solstice-LOGO

solstice CC32 WIFI Module

solstice-CC32-WIFI-Module-PRODUCT

Specifications

  • Model: CC32 WIFI Module
  • Product Code: WF-CC32-0524

Product Information

  • The CC32 WIFI Module is designed to receive data signals from a cloud server and transmit them to the main device.
  • It also receives data signals from the main device and transmits them to the cloud server.
  • Additionally, it enables remote upgrades of both the WIFI module baseplate MCU and the main device.

Technical Parameters

Installation: The WIFI module can be installed indoors or outdoors using the magnet on the back. It should be placed away from direct sunlight.

Functional Description

  • The module features various indicators for network configuration, router connection, cloud server connection, and 485 communication.
  • It also includes a configuration button for entering AP Link configuration mode.

Product Usage Instructions

User Privacy Instructions

  • We prioritize user privacy and ensure that user data, such as mailboxes and addresses, is only used after obtaining permission.
  • Data security is a top priority, and we take measures to protect user information.

Account Login

  • To access the device features, users must register an account using their email address and password.
  • The registration process involves receiving a verification code, agreeing to the Privacy Policy, and completing the registration.

Add Device

  • After logging in, users can add a new device by following the instructions on the My Device interface.

WIFI Configure Network

  • Users can configure the WIFI network by following the steps outlined in the WIFI Module On interface, Enter Password interface, and Searching Device interface.

FAQ

  • Q: How do I reset my password if I forget it?
  • A: If you forget your password, click on the “Forgot Password” option on the login interface. Follow the instructions to receive a verification code and reset your password.

Product development and continuous improvement are at SpacePak’s core. As such, there may be changes or modifications to products, without notice. In addition, the information and specifications presented in this document are provided as is, without guarantee or warranty of any kind, expressed or implied. For the most up-to-date information regarding our products, you may contact our Customer Service group at custservice@spacepak.com.

User Privacy Instructions

  • We take your privacy very seriously and we promise to inform you how we use the data.
  • Users’ private data, such as mailboxes, and addresses, before uploading to the cloud, we will get your permission, and we will work hard to protect your data security.

Description

  • Receive data signal from the cloud server and transmit to the main device;
  • Receive data signal from the main device and transmit to the cloud server;
  • To achieve remote upgrade of the WIFI module baseplate MCU by cloud server;
  • To achieve the remote upgrade of the main device by WIFI module baseplate MCU.

Technical Parameters

  • OPERATING VOLTAGE: DC8V~12V (Recommended value 12V)
  • OPERATING CURRENT: Max. recurrent peak 1A, average standby current 50mA
  • TEMP. RANGE: Operating Temp.: -22°F~+158°F; Storage Temp.: -40°F~+185°F
  • LED INDICATOR LIGHT: 4 lights, Network configuration indicator, router connection indicator, cloud server connection indicator, 485 communication indicator;
  • DIMENSION (L×W×H): 3″ x 2.5″ x 1″

Installation

  • There is a magnet on the back of the WIFI module, it can be installed indoors or outdoors, and avoid direct sunlight;

Functional Description

solstice-CC32-WIFI-Module-FIG-1 solstice-CC32-WIFI-Module-FIG-2

Account Login

  • Use email address and password to register, login or reset the password.

solstice-CC32-WIFI-Module-FIG-3

  1. Account Registration: To register an account, click 1 (Fig.1) to jump to the Account Registration interface, fill in the relevant information and click 2 to receive the verification code, after completing the application information, click 3 to read the details of the Privacy Policy, then click 4 to agree, and click 5 , registration is done.
    Please note, the valid time of one verification code is 15 minutes, please fill in the verification code within 15 minutes, otherwise, you need to ask for a new one.
  2. Log in: Follow the instructions on the page (Fig.1 ), enter your registered email address and password, click 6, and jump to the device list;
  3. Forgot Password: If you forget your password, click 7 (Fig.1 ), jump to the Forgot Password interface (Fig.3 ). Follow the instructions on the page, fill in the relevant pieces of information, and click 8 to receive the verification code from your mailbox, click 9 to confirm and password reset is done.

Add Device

  • After login, display My Device interface (Fig. 4), and follow the instructions to add WIFI.

solstice-CC32-WIFI-Module-FIG-4

WIFI Configure Network

solstice-CC32-WIFI-Module-FIG-5

  1. Follow the instructions on the page (Fig.6), press the button on the module, and hold for 1 second until two lights are on, the AP connection is activated, click 10 to turn the page;
  2. Click 11 to enter the WIFI password for the current connection, and click 12 to confirm;
  3. The APP automatically searches for the WIFI module (Fig 8);
  4. Click “To Scan”(Fig.9)to allow the App to use the camera for scanning the WF code on the WIFI module (Fig.11.1), or click “Manual input” to enter the WF code (Fig.11.2).solstice-CC32-WIFI-Module-FIG-6solstice-CC32-WIFI-Module-FIG-7
  5. Click “Pair the device”, device bond is done (Fig.12);
  6. After WIFI bonding is done, jump back to My Device (Fig. 13).

Device Management

  • Device management operations are as below :

solstice-CC32-WIFI-Module-FIG-8

Heating Device Control

  • Guidelines for interface jumps

solstice-CC32-WIFI-Module-FIG-9 solstice-CC32-WIFI-Module-FIG-10

Fan Coil Device Control

  • Guidelines for interface jumps

solstice-CC32-WIFI-Module-FIG-11 solstice-CC32-WIFI-Module-FIG-12

solstice-CC32-WIFI-Module-FIG-13

MODBUS COMMUNICATIONS PROTOCOL

From: To: Vesion V2.1 update: 20230330

Transmission Format

solstice-CC32-WIFI-Module-FIG-14

Packet Format

Address Function Data CRC checksum
16bits  

16bits

03:Function of reading multi registers 16:Function of presenting multi registers

N*16bits 16bits

Data types

Data Types Description
 

 

