Used to measure the acceleration value of three-dimensional space, any form of motion can be displayed its acceleration value directly, and has vector property. For example, measurement the gravitational acceleration value in local, or changes of acceleration when people in motion.

Air pressure sensor is used to measure the absolute pressure of air, it is connected with the exterior air under measurement by a hose at the front side, whereas the hose and the sealed vacuum reference cavity inside the sensor forms a pressure difference; after the pressure difference is converted into a voltage signal, its output voltage forms a direct proportion to the absolute pressure.

Voltage sensor is used to measure the electric potential difference at both ends of the electrical equipment or circuits, after the circuit of voltage sensor transferring the voltage it collects, then it can realize the measurement. The voltage sensor can be used in the DC circuit and low voltage AC circuit.

Light sensor uses the silicon photoelectric cell as the sensing element; it can convert the light intensity into a voltage signal, keeping a direct proportion. For the sensor, the effective light spectrum is in a range of 380nm and 730nm, it is an ideal intensity sensor for visible light.

Temperature sensor adopts the NTC electronic temperature sensing element, when the ambient temperature changes, the NTC resistance changes accordingly. Normally the temperature needs no zero calibration and with relatively higher stability; therefore, the temperature sensor is rather popular in the low-middle temperature measurements.

Current sensor is used to measure the current in circuit. When current is passing the sampling resistance, it will form a tiny electric potential difference at both ends of the resistance; after enlarging the circuit, it can be available to measure the current accurately in DC circuit or low voltage AC circuit.

Sound sensor not only can measure the strength of sound (dB) within two measuring ranges, but also be used to measure the wave form (mV) of sound directly. With a frequency response rate, so that the sound sensor can measure sound speed and catch sound's wave form.

Motion sensor is a sonar equipment emitting ultrasonic pulse, it receives signal through the reflection of object, and then measure the time T when the high frequency sound wave goes around between the object and sensor; in accordance with the speed of sound in air, i.e.V, it can calculate the distance between the object and the sensor, i.e.: d=V*T/2.

Micro voltage sensor is used to measure the electric potential difference at both ends of electric equipment or circuit. After dividing the voltage collected by the circuit of the micro voltage sensor, it is then allowed to measure the micro voltage in DC circuit or low-voltage AC circuit.

In essence, the photogate sensor is a digital-switch sensor, with the infrared emitter and infrared receiver at both ends respectively. If the infrared receiver receives the light beam, the photogate sensor will be in low-voltage (on-state); if the infrared beam is blocked off, and the infrared receiver fails to receive the beam, the photogate sensor will be in high-voltage (off-state).

Force sensor has adopted a resistance strain member to convert the force into the voltage message. When the strain member is in use, the resistance value of the metal filament varies with the change of its shape; inside the sensor, fixed on a metal cross girder structure, when the metal hook is under a force, the metal cross girder will deform, thus the resistance attaching onto the cross girder deforms accordingly, where the resistance value changes too.