ANNEX II: - MRRB
ANNEX II: TECHNICAL SPECIFICATIONS
General Requirements
The following requirements are valid for all items in the Technical Specifications except where explicitly stated otherwise:
a) User manual and handbooks for maintenance in English and Bulgarian.
b) The equipment must be capable of withstanding power failures and equipments should not be damaged due to 'trip outs'. The normal voltage and frequency condition available at the site are as follows: 230 V and 50 Hz unless otherwise stated. All electrical devices must be equipped with the necessary power cords and connection cables. The power cords for class I single-phase equipment must be equipped with “Schuko” plugs. Class II equipment power cords must have Euro-plugs.
c) Conditions of use for the computer equipment: ambient temperature (10 – 40 ºC); relative humidity (30 – 85%). All instruments for outdoor use must have rugged and water-resistant design, with water proof cases, and operating temperature range: –10 ºC to +50 ºC.
d) Service must be available for all items. The reliability and maintenance response times are considered very important. Within the warranty period repair service must be available within 48 hours of notification, or if repair not possible within one month replacement of the item. The tenderer must indicate in his tender how this will be achieved.
e) Tenderers should include in their tender, provision for tools and initial stock of maintenance spares as are essential for proper operation and maintenance of the equipment. Full particulars of spare parts should be provided separately. In addition to above, estimated requirements of spares consumption per annum should be indicated. However, as this is for information only, should not be included in the Financial Offer, and respectively will not be subject of evaluation. The successful tenderer shall provide a statement giving full warranty that spare parts for the system would be available for a minimum reasonable period of 5 years after acceptance of the system/equipment.
f) The successful tenderer shall be responsible for erection (where ever required) and installation of the equipment at destination site and for making it fully operational. Specific preparatory works for installation and protection from barbarism of monitoring equipment (wells – items 1, 2, 12, 13, 14) shall be implemented according to the specification for preparatory works given below. The supplier must provide complete details regarding space and all infrastructure needs of the equipment which should be arranged before the arrival of the equipment to ensure its early installation and smooth operation thereafter (the successful bidders may offer his advice an assistance to the beneficiary in the preparation of the site).
g) The successful tenderer shall supply equipment that must be clearly identified and must visibly carry the EU logo and the mention “Provided with the support of the EU” in the operational language of the EU programme and in Bulgarian language.
h) The tenderers shall make provision of imparting training to our Researchers/maintenance Engineers on operation and use of equipment, its accessories and software for the intended applications and trouble shooting repair and maintenance. These services must be included as an integral component of the proposal.
The following notes have to be taken into due account:
o The Tenderer’s offer must be accompanied by technical brochures showing in details type, dimensions, size and description of the offered material and/or technical documentation proving the required performance and parameters in order to verify the compliance with the technical specifications.
o The specifications given are minimum requirements based on the item’s projected function, required performance or intended purpose. Characteristics deviating from exact figures or values given in the specifications (unless exceeding the requirements), due to particular proprietary design of the actually offered product, are acceptable, as long as the capacity is at least equivalent to the given specification and permissible under the standards quoted in the Technical Specifications.
o Any specifications that might eventually refer to a particular product or manufacturer, in particular to types, models and brand names, are to be understood as “or equivalent”. Where equivalency shall be subject to technical evaluation, the respective documentation giving evidence of equivalency, and - if appropriate - an assessment by an independent recognized party shall be provided with the offer.