TEMP

have simple byte,0.1℃resolution,formula:T*10,temperature range :-30~97℃

(When the temperature shows 25 ℃, the protocol data transmission is 250; When the temperature shows -25 ℃, the protocol data transmission is -250; when bit15 is 1 represents the negative number, when the bit15 is 0, it represents Integer;), When the value is 32767, it represents the sensor failure

DIGI1 No symbol byte,unit:1, When showing 123, the data transmission is 123;
DIGI2 No symbol byte,unit:10, When showing 1230, the data transmission is 123;
DIGI3 No symbol byte, unit:100, When showing 12300, the data transmission is 123;
DIGI4 No symbol byte,unit:5, When showing 10, the data transmission is 2;
DIGI5 No symbol byte,unit:0.1, When showing 12.3, the data transmission is 123;
DIGI6 No symbol byte, unit:0.001, When shows 0.123, the data transmission is 123;
DIGI9 No symbol byte,unit:0.01, When shows 0.12, the data transmission is 12;

Modbus address

C Function Number Content Byte length Mode Description Remark
1011 03/16 ON/OFF double-byte read/write 0-OFF/1-ON DIGI1
 

1012

 

03/16

 

Mode

 

double-byte

 

read/write

H05=1:0-Hot water/1-Heating/2-Cooling/3-Hot water+heating/4- Hot water+Cooling

H05=0:0-Hot water/1-Heating/3-Hot water+heating

 

DIGI1

 

1013

 

06

Water Tank Temp( Write in by Centralized Control when H37=1)  

double-byte

 

read/write

 

( according to centralized control)

 

TEMP1

 

 

 

 

 

 

1014

 

 

 

 

 

 

06

 

 

 

 

 

 

Allow heat pump get into defrost when D26=1

 

 

 

 

 

 

double-byte

 

 

 

 

 

 

read/write

 

 

 

 

 

 

0-not allow/1- allow

 

 

 

 

 

 

DIGI1

 

When D26=1 and needs to enter defrosting, the heat pump applies for defrosting first through address 2015 and then waits for the central controller to approve the defrost through address 1014. If it is still not approved for more than 8 minutes, the heat pump will forcibly enter defrost to prevent the frosting

 

1016

 

03/16

 

Manual Control

 

double-byte

 

read/write

bit0:Manual defrost(0-off 1-on) bit1:Mute flag bit (0-off 1-on)

bit2:A key manual heating (0-off 1-on)

 

DIGI1

1018 03/16 H01 Enable Power-off Memory double-byte read/write 0-no/1-yes DIGI1
1021 03/16 H05 Enable Cooling Function double-byte read/write 0-No/1-Yes DIGI1
1023 03/16 H07 Controller choice double-byte read/write 0-display control 1-remote control DIGI1
1024 03/16 H10 Unit address double-byte read/write 1~32 DIGI1
1025 03/16 H38 Language choice double-byte read/write
1028 03/16 H28 Heating/Cooling and Hot Water Function Enabled double-byte read/write 0-no/1-yes DIGI1
1029 03/16 H21 Temperature Unit double-byte read/write 0-℃/1-℉ DIGI1
1030 03/16 H22 Enable Silent Mode double-byte read/write 0-no/1-yes DIGI1
1031 03/16 A35 Electric Heater OFF Temp. Diff double-byte read/write 0-30℃ TEMP1
 

1032

 

03/16

 

H18

 

Electric Heater Stage

 

double-byte

 

read/write

1-Electric heater stage 1 2-Electric heater stage 2 3-Electric heater stage 3  

DIGI1

1033 03/16 H20 3-Way Valve Polarity double-byte read/write 0-ON on hot water mode/1-OFF on hot water mode DIGI1
1035 03/16 H25 Temp. Control Selection double-byte read/write 0-outlet water temp./1-room temp./2-buffer tank temp./3-inlet water temp. DIGI1
1036 03/16 H30 Enable Hydraulic Module double-byte read/write 0-no,1-yes DIGI1
1037 03/16 A03 Shutdown Ambient Temp. double-byte read/write -40.0~10.0℃ TEMP1
1038 03/16 A04 Antifreeze Temp. double-byte read/write A22~10.0℃ TEMP1
1043 03/16 A23 Min. Outlet Water Temp. Protect double-byte read/write -30~20℃ TEMP1
 

1044

 

03/16

 

A24

 

Excess Temp. Diff. Between Inlet and Outlet Temp.

 

double-byte

 

read/write

 

0~30℃

 

TEMP1

1045 03/16 H32 Force Switch Mode Time double-byte read/write 1~180min DIGI1
1047 03/16 D26 Enable Centralized Control Defrosting Function double-byte read/write 0-no/1-yes DIGI1
1048 03/16 H37 Water Tank Temp Source double-byte read/write 0-water tank temp. sensor/1-centralized controller DIGI1
1049 03/16 A31 Electric Heater On AT double-byte read/write -30~60℃ TEMP1
1050 03/16 A32 Electric Heater Delays Comp. On-Time double-byte read/write 10~999min DIGI1
1053 03/16 A22 Min. Antifreeze Temp. double-byte read/write -20℃~10℃ TEMP1
1055 03/16 A25 Minimum Evaporation Temp. of Cooling double-byte read/write -50℃~30℃ TEMP1
 

1056

 

03/16

 

A27

 

Temp. Diff. of Limiting Frequency

 

double-byte

 

read/write

 

-20~20℃

 

TEMP1

 

1057

 

03/16

 

A28

 

Temp. Diff. Between Outlet and DHW Temp.

