SYCLOPE COOLTouch® Controller for Cooling tower managements (Part 3) w Communication programming instructions Reference: DOC0486 Rev: 1.
General information Page 2/40 Part of the general documentation Part 1: Installation and starting instructions Part 2: General programming instructions ► Part 3: Communication programming instructions General information: SYCLOPE Electronique 2021® Manual of 25/05/2021 Rev 1.1 Analysers/Controllers for swimming pools. Product line COOLTouch® Part 3: Communication programming instructions (Ref: DOC0486) Editor: SYCLOPE Electronique S.A.S. Z.I.
Contents Page 3/40 Contents I. Generality............................................................................................................................................4 Scope ........................................................................................................................................... 4 FCC conformity .............................................................................................................................. 5 Use of the document ..............
Contents I. Page 4/40 Generality Scope The range of SYCLOPE COOLTouch® controller you have purchased is a high-tech electronic device for the complete management of cooling tower (air/water coolers) and the risks related to the legionella. Its remarkable adaptability to the various structures of cooling towers enables him to settle in all the difficult cases where the control of the process and the water treatment in a cooling tower are decisive.
Generality Page 5/40 FCC conformity The SYCLOPE COOLTouch® controller complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference (2) this device must accept any interference received, including interference that may cause undesired operation FCC Regulations state that unauthorized changes or modifications to this equipment may void the user’s authority to operate it.
Generality Page 6/40 Use of the document Please read carefully the entire document before starting the installation and the commissioning of the controller device, in order to ensure the safety of swimmers, users and equipment’s. The information provided in this document must be strictly observed. SYCLOPE Electronique S.A.S. declines all responsibility in cases where failure to comply with the instructions of this documents.
Generality Page 7/40 Storage and transport It is important to store and to transport the SYCLOPE COOLTOUCH controller in its original packaging in order to minimize risk of damage. Furthermore, the package must be stored in an environment that is protected against humidity and exposure to chemical products. Environmental conditions for transport and storage: Temperature: -10 °C à 70 °C Air humidity: Maximum of 90% with no condensation Packaging The device is delivered without power cable.
Safety and environmental instructions Page 8/40 II. Safety and environmental instructions Please: Read this manual carefully before the unpacking, the installing or the commissioning of this equipment Take into account all the hazards and of recommended precautionary measures The failure to respect these procedures can result in serious injury to users or damaging the device.
Safety and environmental instructions Page 9/40 Identification and location of nameplate 1 2 15 9 10 8 14 3 4 5 6 7 12 11 13 1 Manufacturer’s label 2 Model of the product / Trade Mark 10 Product which can be recycled 3 Reference of the product 11 UKCA approved 4 Range of power supply 12 CE approved 5 Values of maximum current 13 Country of manufacture 6 Class of protection 14 Manufacturer square code 7 Identification of the manufacturer 15 FCC ID 8 Serial number 9 P
RS485 communication bus connections III. Page 10/40 RS485 communication bus connections COOLTouch® has an RS485 communication port to connect it to a computer equipped with a 485 port and communication software to record the measurement values, alarms and different states of the device. Connection to a computer USB port Use a 3-wire cable. Pass the cable through a cable gland. Wire AA’ (n°3) of USB/485 converter to RS485 (A) (31).
RS485 communication bus connections Page 11/40 Polarization and termination of the RS485 bus The bus can be polarized from your device if necessary. To do this you must switch the two micro-switches (Pol. RS+ (A) and Pol. RS-(B)) of the electronic card in ON position. If your device is the last on the line on the RS485 bus you can switch the Term. RS switch on ON to activate line termination.
RS485 communication bus connections Page 12/40 Connection of the Ethernet Modem Install the Ethernet modem socket in the space provided, pass the network cable through the cable gland and connect the wires as shown below.
SYCLOPE COOLTOUCH setting Page 13/40 IV. SYCLOPE COOLTOUCH® setting To connect the SYCLOPE COOLTOUCH® on the bus, the RS485 communication of COOLTOUCH and other systems, connected on the same bus, must be the same. « Communication configuration » menu - « COMMUNICATION » [0731] MENU Press then and SETUP to open the following screen.
SYCLOPE COOLTOUCH setting a) Page 14/40 Modbus Configuration [1731] Press to open following screen. MODBUS Modbus settings Modbus over RS485 Mode Modbus TCP RTU Speed 19200 Parity None Stop bit(s) 2 Address 1 Port 502 Simultaneous connection(s) Peripheral Pseudo address 1 WIFI 255 Modbus sur RS485 Mode RTU - Speed 19200 - Selection of the Modbus communication parity, on this selection button we find the information of the selected parity (None). Press to change it.
