Uxo And Cea Safety

Front 1

Disposal of UXO may be considered as what two separate parts

Back 1

Disposal of incident

Final disposition

Front 2

What is disposal of incident

Back 2

Render safe procedures

And blow in place

Front 3

What is final disposition

Back 3

What is left after rendering a hazardous situation safe

Front 4

What is the preferred method of disposal of UXO

Back 4

BIP it in its original position

Front 5

What is RSP

Back 5

RSP is the removal of an item that would allow the munition to function (EOD only)

Front 7

Until the it can be determined an object is not magnetically functioned what do you not take near it

Back 7

Tools and equipment

Front 8

What must you consider with unknown explosives

Back 8

Most hazardous type,feature,condition

Front 9

UXO ops require how many personnel

Back 9

Minimum of two

Front 10

What do not want to expose HE to

Back 10

Any heat shock fire friction or rough handling

Front 11

What are the two types of frag

Back 11

Primary secondary

Front 12

Movement safety means what

Back 12

Don't move anything not the uxo or the material around it

Front 13

How far do you need to keep your radio in regards to EMR saftey

Back 13

Min 100 m

Front 14

What are some mitigating things you can do when dealing with static safety

Back 14

Ground your self

Wear non conductive clothing

Front 15

When dealing with ejection safety what do you do

Back 15

Remain clear of all hazards

Front 16

What is piezoelectric or Lucky

Back 16

Initiating element in many fuzes when mechanically stressed causes the uxo to detonate

Front 17

What do you not want to stress when dealing with lucky and what do you want to observe

Back 17

Don't stress the nose

Observe EMR and static safety precautions

Front 18

What is the JET safety

Back 18

Formed explosive charge with conical cavity in the nose

Front 19

What should you assume jet munitioncontains

Back 19

Piezoelectric crystal (lucky)

Front 20

What is a down range haZard with Jet

Back 20

Copperhead 5mile down range hazard

Front 21

How does VT work

Back 21

Radar waves sent out and reflected back from target

Front 22

What must you observe with VT

Back 22

Don't allow vehicles to pass in front

Observe EMR ,static

Front 23

What is WT

Back 23

Wait time...functioning of slow burning pyrotechnic fuzes

Front 24

What are the wait times for pyrotechnic delay

Back 24

1hr

Front 25

What are the wAit time for projected electrical fuzes delay

Back 25

1hr

Front 26

What is the wt for guided missiles

Back 26

3hr

Front 27

What is the wait time for bomb fuses

Back 27

24 hrs

Front 28

How far upwind do you need to be for CHEM

Back 28

600m

Front 29

How far away downwind of CHEM

Back 29

2000m

Front 30

What happens if you expose WP to air

Back 30

It will reignite

Front 31

What do you want to submerge WP in

Back 31

In mud or wet sand

Front 32

What should you consider with FIRE safety

Back 32

Keep away from sparks

Some munitions contain pyrophoric liners

Front 33

What is the clockwork safety

Back 33

Machinery fuzing with gears and wheels to operate for a preset amount of time

Front 34

What is COcked striker safety

Back 34

Striker/firing pin that is held in the ready to fire position under spring tension

Front 35

What is BT

Back 35

Concealed and set to explode when unsuspecting person sets off its firing mechanisms

Front 36

Where do you want to enter and exit when dealing with BT

Back 36

Same cleared path

Front 37

What are the do nots for magnetic

Back 37

No movement of ferrous metal

Do not approach with metallic objects

Do not turn off power lines

Do not move uxo

Front 38

What is Seismic

Back 38

A sensors that can be used to detect very low frequency vibrations

Front 39

What is acoustic

Back 39

A sensor that is designed to be actuated by sound emitted from a specific target

Front 40

What is the approach you want to use

Back 40

45 deg angle from the rear

Front 41

What does time on target minimize

Back 41

Hazards to personal and equipment