This hand grenade uses an adjustable electromagnetic detonator, this one must be regulated before taking the pin out, the detonator perhaps regulated with the hand before launched, contrary to the traditional grenades which uses chemical combustion preventing the use of regulated timer.
Effective Casualty Radius (ECR) of 35 m: the effective ray of damage is defined as a ray starting from the point of explosion of the grenade where at least 50% of the exposed personnel will undergo wounds. The ECR of a grenade is relatively small in comparison with others explosive weapons, however wounds are sudden in a ray much larger than the effective ray of damage.
The range of a hand grenade depends entirely on the skill in launched of the soldier.
The MH82 grenade is made up of 3 principal parts:
The body, the explosive and the fuse. The body contains some explosiv. It is composed of aluminium foam reducing the whietgh of the grenade considerably and allowing to carry more explosive for the same weight (754 gr). This envelope produces tiny fragments at the time of the explosion, increasing the damage.
The explosive: the grenade is filled with a mixture known under the name of Blend & White Plastic ©, a very stable explosive as long as the mixture of the different component has not made.
The fuse: is a fitting of machine elements and electric which allows the firing.
This quiet fuse hasn’t any smoke, nor sparks. The system of fuse is made up:
- Lever
- Pin of safety
- Electromagnetic hammer
- Spring of hammer
- Retardater
- Electromagnetic Detonator
The electromagnetic hammer sending a discharge of 3000 V in mixed explosive in order to cause the detonation. The hammer cannot function without regulate the detonator and to take the pin out. When the lever is slackened the spring of the hammer forces the hammer to swivel on an arc, thus projecting the lever and continuing until it reaches the starter. If the catch is slackened on the lever of safety, the hammer can be slackened and to strike the starter without same as the lever is ejected. It is thus significant to keep a firm catch on the lever in any time after the removed pin silks.
The retarder is a microchip memorizing information of the detonator, it is fed by the same accumulator which makes it possible to have 3000v, but several filters make it possible to bring back the tension to a value of 1.2 v to feed the chip.
The detonator is composed of a caster which the soldier must make turn to select the time between the shrinking of the pin and the blow up.
Damn it was hard to write this!
