Instruction Manual NivuLog 2 Ex / NivuLog 4 / NivuLog PCM Ex

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Instruction Manual for GPRS Data Loggers (Original Instruction Manual German) NIVUS GmbH Im Taele 2 75031 Eppingen;

1 Instruction Manual for GPRS Data Loggers (Original Instruction Manual German) NIVUS GmbH Im Taele Eppingen; Germany Phone +49 (0) Fax +49 (0) info@nivus.com NivuLog Rev. 02 as of Page 1 / 12

2 Internet: 1 General Important Information Data Loggers And Accessories Initial Setup SIM Card Installation Configuration Of SIM Parameters Test Device Communication Enclosure And Installation Battery Charger NLM0LAD User Interface Device Classes Product Family NivuLog 2 Ex / NivuLog Settings Optimum Antenna Position Certificat NivuLog Rev. 02 as of Page 2 / 12

3 1 General 1.1 Important Information New instruments shall be put into operation in the office and installed on site subsequently. Before using the instrument read the user guide carefully. To clean the enclosure use only mild cleansing agents. The instrument shall be used according to the specifications and regional regulations only. To avoid malfunction or damage of the instrument please only use original parts. Only the manufacturer is allowed to undertake reparations and adaptations Installation, electrical connection, initial setup and maintenance shall be performed only by qualified personnel authorised by the manufacturer. Keep the instrument away from direct sunlight. Observe Ex-restrictions and operational conditions! Do not disassemble the data logger in Ex zones! Operate the data logger on site in conjunction with the protective cover! To avoid electrostatic charge do not rub the protective cover! The rechargeable battery pack as well as the enclosure containing the electronic evaluation components shall be separated by unlocking the snap locks only. Never dismantle the parts in any other way. The enclosure is allowed to be opened out of Ex areas by the manufacturer exclusively for maintenance purposes Rechargeable batteries shall only be replaced in Ex areas. Use the accompanying original battery charger out of Ex areas only Connect the enclosure containing the electronic evaluation components in Ex areas only to a dedicated intrinsically safe rechargeable battery pack. Do not use any other power sources. Never use connection CON 4 (USB connection) in Ex areas. Do not replace the SIM module in CON 6 (SIM card slot) within Ex areas. Connect the original antenna (with or without original 5m extension cable) to connection CON 1 only. NivuLog Rev. 02 as of Page 3 / 12

for gaskets and connections Other alternative antenna types (quad band, omnidirectional etc.

4 1.2 Data Loggers And Accessories Ordering options NLM0AP424D rechargeable battery pack for NivuLog 4 NLM0AP424DA rechargeable battery pack for NivuLog 2 Ex and NivuLog PCM Ex NLM0LAD424 battery charger for both battery packs NLM5WART01 maintenance kit for gaskets and connections Other alternative antenna types (quad band, omnidirectional etc.) terminal box (for wiring on site) connection cable for measurement interface Hint Antenna and extension cable are consumables NivuLog Rev. 02 as of Page 4 / 12

2 Initial Setup 2.1 SIM Card Installation Remove antenna and sensor cable. Uncase the instrument. Remove protective cover as depicted.

LED goes on during key action Remove the battery as depicted. Press both push buttons while removing. Install the SIM card. Push-Push-System!

Connect the USB cable if required in order to configure the SIM parameters using the DeviceConfig PC software.

See Maintenance Kit manual for gasket and connection maintenance and observe the according measures described therein.

5 2 Initial Setup 2.1 SIM Card Installation Remove antenna and sensor cable. Uncase the instrument. Remove protective cover as depicted. Press any key briefly (approx. 1 sec.) to prepare the data logger for battery removal. LED goes on during key action Remove the battery as depicted. Press both push buttons while removing. Install the SIM card. Push-Push-System! Observe proper locking! The plugging direction can be seen on the enclosure. Connect the USB cable if required in order to configure the SIM parameters using the DeviceConfig PC software. See following chapters for additional information Use a GPRS enabled SIM card! Observe the cycles (ideally 1kB or less)! See Maintenance Kit manual for gasket and connection maintenance and observe the according measures described therein. Regarding gasket maintenance etc. please observe the measures described in Maintenance Kit. 2.2 Configuration Of SIM Parameters Install DeviceConfig if required Administrative rights required for driver installation! The driver must be re-installed for each new device! Each connected device will be detected by the software automatically. NivuLog Rev. 02 as of Page 5 / 12

Enter the GPRS register and configure the SIM parameters. SIM tariff... SIM defaults Overrule... override defaults Service Provider... SIM card provider PIN... PIN code (1234 if deactivated) SIM Lock.

3 Test Device Communication Create a measurement place in Device 2 Web and assign the NivuLog unit accordingly. Observe proper channel settings already at this stage!