ANNEX II: TECHNICAL SPECIFICATIONS
Contract title: Project BG-RO 2004/016-783.01.02 Integrated Management of Transboundary Groundwater between Bulgaria and Romania in Dobrudja/Dobrogea Area
Publication reference: EuropeAid/122864/D/SUP/BG
|Item Number |Specifications |Quantity |Evaluation Committee’s notes |
|1 |Wells: water level and temperature meters (set). |17 | |
| |Contact level and TºC gauge, average cable length 250 m | | |
| |Measuring tape - white polyethylene tape (two wires), meter graduation in red, centimetre marks and decimetre graduation in | | |
| |black on white tape. | | |
| |Probe body - brass galvanized, | | |
| |Tape drum - robust, plastic | | |
| |Battery power supply | | |
| |Working temperature- 30 °C up to + 75 °C | | |
| |Temperature measurement | | |
| |LC-display 3 ½ digits | | |
| |resolution 0,1 °C | | |
| |autom. battery checking device | | |
| |Measuring range: - 5 °C up to + 60 °C | | |
| |Accuracy: ± 0,1 °C | | |
| |Preparatory works for installation – see the specification for the preparatory works below. | | |
|2 |Wells: bottom depth meter up to 1000 m (set). |2 | |
| |White polyethylene tape (two wires), meter graduation in red, centimetre marks and | | |
| |Decimetre graduation in black on white tape. | | |
| |Probe body - brass galvanized, | | |
| |Tape drum - robust special plastic | | |
| |Working temperature: -30 °C up to + 75 °C | | |
| |Frame - Alu cast, plastic coated. | | |
| |Probe (level and temperature probe) | | |
| |Signal lamp | | |
| |Measuring tape | | |
| |Battery power supply | | |
| |Crank | | |
| |Alu cast-frame, plastic coated, with robust tape drum | | |
| |Measuring range - Up to 1000m | | |
| |Preparatory works for installation – see the specification for the preparatory works below. | | |
|3 |Spring discharges: flow velocity measurements. Electro magnetic flow portable current meter for low velocities and shallow |2 | |
| |waters. | | |
| |Electromagnetic Flow Sensor | | |
| |Portable: Material: proof epoxy resin | | |
| |Range: 0 to 2.5 m/s | | |
| |Accuracy: 1% of measured value | | |
|4 |Spring and river discharges: flow velocity measurements (set for rod measurements) |17 | |
| |Current meter including: brass propellers 125mm and 80mm, calibration certificates and tables, minimum 6 m rod, sinking weight | | |
| |and attachments, water speed and discharge calculation portable logger with LCD display, supporting at least 10 measuring | | |
| |verticals, possibility for labeling the verticals and cross-sections, memory for at least 10 cross-sections observation, PC | | |
| |connection cable and current meter cable. | | |
|5 |Additional set of accessories for suspended cable measurements by current meter. |4 | |
| |Rope graduated at 1/10cm, winch, sinking weight, winch for bridge measurements | | |
|6 |Digital River and spring water temperature probes |21 | |
| |Max T - at least 70 deg. C | | |
| |Resolution – 0,1deg.C | | |
|7 |Spring discharge measurements - volumetric method Set of plastic tanks |7 | |
| |Volume :5,10,50 l | | |
|8 |River cross-section profiles measurements |3 | |
| |Geodesic levelling and distance measuring instruments for river cross-section profiles, laser accessories for measuring | | |
| |distances. Accuracy better than 1 cm. | | |
|9 |Longitude, latitude, elevation GPS unit with coordinates and elevation measuring possibilities (better than 0.5 m for |4 | |
| |standalone applications) | | |
| |GPS using a local stationary base station and a mobile unit to achieve vertical positional accuracy < 0.50 m | | |
| |Three-dimensional position measurements | | |
| |At least WGS84 coordinate system display | | |
| |ASCII, RTCM SC-104 and XMODEM serial protocols | | |
| |1.EGNOS. | | |
| |2 Serial clip | | |
| |3 Wireless | | |
| |4 Compatible with USB 2.0 | | |
|10 |Longitude, latitude GPS unit with coordinates and elevation measuring possibilities |5 | |
| |Accuracy: minimum 8 m. horizontal coordinates | | |
| |USB Data Port for PC Connection/Data Input | | |
| |Case: Armoured rubber | | |
|11 |Time chronometer |7 | |
| |LCD display for minutes, seconds and 1/100 sec., time and day, date, start –stop, addition stop and split functions. | | |
