Features

• Read/Program Divers
• Start/Stop Divers with various start methods
• Calibrate CTD-Divers
• View time series data in a plot or tabular form
• Perform barometric compensation
• Import/Export monitoring data in multiple formats
• Units: metric and imperial

Available in 7 languages:

• Chinese
• Dutch
• English
• French
• German
• Portuguese
• Spanish

Quick reading and programming of Diver settings

You can read all settings from a Diver. Once the settings have been read, you can modify and program the Diver settings.

• Location
• Sample Method (Fixed, Event Based, predefined pumping test settings, or User Defined)
• Sample Interval
• Conductivity Range (if applicable)

On-the-Fly Calibration of CTD-Divers

Regular CTD-Diver calibration is recommended for accurately measuring conductivity. Retrieve calibration history with a push of a button or calibrate your CTD-Divers using the calibration wizard and standard laboratory calibration solutions.

Effortless Barometric Compensation

All Divers measure pressure with an absolute pressure sensor. Diver-Office can quickly subtract atmospheric pressure measurements obtained with Baro-Divers to compensate for air pressure variations. Water levels can be expressed in the following three ways:

• The height of the water column above the Diver
• With respect to the top of casing
• With respect to a vertical reference datum

You only have to setup your project once. The next time you downloaded new Diver data just start the barometric compensation wizard and let Diver-Office calculate your water levels.

Download Diver-Office

Manual and quick reference guides

Diver-Office User Manual
Diver-Office Getting Started
Diver-Office How to Work with Divers
Diver-Office Barometric Compensation

Easy-to-use, intuitive interface

Easily view and adjust project settings

View and adjust location settings on the fly

Simultaneously display time series graphs and data

Easily retrieve CTD-Diver calibration history

On-the-fly barometric compensation

What's New in Diver-Office

The following new features are available in Diver-Office 2010.1:

• Support for the SQL Server Compact Edition database engine
• Support for the CTD-Diver DI27x Series
• The graphical user interface text can now be viewed in Chinese
• Support for Chinese/Arabic characters in monitoring point and pumping test names

Easy-to-use, intuitive interface

Easily view and adjust project settings

View and adjust location settings on the fly

Simultaneously display time series graphs and data

Easily retrieve CTD-Diver calibration history

On-the-fly barometric compensation

Real-time Groundwater Monitoring Investigation - Perth, Australia

Managed Groundwater Monitoring Networks

Supported Devices

Reading Units

• Reading Unit RS232 AS315
• Reading Unit USB AS327
• Diver USB Reading Unit AS330

Diver Dataloggers

• Cera-Diver DI701 DI702 DI705 DI710
• Mini-Diver DI500 DI501 DI502 DI505 DI510
• Micro-Diver DI601 DI602 DI605 DI610
• (M)TD-Diver DI240 DI241 DI243 DI245
• Baro-Diver DI250 DI500
• CTD-Diver (ceramic) DI261 DI263 DI265 DI271 DI272 DI273
• CTD-Diver (stainless steel) DI218 DI219 DI221 DI223 DI224
• TD-Diver DI212 DI213 DI214 DI215 DI217 DI220

Interface Cables

• Direct Read Interface Cable AS 325
• PC Interface Boostercable AS 326
• DRC USB Interface Cable AS 327
• Direct Read Interface (short) AS 328
• FT-US232B EVALCABLE HAD 211

Export Formats

DAT – A binary format exported with every Diver download
MON – An ASCII file format supported by SWS software
CSV – Comma Separated Values format, compatible with Microsoft Excel
NITG – A standard database format in The Netherlands

Smart future start (SFS)

The SFS option is a useful tool in situations where you want to stop the Diver, download its data, and then continue collecting data at the specified sample interval. This option allows you to download data in continuous segments, while maintaining a consistent sample interval and reducing download time.

Sample method and sample interval

Choose from fixed, event-based, one of the predefined pumping test settings, user defined or averaging sample methods.

Altitude

For selected TD- and CTD-Divers (older) models only. You can enter a value for the altitude above sea level of the location of the Diver within the range of - 300 m to 3,000 m (-984 ft to 9,842 ft)

Conductivity Range

For the ceramic CTD-Divers two additional fields will appear in the monitoring point settings when the Diver settings are read. For the Conductivity Range, choose conductivity range and the type of conductivity: true or specific (conductivity at 25 °C). Depending on the type of ceramic CTD-Diver you can choose the following conductivity ranges:

• DI261, DI263 and DI265: 30.00 or 80.00 mS/cm
• DI271, DI272 and DI273: 30.00 or 120.00 mS/cm

Database

• Diver-Office supports databases up to 4 GB
• Diver-Office uses a Microsoft SQL Server database

System Requirements

• Windows XP (SP2 or later, 32 & 64-bit), Windows Vista Business (32 & 64-bit), or Windows 7 Professional (32 & 64-bit)
• One available USB port or one Serial COM port
• Screen resolution: 1024 x 768, color: 16 bits
• Microsoft SQL Server Compact Edition 3.5 SP2 (Included in installation package)

Communication with Diver-Pocket

ActiveSync 4.5 for Windows XP or earlier - allows Diver-Office to communicate with Diver-Pocket on your portable device.
Windows Mobile Device Center 6.1 for Windows Vista or Windows 7- allows Diver-Office to communicate with Diver-Pocket on your portable device.

Download Diver-Office

Manual and quick reference guides

Diver-Office User Manual
Diver-Office Getting Started
Diver-Office How to Work with Divers
Diver-Office Barometric Compensation

One-step entering for manual measurements

Instantly display compensted, partially compensated and uncompensated data

Conduct pumping tests in seconds

Quickly program and read Divers

Stop the Diver, download data, and continue collecting data with the Smart Future Start (SFS) feature