YD9800 Eddy Current Sensor

1. Introduction

The YD9800 series eddy current sensor adopts internationally leading technology and is designed and produced strictly in accordance with ISO standards. After years of experience, the company has explored the matching technology of coil temperature stability parameters. The probe adopts PPS engineering plastic imported from Japan, with high requirements for secondary injection molding process, to ensure the sealing, stability, interchangeability and other performance of the probe. The probe works normally in a temperature environment of -30 ℃~+185 ℃. The preamplifier adopts a new generation chip, with a circuit power consumption of less than 8mA and deep negative feedback stable resonant circuit technology, achieving stability of 0.05%/℃ and 0.02%/year. The circuit has fault-tolerant design to ensure that any wiring errors will not be damaged; Wiring terminal embedded with self-locking protection design, engineering plastic PPS isolation insulation, corrosion-resistant; The new phase frequency testing and control method has dynamic characteristics at the international leading level. Widely used for online monitoring and fault diagnosis of displacement, vibration, and other parameters of large rotating equipment such as steam turbines, water turbines, oxygen concentrators, centrifugal air compressors, and grinders.

2、 Characteristics

The matching of coil stability parameters ensures the minimum parameter of probe temperature drift;

The probe is made of imported PPS engineering plastic through secondary injection molding, ensuring consistent and reliable sealing, stability, and interchangeability;

The self-locking connection feature of cables enhances signal reliability;

New generation low-power chip technology integration, front-end stability (0.05%/℃, 0.03%/year);

According to the ISO standard production process, the preamplifier can operate in an environment of -30 ℃ to+110 ℃;

● Fault tolerant circuit design to prevent damage caused by misconnected wires;

The preamplifier adopts low-power technology, with a power consumption of less than 8mA;

● Secondary injection molding process and alloy coil structure probe environmental temperature -30 ℃~+185 ℃