Related Manuals for YDOC ML-OI-AD-2000MV
Summary of Contents for YDOC ML-OI-AD-2000MV
- Page 1 USER MANUAL Option Boards Option Boards Manual Title User guide ML-Option Boards Manual Date March 2024 Version Author Hanko Milot Manufacturers of low power instruments page 1...
- Page 2 USER MANUAL Option Boards WARNING THE FOLLOWING OPERATING INSTRUCTIONS ARE FOR USE BY QUALIFIED PERSONNEL ONLY. TO AVOID DAMAGE OR MALFUNCTION, DO NOT PERFORM ANY OPERATING OTHER THAN THAT CONTAINED IN THIS MANUAL. ANY OPERATOR SHOULD BE SKILLED WITH A TECHNCAL BACKGROUND BEFORE OPERATING THE DEVICE.
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Page 3: Table Of Contents
2.1.2 CID selection ..........................9 2.1.3 Board Overview ........................9 2.1.1 Connector Pinout ........................9 2.1.2 Ranges ............................9 2.1.3 Specifications ML-OI-AD-2000MV ..................10 2.1.4 Configuration .......................... 10 ML-OI-AD-80MV ......................... 11 2.2.1 Description ..........................11 2.2.2 CID ............................11 2.2.3 Board Overview ........................ - Page 4 USER MANUAL Option Boards 3.2.3 Board Overview ........................22 3.2.1 Connector Pinout ........................22 3.2.2 Specifications .......................... 22 3.2.3 Configuration .......................... 22 ML-OI-AX-HART ......................... 23 3.3.1 Description ..........................23 3.3.2 CID ............................23 3.3.3 Board Overview ........................23 3.3.4 Connector Pinout ........................23 3.3.5 Specifications ..........................
- Page 5 USER MANUAL Option Boards OA Type Boards ..........................34 ML-OA-RS232 ..........................34 6.1.1 Description ..........................34 6.1.2 CID ............................34 6.1.3 Board Overview ........................34 6.1.4 Connector Pinout ........................34 6.1.5 Ranges ............................ 34 6.1.6 Specifications .......................... 34 6.1.7 Configuration .......................... 35 6.1.8 ML-OA-WIFI ..........................
- Page 6 USER MANUAL Option Boards 9.1.8 Considerations ........................49 9.1.9 Specifications ML-OP-524 ...................... 50 10 OU Type Board............................ 51 10.1 ML-OU-BLE ..........................51 10.1.1 Description ..........................51 10.1.2 Board Overview ........................51 10.1.3 Ranges ............................ 51 10.1.4 Specifications .......................... 51 10.1.5 Configuration .......................... 51 11 Appendix ..............................
- Page 7 USER MANUAL Option Boards PREFACE Option boards to customize your data logger Option boards can be used to add additional inputs/features to an ML-417 data logger or to perform signal conditioning. • Mechanically stack up to three option boards. • Maximum two similar boards, with a switch to choose a different CID.