| |Integrated, replaceable battery | | |
|12 |Wells: water level and temperature meters |40 | |
| |Automatic level meter, up to 250m. | | |
| |Material: Stainless steel | | |
| |Measuring cell: Ceramic | | |
| |Changeable at sight Li batteries | | |
| |Accuracy: 0.05% of full range | | |
| |Interface: IrDA/RS232 | | |
| |GSM/GPRS real time data transmission functionality | | |
| |Preparatory works for installation – see the specification for the preparatory works below. | | |
|13 |Automatic stations – (For Wells) with real time data transmission | | |
| |With real time data transmission suitable for wells (17 stations total). All of them with water level/temperature and | | |
| |precipitation/evaporation gauges, 5 - with additional air temperature and humidity sensors | | |
| |Preparatory works for installation – see the specification for the preparatory works below. | | |
|13.1 |Data acquisition / transmission unit |17 | |
| |Data logger with the functionality to send alarm SMS when certain monitoring parameter exceeds user specified threshold, 230V | | |
| |AC power supply, buffer accumulator, modem supporting GPRS protocols, RS232 communication, SDI 12 interface and Infrared (IrDA)| | |
| |interface, lightning protection. | | |
| |Min. 8 free configurable input channels | | |
| |Min. 4 MB internal memory | | |
| |Water proof case | | |
|13.2 |Water level / temperature pressure probe |17 | |
| |Measuring range - 0… 10 m | | |
| |Accuracy: 0.05% of full range | | |
|13.3 |Air temperature and relative humidity |5 | |
| |Temperature sensor with thermal radiation shield: | | |
| |Temperature-compensated working range:-5 °C +45 °C (ice-free) | | |
| |Measuring range, temperature: -25 °C +70 °C (ice-free) | | |
| |Resolution, temperature: 0,1 °C | | |
| |Accuracy, temperature: ±0,5 °C | | |
| |Humidity sensor: (Relative humidity) | | |
| |Humidity sensor: | | |
| |Relative humidity | | |
| |Measuring range: 0...100% rel. hum. | | |
| |Output: 0 ... 1 V | | |
| |Measuring element: capacitive sensor | | |
| |Accuracy: ± 2 % | | |
|13.4 |Combined evaporation, precipitation/snow intensity. |17 | |
| |Pluviometer for rain/snow/evaporation (resolution minimum 0.05mm) | | |
| |Installation: 2“-dia steel pipe | | |
| |Working temperature range: -5 °C ... +70 °C (without heating device) | | |
| |Intensity 0 ... 50 mm/min | | |
| |Measuring principle: Weighing | | |
|14 |Automatic stations – (For springs and open channel flow) with real time data transmission station | | |
| |All of them with water level/temperature and precipitation/evaporation gauges, | | |
| |2 - with additional air temperature and humidity sensors | | |
| |Preparatory works for installation – see the specification for the preparatory works below. | | |
|14.1 |Data acquisition / transmission unit. |5 | |
| |Data logger with the functionality to send alarm SMS when certain monitoring parameter exceeds user specified threshold, 230V | | |
| |AC power supply, buffer accumulator, modem supporting GPRS protocols, RS232 communication, SDI 12 interface and Infrared (IrDA)| | |
| |interface, lightning protection | | |
| |Min. 8 free configurable input channels | | |
| |Min. 4 MB internal memory | | |
| |Water proof case | | |
|14.2 |River/spring: water level measurements. |5 | |
| |Drift free water level probe: range 0 – 10m, accuracy better than 1 cm, resistant in high turbidity and pollution; measuring | | |
| |principle – differential pressure, bubbling chamber, the sensor is at 50 – 100 m distance from the logger | | |
|14.3 |Water temperature meter |5 | |
| |Temperature sensor | | |
|14.4 |Air temperature and relative humidity. |2 | |
| |Temperature sensor with thermal radiation shield | | |
| |Humidity sensor: Relative humidity. Thermal radiation shield of anodised aluminium and improved ventilation for exact | | |
| |measurement | | |
| |Humidity sensor: Relative humidity | | |
|14.5 |Combined evaporation, precipitation/snow intensity. |5 | |
| |Pluviometer for rain/snow/evaporation (resolution minimum 0.05mm) | | |
| |Measuring principle: Weighing | | |