SYCLOPE COOLTOUCH setting Page 15/40 Modbus TCP Port 520 - Simultaneous connection(s) 1 - Selection of the number of simultaneous Modbus connection(s), on this selection button we find the number of simultaneous connection (1). Press to change it. Peripheral WIFI - TCP port selection, on this selection button we find the information of the selected port (520). Press to change it.
SYCLOPE COOLTOUCH setting b) Page 16/40 WIFI configuration [2731] Press to open following screen. WIFI Wifi settings WIFI enabled SSID Security Disabled DHCP Enabled DNS Automatic IP Address Mask Key 0.0.0.0 255.255.255.0 Gateway Preferred DNS Auxiliary DNS 0.0.0.0 8.8.8.8 8.8.4.4 Connection test WIFI Enabled - Activation of the WIFI integrated in your regulator. When the box is checked the WIFI module is activated. Press it to change its state.
SYCLOPE COOLTOUCH setting Page 17/40 Security Disabled - Selection of type of security key by your WIFI network, on this selection button we find the information of the selected type (Disabled). Press to change it. When selecting a network using the search window for available networks, the network security mode is automatically selected.
SYCLOPE COOLTOUCH setting Page 18/40 WIFI configuration test Connection test Press the button to open the test window Connection phases, module initialization and connection request on the selected network. WiFi module initialization… Connection request on the network… CANCEL CANCEL When the connection is successfully completed, the icon is displayed in green and the IP address assigned to the WIFI is displayed. Successfully connected. 192.168.1.
SYCLOPE COOLTOUCH setting c) Page 19/40 Ethernet configuration [3731] Press to open the following screen. ETHERNET TCP/IP settings DHCP Activated IP address Mask Gateway Auxiliary DNS 8.8.4.4 0.0.0.0 Choice of the DHCP configuration of your network. Press it to ACTIVATE / DEACTIVATE DNS. If your disable DHCP you must enter the fixed IP address of your regulator. Press to open the numeric keyboard and enter the desired value. If you disable DHCP you must enter the subnet mask of your network.
SYCLOPE COOLTOUCH setting Preferred DNS 8.8.8.8 - Page 20/40 If the DNS management isn’t automatic, you must enter the IP address of the primary DNS. Press to open the numeric keyboard and enter the desired value. Auxiliary DNS 8.8.4.4 - If the DNS management isn’t automatic, you must enter the IP address of the Auxiliary DNS. Press to open the numeric keyboard and enter the desired value.
SYCLOPE COOLTOUCH setting d) Page 21/40 Internet & Web Server configuration [4731] i. Configuration Press to open the following screen. INTERNET WEB SERVEUR Web settings WIFI Embedded Web Server ETHERNET 8080 Port Programming password Automatic time setting WIFI ETHERNET Customize NTP server # 1 Customize NTP server # 2 Embedded Web Server - ETHERNET Check the « WIFI » or « ETHERNET » box to activate the Embedded Web Server.
SYCLOPE COOLTOUCH setting Page 22/40 Customize NTP server #1 - Your regulator already has an SNTP server address. You can however customize the servers used for the setting and enter the first address here. Customize NTP server #2 - When setting if server #1 cannot be reached, your regulator will make an attempt to this second server if the box is checked and the address is entered. ii.
SYCLOPE COOLTOUCH setting Page 23/40 Click on it to display the window below where you must enter the password you entered in the “Web Settings”. Enter the password Use your computer’s numeric keyboard to enter the password entered in the “Web Settings”. Once you have entered and validated the password new information will appear on the web page. E01 : Water Volume 50 E02 : Conductivity E03 : Temperature 1905 µs/cm l Bleed Biocide A 21.
SYCLOPE COOLTOUCH setting Page 24/40 Example : Mini window Large window switch Large window E02 : Conductivity 1905 Type of measurement Small window switch Type of measurement µs/cm Measured value & Unit Measured value & Unit Setpoint OFF => not modifiable Servitude notifications area Adjustable high and low alarms E02 : Conductivity 1905 µs/cm Setpoint : OFF 2000 µs/cm 600 µs/cm Servitude notifications area If Setpoint is entered on your regulator so it’s modifiable on web page.
SYCLOPE COOLTOUCH setting e) Page 25/40 MYSYCLOPE configuration [5731] Press to open the following screen. MYSYCLOPE Mysyclope configuration Server address www.mysyclope.com Port 18882 Remote code Connection 1234 Any APN for gsm connection Server address www.mysyclope.com - Port 18882 - Entering the TCP connection port to mysyclope site. Here the connection port is (18882). Press to open the alphanumeric keyboard and enter the desired value.
