Attachment 7 - DCU Ops and MX Manual.pdf

DCU Range System Operations/Maintenance Manual

PO Box 636, Provo, UT 84603,801-377-8033

Use and Operation DCU Range System

The data contained herein is disclosed for the sole purpose of assist-ing the user in the operation of Action Target equipment. All data and specifications are subject to change without notice. This data is appli-cable only to the part name/number identified. Some products may be customized for specific use, so your product may differ from that de-scribed herein.

Action Target Inc.

Assembly:@:B_dcu_r Version: 1.00 Printed: 2011-Oct-03

Table of Contents

1. Overview

1.1. Scope

1.2. Warning

1.3. General

2. Operation

2.1. Basic

2.2. Differential Pressure

3. Relay settings

4. Maintenance

4.1. Daily

4.2. Weekly

4.2.1. Automatic Breach Detection

4.2.2. Automatic Cleaning

4.2.3. Lead Accumulation

4.2.4. Air Compressor

4.3. Every 2000 Hours

4.4. Yearly

4.5. Filter Changing

4.6. Loading New Filter

5. Debugging

5.1. System Won't Turn On

5.2. Pressure Too Low

5.3. Pressure To High

6. Weekly Maintenance Log Sheet

7. Safety

8. Disclaimer

9. Warranties and Returns

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 2

1. Overview

1.1. Scope

This manual will aid the user in maintaining, checking, and adjusting the Action Target Dust Collection Unit (DCU). Sizing, installation, and repair questions shouldbe directed to ActionTarget for more detailed technical assistance. If you have specific questions about environmental contamination or other environmental issues, please direct them to a local, qualified professional environmental consultant.

Blower motor

Filter bank

Filter access door

Collection drum

Collector tube

Collection manifold

Blast gate Trap access door

Calibration ports

Figure 1. Duct Collection Unit (DCU) Components

1.2. Warning

Action Target is not responsibile for contamination, environmental damage, or any other consequences of range operation regardless of whether or not a DCU is in use. The mere presence of the DCU is no guarantee that lead or other environmental contamination will not occur. The DCU is designed to reduce particulate emissions–not eliminate them. The effectiveness of the filtration system is largely dependent upon the type of filters used, the material loading on the filters, the integrity of the filters, and the particular environment in which the DCU is used. See figure 2 for the technical specifications of the filters provided by Action Target.

The DCU is normally furnished as a primary containment system only. Failsafe circuitry is provided which, when properly maintained, will shut the system down within seconds of a filter breach. This will minimize any resulting contamination, but will not eliminate it. This potential hazard can be virtually eliminated by the addition of a final, redundant HEPA filter stage (available from Action Target). However, it should be noted that in the case of a filter breach, the HEPA filter will be destroyed and must be replaced prior to continuing operation.

The filter cartridges in the DCU are designed to last for several years. However, the actual effective life will vary from one site to the next. The cleaning procedures outlined herein describe a method whereby the filters can be changed without excessive human contact with lead particulates. This should not be construed to mean that no contact with lead will occur. If you require absolute isolation from lead particulates, you must employ secondary measures such as protective clothing, respirators etc. while servicing the DCU and associated components.

You should obtain replacement filters only from Action Target. The mere fact that a replacement cartridge fits into the collector housing does not mean that the filter will perform to the specifications shown in figure 2.

1.3. General

The DCU consists of several components (see figure 1): the blower unit, the filter bank, the collection

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 3

.10.05 0.5 1.0 3.0 5.0

Particle Size in Microns

99.5

99.8

99.9

99.99

F ra ct io na l E ffi ci en cy in new filter filter after multiple cleaning cycles loaded filter

Normal operating range

Figure 2. Filter Efficiency drum, and the collection manifold. The collection manifold consists of a main collector tube which is fed by individual tubes which connect to each bullet trap chamber module. The number of individual chambers varies from one range design to the next, so the main collector tube, the filter bank, and the blower will be sized accordingly.