|15 |Servers for data handling and distribution at the regional offices |5 | |
| |2 X CPU - 2.86 GHz or greater, L2 cache 2MB, FSB 800 MHz ; | | |
| |RAM - 2GB ECC DDR2 400, | | |
| |min 4x PCI extension slots | | |
| |2 x HDDs min 160 GB/7200 rpm/8MB, | | |
| |RAID 0,1 Controller, | | |
| |optical device - CD&DVD R/W | | |
| |Keyboard Lat/ Cyr | | |
| |Monitor 17 inch, TFT type | | |
| |LinUx based operating system | | |
|16 |Laser (or LED) printer/colour |5 | |
| |Printer Type: Colour Laser (or equivalent LED) | | |
| |Print speed 10 ppm b/w, 5 ppm colour | | |
| |Paper size A4 | | |
|17 |Computer for field data collection and data pre-processing at the local offices |15 | |
| |Portable PC (Notebook) | | |
| |Processor no less than 1.86 GHz, 1MB L2 cache, System Bus Speed 400 MHz, memory capacity 1 GB DDR2, HDD 80 GB, WLAN 802.11 b/g,| | |
| |14” LCD display | | |
| |Preloaded OS Windows XP OEM | | |
|18 |Software for reporting, basic calculations. |15 | |
| |MS Office 2003 Professional or equivalent | | |
|19 |Software for data storage and analysis for 5 servers |5 | |
| |Platform independency (possibility to run on Linux platforms) | | |
| |Functionality related requirements: | | |
| |Transaction support | | |
| |Record level locking mechanism for resolving concurrency during records update | | |
| |Procedural language and stored procedures creation and their storing in the data base | | |
| |Triggers definition capability | | |
| |Integrity constrains | | |
| |Software API | | |
| |XML capabilities | | |
| |Possibility to create object types | | |
| |Bitmap indexing | | |
| |Administration related requirements: | | |
| |Possibility for performance tuning | | |
| |Online backup capabilities | | |
| |Robustness and extendibility requirements: | | |
| |- Recovery from hardware crashes | | |
| |- Clustering possibility | | |
| |- Replication | | |
| |Integration with other software tools requirements: | | |
| |To be used by mostly spread GIS; | | |
| |Possibility for integration (to be used) with modelling software; | | |
| |Training: 4 days of training of 4 DB administrators | | |
|20 |Software for statistical analysis |3 | |
| |The software should be menu driven. It should possess procedures for Exploratory Data Analysis, standard unvaried parametric | | |
| |statistical inference, multivariate statistical analysis (linear and quadratic discriminant analysis, principal component, | | |
| |factor analysis, canonical correlation, cluster analysis), univariant and multivariant linear multiple and nonlinear | | |
| |regression, multivariate adaptive regression splines for data smoothing, nonparametric statistical analysis, generalized linear| | |
| |models, generalized additive models, neural networks with multilayer perceptrons and general classification/regression tree | | |
| |models for classification and/or regression problems for predicting categorical and/or continuous variables, spectral time | | |
| |series analysis, and time series modeling and forecasting techniques based on Box and Jenkins. The software should be able to | | |
| |handle large data sets and to allow clustering of continuous and/or categorical variables, and to provide the functionality for| | |
| |complete supervised and unsupervised learning for pattern recognition and probability-based clustering. Graphics interface | | |
| |(The functionality should cover at least that of Stat Soft Statistica) | | |
|21 |OS and software for running WEB applications |3 | |
| |Minimal requirements for OS: | | |
| |Multi users support | | |
| |Multi processing and multi threading support | | |
| |Networking features: | | |
| |Network drivers | | |
| |TCP/IP | | |
| |Sockets | | |
| |Support of multiple processors | | |
| |Security features: | | |
| |Identification and authentication | | |
| |Authorization | | |
| |Access control | | |
| |Shell and user interface | | |
| |Support of shell scripts | | |
| |Graphical user interface | | |
| | | | |
| |Web Application servers: | | |
| |- Protocols: | | |
| |HTTP/HTTPS | | |
| |XML | | |
| |SSL | | |
| |CGI | | |
| |- Security management | | |
| |- Clustering | | |
