Apone SiOne Instruction Manual

Programmable transmitter for climate control with rs485 (modbus rtu) interface and up to 3 analog outputs

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SiOne

Programmable transmitter for climate control

with RS485 (MODBUS RTU) interface

and up to 3 analog outputs

Instruction manual

www.apone.eu

Table of Contents

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Summary of Contents for Apone SiOne

Page 1 SiOne Programmable transmitter for climate control with RS485 (MODBUS RTU) interface and up to 3 analog outputs Instruction manual www.apone.eu...
Page 2: Table Of Contents
Interface RS-485 ........................................10 Analog outputs (refers to selected versions) ..............................11 Configuration jumpers ......................................12 LEDs ............................................13 Communication protocol ......................................14 Transmission parameters ..................................... 14 Communication frame ......................................14 MODBUS function ........................................15 Status register .......................................... 16 SiOne Page 1...
Page 3: Caution
Service software ........................................22 Housing version .......................................... 23 Product selection guide ......................................25 Accessories ........................................... 26 SiOne Set............................................29 Contact ............................................30 Caution Information included in the instruction manual was prepared in detail by product specialists and is a technical description of the device without any responsibilities or implications of commercial law.
Page 4: Safety Rules
Avoid proximity of remote control units, electromagnetic meters, high power loads and other disturbances  Avoid phase or group power regulation loads and other devices that generate high impulse noise  Manufacturer’s Information The manufacturer reserves the right to make changes in the instruction manual without prior notice. SiOne Page 3...
Page 5: Application
Figure 1. SiOne in simple application Each SiOne transmitter provide RS-485 interface (MODBUS RTU protocol) that is used to connect the device with PLC, HMI or PC. Some SiOne transmitters (Si-…A1, Si-…A2 and Si-…A3 versions) provide one, two or a maximum of three analog outputs (0..5 V, 0…10 V, 0…20 mA or 4…20 mA - programmable;...
Page 6: Terminal And Elements Block Diagram
RS485 baud rate, analog outputs’ standard) Table 1. Terminal and elements block diagram of SiOne (description) Figure 2. Terminal and elements block diagram of SiOne Be careful when connecting the device. Incorrect connection may damage the device and/or damage other devices that are connected to the device or system.
Page 7: Technical Data
64 mm x 58 mm x 35 mm (Si- …Cx…, …Dy…, …Wx… (when x = 0, 1, 2, 5 and y = 1, 2) versions) Operating Range -22…140 ⁰F (-30…60 ⁰C) (version without CO2 measuring function) 32…122 ⁰F (0…50 ⁰C) (version with CO2 measuring function) 0…95% RH (without condensation) Table 2. Basic Technical Data SiOne Page 6...
Page 8: Measurement Technical Data
±0.9 °F (±0.5 °C) Digital sensor, integrated Combi version - Q Si-QHA… Humidity 0...100 %RH * ±0.8 %RH * 2-in-1 model of the SiOne Temperature Max. -148...392 °F ±0.18 °F (±0.1 °C) * (Si-H00… + Si-CA0…) Carbon dioxide CO2 (-100... 200 °C) * ±40 ppm ±3% WO*...
Page 9 Technical Data Si-QSA… Humidity 0...100 %RH ±2.0 %RH 2-in-1 model of the SiOne Temperature -4... 140 °F (-20...60 °C) ** ±0.9 °F (±0.5 °C) (Si-S00… + Si-CA0…) Carbon dioxide CO2 Max. 0…10000 ppm (0…1 ±40 ppm ±3% WO* Si-QSB… Humidity 0...100 %RH...
Page 10: Inputs And Outputs
Figure 3. Power Supply - Scheme of Connection Be care when connecting the device. Incorrect connection may damage the device and/or damage other devices that are connected with the device or system. All connections must only be made when the power off! SiOne Page 9...
Page 11: Interface Rs-485
More information about Modbus RTU protocol can read on the Modbus Organization website (http://www.modbus.org/). Interface connectors are marked (A, B). RS-485 baud rate and MODBUS address are configured via jumpers. Figure 4 shows a simple scheme of connection two SiOne transmitters in one RS-48 network. Figure 4. RS-485 - Scheme of Connection Be care when connecting the device.
Page 12: Analog Outputs (Refers To Selected Versions)
Analog Outputs (Refer to selected versions) The SiOne transmitter can be equipped with up to three analog outputs (types of outputs: 0…5 V, 0…10 V, 0…20 mA or 4…20 mA). The types of analog outputs can be changed by configuration jumpers (all outputs configuring together) or by using the programming unit and service PC software (each output can be programmed separately).
Page 13: Configuration Jumpers
Only set the baud rate and MODBUS address when the power is off. New settings will be active as soon as the device is powered. If you change the settings while the power is on, the new settings will be activated after the device is restarted. SiOne Page 12...