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Page 8: Assembly
1 Assembly The Option Boards have been designed to operate in conjunction with a ML-x17-xxx Data Logger. On the main PCB, there is a special “option port ” for supporting the various range of YDOC option Input /Output /Convertor boards. -
Page 9: Oi-Ad Type Boards
Option Boards 2 OI-AD Type boards Option Input - Analog to Digital type boards. 2.1 ML-OI-AD-2000MV 2.1.1 Description ML-OI-AD-2000MV, Dual channel 16-bit differential input Dual channel 16-bit differential input. A/O to connect Thermistors (Manual Using Thermistors) or pH-probes. 2.1.2 CID selection CID selection 0x48 &... -
Page 10: Specifications Ml-Oi-Ad-2000Mv
USER MANUAL Option Boards 2.1.3 Specifications ML-OI-AD-2000MV Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V... -
Page 11: Ml-Oi-Ad-80Mv
USER MANUAL Option Boards 2.2 ML-OI-AD-80MV 2.2.1 Description ML-OI-AD-80MV, Dual channel 16-bit differential input, a/o to connect pyrometers or load-cells. 2.2.2 CID CID selection: 0x48 & 0x49 2.2.3 Board Overview 2.2.4 Connector Pinout 1. In 1 (+) 2. In 1 (-) 3. -
Page 12: Specifications
USER MANUAL Option Boards Please note: Only one board of the ML-OI-AD-XXX family, may be present inside the Data Logger. Stacking multiple boards of this type will result in malfunction of the Data Logger 2.2.7 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C;... -
Page 13: Ml-Oi-Ad-10V
USER MANUAL Option Boards 2.3 ML-OI-AD-10V 2.3.1 Description ML-OI-AD-10V, Quad channel 16-bit single ended input. 2.3.2 CID CID selection: 0x48 & 0x49 2.3.3 Board Overview 2.3.4 Connector Pinout 1. Input 1 2. Input 2 3. Input 3 4. Input 4 5. -
Page 14: Specifications
USER MANUAL Option Boards 2.3.6 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V Quiesent Current 0 uA Operating Current... -
Page 15: Ml-Oi-Ad-20Ma
USER MANUAL Option Boards 2.4 ML-OI-AD-20MA 2.4.1 Description ML-OI-AD-20MA, Quad channel 16-bit single ended input. 2.4.2 CID CID selection: 0x48 & 0x49 2.4.3 Board Overview 2.4.4 Connector Pinout 1. Input 1 2. Input 2 3. Input 3 4. Input 4 5. -
Page 16: Specifications
USER MANUAL Option Boards 2.4.6 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V Quiesent Current 0 uA Operating Current... -
Page 17: Ml-Oi-Ad-Pt1000
USER MANUAL Option Boards 2.5 ML-OI-AD-PT1000 2.5.1 Description ML-OI-AD-PT1000, Dual channel 2 or 3-wire PT1000 input. 2.5.2 CID CID selection: 0x48 & 0x49 2.5.3 Board Overview 2.5.4 Connector Pinout 1. In 1(+) 2. In 1(-) 3. In 1(-) 4. In 2(+) 5. -
Page 18: Specifications
USER MANUAL Option Boards 2.5.6 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V Quiesent Current 0 uA Operating Current... - Page 19 USER MANUAL Option Boards Please note: Only one board of the ML-OI-AD-XXX family, may be present inside the Data Logger. Stacking multiple boards of this type will result in malfunction of the Data Logger Manufacturers of low power instruments page 19...
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Page 20: Oi-Ax Type Boards
USER MANUAL Option Boards 3 OI-AX Type Boards Option Input – Auxilary Extension type Boards. 3.1 ML-OI-AX-DI 3.1.1 Description ML-OI-AX-DI, to add four more digital inputs, a/o to connect pyrometers or load-cells. 3.1.2 CID CID selection: 0x47 & 0x48 3.1.3 Board Overview 3.1.4 Connector Pinout 1. -