A blast gate is provided where each individual tube enters the main collection tube. These gates are adjustable to vary the amount of air flow drawn off each bullet trap chamber. They are adjusted at the time of installationby a factory installer using a flow sensing device which is insertedat the calibrationports shown.

Generally, these gates should not require adjustment by the user.

Inside the filter bank, air is passed through a group of filter cartridges. These filters are designed to process dry air only. If water is introduced into the filtration systemby any means, the filters may be destroyed. Such damage will manifest itself either as a broken filter or a clogged filter. The user should maintain a supply of replacement filters on hand in case of a filter failure. If no failures occur, such spare filters can be used at the next regular replacement cycle. Replacement filters are available from Action Target and are not necessarily provided as a part of your original system.

START

STOP

Figure 3. Figure of Start/Stop

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 4

2. Operation

2.1. Basic

The user controls for the DCU consist of two buttons: “start” & “stop” as shown in figure 3. Note that the exact location of these controls may be different for each installation. In installations where the operation of the DCU can not be detected audibly, there may also be an optional “power-on” indicator light on the user control panel.

To begin operation, press the start button and hold it down. The low-pressure alarm will sound for several seconds while the blower is coming up to speed. When proper operating pressure has been achieved, the alarm will go silent. When this happens, you may release the start button. If the start button is released before the alarm goes silent (by itself) the DCU will enter a shutdown state and will not operate properly until the start sequence is executed properly.

If the low-pressure alarm does not automatically turn off after a few seconds, this is an indication of a filter breach. The DCU should not be operated further until the filters have been examined (see section5 on debugging). When the DCU is in operation, you should be able to clearly hear the sound of the blower. If at any time, the blower turns off or if the alarm sounds, cease operation immediately until the unit has been thoroghly checked.

When use of the DCU is concluded, press the stop button momentarily. This will remove power to the unit.

The unit may be safely left in this state overnight or for extended periods of time. If it is desired that the unit be unusable for a period of time, remove power to the system by turning off the main breakers (120V control voltage and 3 phase motor voltage) or turn off and lock the local disconnect.

Cleaning cycler

Main junction box low set-point high set-point operating pressure

Figure 4. Main Junction Boxes with timers

2.2. Differential Pressure

Figure 4 shows the front view of the main junction box. This box should be located somewhere between the control panel and the DCU. It contains the control circuitry which starts and stops the DCU as well as timer(s) to control the cleaning cycles of the filters.

This same figure also shows the cleaning cycler control box which should be somewhere close to the main junction box. This box contains circuitry which, under control of the main cleaning timer, energizes the cleaning system. This cleaning cycle occurs, one filter at a time, at timed intervals. See figure 5for a technical schmatic of this main junction box and proper location of the timers.

The gauge on the front of the main junction box shows the current operating pressure of the DCU. This is an indication of the difference between the pressures on each side of the filters (inlet side and outlet side). When the filters are properly loaded, there should be a normal operating pressure of about 1 to 2 inches (in-H2O).

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 5 o

HI

LO

HI LO

nc no com nc no com

L1 L2 1 2

7 8

1 2

7 8

1 2

7 8

Running

Start

Pressure Timer

Horn

C

SS

ST

CR

Leave 12" pigtails w b r

Wire colors:

b - black w - white o - orange r - red y - yellow

All wire 18ga

(R7)(T2)

(T5)

(T6)

(R2)

(S3)

(R3)

(T7)

(S3)

(S1)

(S2)

1 2

7 8

Startup Timer

Cycler pressure switch (field wired)

Figure 5. Main Control box harness with timer placement

There are two knobs on the front of the gauge. One sets a high pressure set-point and the other sets a low pressure set-point. If the operatingpressure rises above the high set-point, this is an indication that the filters are clogged. The control circuitry should sense this and begin a cleaning cycle. If the operating pressure falls below the low set-point, this may be an indication that a filter has broken. The control circuitry should sense this and shut the system down so no particulates can escape through the broken filter.

