Instruction Manual

ManualsBrandsAtec ManualsEquipmentDruck-DPI515-A,B2

Sensing

Features

• Pressure ranges 10 inH

0 to 3000 psig (210 bar)

• Precision 0.01% Full Scale (FS)

• Control stability 0.001% of span

• User friendly, high-speed control

• Unique, patented control system

• RS232 and IEEE 488 communications

The DPI 515 high-speed precision pressure

controller/calibrator is the most advanced instrument of

its type. It incorporates many new features and

enhances all the core functions of GE’s previous

best- selling pressure controllers.

DPI 515

Druck Precision Pressure

Controller/Calibrator

DPI 515 is a Druck product.

Druck has joined other

GE high-technology sensing

businesses under a new

name—GE Sensing.

Summary of content (8 pages)

PAGE 1
GE Sensing Features • Pressure ranges 10 inH20 to 3000 psig (210 bar) • Precision 0.01% Full Scale (FS) • Control stability 0.001% of span • User friendly, high-speed control • Unique, patented control system • RS232 and IEEE 488 communications DPI 515 Druck Precision Pressure Controller/Calibrator DPI 515 is a Druck product. Druck has joined other GE high-technology sensing businesses under a new name—GE Sensing.
PAGE 2
GE Sensing Innovation Quality The latest measuring and control technology is incorporated into one compact, functional instrument. Multiple processors, advanced software and a large area display are among a host of features that make the DPI 515 the most flexible controll the market, along with simplified operation and reduced maintenance.
PAGE 3
GE Sensing Functions The following pressure measurement and control functions can be readily selected from the DPI 515 user menu: Dual Range This option extends both the measuring and control accuracy of the DPI 515. For this feature the unit is equipped with a second pressure sensor and a control manifold is fitted. Uniquely, both ranges are fully independent, providing control stability based on each individual FS range. Any two pressure ranges may be selected.
PAGE 4
GE Sensing Head Correction The pressure change due to vertical heights between the unit under test and the DPI 515 can be simply compensated. Zeroing Verification of the instrument zero is made simple by the provision of two methods: manual zero and timed auto- zero. For manual zeroing, any pressure zero offset can be corrected by a key press. For timed auto-zeroing, the instrument may be programmed to zero itself automatically at a desired time interval.
PAGE 5
GE Sensing DPI 515 Specifications Performance Pressure Measurement Precision includes non-linearity, hysteresis, repeatability and temperature effect between 65°F and 85°F (18°C and 28°C), for both absolute and gauge pressures. Plus 0.004% full scale for 50°F to 115°F (10°C to 45°C).* Standard Pressure Ranges • 10 inH2O (25 mbar) gauge • 1 and 3 psi (70 and 200 mbar) gauge • 5, 10, 15, 30, 50, 100, 150, 300, 500, 1000, 1500, 2000, 3000 psi (350 mbar, 700 mbar, 1, 2, 3.
PAGE 6
GE Sensing DPI 515 Specifications Dual Range A single unit may have a combination of any two pressure ranges regardless of the ratio between them. Electrical Communications RS232 and IEEE-488.2 HS interfaces supplied as standard.
PAGE 7
GE Sensing DPI 515 Specifications (E) Low Absolute Pressure_Enhanced Performance Low pressure absolute control using resonant sensors for the following pressure ranges: • 10 to 17 psia (750 to 1150 mbar) • 0.5 to 20 psia (35 to 1310 mbar) • 0.5 to 40 psia (35 to 2650 mbar) • 0.5 to 50 psia (35 to 3500 mbar) Precision 0.01% FS including non-linearity, hysteresis, repeatability and temperature effects over 50°F to 105°F (10°C to 40°C). Measuring stability 0.01% FS per year.
PAGE 8
GE Sensing Supporting Services GE sensing provides Services to enhance, support and complement the Pressure Calibrators range. Our highly trained staff can support you, no matter where you are in the world. Further details can be found in www.gesensing.com/productservices/service.htm Pressure Measurement Training GE Sensing’s training and education program offers comprehensive standard and customized curricula focusing on operation, application, maintenance and technology.