a One-stage Conventional heat & cool system with a single transformer. Connections are made to R, RC, C, W, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring For One-stage Conventional Heat & Cool (Double Transformer)

Diagram shows wiring for a One-stage Conventional heat & cool system with a double transformer. Connections are made to R, RC, C, W, W2, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Installation Wiring For Two-stage Conventional Heat & Cool (Single Transformer)

Diagram shows wiring for a Two-stage Conventional heat & cool system with a single transformer. Connections are made to R, RC, C, W, W2, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring For Two-stage Conventional Heat & Cool (Double Transformer)

Diagram shows wiring for a Two-stage Conventional heat & cool system with a double transformer. Connections are made to R, RC, C, W, W2, Y, G terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Installation Wiring For Heat Pump Systems

Installation Wiring for One-stage Cool in Heat Pump & One-Stage Heat in Heat Pump (no auxiliary heat)

Diagram shows wiring for a One-stage Cool and Heat Pump system with no auxiliary heat. Connections are made to R, RC, C, W, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for Two-Stage Cool in Heat Pump & Two-stage Heat in Heat Pump (no auxiliary heat)

Diagram shows wiring for a Two-stage Cool and Heat Pump system with no auxiliary heat. Connections are made to R, RC, C, W, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for One-stage Heat in Heat Pump (with auxiliary heat) Single Transformer

Diagram shows wiring for a One-stage Heat in Heat Pump system with auxiliary heat and a single transformer. Connections are made to R, RC, C, W, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for One-stage Heat in Heat Pump (with auxiliary heat) Double Transformer

Diagram shows wiring for a One-stage Heat in Heat Pump system with auxiliary heat and a double transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Installation Wiring for Two-Stage Heat in Heat Pump (with auxiliary heat) Single Transformer

Diagram shows wiring for a Two-stage Heat in Heat Pump system with auxiliary heat and a single transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for Two-Stage Heat in Heat Pump (with auxiliary heat) Double Transformer

Diagram shows wiring for a Two-stage Heat in Heat Pump system with auxiliary heat and a double transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Installation Wiring for One-stage Heat & Cool in Heat Pump (no auxiliary heat)

Diagram shows wiring for a One-stage Heat & Cool in Heat Pump system with no auxiliary heat. Connections are made to R, RC, C, W, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for One-stage Heat & Cool in Heat Pump (with auxiliary heat) Single Transformer

Diagram shows wiring for a One-stage Heat & Cool in Heat Pump system with auxiliary heat and a single transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for One-stage Heat & Cool in Heat Pump (with auxiliary heat) Double Transformer

Diagram shows wiring for a One-stage Heat & Cool in Heat Pump system with auxiliary heat and a double transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Installation Wiring for Two-Stage Heat & Cool in Heat Pump (no auxiliary heat)

Diagram shows wiring for a Two-stage Heat & Cool in Heat Pump system with no auxiliary heat. Connections are made to R, RC, C, W, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for Two-Stage Heat & Cool in Heat Pump (with auxiliary heat) Single Transformer

Diagram shows wiring for a Two-stage Heat & Cool in Heat Pump system with auxiliary heat and a single transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C and RC terminals.

Installation Wiring for Two-Stage Heat & Cool in Heat Pump (with auxiliary heat) Double Transformer

Diagram shows wiring for a Two-stage Heat & Cool in Heat Pump system with auxiliary heat and a double transformer. Connections are made to R, RC, C, W, W2, Y, G, OB terminals. 'D' and 'S' indicators are present. Arrows point to C, RC, and R terminals.

Thermostat Display Overview

The thermostat display shows various indicators: Schedule Display (T1, T2, T3, T4, SUN-SAT), Off-Screen Button, Temperature Display (e.g., 72), Mode Display (COOLING, AUTO, HEATING, AWAY, OFF, AUX, SCHEDULE), and Function Settings Buttons.

A secondary display view shows Menu number and Set Value (e.g., 'F').

Including the Z-Wave Thermostat to an Ezlo Z-Wave Hub

Step 1: In the MiOS app:

  1. Open the MiOS app and press on "More"
  2. Tap on "Devices" then press on "+" in the top right corner.
  3. Select your Ezlo Z-Wave Hub from the Controllers list
  4. Choose "Generic Z-Wave Devices" and press "Next"
  5. The Ezlo Z-Wave Hub is now waiting for your to make the Adding/Removing procedure from the thermostat side.