Some systems are equipped with a second timer called the Startup Timer. This timer turns on each time power is applied to the system and runs a single cleaning cycle regardless of the pressure settings. If the timer module is missing (inside the junction box), the controller is not equipped with this option.

It should also be noted that new filters might register a pressure which is below the normal low set-point.

This is simply a result of them being “too clean.” In addition to causing a lower operating pressure, a filter which is “too clean” will not filter as well (see figure 2. Rather, it will allow larger particulates through than it will once it has been used for some time. As a result, there may be slightly increased particulate emissions from a system which has just recently had the filters changed.

In order to remedy this, there is a procedure called “loading” in which a powdery substance is introduced into the filtration system. This powder clings to the filters just as would the regular lead particulates during normal operation. This “cake” of powder on the filter surface increases the efficiency of the filter (as well as the operating pressure) to the proper specifications.

3. Relay settings

IF USING THE ORANGE TIMER RELAYS USE THE FOLLOWING SETTINGS:

**Proper settings for the two timer relays are as follows; (Upper or pressure relay), both switches are at "C" (or up) and for 2.0 min. (Lower or start-up relay), both switches are at "B" (1 up and 1 down) also for 2.0 min. Additionally, both are set at 110 Vac, and x1 Min. The timers will be adjusted from 2.0 minutes later in this section.

IF USING THE GREY TIMER RELAYS USE THE FOLLOWING SETTING:

**Proper settings for the two timer relays are as follows; (Upper or pressure relay), set the time units to “1-10min.” Set the function to “C”. Set the time to 2 minutes. (Lower or start-up relay), set the time units to “1-10min”. Set the function to “H”.Set the time on the start timer to 1-2minutes.MAKE SURE THAT A JUMPER WIRE IS IN PLACE BETWEEN # 2 TERMINAL AND # 5 TERMINAL ON THE PRESSURE TIMER ONLY.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 6

4. Maintenance

The DCU requires regular maintenance in order to ensure long life and reliability. A system which is operated with clogged filters or with an improper operating pressure can easily be damaged.

For this reason, it is required that you keep a log of all weekly maintenance sessions which records the date of the inspection, the type of procedures performed, and the readings observed on the equipment. If this log is not kept, the warranty for your DCU may be invalidated.

To prepare a log, simply make copies of the example log sheet in the back of this manual. Keep a book of these pages together. As each weekly maintenance procedure is executed, write in the appropriate information on the applicable sheet. (Note that the weekly procedure includes a daily procedure.) If service is required on your DCU these log sheets may be instrumental in determining the cause of the problems.

4.1. Daily

Each time the DCU is used, the differential pressure gauge on the main junction box should be checked. When the power is off, the gauge should read 0. During operation, the operatingpressure should generally be about 1 to 2 inches. (This “proper operating pressure” may vary from one system to the next. Check with Action Target at the time of installation to get the proper operating pressure for your system and enter it below.

Also check to see that the set-point knobs are properly set. The high point is generally set just above 2 inches and the low point is generally set just below 1 inch. Again, these settings may be site dependent. Enter the proper site pressures here:

• proper operating pressure

• low set-point pressure

• high set-point pressure

If either setting has been moved by anyone, return it to its proper setting at once. If the operating pressure is higher than the high set-point pressure, see section 5.3. If the operating pressure is lower than the low set-point pressure, see section 5.2.

There is generally an air compressor which provides pressure for the filter cleaning cycle. Check to see that the air pressure is in the range of 90 to 100 psi. There should be a purge valve on the bottom of the compressor, somewhere in the air line, or both. Each day, prior to use of the system, open this purge valve momentarily to see that compressed air blows out. If water comes out, continue purging until all water has been blown out.

4.2. Weekly

Perform the Daily procedure outlined in section 4.1. Record the results of today's Daily checks and Weekly checks in the log as shown in section 6.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 7

4.2.1. Automatic Breach Detection

First, test the automatic breach detection circuitry. (Wear ear protection during this procedure.)

