Microsensor Earth1006 Operation Manual
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Microsensor Earth1006 Operation Manual

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Earth1006
Operation Manual
V1.0

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Summary of Contents for Microsensor Earth1006

  • Page 1 Earth1006 Operation Manual V1.0...

  • Page 2: Table Of Contents

    CONTENTS 1 Introduction......................1 1.1 Brief introduction..................1 1.2 Features....................1 1.3 Basic parameters..................2 1.4 Outline dimension(Unit: mm)............... 4 1.5 Panel structure..................4 1.6 Display...................... 5 1.7 Key instruction..................5 1.8 Interface....................5 1.9 Application topology................6 1.10 Unpacking....................7 1.11 Boot operation..................7 2 Detailed parameters..................8 2.1 Power supply...................8 2.2 Display instruction..................
  • Page 3 3 Device configurations..................19 3.1 configuration tool..................19 3.2 Local configuration method..............20 3.3 Remote configuration method............21 3.4 Configuration options................21 4 Installation instruction..................29 4.1 Installation tool..................29 4.2 Installation method, dimension and instruction......29 4.2.1 Installation method..............29 4.2.2 Installation instruction.............. 29 4.2.3 Installation dimension..............
  • Page 4 Our company keeps the product technology and craftwork’s modification rights. If the information were changed, no more notice would be edited. Please pay attention to the latest introduction. Our company keeps the final power of interpretation for this operation menu.

  • Page 5: Introduction

    Thank you for choosing the products from Micro Sensor Co., Ltd. To better use this product, please read this operation manual carefully before using. 1 Introduction 1.1 Brief introduction Earth1006 Remote Monitoring Terminal is a compact device with battery supply, ultra-low power consumption,...

  • Page 6: Basic Parameters

    consumption •Integrated battery with 3~5 years’ lifespan •Wireless transmission, no field wiring •Multi-parameter including pressure, temperature, level, flow, image and manhole cover motoring •Multi-channel with max. 8-way sensor access •Remote configuration for collection, transmission and image interval •Remote configuration for upper and lower alarm limit and web real-time warning •PC and mobile terminal data application •Support customer self-built system and configuration application...
  • Page 7 Wake-up mode: magnetic activation/timing/alarm wake-up Sampling interval: 1,5,10,30,60,360,720,1440 minutes optional, alarms are given at the intervals, and maximum 3 times warning can be sent over each interval to ensure longer battery life. Transmission interval: 1,5,10,30,60,360,720,1440 minutes optional Image interval: 30,60,720,1440 minutes optional Upload information: sensor data, battery information, network status, self-check information Data storage...

  • Page 8: Outline Dimension(Unit: Mm)

    Weight: about 2.3kg Accessory: magnetic bar*1, fixed support*1, M5 bolt*1, ф8mm expansion bolt*3, ф200mm hoop *2 1.4 Outline dimension(Unit: mm) 1.5 Panel structure Note: 1-mounting hole 2-magnetic control key 3-display screen 4-fool-proof interface 5-operation instruction...

  • Page 9: Display

    1.7 Key instruction Keys need to use the matching magnetic bar to operate, when the magnetic bar close to or gently click the magnetic control key, Earth1006 Remote Monitoring Terminal will come into the key operation. Off state (key induces 1s and the screen is not lit), key induces 8s, the device boot;...

  • Page 10: Application Topology

    Low level Support Collection 0V~1V DC max.3-way accuracy High level sensor parameter Remark ±0.5%FS 5V~12V DC RS485 analysis and also Input current Pulse be used for device ≤30mA frequency configuration ≤10Hz 1.9 Application topology...

  • Page 11: Unpacking

    1.10 Unpacking Table 1.2 packing list Item Qty. Remark Earth1006 Remote Monitoring 1 set Terminal Magnetic bar Hanging bracket 1set Including fixed bolt Expansion screw 3pairs Wall mounted Stainless steel hoop 2pcs Stud mounted Configuration line 1pc for each batch...

  • Page 12: Detailed Parameters

    2 Detailed parameters 2.1 Power supply The power parameters are shown in table 2.1. Table 2.1 power parameters Non-rechargea Rechargea Solar Power Supply Power/12VDC ble Battery ble Battery Power Power Adapter (See description 110V～240V 20 Ah/12V Battery on label 20Ah/12V 12VDC Solar Panel: Capacity...

  • Page 13: Display Instruction

    2.2 Display instruction ┄ device status ┄ channel NO./unit ┄ channel value/alarm The screen display parameters are shown in table 2.2. Table 2.2 Icon name Meaning Details ≥25 full green Wireless ≥15 green for 3 bars signal Signal ≥10 green for 2 bars strength <10 green for 1 bar indicator...
  • Page 14 sensor work Data The device is communicating with the Transmission interaction server requesting the data. Photograph photograph Taking photo/photo data acquisition ≥95% Full Green ≥85% 3 Green Bars Non-recharge ≥75% 2 Green Bars able battery ≥65% 1 Green Bar Empty ﹤65% Adapter Icon displayed 12V DC...

