Model 570 Flush Tip Diaphragm Pressure Transmitter
5x proof, 4-20 mA output, Blender Pressure Measurement
The Model 570 Flush Tip – Zero Cavity design offers an Isolated sensor assembly that virtually eliminates installation torque effect and is able to withstand pressure spikes up to 5x proof pressure and 20x burst pressure.
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Features
The Model 570 Flush Diaphragm Pressure Transmitter is designed to meet the rigorous demands placed on pressure transmitters used for well-servicing applications including manifold charge and high-pressure pump suction pressure measurements.
Features of the Model 570 flush diaphragm pressure transmitter include:
- Flush Tip Diaphragm (Zero Cavity Design)
- Patented* Solid Stainless-Steel Diaphragm Technology
- Isolated Sensor Design virtually eliminates torque effect
- Withstands 5 times Proof Pressure at 0-1,000 psis range
- Withstands 20 times Burst Pressure at 0-1,000 psis range
- High Accuracy (≤ +/-0.50% FSO)
- IP67 rating (Fully welded and sealed housing)
- Hazardous Approval Options Available
Minimizing the torque effect on the diaphragm has eliminated the need to adjust the instrument after installation. The ability to withstand pressure spikes up to 5 times the 0-1,000 psis range extends the life of the transmitter when cavitation is a risk in the system. The patented pressure sensor diaphragm technology has resulted in a very stable unit with the high performance and data integrity needed for blending in acidizing, cementing and fracturing applications.
*US Patent 9,851,272 B2
Full Scale Pressure Ranges
Accuracy (RSS)
Compensated Temperature Range
Operating Temperature Range
Storage Temperature Range
Long Term Stability (%FSO)
Thermal Effect on Zero
Thermal Effect on Span
Output Signal
Supply Voltage
Power Supply Regulation
Load Impedance
Circuit Protection
RFI / EMI
Voltage Spike Protection
Insulation Resistance
Response Time
Electrical Connection
Pin Outs
Standard Pressure Port
Zero Effect from Installation
Proof Pressure
Burst Pressure
Wetted Materials
Weight
PRESSURE RANGES
ALTERNATE ELECTRICAL CONNECTIONS
PRESSURE CONNECTION
PERFORMANCE OPTIONS
Model 570 Flush Tip Diaphragm Pressure Transmitter
Model 570 Flush Tip Diaphragm Pressure Transmitter
5x proof, 4-20 mA output, Blender Pressure Measurement
The Model 570 Flush Tip – Zero Cavity design offers an Isolated sensor assembly that virtually eliminates installation torque effect and is able to withstand pressure spikes up to 5x proof pressure and 20x burst pressure.
Request a Quote
Full Scale Pressure Ranges
Accuracy (RSS)
Compensated Temperature Range
Operating Temperature Range
Storage Temperature Range
Long Term Stability (%FSO)
Thermal Effect on Zero
Thermal Effect on Span
Output Signal
Supply Voltage
Power Supply Regulation
Load Impedance
Circuit Protection
RFI / EMI
Voltage Spike Protection
Insulation Resistance
Response Time
Electrical Connection
Pin Outs
Model 570 Flush Tip Diaphragm Pressure Transmitter
The Model 570 Flush Diaphragm Pressure Transmitter is designed to meet the rigorous demands placed on pressure transmitters used for well-servicing applications including manifold charge and high-pressure pump suction pressure measurements.
Features of the Model 570 flush diaphragm pressure transmitter include:
- Flush Tip Diaphragm (Zero Cavity Design)
- Patented* Solid Stainless-Steel Diaphragm Technology
- Isolated Sensor Design virtually eliminates torque effect
- Withstands 5 times Proof Pressure at 0-1,000 psis range
- Withstands 20 times Burst Pressure at 0-1,000 psis range
- High Accuracy (≤ +/-0.50% FSO)
- IP67 rating (Fully welded and sealed housing)
- Hazardous Approval Options Available
Minimizing the torque effect on the diaphragm has eliminated the need to adjust the instrument after installation. The ability to withstand pressure spikes up to 5 times the 0-1,000 psis range extends the life of the transmitter when cavitation is a risk in the system. The patented pressure sensor diaphragm technology has resulted in a very stable unit with the high performance and data integrity needed for blending in acidizing, cementing and fracturing applications.
*US Patent 9,851,272 B2