Omega DPG5600 instruction sheet Ranges and Resolution, Controls & Functions, Material & Color

Page 1

MADE IN

Digital Pressure Gauges

DPG3500, DPG5500, and DPG5600

M4094-0606

INSTRUCTION

SHEET

DPG5500,

DPG3500

Shop online at: omega.com e-mail: info@omega.com

DPG5600

For latest product manuals: omegamanual.info

 

 

 

 

 

 

DPG3500 Battery Powered, Min/Max/Zero, NEMA 4X Housing

DPG5500 Battery Powered, Min/Max/Zero

DPG5600 Battery Powered, Min/Max/Zero, Display Backlighting

Ranges and Resolution

Resolution is fixed as indicated in table

Ranges in Bold are standard. Contact Omega Engineering for other ranges listed below. abs: Absolute reference (normally reads atmospheric pressure, reads zero at full vacuum) vac: Vacuum gauge, minus sign not used unless specified

–30.00 inHg/15.00 psig

120.0 inHg

1600 mmHg

35.00 bar

1.000 kg/cm2 abs

–30.0 inHg/100.0 psig

200.0 inHg abs

760.0 torr abs

70.00 bar

1.000 kg/cm2 vac

–30.0 inHg/200.0 psig

200.0 inHg

1600 torr abs

140.0 bar

±1.000 kg/cm2

3.000 psig

50.00 oz/in2

2100 mmH2O

200.0 bar

1.000 kg/cm2

5.000 psig

80.0 oz/in2

3500 mmH2O

350.0 bar

2.000 kg/cm2 abs

15.00 psi abs

240.0 oz/in2 abs

200.0 cmH2O

20.00 kPa

2.000 kg/cm2

15.00 psig vac

240.0 oz/in2 vac

350.0 cmH2O

35.00 kPa

4.000 kg/cm2

±15.00 psig

±240.0 oz/in2

1000 cmH2O

100.0 kPa abs

7.000 kg/cm2 abs

15.00 psig

240.0 oz/in2

2100 cmH2O

100.0 kPa vac

7.000 kg/cm2

30.00 psi abs

85.0 inH2O

200.0 mbar

±100.0 kPa

14.00 kg/cm2

30.00 psig

140.0 inH2O

350.0 mbar

100.0 kPa

20.00 kg/cm2

60.00 psig

400.0 inH2O abs

1000 mbar abs

200.0 kPa abs

35.00 kg/cm2

100.0 psi abs

400.0 inH2O vac

1000 mbar vac

200.0 kPa

70.00 kg/cm2

100.0 psig

±400 inH2O

±1000 mbar

400.0 kPa

140.0 kg/cm2

200.0 psig

400.0 inH2O

1000 mbar

700.0 kPa abs

200.0 kg/cm2

300.0 psig

850 inH2O

2000 mbar abs

700.0 kPa

350.0 kg/cm2

500.0 psig

7.000 ftH2O

2000 mbar

1500 kPa

1.000 atm abs

1000 psig

12.00 ftH2O

4000 mbar

2000 kPa

±1.000 atm

2000 psig

35.00 ftH2O

1.000 bar abs

3500 kPa

1.000 atm

3000 psig

70.00 ftH2O

1.000 bar vac

5000 kPa

4.000 atm

5000 psig

140.0 ftH2O

±1.000 bar

3.500 MPa

7.000 atm

6.000 inHg

230.0 ftH2O

1.000 bar

7.000 MPa

14.00 atm

10.00 inHg

480.0 ftH2O

2.000 bar abs

14.00 MPa

20.00 atm

30.00 inHg abs

150.0 mmHg

2.000 bar

20.00 MPa

35.00 atm

30.00 inHg vac

260.0 mmHg

4.000 bar

35.00 MPa

70.00 atm

±30.00 inHg

760.0 mmHg abs

7.000 bar abs

1000 g/cm2 abs

135.0 atm

30.00 inHg

760.0 mmHg vac

7.000 bar

1000 g/cm2

200.0 atm

60.00 inHg abs

760.0 mmHg

14.00 bar

2100 g/cm2 abs

340.0 atm

60.00 inHg

1600 mmHg abs

20.00 bar

2100 g/cm2

 

Controls & Functions

All Models: Front pushbutton turns gauge on or off and cycles through functions

DPG5600: Press pushbutton to activate 1 minute backlighting when gauge is on

Function

Pushbutton

Prompt (Release Button)

Result

On

Press 1 sec

Gauge Range/Display Test

Actual Pressure

Zero

Press/hold

oooo

Zeroed Actual Pressure

Hi Reading

Press/hold

HI

HI & max. reading

Lo Reading

Press/hold

Lo

Lo & min. reading

Exit Hi/Lo

Press/hold

AP

Actual Pressure

Clear Hi/Lo

Press/hold

HI / LO / AP Cir

Actual Pressure

Clear Zero, Off

Press/hold

HI / LO / AP Cir OFF

Clear Zero, Gauge Off

 