  • Page 15: Network Mode

    Flow: cm³, m³ Flow rate: cm³/h, m³/h Humidity: %RH User defined: xxx Real-time Channel value value of sensor over the upper limit of channel Alarm status threshold Alarm reminder below the lower limit of channel threshold 2.3 Network mode Table 2.3 network mode Communicati Zone Standard/Frequency bands...

  • Page 16: Interface Definition

    MHz transmission distance≤5km (According to site environment) 2.4 Interface definition All interfaces of Earth1006 are foolproof plug and each electrical definition has different PIN number, please pay attention to checking. 2.4.1 Power interface The power interface corresponds to 2PINS terminal, the definition of...
  • Page 17 Table 2.4 power interface Interfa Termin Power Defin Details Note ce type al type supply ition Supply + Recharg eable /solar Non-rechargea panel + battery/s ble Battery has olar no power Supply - power/12 interface. /solar panel - Please pay Power 2PINS attention to...

  • Page 18: Ai Interface

    2.4.2 AI interface AI interface corresponds to 5PINS terminal and there are 2-wire and 3-wire. The definition is shown in table 2.5. Table 2.5 AI interface Interfac Terminal Definiti Details Note e type type AGND Common port feed≤100mA feed 0V~5V DC/ Analog input 1 5PINS 4mA~20mA DC...

  • Page 19: Di/Pi Interface

    When there is no load, the current type channel value = range ÷ (-4), for example, when the range is 2 MPa, Channel Value the channel value is -0.250, and the voltage type channel value = random value. If the equipment has three 5-PIN terminals, they are three separated AI ports, which can connect with three different sensors.

  • Page 20: Rs485 Communication Interface

    Switch 1/ Low level 0~1V DC DI1/PI1 pulse 1 input High level 5~12V Switch DI2/PI2 2/pulse 2 Pulse input frequency≤10Hz electrical connection DI: At low level, the channel value is 0; at high level, the channel value is 1. Channel Value When the * MST071 shift switch is raised (well cover change), it turns on and outputs the high level.
  • Page 21 Table 2.7 RS485 communication interface Interf Term inal Definition Details Note type type Common port feed≤100mA feed Support max. 3-way RS485(A) RS485(A) sensor parameter RS485(B) RS485(B) analysis also RS485 7PINS suitable device 3.3V~12V configuration, support input, used for MPM47xx Status configuration protocol/ModBus RTU detection...
  • Page 22 Channel The channel value is 88.88 or 99.99 when there is no Value load/subsidiary devices failure/abnormal configuration. If the device has only one 7-PIN terminal, it connects with one Note sensor in default. If two or three sensors need to be connected, the exterior connection box would be necessary.

  • Page 23: Camera Interface

    2.4.5 Camera interface Camera interface corresponds to 9PINS terminal and the definition is shown in table 2.8. Table 2.8 camera interface Interfa Termi Definition Details Note type type Common port feed≤500mA feed Camera 9PINS RS485(A) RS485(A) Specialized for camera RS485(B) RS485(B) Electrical connection...

  • Page 24: Local Configuration Method

    Please log on iot.microsensor.cn to download the configuration software. Figure 3.1 DB9 configuration line 3.2 Local configuration method After the device is powered on, connect the standard USB-RS485 serial line to the PC, and connect the DB9 configuration cable to the device, then run the configuration software.

  • Page 25: Remote Configuration Method

    3.4 Configuration options Table 3.1 configuration options Configurat Configurati Configuration Configuration Items on item selection operation method Device ID xxxxxxxx Hardware version Software Basic Cure version Factory setting, no param param MPM6861G/ modification. eters eter MPM6881/ Device Earth1000/ type MS6000/ Earth1006/ reserved...
  • Page 26 battery/ Power mains supply/ supply adaptor/ type solar energy xxx: 0~255, xxxxx: 0~65535 Under special Server IP xxx.xxx.xxx.xxx circumstances, the device supports SMS configuration, SMS configuration commands are as Remot Local/rem follows, send SMS to the center number param configurati Server port xxxxx #@1064837639832...
  • Page 27 Character User name size<16(non-mandat ory) Character Code size<16(non-mandat ory) Alarm according to Collection 1/5/10/30/60/360/ the interval, default interval 720/1440 mins Collection interval ≤ Transmissi 1/5/10/30/60/360/ transmission interval on interval 720/1440 mins ≤ 24*collection interval, default 30 Photograp 30/60/720/1440 Default 1440 h interval mins Null...
  • Page 28 Pressure (KPa) Pressure (MPa) Temperature (℃) Temperature (F) Level (cm) Sensor physical Level (m) Collection properties, it is not Humidity (RH) type recommended to Flow (cm³) modify Flow (m³) Flow rate (cm³/h) Flow rate (m³/h) pm2.5 (ug/m³) null The screen displays the decimal number, Display 1/2/3 decimal...
  • Page 29 Sensor physical Upper limit 32 bits Float, properties, it is not of the keep 3 decimal recommended to range places modify Sensor physical Lower limit 32 bits Float, properties, it is not of the keep 3 decimal recommended to range places modify Power-on...
  • Page 30 ModBus RTU/ Protocol Default ModBus MPM47xx/ type Null Slave 01~99 Default 01 address Function 03/04 Default 04 code Initial 01~99 Default 01 address Register 01~99 Default 04 qty. 3210/2301/ Byte order Default 3210 1032/0123 Collection type Display accuracy Same with AI interface Upper limit of the range...
  • Page 31 Lower limit of the range Power-on delay Display accuracy Image alarm Signal DI/PI/Null input Trig mode high/low level Default high level high/low level, Alarm level Default high level Only DI valid DI/PI Local 32 bits Float, interfa configurati resolution Only PI valid keep 3 decimal places Collection...
  • Page 32 Upper limit of the Only PI valid range Lower limit of the Only PI valid range Power-on Only PI valid delay Display accuracy Lower ≥lower limit of range, Default 20% FS threshold <upper threshold ≤upper limit of Upper range, >lower Default 80% FS threshold threshold...

