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Summary of Contents for Carel WS01U01M00
- Page 1 Wireless sensors For monitoring environmental conditions and managing single-phase electrical loads • Temperature • Humidity • Light • Plugs • Switches User manual I n t e g r a t e d C o n t r o l S o l u t i o n s & E n e r g y S a v i n g s...
- Page 3 The technical specifications shown in the manual may be changed without prior warning. Important warning!!! The liability of CAREL in relation to its products is specified in the CAREL general contract conditions, available on the website www.carel.com and/or by specific agreements with customers; specifically, to the extent where allowed...
- Page 4 “Wireless probes” +0300030EN - rel. 1.5 - 20.02.2020...
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Page 5: Table Of Contents
Terminology ............................9 CI Pulse Counter electrical connections ...................33 Advantages of the wireless system ....................9 Connection example ........................33 Type of Carel wireless network (MESH) ...................11 General features of the system ......................12 8. AP ACCESS POINT Using the Router ..........................12 Main functions ..........................34 General notes ...........................12... - Page 6 13. RTM SE HANDHELD 13.1 General Features..........................53 13.2 Operating modes ..........................53 13.3 Main menu ............................53 13.4 Scan Energy ............................53 13.5 Scan Networks ..........................54 13.6 Scan Connection ..........................54 13.7 Unbinding ............................54 13.8 Ping test ............................54 13.9 Network commands ........................54 13.10 “View Mode” menu ..........................55 13.11 “Open Network”...
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Page 7: Wireless Monitoring Devices Energy Consumption Measurement
30 Sensors in the network. There can be a maximum of 60 Routers in The CAREL rTM SE system can be used in all industrial and trade businesses the wireless network, 48 of which are visible to the supervisor. The Access... -
Page 8: Codes
1.2 Codes Code Model Features Power supply WS01U01M00 BP SE sensor Temp. for showcases Battery WS01U01M01 BP SE sensor (Multiple-pack 20pz) Temp. for showcases Battery WS01W02M00 EP SE sensor Temp. for cold rooms or showcases Battery WS01G01M00 SA sensor Room temp./humid. -
Page 9: Terminology
rTM Plug Francese rTM Plug Inglese rTM Plug Italiano rTM Plug Tedesco Switch universale Terminology Wireless Wireless means “without wires”, in contrast to the term wired. Wireless network Communications system (series of devices, appliances, methods and protocols) for the transmission of information via radio, typically radio- frequency technology used instead of wired connections, making the systems particularly flexible. - Page 10 Velocity Consumption Fig. 1.a All brands and names shown in the diagram are registered trademarks and the property of their respective owners. Advantages of working at 2.4 GHz Band of frequencies No. of channels Data parameters Symbol rate Bit rate Mapping 868-868.6 MHz 20Kbit/s...
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Page 11: Type Of Carel Wireless Network (Mesh)
1.5 Type of Carel wireless network (MESH) Legenda: ZigBee Coordinator - ZigBee End-Device: ZigBee Router-Bridge (R) Access point (AP) Sensors BP and EP (S) RS 485 ModBus Fig. 1.b Example of a Mesh network The MESH layout, used in the wireless sensor system for refrigeration between... -
Page 12: General Features Of The System
1.9 Reference standards Maximum HOP levels: 7 (hops). Maximum number of wireless network devices: The Carel wireless sensors have been tested in accordance with the following • 30 for each Access Point (with 1 Router up to 60 units); standards: •... -
Page 13: List Of Sensor System Variables (Alphabetical Order)
1.11 List of sensor system variables Name Description MODE_AUTO_TRESH Defines a threshold in °C below which the procedure (alphabetical order) for the automatic recognition of the type of showcase is activated. Name Description MODE_PARAM Defines the values to be assigned or auto-assigned for the ADD_HIGH_T_DELAY If when a high temperature is measured the “door open”... -