Page 21: Specifications
USER MANUAL Option Boards 3.1.6 Specifications More info 3.1.7 Configuration N.A. Manufacturers of low power instruments page 21... -
Page 22: Ml-Oi-Ax-Ds18B20
USER MANUAL Option Boards 3.2 ML-OI-AX-DS18B20 3.2.1 Description ML-OI-AX-DS18B20, to connect up to four 1-Wire digital thermometers. Supported Chips: DS1820, DS18B20, DS18S20, DS1822, DS1920 3.2.2 CID CID selection: 0x46 & 0x47 3.2.3 Board Overview 3.2.1 Connector Pinout 1. Input 1 2. -
Page 23: Ml-Oi-Ax-Hart
USER MANUAL Option Boards 3.3 ML-OI-AX-HART 3.3.1 Description ML-OI-AX-HART, Octo channel HART inputs. Supports multi-drop topology to connect multiple sensors divided over max. 8 input channels. 3.3.2 CID CID selection: 0x46 & 0x47 3.3.3 Board Overview 3.3.4 Connector Pinout 1. Loop (+) 2. -
Page 24: Ml-Oi-Ax-Rh
USER MANUAL Option Boards 3.4 ML-OI-AX-RH 3.4.1 Description ML-OI-AX-RH, to connect an external I2C based Relative Humidity Sensor. Supported chips: AM2315 (AOSONG) ChipCap2 (Amphenol /Telaire T9602-D-3) and SHT3x (Sensirion). 3.4.1 CID CID selection: 0x46 & 0x47 3.4.2 Board Overview 3.4.1 Connector Pinout 1. -
Page 25: Oi-Baro Type Board
USER MANUAL Option Boards 4 OI-BARO type Board Option Input – Barometric type board. 4.1 ML-OI-BARO 4.1.1 Description ML-OI-BARO, Atmospheric pressure & temperature sensor, A /O to compensate readings of level sensors. 4.1.2 CID CID Fixed: 0x76 4.1.3 Ranges • 300 - 1200hPa (±2hPa) •... -
Page 26: Oi-Com Type Boards
USER MANUAL Option Boards 5 OI-COM Type Boards Option Input – Communication type Boards. 5.1 ML-OI-COM-UART 5.1.1 Description ML-OI-COM-UART, Serial sensor input (UART) UART to connect sensors with TTL UART port. 5.1.2 CID Fixed CID: 0x4C 5.1.3 Board Overview 5.1.4 Connector Pinout 1. -
Page 27: Specifications
USER MANUAL Option Boards 5.1.6 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V Quiesent Current 0 uA Operating Current... -
Page 28: Ml-Oi-Com-Rs232
USER MANUAL Option Boards 5.2 ML-OI-COM-RS232 5.2.1 Description ML-OI-COM-RS232, Serial sensor input (RS232) a/o to connect an NMEA-0183 transponder 5.2.2 CID Fixed: 0x4C 5.2.3 Board Overview 5.2.4 Connector Pinout 1. Excitation (12V) 2. Transmit 3. Receive 4. Ground 5.2.5 Ranges •... -
Page 29: Specifications
USER MANUAL Option Boards 5.2.6 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Operating Voltage 3.6 V Quiesent Current 0 uA Operating Current... -
Page 30: Ml-Oi-Com-Rs485
USER MANUAL Option Boards 5.3 ML-OI-COM-RS485 5.3.1 Description ML-OI-COM-RS485, Serial sensor input (RS485) a/o to connect a MODBUS /RTU sensor. 5.3.2 CID Fixed: 0x4C 5.3.3 Board Overview 5.3.4 Connector Pinout 1. Excitation (12V) 2. RS485 A+ 3. RS485 B- 4. Ground 5.3.5 Ranges •... -
Page 31: Configuration
USER MANUAL Option Boards Power output 12 V (from Data Logger) Ranges ESD protection Connector Phoenix 3.81 mm Galvanic Isolation CE Compliant Rohs compliant Dimensions W X D x H 64 mm X 27 mm X 12 mm Weight Netto Weight 20 Grams 5.3.7 Configuration N.A. -
Page 32: Ml-Oi-Com-Sdi12