| |- Load balancing | | |
| |- Connection pooling | | |
| |- Session support | | |
| |- Internationalization (UTF 8) | | |
| |- Server site pages support | | |
| |Possibility for component based development | | |
| | | | |
| |Training: 4 days of training of 4 administrators Windows/Linux platforms and | | |
| |web Application servers | | |
| | | | |
|22 |Software for GIS data visualization, with hydro tools, geostatistical analysis tools, 3D analysis tools, maps creation |4 | |
| |Creating and editing GIS layers – point, polygon and polyline themes, tabular data. | | |
| |Create a map topology - topological relationships. | | |
| |Geostatistical tools supporting spatial modeling and features’ analysis, possibility of georeferencing for scanning maps or | | |
| |photographs and satellite images to a map coordinate system, digitizer support tools for work with 3D vector features, | | |
| |projections tools, DTM generating tools from point, line, and polygon features, grid manipulating tools etc. | | |
| |Geo database definition and administration / annotation, multi-user versioned data management, topology, vector data model, | | |
| |raster datasets and catalogs. | | |
| |Groundwater tools, hydrology tools for drainage basins delineation. | | |
| |To support different development environments: JavaScript, VBScript, Visual Basic, VBA, C++, Visual . Compatibility | | |
| |to the OGC standards, COM and ISO standard and Geographic Information—Metadata standards. | | |
| |Import/Export of variety of raster and vector GIS formats (coverage, shapefile, geodatabase, XML, TAB, MIF, DGN, DXF, PDF, AI, | | |
| |TIFF, JPEG, PNG, EMF, BMP). | | |
|23 |Software for hydrogeological and geological data visualisation with the functionality for: borehole log plotting, 3D |4 | |
| |visualization and animation, cross-section editing, hydro-chemical data handling, graphical user interface (The functionality | | |
| |should cover at least that of Hydro Geo Analyst of Waterloo Hydrogeologic Inc.) | | |
|24 |Sofware for modelling platform |3 | |
| |The modelling platform should comprise wide range of possibilities for constructing a specific model related to surface and | | |
| |ground-water interaction, groundwater infiltration recharge, surface and groundwater flow, as well as various tolls related to | | |
| |analysis, management and planning, well developed graphical interface. | | |
| |With respect to groundwater modelling the platform should include the following functionalities: | | |
| |Tree – dimensional finite-difference groundwater model | | |
| |Simulation of steady and non-steady flow in an irregularly shaped flow system in which aquifer layers can be confined, | | |
| |unconfined, or a combination of confined and unconfined. | | |
| |Prediction of Impacts from Salt Water Intrusion from Over Pumping in Coastal Regions | | |
| |Delineation of well capture zones for municipal drinking water supplies | | |
| |Design and optimisation of pumping well locations for dewatering projects | | |
| |Evaluation of groundwater remediation systems (pump & treat, funnel & gate, etc.) | | |
| |Simulation of natural attenuation of contaminated groundwater | | |
| |Estimation of reductive dechlorination of TCE, PCE and DCE in groundwater | | |
| |Determination of contaminant fate and exposure pathways for risk assessment | | |
| |With respect to surface waters the platform should include functionalities related to estimation and modelling of: | | |
| |Surface water impact from groundwater withdrawal | | |
| |Conjunctive use of groundwater and surface water | | |
| |Wetland surface | | |
| |Directions and rates of exchange of water between the groundwater body and associated surface system | | |
| |Environmental impact assessments (changes in land use and climate | | |
| |Aquifer vulnerability mapping with dynamic recharge and surface water boundaries | | |
| |Floods/Floodplains | | |
| |Agricultural practices impact including irrigation, drainage and nutrient and pesticide use. | | |
|25 |Bulgarian GIS layers. |4 | |
|25.1 |High accuracy DTM (25-50m GRID) |4 | |
