High-end sensor solutions for your applications | E+E ElektronikDownload-CenterDownload-CenterSigma 05 - Host Device for Sensing Probes with Modbus RTU Interface | E+E
User Guide for E Plus E models including: Sigma 05 Modular Sensor Platform, Sigma 05, Modular Sensor Platform, Sensor Platform
Download-Center
File Info : application/pdf, 2 Pages, 340.71KB
DocumentDocumentQuick Guide Sigma 05 - Sensor Hub / Modular Sensor Platform PLEASE NOTE Find this document and further product information on our website at www.epluse.com/sigma05. General Information Sigma 05 is a host device (Modbus master) for up to three E+E sensing probes / measurement devices with RS485 interface and Modbus RTU protocol. This Quick Guide focuses on the Sigma 05 functionality with E+E plug-and-play probes. Please make sure to review the Sigma 05 user manual at www.epluse.com/sigma05 for manual setup and other Sigma 05 features. Plug-and-Play Operation / Setup With enabled automatic discovery function (default setting), Sigma 05 automatically recognizes E+E plug-and-play probes and their combinations according to the table below, see "Probe Combinations and Automatic Discovery". Furthermore, the assignment of the measurands to the outputs and display, as well as the scaling of the outputs is performed automatically according to the table. This setup can be changed subsequently by the user as required, see "Manual Operation / Setup" below. PLEASE NOTE The Sigma 05 must be powered off while connecting or disconnecting probes Manual Operation / Setup For manual setup connect Sigma 05 to a personal computer running PCS10 Product Configuration Software, free download from www.epluse.com/pcs10. Disable the automatic discovery function and proceed with assigning measurands to the outputs and display as well as with the output scaling. See the user manual at www.epluse.com/sigma05. 43 5 12 Pin number 1 Function Supply voltage*) 2 RS485 B (D-) 3 GND 4 RS485 A (D+) *)The supply voltage at the probe connector is always equal to the supply voltage applied to Sigma 05. < Important: Choose the Sigma 05 supply voltage (in the range 15 - 30 V DC) to match the probe supply requirements. Voltage Supply and Outputs WARNING Incorrect installation, wiring or power supply may cause overheating and therefore personal injuries or damage to property. For correct cabling of the device, always observe the presented wiring diagram for the product version used. The manufacturer cannot be held responsible for personal injuries or damage to property as a result of incorrect handling, installation, wiring, power supply and maintenance of the device. 5 OUTPUT_2 4 OUTPUT_1 3 GND 2 GND 1 +UB + V / mA V / mA UB = 15 - 30 V DC Modbus Setup Baud rate Data bits Parity Stop bits Modbus address Factory settings 9 600 8 Even 1 Sigma 05 has no Modbus address User selectable values (via PCS10) 9 600, 19 200, 38 400, 57 600, 76 800, 115 200 8 None, odd, even 1, 2 The recommended settings for multiple devices in a Modbus RTU network are 9 600, 8, Even, 1. The Sigma 05 represents 1 unit load in a Modbus network. Approval DNV (Det Norske Veritas) maritime type approval. For the scope of approval, please refer to the User Manual, chapter 9.4 DNV Type Approval. QG_Sigma_05 | Version v2.0 | 06-2024 | All rights reserved | 195001 E+E Elektronik Ges.m.b.H. Langwiesen 7 4209 Engerwitzdorf | Austria T +43 7235 605-0 F +43 7235 605-8 info@epluse.com www.epluse.com Probes 1 EE072 2 EE074 3 EE872-M13 4 EE872-M10 5 EE671 6 EE680 7 HA010406 EE072 8 EE074 EE872-M13 9 EE072 EE872-M10 10 EE072 EE671 11 EE072 EE680 12 EE072 EE872-M13 13 EE074 EE872-M10 14 EE074 EE671 15 EE074 EE680 16 EE074 EE872-M13 17 EE671 EE872-M13 18 EE680 EE872-M10 19 EE671 EE872-M10 20 EE680 EE680 21 EE671 22 HTP501 HTP501 23 EE074 24 MOP301 MOP301 25 EE074 Unit RH T CO2 CO2 v vn RH RH Analogue Output 1 Scale SI Scale US 0...100 % 0...100 % -40...80 °C -40...176 °F Range of probe Range of probe Range of probe Range of probe Range of probe Range of probe Range of probe Range of probe 0...100 % 0...100 % 0...100 % 0...100 % CO2 Range of probe Range of probe CO2 Range of probe Range of probe v Range of probe Range of probe v Range of probe Range of probe CO2 Range of probe Range of probe CO2 Range of probe Range of probe v Range of probe Range of probe vn Range of probe Range of probe CO2 Range of probe Range of probe CO2 Range of probe Range of probe CO2 Range of probe Range of probe CO2 Range of probe Range of probe vn Range of probe Range of probe RH 0...100 % 0...100 % RH 0...100 % 0...100 % aw 0...1 0...1 aw 0...1 0...1 Analogue Output 2 Display line 1 Display line 2 Display line 3 Unit Scale SI Scale US SI US SI US SI US T -40...80 °C -40...176 °F RH[%] RH[%] T[°C] T[°F] T[°C] T[°F] RH 0...100 % 0...100 % CO2[ppm] CO2[ppm] RH[%] RH[%] T[°C] T[°F] CO2[ppm] CO2[ppm] v[m/s] v[ft/min] T 0...50 °C 32...122 °F vn[m/s] vn[ft/min] T[°C] T[°F] T -40...180 °C -40...356 °F RH[%] RH[%] T[°C] T[°F] RH[%] RH[%] T -40...80 °C -40...176 °F T[°C] T[°F] CO2[ppm] CO2[ppm] RH 0...100 % 0...100 % RH[%] RH[%] T[°C] T[°F] CO2[ppm] CO2[ppm] RH 0...100 % 0...100 % RH[%] RH[%] T[°C] T[°F] v[m/s] v[ft/min] RH 0...100 % 0...100 % RH[%] RH[%] T[°C] T[°F] vn[m/s] vn[ft/min] RH 0...100 % 0...100 % RH[%] RH[%] T[°C] T[°F] CO2[ppm] CO2[ppm] RH[%] RH[%] T -40...80 °C -40...176 °F T[°C] T[°F] CO2[ppm] CO2[ppm] T -40...80 °C -40...176 °F T[°C] T[°F] v[m/s] v[ft/min] T -40...80 °C -40...176 °F T[°C] T[°F] vn[m/s] vn[ft/min] T -40...80 °C -40...176 °F T[°C] T[°F] CO2[ppm] CO2[ppm] T[°C] T[°F] v Range of probe Range of probe v[m/s] v[ft/min] CO2[ppm] CO2[ppm] T[°C] T[°F] vn Range of probe Range of probe vn[m/s] vn[ft/min] CO2[ppm] CO2[ppm] v Range of probe Range of probe v[m/s] v[ft/min] CO2[ppm] CO2[ppm] vn Range of probe Range of probe vn[m/s] vn[ft/min] T[°C] T[°F] vn[m/s] vn[ft/min] T[°C] T[°F] v Range of probe Range of probe v[m/s] v[ft/min] T -40...120 °C -40...248 °F RH[%] RH[%] T[°C] T[°F] RH[%] RH[%] T[°C] T[°F] T -40...120 °C -40...248 °F T[°C] T[°F] T -40...120 °C -40...248 °F aw[-] aw[-] T[°C] T[°F] aw[-] aw[-] T[°C] T[°F] T -40...120 °C -40...248 °F T[°C] T[°F] Probe Combinations and Automatic Discovery Quick Guide Sigma 05