 

double-byte

 

read/write

 

-20~20℃

 

TEMP1

1063 03/16 A33 Electric Heater Opening Temp. Diff double-byte read/write 0~20℃ TEMP1
1064 03/16 A34 Crank Preheating Time double-byte read/write 0~360min DIGI1
1087 03/16 F22 Enable Manual-control Fan Speed double-byte read/write 0-no/1-yes DIGI1
1089 03/16 F23 Rated DC Fan Motor Speed double-byte read/write 10~1300 DIGI1
1103 03/16 F25 Max. Fan Speed in Cooling double-byte read/write 10~1300 DIGI1
1104 03/16 F26 Max. Fan Speed in Heating double-byte read/write 10~1300 DIGI1
1105 03/16 D01 Ambient Temp. of Starting Defrosting double-byte read/write -37~45℃ TEMP1
1106 03/16 D02 Heating Operation Time Before Defrosting double-byte read/write 0~120min DIGI1
1107 03/16 D03 Interval Time Between Defrosting Cycles double-byte read/write 30~90min DIGI1
1108 03/16 D04 Exhaust Temp. Correction for Defrosting Cycle double-byte read/write 0~150℃ TEMP1
1109 03/16 D05-1 Defrosting Suction Pressure 1 double-byte read/write 0~45bar DIGI5
1110 03/16 D05-2 Defrosting Suction Pressure 2 double-byte read/write 0~45bar DIGI5
1111 03/16 D06 Defrosting Cycle Time Correction double-byte read/write 0~120min DIGI1
1112 03/16 D07 Ambient Temp. of Start Sliding Defrosting double-byte read/write -37~45℃ TEMP1
1113 03/16 D08 Suction Temp. of Start Sliding Defrosting double-byte read/write -37~45℃ TEMP1
1114 03/16 D09 Ambient Temp. of Stop Sliding Defrosting double-byte read/write -37~45℃ TEMP1
1115 03/16 D10 Suction Temp. of Stop Sliding Defrosting double-byte read/write -37~45℃ TEMP1
1116 03/16 D11 Min. Inlet Water Temp. of Defrosting double-byte read/write 4~65℃ DIGI5
1117 03/16 D12 Suction Pressure of Forced Defrosting double-byte read/write 0~45bar DIGI5
1118 03/16 D13 Heating Operation Time Before Forced Defrosting double-byte read/write 0~240min DIGI1
1122 03/16 D17 Coil Temp. of Exit Defrosting double-byte read/write -37~45℃ TEMP1
1124 03/16 D19 Max. Defrosting Time double-byte read/write 0~20min DIGI1
1125 03/16 D20 Defrosting Frequency double-byte read/write 30-90Hz DIGI1
1126 03/16 D21 Enable Electric Heater During Defrosting double-byte read/write (0-no/1-yes) DIGI1
 

1129

 

03/16

 

D24

Defrosting Water Tank Source When In Heating+DHW/Cooling+DHW Mode  

double-byte

 

read/write

0- don’t switch

1- DHW side( DHW tank)

2- Heating side( Buffer tank)

 

DIGI1

1131 03/16 E01 EEV Adjust Mode double-byte read/write 0-Manual/1-Auto/2-Smart DIGI1
1133 03/16 E03 EEV Initial Steps for Heating double-byte read/write 0~500N DIGI1
1138 03/16 E08 EEV Initial Steps for Cooling double-byte read/write 0~500N DIGI1
1139 03/16 E09 EVI EEV: Adjustment Mode double-byte read/write 0-Manual/1-Auto DIGI1
1140 03/16 E10 EVI EEV: Initial Steps double-byte read/write 0~500N DIGI1
1152 03/16 G01 Disinfection Water Temp. double-byte read/write 60~70℃ TEMP1
1153 03/16 G02 Time Duration of Disinfection double byte read/write 0~60min DIGI1
1154 03/16 G03 Disinfection Starting Time double byte read/write 0~23h DIGI1
1155 03/16 G04 Interval Period of Disinfection double byte read/write 1~30days DIGI1
1156 03/16 G05 Enable Disinfection double byte read/write 0-no/1-yes DIGI1
1157 03/16 R01 Domestic Hot Water / DHW Target Temp. double byte read/write R36-R37 TEMP1
1158 03/16 R02 Heating Target Temp. double byte read/write R10~R11 TEMP1
1159 03/16 R03 Cooling Target Temp. double byte read/write R08~R09 TEMP1
1160 03/16 R04 Temp. Diff. for Power-on in Heating double byte read/write 0~10℃ TEMP1
1161 03/16 R05 Temp. Diff. for Standby in Heating double byte read/write 0~10℃ TEMP1
1162 03/16 R08 Min. Cooling Target Temp. double byte read/write -30.0~R09 TEMP1
1163 03/16 R09 Max. Cooling Target Temp. double byte read/write R08~80.0 TEMP1
1164 03/16 R10 Min. Heating Target Temp. double byte read/write -30.0~R11 TEMP1
1165 03/16 R11 Max. Heating Target Temp. double byte read/write R10~99 TEMP1
 

1173

 

03/16

 

R35

 

Location of Electric Heater

 

double byte

 

