High-temperature resistance: Melt pressure transducers are built to withstand process temperatures up to 538°C or higher.
Robust construction: A specialized diaphragm, often protected by a special coating, protects the sensitive internal sensor from the abrasive and corrosive properties of molten materials.
Integrated temperature measurement: Some melt pressure transducers include a built-in thermocouple for simultaneous pressure and temperature monitoring.
Different configurations: They are available in various designs, including rigid stem, flexible sheath, and exposed capillary, to suit different mounting requirements.
Piezoresistive working principle: Many melt pressure transducers use a piezoresistive strain gauge combined with a fluid-filled system to transmit pressure to the sensor element. Some versions are fluid-free using silicon-based technology.

Parameter	Value
Measure Range	0-150Mpa
Overload Pressure	1.5×RP(rated pressure)
Broken Pressure	3×RP(rated pressure)
Accuracy	±0.3,±0.5,±1%F.S
Stability	Typical ±0.5%F.S, Max ±1%F.S
Operate Temperature	－10℃~400℃
Wire	2 Wires/3 wires
Output Signal	2mv/v, 3.3mv/v, 4~20mA/1-.5v
Power Supply	12~30Vdc
Internal Shunt Calibration (R-Cal):	80% FSO +/- 1%
Insulation	＞2000M (100VDC)
Electric Connect	5 pins or 6 pins connector
Thread. Connect	1/2-20UNF or requested by customer
Response Time	10ms
Length of Rigid Stem	2.36", 60mm, or 6", 152mm
Length of Flexible Tube	18", 460mm

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