Step 2: In the Ezlo Z-Wave Thermostat menu:

Under the normal working interface, long press "▼" and "▲" button simultaneously for 3sec, the device will enter Z-WAVE MENU interface for INCLUSION or EXCLUSION as show in the image below. Before the device included into a network, "- - -" will be displayed on the screen. Then short press "<0xE2><0x97><0x89>" button and device will enter learning mode to get a node ID. If INCLUSION is a success, a node ID will be displayed on the screen in a few seconds. Long press "▼" and "▲" button simultaneously for 3sec or after 20sec without any operation will back to main page.

Note: Follow the same steps to exclude the device from the network. When removed from the Z-Wave network, the device restores it's Z-Wave factory setting.

Including the Z-Wave Thermostat to other Z-Wave compatible hubs

Note: First, check the manual of the specific third party compatible how to include Z-Wave devices.

Step 1: Put the Z-Wave hub in including Mode.

Step 2: In the Ezlo Z-Wave Thermostat menu:

Under the normal working interface, long press "▼" and "▲" button simultaneously for 3sec, the device will enter Z-WAVE MENU interface for INCLUSION or EXCLUSION as show in the image below. Before the device included into a network, "- - -" will be displayed on the screen. Then short press "<0xE2><0x97><0x89>" button and device will enter learning mode to get a node ID. If INCLUSION is a success, a node ID will be displayed on the screen in a few seconds. Long press "▼" and "▲" button simultaneously for 3sec or after 20sec without any operation will back to main page.

Note: Follow the same steps to exclude the device from the network. When removed from the Z-Wave network, the device restores it's Z-Wave factory setting.

Z-Wave Command Classes

S2 Supported

Non S2 Support

Z-Wave Association Groups

AG Identifier Max Node ID Command Class Trigger situation
0x01 0x01 COMMAND_CLASS_SENSOR_MULTILEVEL_V5, SENSOR_MULTILEVEL_REPORT_V5 The change between the current detected temperature and the last reported gateway temperature is greater than the value set in parameter 2. The change between the current detected humidity and the last reported gateway humidity is greater than the value set in parameter 3.
COMMAND_CLASS_THERMOSTAT_MODE_V2, THERMOSTAT_MODE_REPORT Thermostat mode changes
COMMAND_CLASS_THERMOSTAT_OPERATING_STATE, THERMOSTAT_OPERATING_STATE_REPORT Thermostat status changes
COMMAND_CLASS_THERMOSTAT_SETPOINT_V2, THERMOSTAT_SETPOINT_REPORT_V2 Set point value changes
COMMAND_CLASS_THERMOSTAT_FAN_MODE, THERMOSTAT_FAN_MODE_REPORT Fan mode changes
COMMAND_CLASS_THERMOSTAT_FAN_STATE, THERMOSTAT_FAN_STATE_REPORT Fan status changes
COMMAND_CLASS_DEVICE_RESET_LOCALLY, DEVICE_RESET_LOCALLY_NOTIFICATION Restore factory setting
COMMAND_CLASS_BATTERY, BATTERY_REPORT The change in battery power is greater than 5%