USER MANUAL Option Boards 5.4 ML-OI-COM-SDI12 5.4.1 Description ML-OI-COM-SDI12, SDI-12 sensor input. 5.4.2 CID Fixed CID: 0x4C 5.4.3 Board Overview 5.4.4 Connector Pinout 1. Excitation (12V) 2. Ground 3. Data 5.4.5 Specifications Power Supply Input 3.6 Volts from Data Logger option Connector General Enviroment Temperature Operating: -30 ~ + 75 °C;... -
Page 33: Configuration
USER MANUAL Option Boards Galvanic Isolation CE Compliant Rohs compliant Dimensions W X D x H 64 mm X 27 mm X 12 mm Weight Netto Weight 20 Grams 5.4.6 Configuration Manufacturers of low power instruments page 33... -
Page 34: Oa Type Boards
USER MANUAL Option Boards 6 OA Type Boards Option Auxiliary type Boards. 6.1 ML-OA-RS232 6.1.1 Description ML-OA-RS232, RS232 Auxiliary board. To add a secondary accessory to an ML-417ADS (to add a second camera). 6.1.2 CID Fixed CID: 0x4D 6.1.3 Board Overview 6.1.4 Connector Pinout 1. -
Page 35: Configuration
USER MANUAL Option Boards 6.1.7 Configuration N.A. Manufacturers of low power instruments page 35... -
Page 36: Ml-Oa-Wifi
USER MANUAL Option Boards 6.1.8 ML-OA-WIFI 6.2 ML-OA-WIFI-EXT 6.2.1 Description ML-OA-WIFI, WiFi Auxiliary board. WiFi Interface to transfer log files by WiFi. Supported protocols: MQTT(S), HTTP(S), (ydoc)TCP and NTP. 6.2.2 CID Fixed CID: 0x4D 6.2.3 Board Overview 6.2.4 Ranges •... -
Page 37: Oo Type Boards
USER MANUAL Option Boards 7 OO Type Boards Option Output type Boards. 7.1 ML-OO-MODBUS 7.1.1 Description ML-OO-MODBUS, MODBUS /RTU output board. MODBUS Slave to share sensor readings with your local SCADA system. 7.1.2 CID CID Selection: 0x50 & 0x51 7.1.3 Board Overview 7.1.4 Connector Pinout 1. -
Page 38: Configuration
USER MANUAL Option Boards 7.1.7 Configuration N.A. 7.2 ML-OO-SW 7.2.1 Description ML-OO-SW, digital output board with Galvanic Isolated Switches. Three Galvanic Isolated Switches (N.O.) with potential free contacts. 7.2.2 CID CID selection: 0x50 & 0x51 7.2.3 Board Overview 7.2.4 Connector Pinout 1. -
Page 39: Ranges
USER MANUAL Option Boards Power consumption: 15uA in steady state sleep, 0.5mA during active pulse and pulse-timer-active (on V1.04). Timing accuracy: <=20ms per second (<=2%) Activation modes: Steady (Pre V1.04) Activation modes: Steady state or pulse mode (V1.04) Activation delay: up to 4095s Pulse width: 1 to 4095s Pulse interval: Once or 2s to 4095s (max 0.5Hz) 7.3.1 Ranges... -
Page 40: Configuration
USER MANUAL Option Boards More info 7.3.3 Configuration The board can operate at different ranges. This Chapiter (Option Boards) will explain how to configure it using the Terminal option. Manufacturers of low power instruments page 40... -
Page 41: Oc Type Board
USER MANUAL Option Boards 8 OC type Board Output Conversion type board. 8.1 ML-OC-W2P 8.1.1 Description ML-OC-W2P, Waveform to digital pulse converter. Sinus wave to square wave (digital pulse train) convertor. To connect flow meters or anemometer with a passive coil output. 8.1.2 Board Overview 8.1.3 Connector Pinout 1. - Page 42 USER MANUAL Option Boards High Frequency mode Using high frequencies, be also sure to use the high frequency mode and to use a proper value for unit /pulse. Use 60 for rpm. Wiring The wiring of this board is very simple. Wire your sensor to X1.1 and X1.2. Connect a single wire between X1.3 and the digital input of your interest.
