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Carlo Gavazzi ECH3010PPAT-1 is an M30 high-temperature capacitive proximity sensor with an adjustable 4–15 mm sensing range, 10–40 V DC supply, complementary PNP NO/NC outputs and a sensor head designed for -196 to +180 °C applications.
£374.07
The Carlo Gavazzi ECH3010PPAT-1 is a specialised high-temperature capacitive proximity sensor designed for reliable non-contact material detection in applications where conventional proximity sensors cannot tolerate the process temperature. Part of the Carlo Gavazzi ECH series, it combines a separate amplifier with an M30 sensing head manufactured from stainless steel and PTFE for demanding industrial processes.
The sensor head is designed for extreme-temperature applications from -196 to +180 °C, making the ECH3010PPAT-1 particularly suitable for plastic pellet and resin detection in injection moulding and drying equipment, as well as other hot or cryogenic material-monitoring applications. Its separate sensor and amplifier arrangement allows the sensing head to operate at extreme temperatures while the electronics remain remotely positioned.
The ECH3010PPAT-1 offers an adjustable sensing distance of 4–15 mm, factory set to approximately 10 mm, and operates from a 10–40 V DC supply. It provides complementary PNP normally open and normally closed outputs, an M12 plug connection and IP67 protection for dependable integration into industrial automation systems.
High-temperature capacitive proximity sensors are valuable where materials must be detected without mechanical contact while the sensing point is exposed to temperatures beyond the capabilities of conventional electronic sensors. The ECH3010PPAT-1 addresses this requirement with a separate high-temperature sensing head and amplifier architecture.
Its adjustable capacitive sensing system can be configured for different target materials and process conditions. The exceptionally broad temperature capability of the sensing head makes the ECH3010PPAT-1 particularly useful in plastics processing, drying equipment and applications involving hot, cold, granular or other difficult-to-detect materials.
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| Mounting Condition | Non-flush | |
|---|---|---|
| IP Rating | IP67 | |
| Output Type | PNP | |
| Sensing Principle | Capacitive | |
| Housing Size | M30 | |
| Sensing Distance | 15 mm | |
| Output Function | NO + NC | |
| Connection | M12 connector | |
| Manufacturer | Carlo Gavazzi | |
| Series | ECH | |
| Model | ECH3010PPAT-1 | |
| Product type | High-temperature capacitive proximity sensor | |
| Sensor technology | Capacitive | |
| Sensor diameter | M30 | |
| Sensor head materials | Stainless steel and PTFE | |
| Installation type | Non-flush | |
| Adjustable sensing distance | 4–15 mm | |
| Factory sensing setting | approx. 10 mm | |
| High-temperature sensor range | -196 to +180 °C | |
| Power supply | 10–40 V DC | |
| Output Type | PNP open collector | |
| Output function | NO + NC complementary | |
| Connection | M12 plug | |
| Protection | Reverse polarity, short circuit and transients | |
| Status indication | LED for output ON | |
| Construction | Separate amplifier and sensor | |
| Protection rating | IP67 |
The ECH3010PPAT-1 is a high-temperature capacitive proximity sensor designed for non-contact material detection in demanding applications such as plastic pellet and resin monitoring, drying equipment and hot material detection.
The high-temperature sensing head is designed for applications from -196 to +180 °C, allowing it to operate in extreme-temperature processes.
The sensing distance is adjustable from 4–15 mm and is factory set to approximately 10 mm.
The sensor provides a PNP open-collector output with complementary normally open and normally closed switching functions.
The separate design allows the stainless steel and PTFE sensing head to operate in extreme-temperature areas while the electronic amplifier can be positioned away from the most demanding process conditions.
Carlo Gavazzi ECH high-temperature capacitive sensors provide automation and process engineers with dependable non-contact material detection where extreme process temperatures require a specialised remote sensing-head and amplifier design.
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