Z-Wave Parameter Settings

Number Name Size Information Default Possible Values
1 Temp. Unit 1 Secret menu No. E20: 0: Celsius 1: Fahrenheit 0 0-1
2 Temp. Difference Reporting 2 Unit 0.1°C 0: Disabled 3-255: n *0.1°C automatically report the temperature to the gateway when temperature variation greater than this value 5 0,3-255
2 Temp. Difference Reporting 2 Unit 0.1°F 0: Disabled 3-255: n *0.1°F automatically report the temperature to the gateway when temperature variation greater than this value 10 0, 3-255
3 Humidity Difference Reporting 1 0: Disabled 1-99: Automatically report the humidity to the gateway when humidity variation greater than this value 4 0-99
12 Power Failure Memory 1 Secret menu No. E2 When power on again: 0: Device will be in shutdown state (OFF). 1: Device will stay the last status of working mode 1 0-1
13 SCREEN OFF 1 Secret menu No. E3 Automatic screen off time. When the device is charged by C&R port: 0: The screen will not turn off automatically; Set 1-90mins to automate turn off the screen. When the device is powered by battery: Set 3-90secs to automate turn off the screen; 0-2: After 8sec the screen will be turned off automatically. 1 0-90
14 Beep Set 1 Secret menu No. E4: 0:OFF 1:ON 1 0-1
15 Backlight Brightness 1 Secret menu No. E5: 1-8: 8 level backlight brightness, 1 is the dimmest, 8 is the brightest 8 1-8
16 Temp. Upper Limit 1 Secret menu No. E06: Temperature upper limit value, accuracy n*1 37 (°C)
98 (°F)		 1-99
17 Temp. Lower Limit 1 Secret menu No. E07: Temperature lower limit value, accuracy n*1 5 (°C)
41 (°F)		 0-98
18 Temp. Offset 1 Secret menu No. E08: Temperature offset value (°C or °F) , accuracy 0.1 (n *0.1) 0 (-99~+99) (°C)
(-99~+99) (°F)
19 Humidity Offset 1 Secret menu No. E09: Humidity offset value 0 -20~+20
20 Fan & Humidity Display Select 1 Secret menu No. E10: Fan and humidity display mode selection 0: The most simplest display, fan mode and humidity will not display. 1: Display fan mode 2: Display humidity 3: Display fan mode and humidity Note: When schedule function is enabled, the time, week, and time period are displayed, if the humidity display at the same time, the humidity and time are displayed alternately. 0 0-3
21 Panel Lock 1 Secret menu No. E11: 0: Disabled 1: Secret menu operation is invalid, except for modifying parameter 11, other operation is valid. 2: Secret Menu operation, changing mode and setpoint is invalid, only valid for adding/removing network or modifying parameter 11. 3: Only valid for adding/ removing network. 0 0-3
22 1st Temp. Hysteresis 1 Secret menu No. E12: accuracy: 0.1, Specifies the minimum temperature difference between the room temperature and the desired setpoint before the first stage of heating or cooling is allowed to turn on. (0.3-9 degrees). For example, if the heat setpoint is 68° and the 1st stage hysteresis is set to 2 degrees, the room temperature will need to reach 66° before the heat turns on. 10 (°C)
2 (°F)		 3-90 (°C)
3-90 (°F)
23 2nd Temp. Hysteresis 1 Secret menu No. E13: accuracy: 0.1, Specifies the additional minimum temperature difference after the first stage turns on before the second stage is activated. (0.3-9 degrees) 10 (°C)
20 (°F)		 3-90 (°C)
3-90 (°F)
24 3rd Temp. Hysteresis 1 Secret menu No. E14: accuracy: 0.1, Specifies the additional minimum temperature difference after the second stage turns on before the third stage is activated. (0.3-9 degrees) 10 (°C)
20 (°F)		 3-90 (°C)
3-90 (°F)
25 System Control Type 1 Secret menu No. E15: See the Controlling Type for details Note: This parameter does not change after factory settings are restored. To be more compatible with gateways, after setting this parameter, please add in the gateway again. 12 0-12
26 Changeover Valve Logic 1 Secret menu No. E16: 0=When the heat pump starts cooling, O/B turns on; when the heat pump starts heating, O/B turns off 1=When the heat pump starts heating, O/B turns on; when the heat pump starts cooling, O/B turns off 0 0-1
27 Compressor Protection Time 1 Secret menu No. E17: The setting of compressor delay time from shutdown to startup, unit: min 1 0-10
28 EM Emergency Heat Mode 1 Secret menu No. E18: 1: ON 0: OFF Note: This mode is only valid for heat pump system with heating function 0 0-1
29 Time Display Selection 1 When Schedule function is activated: 0: Time, week, current time period displays. 1: Week and current time period displays. 2: Time, week and current time period does not display. 0 0-2
30 Fan Shutdown Delay Time 1 This parameter is valid only when the fan mode is AUTO. 0: When the compressor is shut down, the fan is also shut down. 1-127: The fan shuts down in a delay of n*minutes after the compressor is shut down, unit: minute 0 0-127
31 Compressor delay countdown display 1 0: No Display 1: Display 0 0-1
32 Whether to enable electrical auxiliary heat 1 0: Disable 1: Enable 1 0-1
45 Schedule Function Selection 1 0: Disabled 1: Enabled 0 0-1
46 The 1st period from Mon-Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 6		 Byte1: 0-59
Byte2: 0-23
47 The 2nd period from Mon-Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 8		 Byte1: 0-59
Byte2: 0-23
48 The 3nd period from Mon-Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 18		 Byte1: 0-59
Byte2: 0-23
49 The 4nd period from Mon-Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 22		 Byte1: 0-59
Byte2: 0-23
50 Heat SetPoint for 1st period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius:210
Fahrenheit: 700		 The range is greater than the lower limit and smaller than the upper limit
51 Heat SetPoint for 2nd period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius:165
Fahrenheit: 620		 The range is greater than the lower limit and smaller than the upper limit
52 Heat SetPoint for 3rd period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 210
Fahrenheit: 700		 The range is greater than the lower limit and smaller than the upper limit
53 Heat SetPoint for 4th period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 165
Fahrenheit: 620		 The range is greater than the lower limit and smaller than the upper limit
54 Cool SetPoint for 1st period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 255
Fahrenheit: 780		 The range is greater than the lower limit and smaller than the upper limit
55 Cool SetPoint for 2nd period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 295
Fahrenheit: 850		 The range is greater than the lower limit and smaller than the upper limit
56 Cool SetPoint for 3rd period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 255
Fahrenheit: 780		 The range is greater than the lower limit and smaller than the upper limit
57 Cool SetPoint for 4th period from Mon-Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 280
Fahrenheit: 820		 The range is greater than the lower limit and smaller than the upper limit
58-64 The 1st period for Mon...Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 6		 Byte1: 0-59
Byte: 0-23
65-71 The 2nd period for Mon...Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 8		 Byte1: 0-59
Byte: 0-23
72-78 The 3rd period for Mon...Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 18		 Byte1: 0-59
Byte: 0-23
79-85 The 4th period for Mon...Sun 2 Byte1(MSB): Minute Byte2(LSB): Hour Byte1: 0
Byte2: 22		 Byte1: 0-59
Byte: 0-23
86-92 The 1st heat SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 210
Fahrenheit: 700		 The range is greater than the lower limit and smaller than the upper limit
93-99 The 2nd heat SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 165
Fahrenheit: 620		 The range is greater than the lower limit and smaller than the upper limit
100-106 The 3rd heat SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 210
Fahrenheit: 700		 The range is greater than the lower limit and smaller than the upper limit
107-113 The 4th heat SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 165
Fahrenheit: 620		 The range is greater than the lower limit and smaller than the upper limit
114-120 The 1st cool SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 255
Fahrenheit: 780		 The range is greater than the lower limit and smaller than the upper limit
121-127 The 2nd cool SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 295
Fahrenheit: 850		 The range is greater than the lower limit and smaller than the upper limit
128-134 The 3rd cool SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 255
Fahrenheit: 780		 The range is greater than the lower limit and smaller than the upper limit
135-141 The 4th cool SetPoint for Mon...Sun 2 n*0.1 Celsius or n*0.1 Fahrenheit Celsius: 280
Fahrenheit: 820		 The range is greater than the lower limit and smaller than the upper limit
255 Factory Restore 1 1: Restore factory setting 0: Invalid 0 0-1

