Kinetic Energy Tester with Sensor Distance 10-30cm

Product Introduction of Kinetic Energy Tester:

Kinetic Energy Tester is a equipment to check the speed of a object (DUT) which pass though the test tunnel .According to the result read out and mass value of DUT, we could calculate the kinetics energy value and know how danger of DUT it is .

Inside the test tunnel of this KE tester, there have three sets of Infra-Red sensor group. One set for start the timer and other two for stop the timer.

Each group include 30 pairs Infra-Red Sensor. They are located in opposite plate and the Infra-Red light are transmitter and receiver are fix in a opposite and signal will transmit and receive though a 1mm narrow gap.

The first group sensor is calls “Start-Sensor”. The second group is call “10cm Stop Sensor” and the third group is call “30cm Stop Sensor”.

Distance between “Start Sensor” and “10cmStopSensor” is 10cm. It is always use for detect low speed or high air friction object.

Distance between “Start Sensor” and “30cm Stop Sensor” is 30cm. It is always use for detect high speed or low air friction object.

1/10000s timer will start at “Start-Sensor” detected DUT, timer will stop until “10cmStopSensor” or “30cmStopSensor” detected DUT. (According to the test range select by user).

Product Features of Kinetic Energy Tester:

• Interior sensor distance 100-300mm
• Equipment and means for determining the velocity and the mass of the projectile, to give a calculated kinetic energy to an accuracy of 0,005 J.
• The measurement distance (d) maximum up to (300 ± 5) mm
• Equipment and means for determining the velocity and the mass of the projectile, to give a calculated kinetic energy to an accuracy of 0,005

Technical parameters of Kinetic Energy Tester:

Basic Function /Specification of Kinetic Energy Tester:

Assist Part of Kinetic Energy Tester:

1. Bullet Simulator.

2. 28cm wide test tunnel

3. PC Interface Cable

4. 2” thermal printer

5. Drawer

6. Spare thermal paper

Testing Standards of Kinetic Energy Tester:

 EN71-1,ASTM F963, ISO8124-1, GB66