  • Page 33: Installation Instruction

    1 set drill and 1pc No. 3 screwdriver. 4.2 Installation method, dimension and instruction 4.2.1 Installation method Wall-mounting and hoop-mounting type. 4.2.2 Installation instruction The installation of the Earth1006 remote monitoring terminal is shown in figure 4.1 and 4.2. Figure 4.1 wall-mounting installation Figure 4.2 hoop-mounting installation...

  • Page 34: Installation Dimension

    4.2.3 Installation dimension Wall-mounting type: 112mm×70mm, shown in figure 4.3. Hoop-mounting type: φ70mm~φ180mm（stud diameter） Unit: mm Figure 4.3 backboard dimension 4.3 SIM card installation Step 1: open the top cover...
  • Page 35 Use a Phillips screwdriver to remove the fastening screws (12pcs) that secure the top cover to the housing, and then open the top cover. Attention: the top cover and housing are connected by FPC flat wire. Step 2: Remove the FPC flat wire from the control PCB socket of top cover.

  • Page 36: Device Battery Replacement

    Figure 4.4 Dis-assembly diagram Note: 1-battery， 2-FPC flat wire， 3-communciation PCB， 4-sealing ring， 5-lower housing，6-fastening screw，7-top cover，8-controlling PCB 4.4 Device battery replacement When using battery supply, the battery needs to be replaced periodically. When you find the battery voltage from the data platform is lower than 13V, or the local battery is null, or there is no report for several days, it is possible that the battery power is low and needs to be replaced.

  • Page 37: Fixture

    Attention: the top cover and housing are connected by FPC flat wire. Step 2: Remove the FPC flat wire from the control PCB socket of top cover. Step 3: replace new battery When the battery is exhausted, it needs to replace the new battery. Turn over the top cover, open the Velcro strip, remove the used battery and then put on a new battery.
  • Page 38 Level Covers abnormal Pressure Flow...

  • Page 39: Wall-Mounting Type

    4.5.2 wall-mounting type Required accessories: 1pc wall-mounting bracket, 3 pairs expansion screw, 1pc M5 bolt. Step 1: Drill holes on the wall / well wall according to the installation dimension. Attention: please do not use heavy hammer to strike the wall like brick wall, cement brick and red brick wall.

  • Page 40: Hoop-Mounting Type

    Step 3: fix the terminal on the bracket by M5 bolt, shown in figure 4.6. Step 4: connect the slave device to terminal by aviation plug. The installation is finished, and it is ready for operation. Attention:for a reliable wireless transmission, it is suggested to install the terminal within 50cm from the wellhead.

  • Page 41: Solar Mounting Type

    Step 2: fix the terminal on the bracket by M5 bolt, shown in figure 4.8. Step 3: connect the slave device to terminal by aviation plug. The installation is finished and it is ready for operation. 4.5.4 solar mounting type Required accessories: 1pc wall-mounting bracket, 2pcs stainless steel hoop, 1pc M5 bolt, 1pc solar panel (Customer self-purchased).

  • Page 42: Data Platform Instruction

    Figure 4.10 Figure 4.11 Figure 4.12 5 Data platform instruction For details, please check Help page from iot.microsensor.cn 6 FAQ There will be some possible questions during application and the solutions are shown in table 6.1. Table 6.1 failure analysis and troubleshooting...
  • Page 43 Check battery voltage and Low battery replace the battery Polarity error of Check if the circuit and power external power supply is normal and plug supply polarity is correct. Active the device by magnetic Sleeping mode Connection While Installing SIM card or No display error for FPC replace battery, please ensure...
  • Page 44 Connection Check if connection is normal error External device Check the external device failure Configuration error of Check the port configuration of parameter parameter setting software setting software Check with the local SIM card Abnormal APN not provider if the APN service is data configured available;...

  • Page 45: Responsibility

    Check the signal strength of The signal of the device location and adjust device location installation position is weak ensure the signal strength is in the best condition Check battery voltage and Low battery replace the battery Information Check remote address configuration information to ensure a correct...

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