|25.2 |Soils: vectors with accuracy and parameters corresponding to map scale 1:400 000 with attribute tables containing at least soil|3 | |
| |class, texture, profile thickness, maximal field water capacity, infiltration rates, others) | | |
|25.3 |Detailed geological map vectors with accuracy and parameters corresponding to map scale 1:100 000 with attribute tables |4 | |
|26 |Mobile Laboratory |7 | |
| |Off road car – pickup for equipment, 4+1 people, samples, able to reach observation sights in difficult weather and road | | |
| |conditions including: | | |
| |- four doors, air-conditioned, luggage compartment at least 150 x 150 x 90 with hard top cover; | | |
| |- maximum load: at least 900 kg | | |
| |- clearance at least 23 cm, | | |
| |- maximum gradient - at least 40°. | | |
| |- diesel engine min 120 kW at 4000 rpm, torque at least 400 Nm | | |
| |- 4 x 4, manual gear box; 4 channel ABS; front and back independent suspensions; | | |
| |- Safety/ security: immobilizer, central door locking system, alarm system | | |
| |- additional 4kW 230V AC el. portable generator, diesel engine. | | |
|27 |Portable photometer and thermo reactor |1 | |
| |Measured parameters: Ammonium, nitrite, nitrate, orthophosphate, chloride, sulfate, cyanide, calcium, magnesium, COD, heavy | | |
| |metals | | |
| |Photometer working in visible range (350-800 nm), ( 2 nm; | | |
| |At least 8 different photofilters covering visible range; | | |
| |Photometric reproducibility not less than 0.001 A; | | |
| |Photometric resolution not less than 0.001 A; | | |
| |Calibration curves - integrated in the memory of the photometer; | | |
| |Types of measurement: absorbance/transmission and concentration; | | |
| |Measuring range of absorbance up to 3.000A; | | |
| |Possibility for measurement with 10, 20, 50 mm and round cuvettes; | | |
| |Possibility for free method updating. | | |
| |Automatic correction of turbidity; | | |
| |Possibility for bar code selection of the methods. | | |
| |Implemented system for quality assurance. | | |
| |Memory: min. 800 data sets; | | |
| |Possibility for freely programmable methods; | | |
| |Rechargeable battery and AC power supply; | | |
| |Software and connection cable for data transfer to PC; | | |
| |Protective case | | |
| |Thermoreactor (heating digestion system): | | |
| |Power supply: AC | | |
| |Simultaneous digestion with at least two different temperatures | | |
| |Temperature selection: from 25 oC to at least 150 oC; | | |
| |Current temperature shown on the display; | | |
| |Temperature stability: at least ±1 oC | | |
| |Stored heating programs and possibility for freely selectable programs for temperature and time. | | |
|28 |Portable Water Sampler |1 | |
| |Water sampler portable, with microprocessor control, vacuum dosing system, insulating box with 12 x 1 litre bottles | | |
|29 |Sampler swinging |1 | |
| |Sampler swinging, with bottles 500 ml, 1000 ml | | |
|30 |Portable pH meter |1 | |
| |Measuring range/ resolution: | | |
| |pH: 0 ... +14; | | |
| |mV: -1999 … +1999 mV. | | |
| |Temperature: at least 0.0 … +80.0 °C. | | |
| |Accuracy ± 1 digit: | | |
| |pH 0.005 pH; | | |
| |mV ±0.3 mV at; | | |
| |Temp. ±0.1 °C. | | |
| |Automatic temperature compensation; | | |
| |Calibration: 2 point automatic calibration with technical buffers and standard buffers. | | |
| |Data storage: at least 500 data sets | | |
| |Data output: Via real-time graphic display and interface for export of logged data to PC (connection cable and software). | | |
| |Operating time: min. 48 hours with batteries. | | |
| |Protective case | | |
|31 |Portable conductivity / TDS / salinity meter |1 | |
| |Measuring range/ resolution for: | | |
| |conductivity: 0.0 µS/cm to 500 mS/cm (in 5 ranges) | | |
| |temperature:- 5.0 ºC to +105.0 ºC | | |
| |salinity: 0 to 70.0 | | |
| |TDS: 0 mg/l to 1999 mg/l | | |
| |Accuracy (±1 digit): | | |
| |Conductivity ±0,5 % of value | | |
| |Temperature: ±0.1 ºC; | | |
| |Ref. Temperature: T ref 20 or 25 °C, selectable; | | |
| |Cell constant: fixed and adjustable; | | |
| |Temperature compensation: automatic | | |
| |LCD display; | | |
| |Data storage: min. 500 data sets; | | |
