DPI610E Datasheet
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Druck Hand-held pressure calibrator The DPI610E handheld pressure calibrator is the latest and the sixth generation of the DPI600 family. The DPI610E combines effortless pressure measurement and generation, signal measurement and loop power with significantly improved pump capabilities and a powerful touch and button user interface. With a robust design, the unit has been engineered for instrument technicians, using input from those working in the field. It is an ideal solution to your test and calibration application. • The complete pressure calibration tool provides pressure: o Vacuum to 35 bar/500 psi/3.5 MPa pneumatic pressures with inbuilt barometer for accurate pseudo pressure measurements o Up to 1000 bar/15000 psi/100 MPa hydraulic pressures • HART as standard on all versions • Best in class pressure accuracy: Total 1 year uncertainty down to 0.025% full scale (FS) over temperature range of -10°C to +50°C • Integral calibration record with calibration due countdown • Robust, handheld design with backlit high-contrast display • Hazardous area (Intrinsically safe) version available • Optional remote plug and play pressure sensor (PM700E) and Resistance Temperature Detector (RTD-INTERFACE) • Minimize in-the-field leaks with quick-fit pressure adapters and hoses • Full data logging and local documenting capabilities included • Provided with one free 4Sight2 Lite calibrati

DPI610E hand-held pressure calibrator The DPI610E is the sixth generation in the DPI600 family, which was first introduced in 1984. The DPI600 family revolutionized test and calibration by providing all the tools for pressure generation and signal measurement in self contained portable packages. The DPI600 soon became the industry workhorse and today it is simply known as the “Druck.” Building on the technical legacy and more than three decades of experience in pressure measurement and calibration, the DPI610E provides all the convenience and reliability of a true “Druck”, yet offers faster...

Pressure generation The innovative design of the DPI610E pressure generation system provides significantly easier and more efficient pressure generation and precise control using carefully selected components. With the improved pressure generation capabilities, the DPI610E provides higher pressures and higher volume handling with market leading pneumatic pressures from 95% vacuum to 35 bar/500 psi/3.5 MPa. A simple selector lets you switch from vacuum to pressure and with a few stokes of the pump, you can generate the required pressure. Fine adjustment can be made with the built-in volume...

DPI610E external features Hazardous area pneumatic unit shown Carry strap Power charging socket Pressure vent valve (precision needle valve for fine control) Quick-fit pressure adapter system (no tools or seals required) Electrical connections for measuring /sourcing mA, mV, V and detecting switch contacts 10V DC regulated supply and 24V loop power Battery indicator strip On/Off Home Push button interface (for gloved use) External pressure or temperature sensor port Navigation keypad Protective over molding Vacuum / pressure selector Volume adjuster for precise pressure setting Anti-slip...

Brand new User Interface The DPI610E user interface can be fully driven from either the touchscreen or via push buttons to allow use with or without gloves. • The DASHBOARD allows quick application selection without the need for menus or special keys. • The TASK menu provides a library of popular configurations. From the dashboard screen three clicks completely reconfigure the DPI610E for the next job. • From the FAVORITES menu it’s even quicker to access regularly used and customized TASKS. • Electrical connection diagrams can be viewed on screen. Dashboard (Home) Screen Intuitive simple...

Instrument features Current Source Automation (mA Output): Simply configured for simulating transmitter outputs into control loops, testing valve positioners and checking safety systems. The source function has programmable end points, with manual or automatic sequencing. The following options are available for quick set-up: Help: The DPI610E is provided with a multi-lingual quick user guide to get you up and running without delay. For convenience, the full manual is stored digitally within the instrument and can be transferred to a PC for viewing or printing. In the Help Application,...

Measurement Resolution Pressure Resolution: Adjustable from four to seven digits; this matches the displayed value to that of the test device for easy comparison. Electrical Resolution: voltage measurement is adjustable from four to seven digits, current measurement and sourcing from four to six digits. Measurement Process Options Tare 0 to 100% FS temporary zero offset capability by subtracting the current reading from subsequent measurements. Can be applied to all measurement types. Filter Enables a filtered reading by showing a rolling average of the last 10 measurements. Provides a more...

The DPI610E is a simple-to-use “everyday” tool for maintaining and calibrating pressure instruments. It has a documenting application, providing advanced features for automating calibration procedures, calculating errors and interfacing with PCs and calibration and maintenance systems. Automated calibration procedures Test procedures can be created using the DPI610E. These procedures are presented as a list of work orders and when selected, each one will configure the DPI610E to calibrate a specific device. The procedures run automatically and all you have to do is set the pressure. The...

Electrical measurement and source Total uncertainty 10°C to 30°C (50° to 86°F) for one year Pneumatic pressure Gauge pressure ranges Pressure range Total uncertainty (1 Year) %FS -10 to 50 °C Pseudo Absolute pressure ranges Pressure range Total uncertainty (1 Year) %FS -10 to 50 °C (1) 0.6 to 24 mA (internal loop power) FS = Full scale Rdg = reading * Non-IS unit only Pressure media Note 1: Pseudo abs is using a gauge sensor in conjunction with the internal barometer to provide an absolute pressure reading. Pseudo ABS specification is quoted as a percentage of the calculated ABS range e.g....