6 Enter the GPRS register and configure the SIM parameters. SIM tariff... SIM defaults Overrule... override defaults Service Provider... SIM card provider PIN... PIN code (1234 if deactivated) SIM Lock... locks certain GSM networks MCC... Mobile Country Code MNC... Mobile Network Code Press Save and terminate the USB connections. 2.3 Test Device Communication Create a measurement place in Device 2 Web and assign the NivuLog unit accordingly. Observe proper channel settings already at this stage! Start the ALOHA mode in order to transmit the modifications. See Table of contents for information regarding the user interface Subsequently wire sensors as well as unit and restart ALOHA. See Table of contents for more information on wiring examples and device types Check incoming data using the ALOHA data window. GSM strength and power supply! 2.4 Enclosure And Installation Installation, electric connection, initial setup and maintenance shall be performed by qualified personnel authorised by the manufacturer only. Avoid direct sunlight! The device shall be used according to the respective specifications only. Particularly avoid magnetic or electric fields in the vicinity of the unit. Observe proper installation! Observe existing legal or operational regulations! Incorrect use may cause injuries and/or damage the instruments! Do not operate the NivuLog on site without the protective cover The protective cover must not be rubbed with a cloth due to the risk of electrostatic charge! Do not remove protective cover and measurement cable within Ex zones! In Ex zones the requirements and notes covered by EN :2007 (explosion prevention and protection basic concepts and methodology) and CLC/TR 50404:2003 (avoiding electrostatic charge) shall be adhered to! NivuLog Rev. 02 as of Page 6 / 12

Operating conditions Temperature... -20..+50 C -10..+40 C (Ex) Humidity... 15..90 %rh, non-condensing Protection rating... IP67 Air pressure... norm. ±10 % ATEX Specifications Approval:.

.. 10 x 165 mm Omnidirectional antenna (H)... 95 x 30 mm Weight NivuLog... 1000 g 2.5 Battery Charger NLM0LAD424 Status LED orange flashing.

Do not charge the battery within Ex zones! A typical charging procedure is finished within 10 hours. A new rechargeable battery achieves full capacity after approx. 3 full loading cycles.

6 User Interface The red status LED automatically indicates the status every 30 sec. (or with each key action) by flashing. The green status LED merely flashes briefly on modem activation.

7 Operating conditions Temperature C C (Ex) Humidity %rh, non-condensing Protection rating... IP67 Air pressure... norm. ±10 % ATEX Specifications Approval:... TÜV-A 11ATEX0001X (94/9/EG) Logger... II 2G Ex ib IIB T4 Battery... II 2G Ex ib mb IIB T4 Dimensions NivuLog (w x h x d) x 240 x 100 mm Standard antenna (H) x 165 mm Omnidirectional antenna (H) x 30 mm Weight NivuLog g 2.5 Battery Charger NLM0LAD424 Status LED orange flashing... battery deeply discharged Obsolete if charging orange... charging green... fully charged Charge the battery using the NLM0LAD424 battery charger exclusively. Do not charge the battery within Ex zones! A typical charging procedure is finished within 10 hours. A new rechargeable battery achieves full capacity after approx. 3 full loading cycles. The capacity decreases with age. Charge and discharge the accumulator completely to avoid this effect. 2.6 User Interface The red status LED automatically indicates the status every 30 sec. (or with each key action) by flashing. The green status LED merely flashes briefly on modem activation. Status LED 0 x... transport lock (GPRS off, measurement off) 1 x... transmission OK 2 x... unknown transmission error Try again 3 x... last transmission faulty Contact support 4 x... standby (GPRS on, measurement off) 6 x... offline (GPRS off, measurement on) 7 x... SIM lock / no appropriate provider Unlock SIM Try again NivuLog Rev. 02 as of Page 7 / 12

8 8 x... no GSM network Find better antenna position 9 x... false PIN / 1 attempt remaining Insert SIM into mobile phone! 10 x... no GPRS connection / faulty settings Retry later Correct settings Change provider 11 x... no Device 2 Web server available contact support 12 x... faulty SIM card Check proper position and condition of SIM Replace SIM card Use the magnet to find the magnet switch. Status LED on Trigger the desired action by moving the magnet away after the signal sequence. Status LED after key action... flashing... setting up connection lit... GPRS/USB active 3 Device Classes 3.1 Product Family Device Class Features NivuLog 2 Ex Logger with 2 universal inputs NivuLog 4 Logger with 4 universal inputs NivuLog PCM Ex Logger for direct connection to PCM Pro NivuLog Rev. 02 as of Page 8 / 12