Second, turn the DCU power on. Test the automatic breach detection circuitry by slowly moving the low set-point knob to move the set-point up toward the normal operating pressure. When the low set-point reaches the operatingpressure, the alarm should soundand the blower should turn off. After resetting the low set-point pressure to its proper value (see section 4.1), turn the entire system off and then back on again.

If the unit fails the breach-detection test, the sensor circuitry is malfunctioning. The malfunction may not pose an immediate threat. However, if a filter breaks, the surrounding environment will be contaminated with lead particulates. Therefore, this malfunction should be corrected immediately. Contact Action Target immediately for technical assistance.

4.2.2. Automatic Cleaning

Next, test the automatic cleaning circuitry. If your system is equipped with the Startup Timer, you will have to wait after power-on until the startup cleaning cycle has finished.

With the power on to the system, open the cover to the cleaning cycler box and the main junction box (see figure 4). Do not touch any connections inside these boxes or electrical shock may occur.

With the system running, slowly move the high set-point knob to move the set-point down toward the normal operating pressure. When the high set-point reaches the operating pressure, the "R" light on the Pressure Timer module (inside the main junction box) should come on. Then, the red lights inside the cycler box should begin to flash on very briefly and one at a time. (There are several seconds of delay from one light to the next.) Each time a light comes on in the cycler box, this indicates a cleaning cycle on one of the filter cartridges.

If the unit fails this test, the automatic cleaning feature is malfunctioning. While this may not pose an immediate threat, before long, the filters will become clogged. This will impair the units effectiveness, it will increase environmental contamination, and may cause damage to the DCU. Therefore, this malfunction should be corrected immediately. Contact Action Target immediately for technical assistance.

4.2.3. Lead Accumulation

Next, check the level of accumulation in the collectionbarrel. (Wear gloves or other protective clothing for this procedure.) Turn the DCU off and wait about 15 minutes for the dust to settle inside the barrel. Loosen the lid clamp and look inside to determine how much debris has been collected. A full barrel may be too heavy to be moved (depending upon what equipment you have to move the barrel). If the barrel has become full (or as full as you can easily move), replace the barrel with an empty one. Re-attach the lid and secure the lid clamp in place.

Next remove one of the covers over the filters on the collector unit (remove a different door each time you do this). Check to see that there is not a deep accumulation of matter on the top side of the filter. If there is a deep accumulation of lead, the cleaning system may be set improperly or may not be functioning properly.

To remedy this condition, it is first necessary to remove the excess lead from the top of the filters. This can be done with a HEPA vacuum or by simply rotating the filters. If you rotate the filters, you must wear the appropriate protective clothing and respirator to prevent contact with lead. Once the lead accumulation has been removed, you must adjust the leaning controller. Contact Action Target for help in achieving a better setting for the circuitry.

After these and any procedures where you may contact lead particulates, wash hands and face with soap and water (or shower if possible). Launder clothing at soonest available opportunity.

4.2.4. Air Compressor

Finally, check the oil level in the air compressor. Remove the plug at the base of the cylinder head. Oil should be clearly visible near the base of the threaded hole. Add oil if necessary. If oil must be added on more than a monthly basis, the rings on the compressor may be worn. This may be blowing oil into the filtration system and compromising the integrity of the filters. Repair the unit as soon as possible.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 8

4.3. Every 2000 Hours

If the motor is equippedwith grease zerks and is operational 24 hours a day or located in a harsh environment, grease the motor 2-3 pumps with a grease gun at 2000 hour intervals.

4.4. Yearly

Check the logs to see when the filters were last changed. If the filters have been used for more than 3 years or 4000 hours, you may want to consider changing them regardless of their current condition. Filters may last as long as 5 years or more or they may last as little as several months. If the filters are in good condition and the operating pressure is within tolerance, you may choose to continue using them for as long as they maintain proper operating pressure. However, you should note that the chance of a filter breach increases with the age of the filter.