Page 14: Functions Implemented And Supervisor Variables Available
In emergency situations a new ID can be assigned (limited to the range from procedure. • 16 to 99) using a magnet (e.g. magnetic screwdriver Carel code 0000000722), Move switch SW2 back down. as follows: Yellow... -
Page 15: Sensor Activation
RESET sensor and assign default serial address (=127) Reset procedure Green ON (approx. 2..3s) Reset sensor plus return and assign default serial address to default (approx. 6..7s) yellow (approx. To restore the sensor serial address to the default value, proceed as follows: serial address 2..3s) yellow flashing (depends... -
Page 16: Technical Specifications
Disposal observe local legislation for the disposal of threshold. electrical material Product code WS01U01M00 - Wireless sensor ver. BP SE IP65 Default values for the modes settable for the MODE_PARAM -40 to 50°C parameter WS01U01M01 Multiple pack of 20 WS01U01M00 sensors... -
Page 17: List Of Param. And Variables, Bp Se Sensor
2.5 List of param. and variables, BP SE Sensor Below is the table of supervisor parameters for the BP SE Sensor. Modbus registers Name Description Def. “Type R/W” ‘CMD_PASSW_1’ ‘Command Password (1)’ 65535 ‘TRANSM_CYCLE’ ‘TX data cycle time’ 3600 ‘HI_TEMP_TRESHOLD’ ‘Threshold high Temp. -
Page 18: Replacing The Battery In The Bp Se Sensor
2.8 Replacing the battery in the BP SE Sensor Rules for disposing of the battery Do not dispose of the product as municipal waste; it must be disposed of The case of the BP SE wireless sensor has been designed to provide high through specialist waste disposal centres. -
Page 19: Ep Se, Sa, Si Sensors And Ci Pulse Counter
3. EP SE, SA, SI SENSORS AND CI PULSE COUNTER This section provides all the information common to the devices whose serial ID is configured by dipswitch. Refer to the specific instructions for each device. EP SE SA Sensor SI Sensor CI Pulse Counter Fig. -
Page 20: Binding Procedure
3.4 Binding procedure 3.5 Resetting the sensor (unbinding) Binding is a special procedure used to associate the sensors with the Access The reset procedure is required when the sensor needs to be moved and Point. Once completed, the sensors will send the temperature data measure associated with another wireless network (different Access Point). -
Page 21: Ep Sensor (External Probe)
In all other cases, data transmission is defined by the set transmission time. Battery life in normal operating From 3 to 8 years, depending on the transmis- conditions sion time set. (CAREL is not responsible for the specified battery life) Logical state of DOOR_POL and DEFROST_POL variables Radio frequency specifications... -
Page 22: List Of Parameters And Variables, Ep Se Sensor
4.4 List of parameters and variables, EP SE Sensor Below is the table of supervisor parameters for the model EP SE sensors, and also applies to the EP1 Router-Sensor (only for the special sensor function). Modbus regi- Name Description Def. “Type R/W”... -
Page 23: Ep Se Sensor Installation Notes
4.5 EP SE Sensor installation notes 4.7 EP SE electrical connections Remove the cover by unscrewing the four screws at the front. Fasten the case to the wall with minimum two screws, remembering that this is a radio device and therefore the necessary details must be observed. Connect the two NTC temperature probes (10K@25°C Beta(25/85) = 3435K) to the terminals provided. -
Page 24: Sa Room Sensor
5. SA ROOM SENSOR The SA Sensor is used to measure room temperature and humidity in residential applications. It features one temperature probe and one humidity probe to measure ambient conditions, and sends the data measured to the Access Point at regular intervals. Fig. -
Page 25: Technical Specifications
100 mW Battery life in normal operating From 3 to 8 years, depending on the transmission time conditions set. (CAREL is not responsible for the specified battery life) Radio frequency specifications Frequency: selectable from 2405 to 2480 MHz Power transmitted: 0dBm... -
Page 26: Sensor Installation Notes