3.2 NivuLog 2 Ex / NivuLog 4 NivuLog NivuLog Standard Standard Lemo 4 2 Ex Pin wire plug use G 1 2 GND C 3 1 +14VDC F 6 n/c +4VDC E 7 3 Input 1 D 2 4 Input 2 A 5 5 Input 3 B 4 6 Input 4 The on-time

9 3.2 NivuLog 2 Ex / NivuLog 4 NivuLog NivuLog Standard Standard Lemo 4 2 Ex Pin wire plug use G 1 2 GND C VDC F 6 n/c +4VDC E 7 3 Input 1 D 2 4 Input 2 A 5 5 Input 3 B 4 6 Input 4 The on-time of the +14 VDC sensor power supply can be set in Device 2 Web. 0 = no sensor power supply max. 125 ma The +4 V DC power supply is directly connected to the battery without fuse Beyond 22.5 ma corresponding inputs become high resistive (= cutoff). B A G F C D E Standard (socket) Lemo (plug) 6 Input Operation Modes Current... 0/4..20 ma analog Digital... Status signal T ON/OFF >20 msec 1 / 0 threshold adjustable online Counter... interval or daily reset NivuLog Rev. 02 as of Page 9 / 12

10 3.3 Settings Measurement point Name... name of the measurement point Not relevant for allocation of instruments or data Instrument S/N... instrument allocation (!) Comments Comments... for free comments Measurement channels (depending on device type) Name... free channel name Mode/Interface... basic settings for measurement channel Invert......of measurement channel (digital channel) Impulse... value of a counter (for counters) Daily changeover... reset of the counter (for counters) %... measurement range of the sensor (for analog channel) Min..Max... range of indication for standard graphs Unit... physical unit of the channel Format... decimal places High level... high level for signal detection (for digital channel) Value high... threshold in case of increasing slope (for analog channel) Value low... threshold in case of decreasing slope (for analog channel) Hyst... reset at 100+/-x% of the threshold (for analog channel) E.g. hyst=10%... alarm at 100 reset at 90 WA..AL... warning/alarm (for digital channel) Alarm Alarm mode... determines if alarms are to be confirmed manually Time stamp and user will be saved Offline alarm... determines if two transmission failures are to be signalised Transfer volume alarm... determines if exceeding the transfer volume by x% is to be signalised Alarm /sms... recipient list (separated by semicolon) R..Q... determines which condition triggers which action R record; T transmission; Q quick record Basic settings (depending on device type) Transmission interval... time period between transmission events Measurement interval... time period between measurements Factor rapid... measurement interval / factor as from triggering Warm-up time... starts the power supply x sec. prior to measuring Time zone/dst... regional settings Not relevant for raw measurement data (will be saved using in UTC) Position interval... time period between position updates NivuLog Rev. 02 as of Page 10 / 12

3.4 Optimum Antenna Position External influences on the signal quality Iron cover... up to -30 dbm Concrete cover... approx. -10 dbm Environmental influences.

11 3.4 Optimum Antenna Position External influences on the signal quality Iron cover... up to -30 dbm Concrete cover... approx. -10 dbm Environmental influences... up to -15 dbm Installation height of antenna... approx. -5 dbm per 15 cm Vertical/horizontal... approx. -10 dbm Horizontal position... up to -15 dbm Manhole centre / wall... approx. -10 dbm Other... transmission performance of provider etc. Practical examples (open manhole cover) -67 dbm IIIII Reference measurement (out of manhole) -103 dbm Measuring in a depth of 1.20 m -95 dbm I Vertical on manhole wall (depth approx. 15 cm) -83 dbm III Manhole centre horizontal (iron holder) -89 dbm II Antenna rotated by dbm IIII Manhole centre vertical -75 dbm IIII Installed on plastic holder Possible installation options Antenna installation through drill hole in concrete ring (to avoid iron cover) Antenna installation through existing ventilation or supply pipe special types of antennas (e.g. manhole antenna, beam antenna, GSM repeater, ) Place antenna in manhole as described above. Make sure to have an antenna extension available. Start ALOHA using the magnet. Monitor measurement data via Device 2 Web using WAP, laptop, iphone or similar and adjust antenna position if required. It is recommended to maintain a performance headroom of 15 dbm. NivuLog Rev. 02 as of Page 11 / 12

12 4 Certificat The approval is only valid in connection with the respective indication on the data logger nameplate. The complete Ex approval is available on NivuLog Rev. 02 as of Page 12 / 12

Data Acquisition Networks. Installing and Configuring the DM01 Hardware

Data Acquisition Networks. Installing and Configuring the DM01 Hardware Data Acquisition Networks Installing and Configuring the DM Hardware What is the DM? D.A.N developed the DM-2 to capture 6 analogue measurements and pulse count in the field. The Average, Maximum and Minimum