4.5. Filter Changing

When it becomes necessary to change a filter, follow this procedure. In many cases, it is not necessary for the cleaning procedure to require direct contact with the lead particulates. However, it is turn the DCU on and perform the procedure for cleaning the filters discussed in section 4.2. Allow the cleaning cycle to run 10 to 20 times through. This should clean the filters as much as possible. If it is suspected that any bag is broken, do not operate the DCU at all. Go directly to the next paragraph.

Turn the DCU off and wait for about 15 minutes for the dust to settle inside. Shake out a heavy-wall garbage bag so it is open, and doesn't cling together. Open the round access door over one of the filter cartridges (see figure 1) and remove the cover.

Hold one edge of the rim of the garbage bag in one hand. Hold the opening of the bag up against the opening around the filter. Push the bottom of the bag up against the filter and grasp the filter (the bag should be between your hand and the filter). Before removing the filter, rotate it a full 360 degrees. This will cause the heavier lead particles to fall into the collection bin first. Pull the filter out while holding the rim of the bag against the unit. As you pull it out, the filter should end up in the bag. Pull the top of the bag around the filter.

Tie the bag securely at the top with a wire-tie, and dispose of the bag according to your local guidelines for lead-waste material.

If you are careful, all of the particulate matter should be contained in the bag or stay inside the DCU. If any lead material drops on the ground, use a HEPA vacuum to clean up the spilled material.

Place a new filter in to replace the old one. Push the filter in firmly to make sure it is securely seated in its place. Repeat the procedure for the remaining filters. (If a single filter is being replaced because it is broken, the entire bank of filters should probably be replaced.) Replace the filter access doors,making sure the doors close tightly.

Make a note inmaintenance logs of the date the filters were changed. This logmust be kept in a place where future maintenance personnel will have access to it several years in the future as they perform the annual service routine (see section 4.4).

Proceed to section 4.6 to load the new filters.

4.6. Loading New Filter

As mentioned, new filters are not fully functional until they accumulate a coatingof particulates on them. This can be accomplished quickly by "loading" the filter. Use the loading compound supplied by Action Target for this procedure.

Note all safety warnings on the bag containing the loading compound. You must take appropriate steps such as (gloves and a respirator) to avoid inhaling or ingesting the compound during this procedure.

Turn the system on. If the operating pressure is too low to keep the system running, turn the low set-point down enough that the system will stay on. Disconnect one of the tubes on the end of the collectionmanifold farthest away from the filter bank. Slowly sprinkle about 1 cup of loading compound into the pipe at a time while monitoring the operating pressure. As you add more compound, the operating pressure should slowly rise until it comes into the range of acceptable pressure (see section 4.1). It may take about 1/2 gallon of compound for each filter in the system. If the operating pressure is not affected by the loading procedure, ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 9 stop the procedure and check the filters again to make sure they are properly seated. If any significant amount of the loading compound blows out the blower outlet, stop the procedure and locate the leak before continuing.

Once the proper operating pressure has been achieved, replace the tube on the collection manifold. If your system is using the Startup Timer, you should remove this timer as described in section 5.2. The timer should be replace once the first automatic cleaning cycle has been generated. This may take several days to servral weeks depending on the usage. If there are any questions, please call Action Target.

Timer

R

V x1 min

Figure 6. Timer and Adjustment

5. Debugging

5.1. SystemWon't Turn On

If the systemwill not turn on, first check to see that the main circuit breakers are turned on. There should be a 120V line which operates the control circuitry in the main junction box. When this voltage is on, there should be a “V” light on on the timer module inside the this box. There should also be a breaker which operates the motor voltage. This is probably 3 phase power at 208V or 408V.

5.2. Pressure Too Low

If the system has stopped automatically with an alarm sounding, or if the alarm never goes off during the startup procedure, this may indicate one of several problems.

If the filters are relatively new, you should check the cleaning cycle. Each cleaning cycle should run long enough to pulse the cleaning valve on each filter only about 1 time. If the cleaning cycle is excessively long, the filters may become unloaded and will not function properly.