5.4 Sensor installation notes Remove the cover. Fasten the case to the wall with minimum two screws, remembering that this is a radio device and therefore the necessary details must be observed. Select the network address on the dipswitches. Remove the insulating protection on the battery. Perform the binding procedure. -
Page 27: Industrial Sensor
6. SI INDUSTRIAL SENSOR The SI Sensor is used to measure the temperature, humidity and light intensity in residential or light industrial applications. It features one temperature probe, one humidity probe and one light intensity sensor to measure ambient conditions, and sends the data measured to the Access Point at regular intervals.. -
Page 28: Technical Specifications
100 mW Battery life in normal operating From 3 to 8 years, depending on the transmis- conditions sion time set. (CAREL is not responsible for the specified battery life) Radio frequency specifications Frequency: selectable from 2405 to 2480 MHz Power transmitted: 0dBm... -
Page 29: List Of Parameters And Variables, Si Sensor
6.3 List of parameters and variables, SI Sensor Below is the table of supervisor parameters for the SI Sensors. Modbus registers Name Description Def. “Type R/W” CMD_PASSW_1 ‘Command Password (1) ‘ 65535 TRANSM_CYCLE ‘TX data cycle time’ 3600 LO_TEMP_TRESHOLD ‘Threshold low Temp. ’ -500 -500 1000... -
Page 30: Physical Dimensions
6.5 Physical dimensions CH19 mounting holes Fig. 6.f Application example Fig. 6.g Fig. 6.h “Wireless probes” +0300030EN - rel. 1.5 - 20.02.2020... -
Page 31: Ci Pulse Counter
Data transmission at settable interval in minutes (this affects battery life); Battery life in normal operating From 3 to 8 years, depending on the transmis- conditions sion time set (CAREL is not responsible for the Main variables available to the supervisory system specified battery life) •... -
Page 32: List Of Parameters And Variables, Ci Pulse Counter
7.4 List of parameters and variables, CI Pulse Counter Below is the table of supervisor parameters for the CI devices; this also applies to the RC Router-Pulse Counter (only for the special pulse counter function). Modbus registers Name Description Def. “Type R/W”... -
Page 33: Ci Pulse Counter Installation Notes
7.5 CI Pulse Counter installation notes 7.7 CI Pulse Counter electrical connections Remove the cover by unscrewing the four screws at the front. Fasten the case to the wall with minimum two screws, remembering that this is a radio device and therefore the necessary details must be observed. Connect the two NTC temperature probes (10K@25°C Beta(25/85) = 3435K) to the terminals provided. -
Page 34: Ap Access Point
8. AP ACCESS POINT This is the coordinator of a wireless network as well as the gateway for the information between the ZigBee™ protocol and the CAREL supervisor side (pCO, PlantVisor, PlantWatch or any CAREL master device). Up to 7 Access Points can be connected to the same serial line. -
Page 35: Binding Procedure
For 10s: LED 1 and 2 on 8.6 Resetting the devices To reset the device, proceed as follows: Press and hold button T1 (L1 flashes quickly) For 30s: LED 2 on (search for ZigBee channel) LED 1 flashes slowly (1s) after 10s L3 comes on for 4 to 5s The Access Point is ready for use, the wireless network has been initialised. -
Page 36: Table Of Led Status
8.8 Table of LED status 8.9 Technical specifications Action LED sequence (with times Meaning of the signal Power supply 12-24 Vac/dc ±10% 100mA; 50/60 Hz; in sec.) Use a class II safety transformer with minimum power rating of 2 VA. 12 Vac L1 ON Access Point ON with transformer recommended... -
Page 37: List Of Access Point System Variables (Alphabetical Order)
8.10 List of Access Point system variables RX_MSG_LEVEL Indicates the wireless transmission and reception le- vels for the Access Point in dBm +100. For minimum (alphabetical order) reception, the value must be greater than 8, medium quality reception from 15 to 30, and good quality values greater than 30;... -
Page 38: List Of Parameters And Variables, Access Point Versione Modbus® Rtu
8.11 List of parameters and variables, Access Point versione Modbus® RTU In order to access the information from the system of sensors, the supervisor connection settings are as follows: Modbus® RTU protocol; baud rate 9600 8, N, 2 or 19200 8, N, 2. Below is the table of supervisor variables for the system components. -