SYCLOPE COOLTOUCH setting Page 26/40 APN for gsm connection --- If you select a connection with a GSM modem you will have to enter the APN code of your data card here. Press to open the alphanumeric keyboard and enter the desired value. Save: When a modification is made, the « Save » button appears (floppy disk icon), you have to press it to save your configuration.
SYCLOPE COOLTOUCH setting f) Page 27/40 Ethernet Modem configuration [6731] Inactive.
SYCLOPE COOLTOUCH setting g) MODBUS SLAVES Page 28/40 Modbus Slave configuration |7731] Press to open the following screen. Slaves configuration Slave type CONTROLLER Address 1 Test Slave type NO Address 1 Test Slave type NO Address 1 Test Slave type NO Address 1 Test - Slave type CONTROLLER Selection of the type of slave connected on the RS485 bus, on this selection button we find the information of the selected type (CONTROLLER). Press to change it.
SYCLOPE COOLTOUCH setting h) Page 29/40 Communication info [8731] Press to open the following screen. COMMUNICATION INFO Communication info SSID : SYCLOPE-Etage State : Connected Signal : Good State : Searching Link : DOWN Signal : DOWN Unique ID 00:00:F3:EB:35:E5 Host Name COOL_W194120973 DHCP Activated OUI IP address 10.10.1.90 Mask 255.255.255.0 Gateway 10.10.1.200 DNS 1 10.10.1.100 DNS 2 10.10.1.
SYCLOPE COOLTOUCH setting Page 30/40 SSID : SYCLOPE-Electronique State : Connected Signal : Good Unique ID 00:00:F3:EB:35:E5 COOL _W194120972 Host Name DHCP Activated OUI IP address 10.10.1.2 Mask 255.255.255.0 Gateway 10.10.1.200 DNS 1 10.10.1.100 DNS 2 10.10.1.
SYCLOPE COOLTOUCH setting Page 31/40 GSM Socket version Pin code status DATA network connection status Signal level PIN : PIN OK State : Connected Signal : Medium Name of the operator to which the chip is connected Programmed APN Network : F SFR APN : m2minternet Modbus - Reminder of the Modbus configuration. WebServer - Not available for the moment. Mysyclope - Reminder of the configuration and state of the connection.
Modbus communication register Page 32/40 V. Modbus communication register 1) Address of Modbus registers The registers are numbered in accordance with the Modbus standard. These are “HOLDINGS REGISTER” on the range of registers from 40001 to 49999. Some software and Modbus controllers use an address from 0 to 65535. Modbus register 40001 therefore corresponds to Modbus address 0, register 40002 corresponds to address 1 and so on and so forth.
Modbus communication register Page 33/40 r r r r r r r r r r r r r r r r r r r r r r r r r r r r r BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL DWORD 41088 41089 41090 41091 41092 41093 41094 41095 41096 41097 41098 41099 41100 41101 41102 41103 41104 41105 41106 41107 41108 41109 41110 41111 41112 41113 41114 41115 41150 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 state_HI13 state_HI14 state_H
Modbus communication register Page 34/40 rw rw r rw r rw rw rw r rw r rw rw REAL DWORD REAL REAL REAL REAL REAL DWORD REAL REAL REAL REAL REAL sensor_RI1_value sensor_RI2_value sensor_AI1_value sensor_AI2_value sensor_SI1_value sensor_SI2_value sensor_KI1_value sensor_KI2_value sensor_MI1_value sensor_MI2_value r r r r r r r r r r REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL device r 41311 41351 41353 41355 41357 41359 41361 41401 41403 41405 41407 41409 41411 2 2 2 2 2 2 2 2 2 2 2 2 2 param
Modbus communication register Page 35/40 Relays 46301 46401 46501 46601 46701 46801 58 58 58 58 58 58 relay_PO1 relay_FO1 relay_FO2 relay_FO3 relay_FO4 relay_RO1 r r r r r r STRUCT STRUCT STRUCT STRUCT STRUCT STRUCT PO1 relay states and value FO1 relay states and value FO2 relay states and value FO3 relay states and value FO4 relay states and value RO1 relay states and value 4…20mA Outputs 47801 47826 18 18 (1) (2) iout_AO1 iout_AO2 r r STRUCT STRUCT States and value of the output 4…20mA AO1 St
Modbus communication register Page 36/40 REG(41092) = 0x3B17 REG(41092) = 0x553E ParamState “dword” uses 2 registers and allow to code a 32-bit integer or bit field.
Notes Page 37/40 NOTES Communication programming instructions
Communication programming instructions
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