Regulatory Information FCC Information

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This product generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment o and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help. Please take attention that changes or modification not expressly approved by Ezlo Innovation could void the user's authority to operate the equipment. This equipment should be installed and operated with a minimum distance 20cm between the radiator and your body.

Industry Canada ICES-003 Compliance This device meets the CAN ICES-3 (B)/NMB-3(B) standards requirements. This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Under Industry Canada regulations, this radio transmitter may only operate using and antenna of a type and maximum (or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (e.i.r.p.) is not more than that necessary for successful Communication. This equipment complies with IC RSS-102 radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body.

1-Year Limited Warranty

We warrant this product to be free from defects in material and workmanship under normal and proper use for one year from purchase date of the original purchaser. We will, at its option, either repair or replace any part of its products that prove defective by reason of improper workmanship or materials. This limited warranty does not cover any damage to this product that results from improper installation, accident, abuse, misuse, natural disaster, insufficient or excessive electrical supply, abnormal mechanical or environmental conditions, or any unauthorized disassembly, repair or modification. This limited warranty shall not apply if: (i) the product was not used in accordance with any accompanying instructions, or (ii) the product was not used for its intended function. This limited warranty also does not apply to any product on which the original identification information has been altered, obliterated or removed, that has not been handled or packaged correctly, that has been sold as second-hand or that has been resold contrary to Country and other applicable export regulations.

Models: EZL-TSTAT-US Wave Thermostat, EZL-TSTAT-US, Wave Thermostat, Thermostat

File Info : application/pdf, 39 Pages, 4.14MB

Ezlo Thermostat Full Manual 11052024 ?v=1753087163

References

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This manual provides instructions for setting up, pairing, and managing the Ezlo PlugHub Energy device, including interoperability, inclusion, exclusion, and factory reset procedures.
Preview Ezlo Plus vs. Ezlo Secure Smart Home Controller Technical Comparison
Compare the technical specifications of Ezlo Plus (E450) and Ezlo Secure (E550) smart home controllers, including processor, memory, wireless protocols, and connectivity features.
Preview Ezlo Atom Advanced Information and User Guide
Comprehensive guide to Ezlo Atom smart home hub features, including interoperability, device pairing (inclusion), exclusion, learn mode, and factory reset procedures. Learn how to integrate Z-Wave devices with your smart home system.
Preview Ezlo Secure Smart Home Controller: Setup and User Manual
This manual provides comprehensive instructions for setting up and using the Ezlo Secure Smart Home Controller, including device pairing, Z-Wave integration, and smart home automation features.