read/write

0-no use/1-water loop heater /2-water tank heater/buffer tank heater  

DIGI1

1174 03/16 R06 Temp. Diff. for Power-on in Cooling double byte read/write 0.0~10.0℃ TEMP1
1175 03/16 R07 Temp. Diff. for Standby in Cooling double byte read/write 0.0~10.0℃ TEMP1
1176 03/16 R36 Min. DHW Target Temp. double byte read/write 0~R37℃ TEMP1
1177 03/16 R37 Max. DHW Target Temp. double byte read/write R36~75℃ TEMP1
1192 03/16 R39 AT for Auto-start Heating Mode double byte read/write 5~20℃ TEMP1
1195 03/16 R16 Temp. Diff. for Power-on in DHW double byte read/write 0~10℃ TEMP1
1196 03/16 R17 Temp. Diff. for Standby in DHW double byte read/write 0~10℃ TEMP1
1197 03/16 P01 Main Circulation Pump Operation Mode double byte read/write 0-Normal/1-Economic/2-Interval DIGI1
1198 03/16 P02 Interval Time double byte read/write 1~120min DIGI1
1199 03/16 P03 Operation Duration Time double byte read/write 1~30min DIGI1
1201 03/16 P05 DHW Pump Operation Mode double byte read/write 0-Normal/1-Economic/2-Interval DIGI1
1202 03/16 P06 Main Circulation Pump Manual Control double byte read/write 0-OFF/1-ON DIGI1
1203 03/16 P09 Interval Period of Enable Water Pump Protection Mode double byte read/write 0~30days DIGI1
1205 03/16 P10 Water Pump Speed double byte read/write 0-100%
1218 03/16 C01 Manual Comp. Frequency double byte read/write 0~120Hz DIGI1
1220 03/16 C03 Max. Comp. Frequency double byte read/write 30~120Hz DIGI1
1227 03/16 C10 Min. Comp. Frequency in Heating at Low Ambient Temp. double byte read/write 0~120Hz DIGI1
1228 03/16 R42 Max. Outlet Water Temp. in Heating double byte read/write 20~60℃ TEMP1
1231 03/16 R45 AT to Start Electric Heater Without Delay double byte read/write -50~20℃ TEMP1
1232 03/16 R46 Temp. Diff. between Max. DHW Target Temp. & Max. double byte read/write 0~15℃ TEMP1
1236 03/16 H36 Weather compensation function enables during heating double byte read/write 0-no,1-yes DIGI1
1239 03/16 R70 Target Room Temp. double byte read/write 5~27℃ TEMP1
1240 03/16 R71 Temp. Diff. for Power-on in Heating double byte read/write 0.1~3℃ TEMP1
1241 03/16 R72 Temp. Diff. for Standby in Heating double byte read/write 0.1~3℃ TEMP1
1242 03/16 R73 Temp. Diff. for Power-on in Cooling double byte read/write 0.1~3℃ TEMP1
1243 03/16 R74 Temp. Diff. for Standby in Cooling double byte read/write 0.1~3℃ TEMP1
1256 03/06 KG1 The first segment of timed on/off start time (high eight bits:

hours, low eight bits: minutes)

double byte read/write DIGI1
1257 03/06 KG2 The first segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1258 03/06 KG3 The second segment of time on/off start time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1259 03/06 KG4 The second segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1260 03/06 KG5 The third segment of time on/off start time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1261 03/06 KG6 The third segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1262 03/06 KG7 The fourth segment of time on/off start time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1263 03/06 KG8 The fourth segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1264 03/06 KG9 The fifth segment of time on/off start time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1265 03/06 KG10 The fifth segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1266 03/06 KG11 The sixth segment of time on/off start time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1267 03/06 KG12 The sixth segment of time on/off end time (high eight bits: hours, low eight bits: minutes)  

double byte

 

read/write

DIGI1
1268 03/06 KG13~K G28 bit0:whether the first timer switch is enabled on Monday bit1:Whether the first timer switch is enabled on Tuesday bit2:Whether the first timer switch is enabled on Wednesday

bit3:Whether the first timer switch is enabled on Thursday bit4:Is the first period of timer switch Friday enabled or not bit5:Is the first timer switch on Saturday enabled

bit6:Is the first timer switch on Sunday enabled bit7:Whether the first timer switch is enabled or not bit8:Whether the second timer switch is enabled on Monday

bit9:Whether the second timer switch is enabled on Tuesday

bit10:Whether the second timer switch is enabled on Wednesday

bit11:Whether the second timer switch is enabled on Thursday

bit12:Is the second period of the timer switch on Friday enabled bit13:Is the second period of the timer switch on Saturday enabled

bit14:Is the second period of the timer switch on/off Sunday enabled bit15:Whether the second timer is enabled or not

 

 

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

 

 

read/write

 

 

 

 

 

 

 

 

 

 

 

 

 

 

0-no/1-yes

DIGI1
1269 03/06 KG29~K G44 bit0:Whether the third timer switch is enabled on Monday bit1:Whether the third timer switch is enabled on Tuesday bit2:Whether the third timer switch is enabled on Wednesday

bit3:Whether the third timer switch is enabled on Thursday bit4:Is the third period of timer switch Friday enabled bit5:Is the third timer switch on Saturday enabled

bit6:Is the third period of timer switch on Sunday enabled bit7:Whether the third timer switch is enabled or not bit8:Whether or not the fourth timer switch is enabled on Monday

bit9:Whether or not the fourth timer is enabled on Tuesday bit10:Whether or not the fourth timer is enabled on Wednesday

bit11:Whether or not the fourth timer switch is enabled on Thursday

bit12:Is the fourth segment timer on/off Friday enabled bit13:Is the fourth segment timer switch on Saturday enabled

bit14:Is the fourth segment timer switch on/off Sunday enabled

bit15:Whether or not the fourth timer is enabled

 

 

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

 

 

read/write

 

 

 

 

 

 

 

 

 

 

 

 

 

 

0-no/1-yes

DIGI1
1270 03/06 KG45~K G60 bit0:Whether the fifth timer switch is enabled on Monday bit1:Whether or not the fifth timer switch is enabled on Tuesday

bit2:Whether or not the fifth timer is enabled on Wednesday

bit3:Whether or not the fifth timer is enabled on Thursday bit4:Is the fifth period of timer switch Friday enabled bit5:Is the fifth segment timer switch on Saturday enabled bit6:Whether the fifth timer switch is enabled on Sunday bit7:Whether the fifth timer is enabled or not

bit8:Is the sixth segment timer switch on Monday enabled bit9:Whether or not the sixth timer is enabled on Tuesday bit10:Whether or not the sixth timer is enabled on Wednesday

bit11:Whether or not the sixth segment timer switch is enabled on Thursday

bit12:Is the sixth segment timer on/off Friday enabled bit13:Is the sixth segment timer switch on Saturday enabled

bit14:Is the sixth period of the timer switch Sunday enabled

bit15:Whether or not the sixth timer is enabled

 

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

 

read/write

 

 

 

 

 

 

 

 

 

 

 

 

 