| |Data output: Via display or interface; | | |
| |RS 232 Interface; | | |
| |Protective case; | | |
| |Measuring conductivity cell | | |
| |Electrode cell with built-in temperature sensor; | | |
| |Cable length: min. 3 m; | | |
|32 |Portable dissolved oxygen meter |1 | |
| |Accuracy ±1 digit for: | | |
| |O2 ±0.5% of measured value | | |
| |Temperature ±0.1 K; | | |
| |Temperature compensation; | | |
| |Air pressure compensation; | | |
| |Salinity correction; | | |
| |LCD display; | | |
| |RS232 interface; | | |
| |Protective case; | | |
| |Measuring oxygen sensor: | | |
| |With temperature compensation; | | |
| |Working life – at least 3 months with one electrolyte filling; | | |
| |Waterproof sensor; | | |
| |With 1-3 m cable and waterproof plug; | | |
| |With storage vessel; | | |
| |With calibration vessel; | | |
|33 |Turbidimeter portable with accessories |1 | |
| |Measuring principle: Nephelometric (90° scattered light) | | |
| |Light source: Nephelometric or IR | | |
| |Measuring range: from 0 to 1000 NTU | | |
| |Resolution: 0.01 NTU from 0.00 to 9.99 NTU and 0.1 NTU from 10.0 to 99.9 NTU | | |
| |Accuracy: ±2% of value | | |
| |Reproducibility: ±1% of value | | |
| |Short response time for measurement; | | |
| |Automatic calibration | | |
| |LCD display | | |
| |Battery operation for at least 1000 measurements with one battery set | | |
| |Carrying case with separate compartment for turbidity meter and cuvettes | | |
| |Calibration standards from 0.02 to 1000 NTU | | |
| |Empty cuvettes for turbidity meter, 5 pcs. | | |
|34 |Ceramic top hot plate |1 | |
| |(Max. 1500 W) | | |
|35 |Hot plate stirrer |1 | |
| |(Laboratory type) | | |
|36 |Balance portable |1 | |
| |Weighting capacity: >200g; | | |
| |Readability: 0.0001 g; | | |
| |Reproducibility: ±0.0001 g or better; | | |
| |Linearity: ±0.0002 g or better; | | |
| |Response time (average): ≤ 4 s; | | |
| |Sensitivity drift within +10°C.. .+30°C: ±2.106 1°C or better; | | |
| |Pan size: grater then 60 mm diameter; | | |
| |Analytical draft shield; | | |
| |Dust cover; | | |
| |AC adapter; | | |
| |Level indicator | | |
| |Data printer | | |
|37 |Digital burettes |3 | |
| |capacity 25 ml | | |
|38 |Digital burettes |3 | |
| |capacity 50 ml | | |
|39 |Timers |2 | |
| |Mechanical, traditional brass or polished chrome finish | | |
| |Range - Main Dial is calibrated for 0-60 seconds in 1/5th seconds Upper sub dial 0-30minutes Lower sub dial 0-60 seconds | | |
|40 |Set of Pipettes |15 | |
| |Variable volume, automatic | | |
|41 |Membrane filtration unit |1 | |
| |Funnel: glass with capacity 250 – 300 ml | | |
| |Glass filter disk with glass rim | | |
| |Filter head: made from glass | | |
| |Filter holder | | |
| |Suction flask with capacity: approx. 1 l | | |
|42 |Water bath |1 | |
| |Six nests | | |
| |Volume: 10-15 l. | | |
| |Microprocessor controlled circulation thermostat | | |
| |Temperature readout: LED type | | |
| |Temperature stability: ± 0.2 °C steps | | |
| |Over temperature protection | | |
| |Temperature range: 5 °C to 100 °C | | |
| |Temperature control: on/off | | |
| |Cover with various diameter rings | | |
|43 |Thermostat |1 | |
| |Low temperature incubator - 20 0C | | |
|44 |Refrigerator |1 | |
| |With temperature indication, two point temperature control | | |
| |Volume approx. 300 l | | |
| |Range: 0÷12 oC | | |
| |Refrigerating agent: Ozone friendly | | |
| |Energy supply: AC | | |
|45 |Submersible pump |1 | |
| |- up to 100 m water column, | | |
| |- generator | | |
| |- accessories | | |
|46 |Portable winch |1 | |
| |mechanical or hydraulic, | | |
| |single conductor armoured sea-cable, | | |
| |cable block, | | |
| |connection kit | | |
|47 |Water sampler |1 | |
| |- sample volume – 2 l | | |
| |- integrated thermometer with range - 0 to +60o C | | |
| |- guiding rails | | |
| |- drop messenger or other type of distant closing | | |
|48 |Sampler with cartridge kits for spontaneously releasing gases |1 | |
| |Stainless Steel Cylinders | | |
| |Temperature Rating 200°F (93°C) | | |
| |Pressure Rating 1800 psi (125 bar) | | |
|49 |Radiation counter, portable |1 | |