Page 39: Electrical Connections And Physical Dimensions
8.13 Electrical connections and physical dimensions L1 L2 L3 Rx- Rx+ GND DIP: 1 2 3 4 12 Vac/dc power supply; Modbus® RS485 serial connection; Dipswitches for serial address; Antenna. Fig. 8.b Note: all the measurements are in mm. 9. RO ROUTER This is a device that repeats the wireless signals so as to cover greater distances between the Access Point and the sensors. -
Page 40: Resetting The Device
Router information table 9.3 Resetting the device To reset the device, proceed as follows.. InputRegister[…1] Type of device (e.g.: 101=Router ZR-BR-xx; 108=Router ZR-REP-xx) InputRegister[…2] Firmware version Make sure that there are no Access Points with the network open in the InputRegister[…3] Router EUI64 (bytes 0, 1) vicinity. -
Page 41: Routers With Other Integrated Functions
• EP1 Router-Sensor (with two analogue and two digital inputs, the same The Router-Bridge is used to connect a local Modbus RTU network of Carel operation as the EP SE Sensor battery version); or third party devices when needing to supervise instruments via a wireless •... -
Page 42: Ra Router-Actuator
10.3 RA Router-Actuator In this mode, Relay 2 is controlled automatically with on/off cycles manage by the following parameters: The Router-Actuator is a device featuring: • DEF_TIME –> Defrost duration, expressed in minutes, default = 10 minutes 1 NTC probe input 10K@25°C •... -
Page 43: Rc Router-Pulse Counter
Mode =2 (Heat) Control is performed as follows: High threshold = Set Point + Hysteresis/2 Low threshold = Set Point - Hysteresis/2 If Temperature > High threshold --> Relay 1 Off ; Relay 2 On If Temperature < Low threshold --> Relay 1 On ; Relay 2 Off Regulation for mode= 2 (heating) set+Hys/2 set-Hys/2... -
Page 44: Technical Specifications
Precision of temperature measurement ± 1 °C -10T30°C; ± 2 °C -30T40°C Temperature measurement inputs Measurement from -50 to + 90 C. Resolution 0.1 C. Compatible with standard CAREL probes 10 KOhm @25C (B3435) NTC sensors Built-in 2 NTC Digital inputs For voltage-free contacts (isolated) - Closing current 0.01mA. -
Page 45: List Of Router Parameters
10.8 List of Router parameters The following parameters are valid for the RO Router as well as for the Router function on the following devices: • EP1 Router-Sensor; • RB Router-Bridge; • RA Router-Actuator; • RC Router-Pulse Counter Variable Index Name Description Def. -
Page 46: Electrical Connections And Physical Dimensions
10.11 Electrical connections and physical dimensions • RO Router 230 Vac ver. fori di fissaggio mounting holes CH19 Fig. 10.h If the device is used with a different power outlet, cut the cable and connect a plug that meets requirements. •... -
Page 47: General Warnings
• RA Router-Actuator IN_1 IN_2 fori di fissaggio / mounting holey 12... 24 Vac/dc power supply; 2-3 SPDT relay output; I/O (digital & analogue inputs); Binding/unbinding button; Configuration dispswitches; LEDs. Fig. 10.k • RC Router-Pulse Counter fori di fissaggio / mounting holey Pulse counter digital input 1 (IN_1);... -
Page 48: Plugs E Switch
ZigBee™ communication protocol, communicating with If the device is bound to a network, pressing the button instantly causes the the Access Point connected via a Modbus RTU RS485 serial line to a CAREL LED to flash quickly, green-red-yellow, as feedback. -
Page 49: Functions
The LED turns green during the interval in which the device is reset while Stage (1) – Setting the tens of the Modbus address keeping the serial address, and red during the interval in which it is reset and The number of times the button is pressed during this stage represents the address 127 is assigned. -
Page 50: Technical Specifications
11.4 Technical specifications 11.5 List of Plug/Switch parameters The following parameters apply to Plug and Switch devices with Router Power supply 85-250 Vac function: Radio frequency specifications: selectable from 2405 to 2480 MHz Stack EmberZNet3.5.x Var. Name Description Def. Min Max Type Wireless protocol: ZigBee (IEEE 802.15.4 compliant) -
Page 51: Installation Notes