0-no/1-yes

DIGI1
2011 16 Unit state double byte read 0-off/1-on DIGI1
2012 16 Unit mode double byte read 0-cooling/1-heating/2-defrost/3-sterilize/4-hot water DIGI1
2013 16 Temperature value after limiting double byte read TEMP1
 

2014

 

16

Temperature value after weather compensation during heating  

double byte

 

read

 

TEMP1

2015 16 Apply for Centralized Control Defrosting Mode double byte read 0-no/1-defrosting mode available DIGI1
 

2018

 

16

 

O25

 

Load output( Water Tank Electric Heater)

 

double byte

 

read

 

0-off/1-on

 

DIGI1

 

 

 

 

 

 

 

 

 

 

 

 

2019

 

 

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

 

 

O01~023

 

 

 

 

 

 

 

 

 

 

 

 

Load output

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

read

 

bit0:O01 compressor output(0-OFF/1-ON) bit1:Reserved

bit2:O03 fan high speed output(0-OFF/1-ON) bit3:O04 fan low speed output(0-OFF/1-ON) bit4:O05 water pump output(0-OFF/1-ON) bit5:O06 hot water pump output(0-OFF/1-ON) bit6:O07 4 way valve 1(0-OFF/1-ON) bit7:O08 Electric heater stage 1(0-OFF/1-ON) bit8:O09 Electric heater stage 2(0-OFF/1-ON) bit9:O10 3 way valve(0-OFF/1-ON) bit10:O11 alarm output(0-OFF/1-ON) bit11:O12 Crankcase Heater

(0-OFF/1-ON)

bit12:O13 Pan heater(0-OFF/1-ON) bit13:O21 heating water pump(0-OFF/1-ON)

bit14:O22 Hydraulic module water loop electric heater(0-OFF/1-

ON)

bit15:O23 Hydraulic module DHW tank electric heater(0-OFF/1- ON)

 

 

 

 

 

 

 

 

 

 

 

 

DIGI1

2020 16 O15 EEV Steps double byte read 0~500N DIGI1
2022 16 O17 EVI EEV Steps double byte read 0~500N DIGI1
2029 16 T52 InputCurrent1 double byte read DIGI5 Current transformer 1
2030 16 T53 InputCurrent2 double byte read DIGI5 Current transformer 2
2031 16 T54 InputCurrent2 double byte read DIGI5 Current transformer 3
 

 

 

 

 

 

 

 

 

 

2034

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

S01~S10

 

 

 

 

 

 

 

 

 

 

Switch state

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

read

 

bit0:S01 High pressure switch (0-on/1-off) bit1:S02 Low pressure switch (0-on/1-off) bit2:S03 Water flow switch (0-on/1-off)

bit3:S04 Electric heater overheat switch (0-on/1-off)

bit4:S05 Remote ON/OFF(0-on/1-off) bit5:S06 Remote heating/cooling(0-on/1-off) bit6:S07 Hot water switch(0-on/1-off) bit7:Reserved

bit8:Reserved

bit9: Heating/cooling ON/OFF(0-on/1-off) bit10:Reserved

bit11:Reserved bit12:Reserved bit13:Reserved bit14:Reserved bit15:Reserved

 

 

 

 

 

 

 

 

 

 

DIGI1

2035 16 T40 Heating Returning Water Temp. double byte read real test value TEMP1 Only enable when connecting the hydraulic module
2036 16 T41 Heating Leaving Water Temp. double byte read real test value TEMP1 Only enable when connecting the hydraulic module
2037 16 T42 Mix Tube Outlet Water Temp. double byte read real test value TEMP1 Only enable when connecting the hydraulic module
2038 16 T43 DHW Returning Water Temp. double byte read real test value TEMP1 Only enable when connecting the hydraulic module
2039 16 T44 DHW Leaving Water Temp. double byte read real test value TEMP1 Only enable when connecting the hydraulic module
2042 16 T36 Phase Current of Compressor double byte read real test value DIGI5
2043 16 T37 DC Power Bus Voltage double byte read real test value DIGI1
2044 16 T38 IPM Temp.. double byte read real test value TEMP1
2045 16 T01 Inlet Water Temp. double byte read real test value TEMP1
2046 16 T02 Outlet Water Temp. double byte read real test value TEMP1
2047 16 T08 DHW Tank Temp. double byte read real test value TEMP1
2048 16 T04 Ambient Temp. (AT) double byte read real test value TEMP1
2049 16 T03 Coil Temp. double byte read real test value TEMP1
2051 16 T05 Suction Temp. double byte read real test value TEMP1
2052 16 T07 Buffer Tank Temp. double byte read real test value TEMP1
2053 16 T12 Exhaust Temp. double byte read real test value TEMP1
2055 16 T06 Antifreeze Temp. double byte read real test value TEMP1
2057 16 T35 AC Input Current double byte read real test value DIGI5
2058 16 T09 Room Temp. double byte read real test value TEMP1 Valid only if H25=1, now replaced by multi-zone control
2061 16 T33 IPM High Fault Temp. double byte read real test value TEMP1
2062 16 T34 AC Input Voltage double byte read real test value DIGI1
2063 16 T10 EVI Inlet Temp. double byte read real test value TEMP1
2064 16 T11 EVI Outlet Temp. double byte read real test value TEMP1
2065 16 T49 Evaporation temperature double byte read real test value TEMP1
2066 16 T50 Exhaust Superheat double byte read real test value TEMP1
2067 16 T51 Suction Superheat double byte read real test value DIGI5
2069 16 T15 Low Pressure double byte read DIGI5
2071 16 T30 Target Compressor Frequency double byte read real test value DIGI1
2072 16 T31 Operation Frequency of Compressor double byte read real test value DIGI1
2073 16 T32 Max. Frequency from Comp. Driver double byte read real test value DIGI1
2074 16 T27 Speed of Fan Motor 1 double byte read real test value DIGI1
2075 16 T28 Speed of Fan Motor 2 double byte read real test value DIGI1
2076 16 T29 Target Speed of Fan Motor double byte read real test value DIGI1
2077 16 T39 Water Flow Rate double byte read real test value DIGI9
2078 16 Power Consumption double byte read High 16 KW*h DIGI1 Energy consumption, in kW-h, is a