Page 14: Leds
Inputs and Outputs LEDs Each SiOne transmitter is equipped with two LEDs that signal the operating status of the device (facilitating the transmitter's initial start-up). Description of LEDs' functions:  LED red (L1) - indicator of power supply (constant/solid light) ...
Page 15: Communication Protocol
Remember to install terminators (resistor 120 ... 240 Ohm) between lines A and B at the beginning and the end of the RS-485 network. Transmission Parameters Transmission parameters for connection with the SiOne transmitter: Baud rate: Configured via jumpers (9600, 19200, 38400, 57600)
Page 16: Modbus Function
0x05 Write single bit 0x06 Write single register (16 bits) 0x10 Write n registers (16*n bits) 0x60 The device reset 0x61 Reset to factory settings 0x62 The device name and version readout Table 4. MODBUS RTU Function SiOne Page 15...
Page 17: Status Register
Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Bit is set to 0 when device is not active (off). Bit is set to 0 when device is active (on). Table 5. Status Register Description – Bits Numbering SiOne Page 16...
Page 18: Modbus Rtu Registers
3: Air pressure (Si-B00… and Si-Q… with Si- B00… versions) 4: Temperature (Si-B00 version) 5: Temperature (Si-T00… and Si-Q… with Si- T00… versions) 6: Voltage / Current (Si-A00… versions) 7: Humidity (Si-S00… and Si-Q… with Si-S00… versions) SiOne Page 17...
Page 19 Output signal value for sensor error - analog output 0x03 0x10 REAL Si-…A3 version - 49 Calibration registers (Offset) 0x03 0x10 REAL - 75 Calibration registers (Coeff) 0x03 0x10 REAL Status register 0x04 DWORD Humidity (Si-H00… and Si-Q… with Si-H00… versions) 0x04 REAL SiOne Page 18...
Page 20 Measurement value multiplied by 10 versions) - short version Voltage / Current (Si-A00… versions) - short version 0x04 Measurement value multiplied by 10 Humidity (Si-S00… and Si-Q… with Si-S00… versions) - 0x04 Measurement value multiplied by 10 short version SiOne Page 19...
Page 21 WORD - Unsigned word type (16 bits) - Range: please look at Table 6 DWORD – (doubleword) signed word type (32 bits) - Range: please look at Table 6 REAL - Real type (32 bits) - Range: -3.4e38 do 3.4e38 Table 6. Device’s Registers SiOne Page 20...
Page 22: Programming
The device is programmed by RS-485 interface. During programming the device should be powered (according to specification). Power and interface connectors are marked (V, GND, A, B). The device can be programmed by using programming unit CODAP-RS485 and service PC software APConfig PC [SiOne]. Figure 6. Programming - Scheme of Connection Be care when connecting the device.
Page 23: Service Software
Programming Service Software APConfig PC [SiOne] is compatibile with Windows (Windows 7, Windows 8, Windows 10). The language version of software can be changed from the software window. Before programming select the appropriate COM port (from the programming unit CODAP-RS485) and set the appropriate transmission parameters (baud rate, MODBUS address) according to the device settings (configuration jumper).
Page 24 Type of sensor (XXX) (YYY) B00, Cx0, Integrated (only Dx0, S00, internal) sensor/s. T00, QSx, QTx, QMA Integrated (internal S00, QSx, and external) sensor/s. Connector for external sensor and integrated H00, QHx, internal sensor (only in combi version Q) SiOne Page 23...
Page 25 Integrated (only S00, T00 external) sensor. Integrated (only external) cable sensor (1, 2 or 5 m cable length). Connector for external sensor. Cable connector for external sensor (1, 2 or 5 m cable length) SiOne Page 24...
Page 26: Housing Version
Temperature, CO2 (0…10000 ppm) RS-485 Humidity, temperature, CO2 (0…10000 ppm), air pressure. RS-485 + 1x analog output Humidity, temperature (for external probe), CO2 (0…10000 ppm), air pressure. RS-485 + 2x analog outputs RS-485 + 3x analog outputs SiOne Page 25...
Page 27: Accessories
 Measuring range: 0…100 %RH, -148…392 ⁰F probe. (-100…200 ⁰C) (for short time, peak).  Accuracy: Max. ±0.8 %RH, max. ±0.1 ⁰F (±0.1 ⁰C). C… Sensor cables.  For Si-…S0…, Si-…C0… versions.  Only on request. SiOne Page 26...
Page 28  For all SiOne transmitters.  It can be used in RS-485 network installation. ZAS-xx-WT Power supply units.  For all SiOne transmitters. ZAS-xx-DIN CODAP-RS485 Programming unit.  For all SiOne transmitters.  Interface: USB.  Software: APConfig PC [SiOne] (included). SiOne Page 27...
Page 29 CONV-RS485/USB Signal converter  For all SiOne transmitters. (RS-485/USB).  Housing: depends on model. APSystem PC PC software for  For all SiOne transmitters. climate monitoring.  Visualization function (maps, tables, charts).  Archiving function (save data to files on computer disk).
Page 30: Sione Set
SiOne Set SiOne Set Each SiOne transmitter contains: Si-… transmitters 1 pc. Gasket for housing cover 1 pc. (only Si- …Cx…, …Dy…, …Wx… (when x = 0, 1, 2, 5 and y = 1, 2) version) Screw to close the housing cover 4 pcs.
Page 31: Contact
Contact Contact AP Automatyka S.C. tel.: +48 67 357 10 80 fax: +48 67 357 10 83 email: biuro@apautomatyka.pl http: www.apautomatyka.pl SiOne Page 30...