| |Detector Connector: MHV. | | |
| |Serial Connection: 25 pin DB25S connector, RS-232. | | |
| |Meter: 76 mm (3") scale, 50 divisions, 0 - 500 CPM or 0 - 5 CPS linear scale. | | |
| |Fast and slow response time programming feature (1-300 seconds) | | |
| |Linearity: Within 5% of full scale. | | |
| |Dead Time Correction: 1 - 999 microseconds. | | |
| |Alarm Point: Adjustable from 0 10 100% full meter scale. | | |
| |Low Count Fail: User adjustable 0 to 255 minutes (10 minutes default setting). | | |
| |Over-range Alarm: Adjustable from 1 to 1010 cps (106 cps default setting). | | |
| |Audible Alarm | | |
| |Visual Alarm | | |
| |Speaker | | |
| |Sensitivity: Lower Threshold: 0 - 5.1 mV, upper Threshold: 0 - 60 mV. | | |
| |Anti-coincidence: Programmable switch permits discrimination between beta and alpha pulses. | | |
| |Power: 230 V AC/ 50Hz | | |
| |Battery Backup: 8 hours operation. | | |
|50 |Compact ion chromatography system for determination of cations and anions |2 | |
| |Anions: fluoride, chloride, nitrate, nitrite, bromide, phosphate, sulfate, sulfide and cyanide. | | |
| |Cations: lithium, sodium, potassium, magnesium, calcium, barium and ammonium. | | |
| |Detection limits for anions - according ISO 10304-1 :1995 | | |
| |and REGULATION No. 1 on the Exploration, Use and Protection of Groundwater | | |
| |Anions: Fluoride - 0,005 mg/l , chloride - 0,05 mg/l, nitrate - 0,05mg/l, nitrite - 0.01 mg/l, bromide - 0,01 mg/l, phosphate -| | |
| |0,05 mg/l, sulfate - 0,05 mg/l, sulfide - 0,002 mg/l and cyanide - 0,004 mg/l; Cations: lithium, sodium, potassium, magnesium, | | |
| |calcium, barium - 0,05 mg/l, and ammonium - 0,01 mg/l | | |
| | | | |
| |IC Pumps: | | |
| |High class IC pump | | |
| |Chemical inert construction | | |
| |Computer control of all pump parameters | | |
| |Minimum flow rate : 0,2 ÷ 0.5 ml/min | | |
| | | | |
| |Autosampler: | | |
| |Software control of the autosampler parameters | | |
| |At least 25 vials with variable volume | | |
| | | | |
| |Suppressor module: | | |
| |Suppressor module with regeneration for chemical suppression for anion determination | | |
| |Software control of the suppressor parameters | | |
| |100 % solvent compatible | | |
| |Detector: | | |
| |Conductivity detector: | | |
| |- Measuring range of conductivity minimum: 0 ÷ 1000 μS | | |
| |- Electronic suppression and auto zero function | | |
| |- Adjustable detector temperature in range: 25 ÷ 45 °C | | |
| |- Temperature stability: ≤ 0.01 oC | | |
| | | | |
| | | | |
| |Computer system: | | |
| |PC with at least 2.4 GHz Intel Pentium or AMD or similar processor, 512 MB RAM, 120 GB SATA HDD, 3.5”FDD, 40xCD R/W, MS-WIN XP| | |
| |Pro or equivalent OS, keyboard, mouse, 17” TFT color display, printer with at least 1200x1200 dpi, 18ppm/A4 B/W, 8 MB RAM | | |
| | | | |
| |Application software features: | | |
| |- data acquisition from detectors and samplers, | | |
| |- full system control: | | |
| |pumps parameters | | |
| |autosamplers parameters | | |
| |suppressor parameters | | |
| |Possibility for setting limits and thresholds | | |
| |Reporting and alerting messages to the operator feature | | |
| |Possibility for executing various data analysis | | |
| |Possibility for module configuration and sequencing | | |
| | | | |
| |Columns: | | |
| |Columns for determination of the a.m. anions and cations | | |
| |Reactives and standards for the a.m. anions and cations | | |
|51 |UV-VIS Spectro-photometric System |1 | |
| |UV-Visible instrument based on diode-array technology | | |
| |Wavelength range minimum from 190 to 1000 nm | | |
| |Resolution test >1.6 toluene in hexane, ratio abs. at 269 nm/266/ 260/ nm | | |
| |Stray light ................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related searches
- fidelity equity income ii fund
- global ii regents dbq
- aquaforno ii collapsible stove
- aquaforno ii amazon
- type ii demand ischemia
- level ii teaching certification pa
- virtual ba ii plus calculator
- ba ii plus calculator online
- english ii persuasive essay prompts
- texas instruments ba ii plus calculator
- ba ii plus user manual
- blackrock funds ii annual report