QP-C01 static sensor is a testing instrument that detects the surface electrostatic voltage of objects with static electricity. It measures accurately and is suitable for the electronics and industrial industries. As one of the most reliable static charge static electricity measuring instruments available, the QP-C01 helps quality control teams pinpoint exact voltage levels to prevent potential damage to sensitive electronic components.
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Small-Volume
Industrial grade design, small size, easy installation, beautiful appearance,
can be widely used in industries
such as optoelectronics, electronics, new materials, new energy, printing, etc.

Accurate Measurement
Precision sensors enable high-accuracy measurement, with a minimum measurable static voltage of 1V
Non-contact surface electrostatic detection enables stable monitoring
and accurate measurement of the surface voltage of the object being tested.

High Speed Response
Wide monitoring potential range and high precision
Response speed of <50mS, measurement range of ±20KV for static voltage,
measurement error of ±5% (at a measurement distance of 5mm, the error is ±(3%+2)),
measurement range of ±2000V for static voltage, suitable for high-speed production lines,
high-precision monitoring of static voltage.

Monitoring Distance
Free to choose and adjust
For different installation environments,
sensors can freely choose to adjust the monitoring distance,
5/25/50/100/200mm (default 25mm), with a maximum distance of 200mm.

Support Multiple Communication Protocol Connections
The sensor is equipped with RS-485 and CAN communication.

Real Time Transmission Of Monitoring Data
Real time transmission of monitoring data to PC and server (requires relay and PC client).

Data Analysis Capability
Powerful data analysis capabilities can provide real-time curves, historical curves, and data reports.
The data status can be printed out (requires relay and PC client).

Alarm Function
Can set alarm threshold, high brightness LED running indicator.
The green light is always on in normal state, the blue alarm is triggered
when the threshold is exceeded, and the red light alarm is triggered when the fault occurs.

| MODEL | QP-C01 |
| Detection Range | ±2000V/±20KV ① |
| Resolution | 1V/10V ② |
| Measurement Error | ±5% |
| Data Response | <50ms |
| Alarm Range | ±20000V |
| Working Voltage | DC 7-36V |
| Working Current | <25mA |
| Communication Distance | <500m |
| Weight | About 28g |
| Communication Protocol | CAN Communication/RS485 |
| Measuring Distance | 5/25/50/100/200mm |
| Vibration Frequency | <1KHz |
| Working Temperature | 0~50℃ |
| Working Humidity | 0~60% RH (No Freezing, No Condensation) |
| Housing Material | Anti-Static Engineering Plastics |
| Product Size | 95.5*20.7*18.5 |
Note:
①When measuring a distance of 5MM, the sensor detects a voltage range of ± 2000V. When measuring distances of 25MM, 50MM, 100MM, and 200MM, the sensor detects a voltage range of ± 20KV.
② When measuring a distance of 5MM, the sensor detects a voltage resolution of 1V. When measuring a distance of 25MM, the resolution is 1V when the detected voltage is less than 20000V, and 10V when the detected voltage is greater than 20000V. When measuring distances of 50MM, 100MM, and 200MM, the resolution is 10V.
Due to product upgrades and replacements, there may be changes in product specifications and performance. Please refer to the actual model and we regret to inform you in advance.
The range and minimum resolution corresponding to the detection distance of the sensor
| Distance Number | Detecting distance | Range | Measurement Error |
| 1 | 5mm | ±2000V | ±(3%+2) |
| 2 | 25mm | ±20KV | ±(3%+2) |
| 3 | 50mm | ±20KV | ±5% |
| 4 | 100mm | ±20KV | ±5% |
| 5 | 200mm | ±20KV | ±5% |
Note: Please maintain consistency between the actual distance and the distance number. It is recommended to measure the installation distance at 25MM.
Based on the above parameters, the QP-C01 can be used as a static measurement device for production lines, automation equipment, and quality inspections where fast response and stable communication are required.