11.6 Installation notes Connect the Plug and Switch in the desired position, remembering that it is a radio device and as a consequence the following simple rules must be observed: • Avoid enclosing the device between two metal walls; • The efficiency of radio transmission is reduced when there are obstacles, metal shelving or other objects that may block the reception of the wireless signals;... -
Page 52: General Notes
12.1 Power supply connection The 12-24 Vac/dc Access Point and Router can be powered using the CAREL 230/12 Vac 3 VA plug-in transformer code TRASP3E120, or electrical panel transformer code TRADR4W012, or any other 12 Vac 2 VA transformer. -
Page 53: Rtm Se Handheld
Connected to a network >Join Scan the rTM SE handheld is connected to a compatible network (Modbus / Carel); Only in this case can it activate the test function (Ping Test). Functions available in this mode: Ping test Network functions (“Commands” menu) -
Page 54: Scan Networks
For each Router the two least significant digits of the unique device address (MAC ADDRESS) are shown, along with the signal level (RSSI). Dettaglio indicazioni del segnale Z-HANDHELD Datails of signal-levels Ping Test ZB-CAREL Rssi Join Z-HANDHELD NETWORKS NETWORKS... -
Page 55: View Mode" Menu
Router devices available in the vicinity. Select the required Router, a prompt is shown to confirm the unbinding Z-HANDHELD Z-HANDHELD command. ZB-CAREL ZB-CAREL The menu can only be accessed after entering the correct Access Point Network View Mode password (if not equal to zero). -
Page 56: Set Passw" Menu - Set Access Point Password
The Access Point password can be a number between 0 and 65534. The value 65535 (0xFFFF) cannot be set from the handheld, as this completely blocks access to the special functions. This value can only be set on the Access Point via direct serial communication. Z-HANDHELD ZB-CAREL Network Commands Insert Contacting... -
Page 57: Set Sensor Address
13.17 Set Sensor address The menu for setting the sensor address is used to assign the Modbus address to special sensors (sensors without dipswitches). Z-HANDHELD Z-HANDHELD Z-HANDHELD Z-HANDHELD If the operation ZB-CAREL ZB-CAREL ZB-CAREL ZB-CAREL is cancelled on the keypad. SENSOR... -
Page 58: Unbind Sensor
13.18 Unbind Sensor This menu is used to unbind an individual sensor. Z-HANDHELD Choose Choose If the operation ZB-CAREL Sensor Sensor is cancelled on to Leave to Leave the keypad. SENSOR MENU Aborted Addr= 100 >Sens List Choose After a two >Set Addr... -
Page 59: Start Screen
13.19 Start screen When first starting the device (inserting the batteries), the ZigBee handheld Only one Router visible. wireless signal level meter shows the following screens in rapid succession: Device installation • not recommended Completely black screen • Bootloader activation screen •... -
Page 60: Layout Examples
14. LAYOUT EXAMPLES Installation example: - Application example involving 15 Sensors with one Access Point and one Router-Bridge. Fig. 14.w - Application example involving 30 Sensors with one Access Point and two Router-Bridge devices Fig. 14.x - Application example involving 45 Sensors with one Access Point and three Router-Bridge devices Fig. - Page 61 - Application example involving 60 Sensors with one Access Point and four Router-Bridge devices Fig. 14.z “Wireless probes” +0300030EN - rel. 1.5 - 20.02.2020...
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Page 62: Dipswitch-Id Cross-Reference Table For Sensors
15. DIPSWITCH-ID CROSS-REFERENCE TABLE FOR SENSORS 15.1 Dipswitch-ID cross-reference table for sensors Dipswitch Dipswitch Dipswitch 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Tab. 15.a “Wireless probes”... - Page 63 Installation data System data Customer Channel Address PANID Project Extended PANID 0, 1, 2, 3 Network password Date (set from handheld) Access Point Cabinet name Serial ID MAC address (Hex) Type of device NTC probe 1 NTC probe 2 DI 1 DI 2 bound “Wireless probes”...
- Page 64 Agenzia / Agency: CAREL INDUSTRIES HeadQuarters Via dell’Industria, 11 - 35020 Brugine - Padova (Italy) Tel. (+39) 049.9716611 - Fax (+39) 049.9716600 e-mail: carel@carel.com - www.carel.com...
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