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Pressure Transducer   Transmitter 1600 Series Gems Sensors

Gems Sensors Pressure Transducer Transmitter

The 1600 series pressure tranducer features the same stability and toughness as the 1200 Series via its CVD and ASIC design and thicker diaphragm. The thicker diaphragm enables these transducer sensors to survive most pressure spikes caused by pump ripple, solenoid valves, etc
Stock
-1
Code
1600 Series

Gems Sensors Pressure Transducer Transmitter

 OEM Pressure Transmitter Featuring Exceptional Proof Pressure and Stability Specifications- Vacuum to 6000 PSI (400 Bar) 

Quick Specs...

  • Voltage and Current Output Models
  • Gauge, Vacuum, and Compound Pressure Models
  • General Purpose and Wash Down Enclosures 
  • High Proof Pressure Achieved by Thicker Diaphragm Construction

Overview / Design Principle:

The 1600 series pressure tranducer features the same stability and toughness as the 1200 Series via its CVD and ASIC design and thicker diaphragm. The thicker diaphragm enables these transducer sensors to survive most pressure spikes caused by pump ripple, solenoid valves, etc. In addition the 1600 extends the packaging options by providing an all welded stainless steel back end for demanding industrial applications. A modular design allows special ordering of fittings, electrical cables, etc. for OEM applications. The ASIC and CVD technology enables Gems to offer almost any output over any pressure range.

Applications:

  • Off Highway Vehicles
  • Natural Gas Equipment
  • Semiconductor Processing 
  • Power Plants 
  • Refrigeration
  • Robotics
  • HVAC
Specifications

Input

Pressure Range

Vacuum to 400 bar (6000 psi) 

Proof Pressure

4 x Full Scale (FS) (<1% FS Zero Shift) 

Burst Pressure

>35 x FS <= 4 bar (60 psi);
>20 x FS <=40 bar (600 psi);
>5 x FS <=400 bar (6000 psi)

Fatigue Life

 Designed for more than 100 million FS cycles

 Performance

Supply Voltage Sensitivity

0.01% FS/Volt 

Long Term Drift

0.2% FS/year (non-cumulative) 

Accuracy

0.5 % FS typical (optional 0.15% FS) 

Thermal Error

2.0% FS typical 

Compensated Temperatures

-20°C to 80°C (-5°F to 180°F)

Operating Temperatures

-40°C to 125°C (-22°F to 260°F) for elec. codes C, 1
-20° to 80°C (-5° to 180°F) for elec. codes G, 3 

Zero Tolerance

1% of span

Span Tolerance

1% of span

Response Time

0.5 ms

 Mechanical Configuration

Pressure Port

See ordering chart 

Wetted Parts

17-4 PH Stainless Steel 

Electrical Connection

See ordering chart 

Enclosure

316 SS, 17-4 PH ss
IP65 for elec. codes C, G, 1, 3
IP30 for elec. code "3" with flying leads 

Vibration

70g, peak to peak sinusoidal, 5 to 2000 Hz
(Random Vibration: 20 to 200 Hz @ =20g Peak per MIL-STD.-810E Method 514.4)

Acceleration

100g steady acceleration in any direction 0.032% FS/g for 1 bar (15 psi) range decreasing logarithmically to 0.0007% FS/g for 400 bar (6000 psi) range. 

Shock

20g, 11 ms, per MIL-STD.-810E
Method 516.4 Procedure l 

Approvals

CE, UR (12 ET, 16 ET Intrinsically safe)

Weight

approx. 100 grams (additional; cable 75 g/m)

 Voltage Output Units

Output

See ordering chart 

Supply Voltage (Vs)

1.5 Vdc above span to 35 Vdc 

Min. Load Resistance

(FS output / 2) K ohms 

 Current Output Units

Output

4-20 mA (2 wire)

Supply Voltage (Vs)

24 Vdc, (7-35 Vdc)

Max. Load Resistance

(Vs-7) x 50 ohms

Notes:

 

1. When electrical connection is DIN or plug style “U” must be specified.

 

2. Electrical Connections “F” and “2” are 24AWG, Shielded, PVC Cable.

 

3. Additional Pressure Ranges are available. Please consult factory.

 

4. Intrinsically safe transducers are available with amplified outputs only. (ETL, entity approved for Class I, Division 1, Groups C & D, hazardous areas).


Electromagnetic Capability
Meets the requirement for CE marking of EN50081-2 for emissions and EN50082-2 for susceptibility.
Test Data:
• EN61000-4-2 Electrostatic Discharge. 8kV air discharge, 4kV contact discharge. Unit survived.
• ENV50140 Radiated RF Susceptibility. 10V/m, 80MHz-1GHz, 1kHz mod. Maximum recorded output error was <±1%
• ENV50204 Radiated RF Susceptibility to Mobile Telephones. 10V/m, 900MHz. Maximum recorded output error was <±1%.
• EN61000-4-4 Fast Burst Transient. 2kV, 5/50ns, 5kHz for 1 minute. Unit survived.
• ENV50141 Conducted RF Susceptibility. 10Vms, 1kHz mod, 150kHz - 80MHz. Maximum recorded output error was <±1%

Product Documentation

1600 Series
1600 Series - Download PDF
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