32-bit data, need to amount 2078 (high 16 bits) and 2079 (low 16

2079 16 power Consumption double byte read Low 16 DIGI1
 

 

 

 

 

 

 

 

 

2081

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

Failure 7

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

read

 

bit0: IPM overheat

bit1: compressor start failure bit2: compressor over currents bit3: Input voltage phase loss bit4: IPM current sampling fault

bit5: Overheat protection of drive board devices bit6: Pre-charge failure

bit7: DC busbar overvoltage bit8: DC bus undervoltage

bit9: AC input voltage undervoltage bit10: AC input overcurrent shutdown bit11: Input voltage sampling fault

bit12: DSP and PFC communication failure bit13: Drive plate temperature fault

bit14: DSP and communication board communication failure bit15: mainboard communication failure

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

2082

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

Failure 8

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

read

 

bit0: IPM overheat stop bit1:compressor default phase bit2:Reserved

Bit3: The input current sampling is faulty

bit4:Reserved bit5:Reserved bit6:EEPROM fault

bit7:Input voltage over limiting protection bit8:Reserved

bit9:Reserved bit10:Reserved bit11:Reserved bit12:Reserved bit13:Reserved bit14:Reserved

bit15:Compressor overspeed protection

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

2083

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

Failure 9

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

read

 

bit0: Voltage electromechanical current down frequency alarm bit1: Compressor weak magnetic protection alarm

bit2: Power unit overheating alarm bit3: Reserved

bit4: AC input current down alarm bit5: EEPROM failure warning bit6: Reserved

bit7: Burned E2 Prohibited start fault bit8: Reserved

bit9: Reserved bit10:Reserved bit11:Reserved bit12:Reserved bit13:Reserved bit14:Reserved bit15:Reserved

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

2084

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

Fault 10 ( fault of external drive fan )

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

read

 

Bit0:Reserved Bit1:Reserved Bit2:Reserved Bit3:Reserved Bit4:Reserved Bit5:Reserved Bit6:Reserved Bit7:Reserved

Bit8:Temperature sensor fault Bit9:IPM overtemperature protection

Bit10:IPM hardware overcurrent protection Bit11:Phase loss protection

Bit12:Current sampling fault Bit13:Start-up failure (zero speed) Bit14:Software Overcurrent Bit15:Overspeed protection

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

 

 

2085

 

 

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

 

 

Failure 1

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

read

 

 

bit0:Reserved bit1:Reserved

bit2:Heating return temp sensor failure(0-no/1-yes) bit3:Heating outlet water temp sensor failure(0-no/1-yes) bit4:High pressure protection(0-no/1-yes)

bit5:Low ambient temperature does not allow cooling protection(0-no/1-yes)

bit6:Low pressure protection(0-no/1-yes) bit7:Defrost flow shortage warning(0-no/1-yes) bit8:water flow protection(0-no/1-yes)

bit9:Electric heating overload protection(0-no/1-yes) bit10:Winter first class anti-freeze protection(0-no/1-yes) bit11:Winter second class anti-freeze protection(0-no/1-yes) bit12:anti-freeze protection(0-no/1-yes)

bit13:Reserved

bit14:Room temp failure(0-no/1-yes) bit15:Reserved

 

 

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

2086

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

Failure 2

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

read

bit0:Exhaust temperature overprotection(0-no/1-yes) bit1:Reserved

bit2:Reserved

bit3:Fan 1 overload speed limit(0-no/1-yes) bit4:Fan 2 overload speed limit(0-no/1-yes)

bit5:The temp difference of inlet water and outlet water over large protection (0-no/1-yes)

bit6:Outlet water over heat (0-no/1-yes)

bit7:Mixing outlet water temp sensor failure(0-no/1-yes) bit8:Hot water return temp sensor failure (0-no/1-yes) bit9:Hot water outlet water temp sensor failure(0-no/1-yes) bit10:Reserved

bit11:Reserved bit12:Reserved bit13:Reserved bit14:Reserved bit15:Reserved

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

2087

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

Failure 3

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

read

 

bit0:Reserved bit1:Reserved bit2:Reserved bit3:Reserved

bit4:high pressure protection 3 times(0-no/1-yes) bit5:Reserved

bit6:low pressure protection 3 times(0-no/1-yes) bit7:Reserved

bit8:water flow protection 3 times(0-no/1-yes) bit9:Electric heating protection 3 times(0-no/1-yes) bit10:Reserved

bit11:Reserved

bit12:Anti-freeze protection 3 times(0-no/1-yes) bit13:Reserved

bit14:Reserved bit15:Reserved

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

 

2088

 

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

 

Failure 4

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

read

bit0:Discharge overheat protection 3 times(0-no/1-yes) bit1:Reserved

bit2:The temp difference of inlet water and outlet water temp over large 3 times(0-no/1-yes)

bit3:The outlet water temp too lower 3 times(0-no/1-yes) bit4:Outlet water over-temp protection 3 times(0-no/1-yes) bit5:Reserved

bit6:Reserved bit7:Reserved bit8:Reserved bit9:Reserved bit10:Reserved bit11:Reserved bit12:Reserved bit13:Reserved bit14:Reserved bit15:Reserved

 

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

 

 

2089

 

 

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

 

 

Failure 5

 

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

 

read

 

 

bit0:Inlet water temp failure(0-no/1-yes) bit1:Outlet water temp failure(0-no/1-yes) bit2:Coil temp failure(0-no/1-yes) bit3:Ambient temp failure(0-no/1-yes) bit4:Suction temp failure(0-no/1-yes) bit5:Anti- freeze temp failure(0-no/1-yes)

bit6:The coil outlet water temp sensor failure (0-no/1- yes)(reserved)

bit7:System 1 buffer tank temperature sensor fault (0-no/1-yes) bit8:Reserved

bit9:EVI inlet temp failure(0-no/1-yes) bit10:EVI outlet temp failure(0-no/1-yes) bit11:discharge temp failure(0-no/1-yes) bit12:Reserved

bit13:Syetem 1 pressure sensor failure(0-no/1-yes) bit14:low ambient temp failure(0-no/1-yes) bit15:Outlet temp too low protection(0-no/1-yes)