If your system consistently operates at a pressure which is too low, check to see if the junction box is equippedwith a Startup Timer. This timer cleans the filters once each time the unit is turned on regardless of operating pressure. To disable this function, simply remove the timer (pull it out of its socket). Without this timer, the system will only clean when the filter pressure rises over the high set point. In some installations, the DCU can be operated in this mode indefinitely. If you have questions about your site, please call Action Target.

The other timer is the Pressure Timer (both timers are as shown in figure 6). In a normal cleaning cycle, cleaning will continue until the operating pressure drops below the high set-point. From that time, the timer will begin running for the amount of time set on the dial (should generally be 2 - 3 minutes). This time should be sufficient to bring the operating pressure back into the acceptable region, but not so long that the natural loading of the filter is removed.

If the filters are older, or you think that water may have recently been introduced into the system, it is likely that a filter is broken. Follow the procedure in section 4.5 for changing the filters.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 10

If the alarm has not sounded, but an examination of the pressure shows it is too low, the procedures listed earlier in this section are still valid. However, you have the added problem that the low-pressure detection circuitry is malfunctioning. Contact Action Target immediately for technical assistance.

5.3. Pressure To High

If a routine examination of the system shows that the operating pressure is too high, this indicates that the filters may be clogged. Open the door to the cleaning cycler box (see figure 4) and see if the indicator lights for the cleaning valves are coming on in sequence as described in the maintenance section. If the lights are not coming on, there is a malfunction in the cleaning circuitry. Contact Action Target immediately for technical assistance.

If the lights are coming on in sequence, check to see if there is air pressure present in the air compressor.

This can easily be done by opening a purge valve momentarily. If air pressure is present, then either the cleaning valves are not functioning properly, or the filters are uncleanable.

Listen to the cleaning valves on the side of the filter bank during the cleaning cycle. As the cycler lights flash on, you should be able to hear a burst of air as the valve fires. If the cycler lights are flashing, but the valves are not operating, contact Action Target for technical assistance.

If you know that water has been introduced into the system recently, follow the procedure in section 4.5 for changing the filters. If the cleaning valves do not seem to be working properly or if the system quickly clogs again after filter replacement, contact Action Target immediately for technical assistance.

6. Weekly Maintenance Log Sheet

7. Safety

Action Target shooting targets are designed to reduce but cannot control the amount of bullet splatter that may be returned to the shooting area. Consequently, appropriate eye protection and protective clothingmust be worn by shooters and bystanders when shooting at any type of steel target or target that uses a steel mounting frame or steel components.

Any activity using firearms is inherently dangerous and should only be carried out with the greatest of care and seriousness. This equipment is intended for professional use, not for consumer or amusement activities!

It should only be used under the strict supervision of qualified firearms training personnel.

Action Target will assume no responsibility whatsoever for persons or organizations who use Action Target equipment in a manner which is unsafe and/or which poses a threat to human life, property, or the envi-ronment.

Action Target is not responsible for contamination, environmental damage, or any other consequences or outcomes the results of range operations.

Caution! Action Target highly recommends that you follow your range safety program and strictly adhere to its rules!

For protection, all range personnel should adhere to these safety precautions:

* Keep hands and clothing clear of any moving parts, actuators, motors, etc.

* Always use proper armament in front of actuators, air lines, controllers, fixtures, and any other parts of the system which might be damaged by gunfire.

* Never place a target in a location that can be seen from anywhere other than the area where the intended shooter is firing from!

* Always use proper armament in front of actuators, air lines, controllers, fixtures, and any other parts of an ATI system that might be damaged by gunfire.

* Wear appropriate clothing.

