The CS-SM steel mill pressure transducer is designed to withstand the rugged demands of the steel mill industry. Standard configuration includes a stainless steel body welded to a high-strength stainless steel sensing element offering 4X overpressure protection, an integral snubber to protect against pressure transients and an IP69 rating. Electrical connections include an integral cable or a 6-Pin Bendix with a variety of output signals and process connections.
The CS-SM has been designed and built for the toughest environments. An integral snubber (or restrictor plug) is standard on the CS-SM, dampening the pressure spikes that are common in steel and rolling mill applications. Even with the addition of the snubber, the CS-SM is still capable of responding to pressure quickly; ~1kHz for voltage outputs and ~250Hz for 4-20mA current output. By carefully selecting the appropriate diaphragm thickness, the CS-SM is capable of achieving 4X overpressure protection and 10X (or 20,000 PSI) burst pressure protection. These protections are critical in applications such as stamping and roll forming as the sudden pressure events can easily exceed the intended application pressure. Transducers without high overpressure and burst pressure protection run the risk of permanent damage and potential damage to other equipment if the pressure cannot be monitored and controlled properly. A 6-Pin Bendix electrical connector is precision tig welded onto the sensor’s body, providing an IP69 rating. This ensures the sensor will continue operating, even during high-pressure washdown events.
- Steel mill pressure transducer
- Pressures up to 350 Bar
- Accuracy down to โคยฑ0.25% BFSL
- Stability (1 year) of โคยฑ0.25% of FS
- Pressure cycles of >100 million
- Overpressure of 4x minimum
- Burst pressure of 10X or 20,000 PSI (whichever is less)
- IP69 protection against high pressure washdown
- Electrical output options of 4-20mA, 1-5V or 1-6V
- Operating Temperature range of -40ยฐC to +100ยฐC
- Media Temperature range of -40ยฐC to +120ยฐC
- EMI / RFI protection
- Integral snubber protects against pressure transients
- Wetted material of 17-4PH
Typical applications for the CS-SM steel mill pressure transducer series include:
- Stamping
- Roll forming
- Rolling mill
- Pumps
Performance, Thermal, Environmental & Physical Specifications Table
Attribute | Value |
---|---|
Accuracy at 25ยฐC * | โคยฑ0.25% BFSL |
Stability (1 Year) | โคยฑ0.25% of FS |
Pressure Cycles | >100 million |
Overpressure | 4x minimum |
Burst Pressure | 10x or 20,000 PSI (whichever is less) |
Operating Temperature | -40ยฐC to +100ยฐC |
Media Temperature | -40ยฐC to +120ยฐC |
Compensated Temperature | +20ยฐC to +90ยฐC |
Storage Temperature | -40ยฐC to +120ยฐC |
TC Zero | โคยฑ1% of FS |
TC Span | โคยฑ1% of FS |
EMI / RFI Protection | Yes |
IP Rating | IP69 |
Vibration | 20g, 20 to 2400Hz |
Shock | 100g, 11msec, 1/2 sine |
* Accuracy includes non-linearity, hysteresis and non-repeatability
Electrical Specifications (Current)
Attribute | Value |
---|---|
Outputs | 4 to 20mA |
Excitation | 10 to 28VDC |
Current Consumption | 20mA (typical) |
Output Load | 0 to 800โฆ at 10 to 28VDC |
Frequency Response | ~250Hz (minimum) |
Zero Offset (of FS) | โคยฑ0.5% (typical) ยฑ1% maximum |
Span Tolerance (of FS) | โคยฑ0.5% (typical) ยฑ1% maximum |
Electrical Specifications (Voltage)
Attribute | Value |
---|---|
Outputs | 1 to 5V 1 to 6V |
Excitation | 10 to 28VDC |
Current Consumption | <10mA |
Output Load | 5kฮฉ (minimum) |
Frequency Response | ~1kHz (minimum) |
Zero Offset (of FS) | โคยฑ0.5% (typical) ยฑ1% maximum |
Span Tolerance (of FS) | โคยฑ0.5% (typical) ยฑ1% maximum |
Core Sensors design and manufacture high quality sensors for measuring pressure and temperature properties for industrial and hazardous applications worldwide. Core offers solutions for industrial, submersible, differential and hazardous applications in both standard and custom packaging. In-house design and manufacturing capabilities along with strategic manufacturing partners allows Core to create solutions to some of the most complex sensor requirements. Please visit https://core-sensors.com for more information.