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Page 43: Configuration
USER MANUAL Option Boards 8.1.6 Configuration The ML-OC-W2P needs no configuration. It is used as a convertor only. The converted signal must be applied to a regular digital input of the Data Logger. Manufacturers of low power instruments page 43... -
Page 44: Op Type Board
USER MANUAL Option Boards 9 OP type Board Option Power Board. 9.1 ML-OP-524 9.1.1 Description ML-OP-524, to power external sensors or usable as standalone power supply. Power switches on in parallel with logger sensor power switch (internal control), from an external signal or continious. 9.1.2 CID CID Selector: 0x50 &... -
Page 45: Connecting Input Power
USER MANUAL Option Boards 9.1.1 Connecting input power The ML-OP-524 converts the input power to a selectable output voltage. The power is taken from the batteries directly, so NOT loading the Data Logger. The 2 white connectors, shown in figure 2: 2, are connected in parallel. -
Page 46: Board Overview
USER MANUAL Option Boards 9.1.1 Board Overview 9.1.2 Connector Pinout 1. Output (+) 2. Output (+) 3. Output (Gnd) 4. Output (Gnd) 5. Control Input 6. Power connectors. (Daisy Chain). 7. Output Voltage Selection 8: Power mode 9.1.3 Output Jumper Selection Output Voltage Selection 5V = No jumper 12V = 12V jumper placed... -
Page 47: Configuration
USER MANUAL Option Boards More info Attention: when selecting 5 V, the output voltage is higher when no load is connected. Be aware of this phenomenon. The output voltage is exactly 5V, with a load, dissipating 1.5 mA or more. 9.1.6 Configuration The ML-OP-524 has no software settings, so it is NOT listed in the ML-x17 menu. -
Page 48: Mode Of Operation
USER MANUAL Option Boards 9.1.7 Mode of operation There are 3 modes the board can operate with: - Internal operation - Standalone operation - Constant operation These different modes are selected by jumper(s) and explained below. Internal operation This mode is enabled when a jumper is installed on the location: “Internal”. This is the “normal” mode of operation. -
Page 49: Considerations
Logger. The board is intended to be used with the YDOC Powerboard series (ML-PB-XX-XX). The board has NO fuse and is short circuit proof. In case of usage with the YDOC Power Boards, the fuse is already provided on the Power Board. -
Page 50: Specifications Ml-Op-524
USER MANUAL Option Boards 9.1.9 Specifications ML-OP-524 Power Supply Input 3.6 Volts from Batteries General Enviroment Temperature Operating: -30 ~ + 75 °C; Storage -40 ~ +85 °C Humidity 5 ~ 100 % RH Electrical Output Voltage 5V* / 12V / 24V 300mA @ 5V 200 mA @ 12V MaxCurrent... -
Page 51: Ou Type Board
USER MANUAL Option Boards 10 OU Type Board Option User interface type Board. 10.1 ML-OU-BLE 10.1.1 Description ML-OU-BLE, Bluetooth LE user interface. To enable wireless local access. Fixed CID: 0x4A 10.1.2 Board Overview 10.1.3 Ranges • <160m • +4dBm transmit power •... -
Page 52: Appendix
USER MANUAL Option Boards 11 Appendix 11.1 Configuring the ML-OI-AD-XXX board First, mount your board into the Data Logger (Assembly). Use YdocTerminal to connect to the Data Logger and enter the Configuration Setup [3]. Select “Option Boards” [5]. Configuration setup [0] Exit [1] General settings >>... - Page 53 Now, you can setup the properties of the port. This is analogue to the settings of the normal analog ports of the Data Logger, with the addition of a selectable range. (Port Mode). Further information on this is found in the Data Logger Manual. (https://ydoc.biz/docs/ydoc-datalogger-manual/). Analog input...
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Page 54: Calibrating A Ml-Oi-Ad-Xxx Board
To calibrate your board, follow the next section. Calibration Process To Calibrate your board, use two external resistors (or order them with YDOC, using Resistor 1k and Resistor 1k3). Goto the Analog Inputs menu and choose your sensor’s port. Then choose “[8] Determine linear conversion function (2 calibration points)”. - Page 55 USER MANUAL Option Boards After this, the board is very accurate in measuring in both resistance and temperature. (<0.1%) Calibration of your board does NOT calibrate your sensor. Only the measured resistance is calibrated, but any deviation of R0 in your sensor in not eliminated. Manufacturers of low power instruments page 55...
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Page 56: Configuring The Ml-Oa-Xxx Board
USER MANUAL Option Boards 11.3 Configuring the ML-OA-XXX board First, mount your board into the Data Logger (see chapter 5.1). Connect your laptop/computer/smartphone to the Data Logger and enter the menu. Then select “Option Boards”. Configuration setup [0] Exit [1] General settings >>... - Page 57 USER MANUAL Option Boards The following menu shows a list of possible boards. Select the type, corresponding with the hardware. Board type [0] Exit [1] ML-OI-COM-RS232 [2] ML-OI-COM-UART [3] ML-OI-COM-SDI12 [4] ML-OI-COM-RS485 > After this it the Data Logger will detect the installed hardware. It is important to check if this is successful! Board type [0] Exit...