 

 

 

 

 

 

 

 

 

 

 

 

DIGI1

 

 

 

 

 

 

 

 

 

 

 

2090

 

 

 

 

 

 

 

 

 

 

 

16

 

 

 

 

 

 

 

 

 

 

 

Failure 6

 

 

 

 

 

 

 

 

 

 

 

double byte

 

 

 

 

 

 

 

 

 

 

 

read

 

bit0:Reserved bit1:Reserved bit2:Reserved bit3:Reserved bit4:Reserved bit5:Reserved bit6:Reserved bit7:Reserved

bit8:Hot water temp failure(0-no/1-yes) bit9:Reserved

bit10:Reserved

bit11:Fan 1 failure(0-no/1-yes) bit12:Fan 2 failure(0-no/1-yes)

bit13:Communication failure(main board with fan motor module board)(0-no/1-yes)

bit14:Communication failure with hydronic module bit15:Communication failure(main board with fan motor 2 module board)(0-no/1-yes)

 

 

 

 

 

 

 

 

 

 

 

DIGI1

2130 16 T46 External Fan Motor Driver IPM Temp. double byte read DIGI5
2131 16 T47 External Fan Motor Driver Power double byte read DIGI1
2132 16 T48 Exernal Fan Motor Driver Current double byte read DIGI6
2133-2180 16 Reserved double byte read

IMPORTANT NOTICE

PRODUCT REGISTRATION & EXTENDED WARRANTY

Extended Warranty Requirements

  • Project/Equipment Registration
  • Active SpacePak Certified Contractor Status at Time of Installation

To visit the Product Registration Page, click or scan the QR code.

solstice-CC32-WIFI-Module-FIG-17

Are You Certified?

  • Check our Contractor Locator map to find out.

Benefits of Becoming a SpacePak Certified Contractor:

  • Local Leads
  • Listed on SpacePak Website
  • Sales & Marketing Support
  • Pre-Sale Application Support & Load Calculations
  • Extended Warranty

SpacePak Offers Factory Authorized Training for Certification On:

  • Small Duct High-Velocity Equipment
  • Air-to-Water Heat Pump & Hydronic Equipment

Available Training Certification – Methods Include:

  • Online Webinar Training
  • Local Field Training
  • Corporate Headquarters Factory Training

For All Training Inquiries, Contact Your Local Spacepak Manufacturers Representative: https://www.spacepak.com/RepLocator

Limited Warranty Statement
SpacePak “Solstice Inverter”* Series Air to Water Heat Pumps

Subject to the terms and conditions of this Limited Warranty Statement (the “Limited Warranty”), SpacePak warrants to the original purchaser of the “Solstice Inverter” Series that:

  1. The parts are warranted for two (2) years to the original owner of the System (as such term is defined in part (4) below). If any parts should prove defective due to improper workmanship and/or material for two (2) years from the date of installation, SpacePak will replace any defective part without charge for that part. Replacement parts are warranted for the remainder of the original 2-year warranty period. Parts used as replacement may be of like kind and quality and may be new or remanufactured. Defective parts must be available for SpacePak in exchange for the replacement parts and become the property of SpacePak.
  2. The compressor is warranted for five (5) years to the original owner of the System. If the compressor should prove defective due to improper workmanship and/or material for five (5) years from the date of installation, SpacePak will replace the defective compressor without charge for the compressor. Replacement compressors are warranted for the remainder of the original 5-year warranty period. Compressors used for replacement may be of like kind and quality and may be new or remanufactured. Defective compressors must be made available to SpacePak in exchange for the replacement compressor and become the property of SpacePak.
  3. Notwithstanding the foregoing, if the System is installed in a residential single-family home by a SPACEPAK CERTIFIED CONTRACTOR the parts will be warranted for five (5) years and the compressor will be warranted for ten (10) years, to the original owner, so long as the original owner resides in the home. Specifically, if any parts and/or the compressor should prove defective due to improper workmanship and/or material for the period listed above from the date of installation, SpacePak will replace any defective parts or compressor without charge for the part or compressor. The replacement parts and/or compressor are warranted for the remainder of the original warranty period. Parts and/or compressors used for replacement may be of like kind and quality and may be new or remanufactured. Defective parts and/or compressors must be made available to SpacePak in exchange for the replacement parts and become the property of SpacePak.
  4. For purposes of this Solstice Inverter” Series Limited Warranty, as used herein, the term “System” shall mean the Solstice
    Inverter outdoor and indoor components connected via refrigerant piping and electrical wiring purchased on or after
    February 1, 2021, (i) sold from a licensed HVAC representative of SpacePak (and not an unauthorized third party) to the original owner, (ii) installed by such contractor in accordance to local and National regulations in the continental U.S.,
    Alaska, Hawaii, and Canada; and (iii) registered on SpacePak’s website located at www.SpacePak.com/warranty)

For any Solstice equipment that is non-inverter, please refer to the warranty located in the equipment’s original installation manual.
SpacePak Small Duct High-Velocity Air Handlers and Hydronic Fan Coils

Subject to the terms and conditions of this Limited Warranty Statement (the “Limited Warranty”), SpacePak warrants to the original purchaser of the Small Duct High-Velocity Air Handlers and hydronic fan coils that:

  1. The parts are warranted for one (1) year to the original owner of the System (as such term is defined in part (3) below). If any parts should prove defective due to improper workmanship and/or material for one (1) year from the date of installation, SpacePak will replace any defective part without charge for that part. Replacement parts are warranted for the remainder of the original 1-year warranty period. Parts used as replacement may be of like kind and quality and may be new or remanufactured. Defective parts must be available for SpacePak in exchange for the replacement parts and become the property of SpacePak.
  2. Notwithstanding the foregoing, if the System is installed in a residential single-family home by a SPACEPAK CERTIFIED CONTRACTOR the parts will be warranted for five (5) years, to the original owner, so long as the original owner resides in the home. Specifically, if any parts should prove defective due to improper workmanship and/or material for the period listed above from the date of installation, SpacePak will replace any defective parts or compressor without charge for the part or compressor. The replacement parts are warranted for the remainder of the original warranty period. Parts used for replacement may be of like kind and quality and may be new or remanufactured. Defective parts must be made available to SpacePak in exchange for the replacement parts and become the property of SpacePak.
  3. For purposes of this Small Duct High-Velocity Air Handlers and hydronic fan coils limited warranty, as used herein, the term “System” shall mean the “SpacePak Small Duct High-Velocity Air Handlers, hydronic fan coils purchased on or after February 1, 2021, (i) sold from a licensed HVAC representative of SpacePak (and not an unauthorized third party) to the original owner, (ii) installed by such contractor in accordance to local and National regulations in the continental U.S., Alaska, Hawaii, and Canada; (iii) registered on SpacePak’s website located at www.SpacePak.com/warranty); and (iv) comprised of SpacePak original components or SpacePak certified components. TO THE EXTENT THAT NON-SPACEPAK OR NON-SPACEPAK CERTIFIED COMPONENTS ARE UTILIZED IN THE SYSTEM, ALL WARRANTIES SHALL NOT BE APPLICABLE.

SpacePak Buffer Tanks
The “Manufacturer” warrants to the original owner at the original installation site that the Hydronic Buffer Tanks (the “Product”) will be free from defects in material or workmanship for a period not to exceed ten (10) years from the startup, provided the product is installed under the manufacturer’s installation instructions. If upon examination by the Manufacturer the Product is shown to have a defect in material or workmanship during the warranty period, the Manufacturer will repair or replace, at its option, that part of the Product which is shown to be defective.

The following items apply to each Limited Warranty offered by SpacePak

  • NO LABOR. Each Limited Warranty offered by SpacePak does NOT include labor or any other costs incurred for service, maintenance, repair, removing, replacing, installing, complying with local building and electric codes, shipping or handling, or replacement of the System/Products, compressors or any other parts. For items that are designed to be maintained or replaced by the original owner, the original owner is solely responsible for all labor and other costs of maintaining, installing, replacing, disconnecting or dismantling the System/ Products and parts in connection with owner-required maintenance. Please consult the applicable technical documentation for regularly suggested maintenance procedures.
  • PROPER INSTALLATION. This Limited Warranty applies only to Systems/Products that are sold by SpacePak HVAC representatives, installed by contractors who are licensed for HVAC installation under applicable local and state law, and who install the Systems/Products per (i) all applicable building codes and permits: (ii) SpacePak’s installation and operation instructions: and (iii) good trade practices.
  • BEFORE REQUESTING SERVICE, please review the applicable technical documentation to ensure proper installation and correct customer control adjustment for the System/Products. If the problem persists, please arrange for warranty service.

TO OBTAIN WARRANTY SERVICE

  • Contact the licensed contractor who installed the System/Products or the nearest licensed contractor, dealer, or distributor (whose name and address may be obtained on our website at www.SpacePak.com of any defect within the applicable warranty period.
  • Proof of the installation date by a licensed contractor is required when requesting warranty service. Present the sales receipt, building permit or other document which establishes proof and date of installation. In the absence of acceptable proof, this Limited Warranty shall be deemed to begin one hundred twenty (120) days after the date of manufacture stamped on the System/Products.
  • This Limited Warranty applies only to System/Products purchased on or after February 1, 2021 while the System/Products remains at the site of the original installation, and only to locations within the continental United States, Alaska, Hawaii and Canada.
  • Shipment, to the Manufacturer, of that part of the Product thought to be defective. Goods can only be returned with prior written approval from the Manufacturer. All returns must be freight prepaid. Determination, in the reasonable opinion of the Manufacturer, that there exists a defect in material or workmanship.
  • THIS LIMITED WARRANTY DOES NOT COVER: property damages, malfunction or failure of the System/ Products or personal injury caused by or resulting from (a) accident, abuse, negligence or misuse; (b) operating the System/Products in a corrosive or wet environment, including those containing chlorine, fluorine or any other hazardous or harmful chemicals or environmental factors, including sea- or salt-water; (c) installation, alteration, repair or service by anyone other than a licensed contractor or other than according to the manufacturer’s instructions; (d) improper matching of System/Products components; (e) improper sizing of the System/Products; (f) improper or deferred maintenance contrary to the manufacturer’s instructions; (g) physical abuse to or misuse of the System/Products (including failure to perform any maintenance as described in the Operation manual, or any System/ Products damaged by excessive physical or electrical stress; (h) System/Products that have had a serial number or any part thereof altered, defaced or removed; (i) System/Products used in any manner contrary to the Operation Manual; (j) freight damage; or (k) events of force majeure or damage caused by other external factors such as lightning, power surges, fluctuations in or interruptions of electrical power, rodents, vermin, insects, or other animals- or pest-related issues.
  • THIS LIMITED WARRANTY ALSO EXCLUDES: (a) SERVICE CALLS WHERE NO DEFECT IN THE SYSTEM/ PRODUCTS COVERED UNDER THIS WARRANTY IS FOUND: (b) System/Product installation or set-ups; (c) Adjustments of user controls; (d) System/Products purchased or installed outside the continental United States, Alaska, Hawaii, and Canada; or (e) System/Products purchased or installed before February 1, 2021. Consult the operating instructions for information regarding user controls.

Documents / Resources

solstice CC32 WIFI Module [pdf] User Manual
HW MXL257 82400137, 82400138, CC32 WIFI Module, CC32, WIFI Module, Module

References

Leave a comment

Your email address will not be published. Required fields are marked *