 

 

 

Batteries & Battery Life

DPG3500 and DPG5500

2 AA alkaline, approx. 2000 hours

DPG5600

2 AA alkaline, approx. 150 to 1500 hrs depending on backlight usage

Low Battery Indication

Low battery symbol on display when batteries must be replaced

Dimensions (see drawing on next page)

DPG3500

3.5" W x 3.0" H x 2.0" D NEMA 4X housing Add approx. 0.75" to height for pressure fitting

DPG5500 and DPG5600

3.38" W x 2.88" H x 1.65" D housing

Add approx. 0.75" to height for pressure fitting

Weight (approximate)

Gauge: 9 ounces

Shipping weight: 1 pound

Material & Color

DPG3500

Light gray ABS/polycarbonate NEMA 4X case, rear gasket, polycarbonate label

DPG5500 and DPG5600

Extruded aluminum case, light gray epoxy powder coated, black ABS/polycarbonate bezel, front and rear gaskets, polycarbonate label

Connection Size

1/4" NPT male

Sensor Material

All wetted parts are 316 stainless steel

Overpressure

2 times sensor range

3000 psig range & metric equivalents: 5000 psig

5000 psig range & metric equivalents: 7500 psig

112.5% out-of-range display: i – – – or i –.–.–.– depending on model

Burst Pressure

4 times sensor pressure rating, or 10,000 psi, whichever is less

Storage Temperature

–40 to 203°F (–40 to 95°C)

Accuracy (linearity, hysteresis, repeatability) ±0.25% of full scale ±1 least significant digit

Display (update rate, type, size)

3 readings per second nominal update rate

4 digit LCD, 0.4" digit height

5 character 0.25" H alphanumeric display DPG5600: Red LED backlight. Backlighting may not be visible under bright lighting conditions.

Calibration

Internal calibration pushbuttons, non-interactive zero, midpoint, span, ±10% range

Shutoff

See gauge rear label, last character of model number

-5: 5 minute auto shutoff (standard)

-NS: No auto shutoff, on/off via front pushbutton

Operating Temperature

–4 to 185°F (–20 to 85°C)

Compensated Temperature

32 to 158°F (0 to 70°C)

Temperature Stability

±0.5% span typical, ±1% span max. 0 to 82°C

Image 1
Contents Batteries & Battery Life Ranges and ResolutionLow Battery Indication Storage TemperaturePower-Up Installation and PrecautionsBattery Replacement Normal OperationCalibration Mode Functions Entering the Calibration ModeExit Calibration Mode and Verify Calibration Calibration PreparationM4094/0606

DPG5500, DPG3500, DPG5600 specifications

The Omega DPG3500, DPG5600, and DPG5500 are advanced digital pressure gauges known for their accuracy, durability, and user-friendly interfaces. These instruments are designed to provide precise pressure measurements in various industrial applications, making them essential tools for engineers and technicians.

The DPG3500 is equipped with a high-resolution display that offers clear readings, making it easy to monitor pressure in real time. It features a robust housing that ensures resistance to harsh environmental conditions, such as dust and moisture, making it suitable for field use. The gauge is designed with a precision sensor that guarantees excellent linearity and repeatability, which are critical for accurate measurements.

In contrast, the DPG5600 incorporates more advanced features, such as an enhanced data logging capability. This allows users to record measurements over time, facilitating trend analysis and troubleshooting in processes where pressure fluctuations may indicate potential issues. The DPG5600 also supports multiple pressure units, catering to various user preferences and industry standards. The intuitive menu navigation makes setting up and configuring the gauge quick and straightforward, ensuring minimal downtime when switching tasks.

The DPG5500 stands out with its integrated Bluetooth connectivity, enabling users to wirelessly transmit data to smartphones or computers. This feature allows for real-time monitoring and easy sharing of data among team members. Additionally, the DPG5500 boasts a rechargeable battery, providing extended operational life without the hassle of frequent battery replacements. The LCD display presents not only the pressure reading but also important status indicators, such as battery level and connectivity status.

All three models utilize cutting-edge sensor technologies, ensuring high accuracy across a wide range of pressures. They are engineered to handle dynamic pressures, making them ideal for use in systems with rapidly changing pressure levels. The gauges also offer various customization options, including programmable set points, alarms, and differential pressure measurement capabilities.

In summary, the Omega DPG3500, DPG5600, and DPG5500 are versatile digital pressure gauges that cater to diverse industrial needs. Each model combines advanced technologies, robust construction, and user-centric features, making them reliable choices for professionals who require precise and consistent pressure measurements. Whether for basic monitoring or complex data analysis, these gauges enhance operational efficiency and facilitate informed decision-making in various industrial environments.