* Wear appropriate eye and hearing protection.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 11

Horn

Start Stop

Starter

Cycler

PowerL1 L2

Enable

C

‘‘Start’’ ‘‘Running’’ c nc no

High

Low

Too high

Too low

Power

H C

Photohelic gauge c nc no c no nc c no nc

Remote control start/stop

Main junction box

L1 (hot)

L2 (com)

T o pr es su re s en so rs o n

D us t C ol le ct io n

U ni t

T o cleaning valves on

D ust C ollection U nit

Motor starter box

Local Disconnect

M

Three-phase power

Cleaning cycler box

Blower motor

CR

H

ST

C

SS

C H

Timer

Power+ -

Start

2 7

Timer

Power+ -

Start

2 7

Pressure timer

Startup timer jumper

A1 A2

95 96

L1 L2 L3

T1 T2 T3

F ig u re C o n tro l S c h e m a tic

A C T

IO

N T A R G E T P O B O X P R O V O U T -3 -8 W W W .A C T

IO

N T A R G E T .C O M

Daily/Weekly Maintenance Log Sheet

Inspection Date

Off Pressure Value

On Pressure Value

Low Needle Setting

High Needle Setting

Auto Breach

OK

Auto Clean

OK

Lead Accum.

OK

Compr.

Oil

OK

Compr.

Pressure Value

Actions Taken:

Actions Taken:

Actions Taken:

Actions Taken:

Actions Taken:

Actions Taken:

Actions Taken:

F ig u re W e e k ly lo g s h e e t

A C T

IO

N T A R G E T P O B O X P R O V O U T -3 -8 W W W .A C T

IO

N T A R G E T .C O M

* Vary target placement whenever possible to distribute spent rounds more evenly over bullet trap surfaces.

* Watch for airborne fragmentation from fired rounds.

* Halt all shooting activity and correct the reason for any airborne fragmentation.

* Watch for splatter from bullets impacting the ground or other surfaces.

* Halt all shooting activity and correct the reason for any splatter.

* Follow inspection schedules and preventative maintenance procedures for target equipment and bullet traps.

* Inspect ranges regularly per the recommended inspection and repair sections of the specific ATI manual.

* Halt all shooting activity and inspect range conditions when smoke or sparks are seen where bullets impact.

* Halt all shooting activity and inspect any changes in the appearance of the bullet trap or other range equipment.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 14

8. Disclaimer

Certain risks are inherent in the use of firearms and participation in live-fire training programs. In addition, the improper use of firearms in live-fire training can lead to the destruction of property, personal injury, and even death. You and your customers must follow all manufacturers' instructions when using firearms with any Action Target, Inc. product.

Action Target products are intended for use only under the close supervision and direction of a qualified firearms instructor experienced in live-fire training. The risks associated with firearms training must be carefully considered and evaluated when planning and implementing the use of any Action Target product.

Further, every firearms user must fully understand and evaluate the destructive and penetrating potential of any ammunition selected. Prior to using Action Target, Inc. products, the firearms user must evaluate the performance characteristics of the ammunition in use and ensure that it cannot penetrate or damage AR 500 steel, or a combination of crushed rock and AR 500 steel. If in doubt, firearms users should consult the ammunition's manufacturer for performance characteristics.

Warning! You and your customers must not use any Armor Piercing (AP) or other penetrative ammunition in conjunction with any Action Target, Inc. product. Use of penetrative ammunition could result in serious damage to the product, breaching of the fired-round containment area, and serious injury or even death!

Action Target, Inc.disclaims any and all liability associated with the use of firearms in association with its products. While Action Target products are designed to reduce the risks associated with live-fire training, failure to take proper care or to adhere to appropriate safety policies and procedures could result in damage to property or serious injury or death to participants or bystanders. Action Target, Inc. assumes no liability for the improper use of its products or the improper use of firearms or ammunition in conjunction with its products. Every firearms user proceeds at his or her own risk and assumes liability for his or her own actions.

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 15

9. Warranties and Returns

Action Target Inc. LimitedWarranty

Action Target Inc. provides a limitedwarranty on its products.Action Target Inc.will repair or replace products that do not function correctly due to faulty components or workmanship.

The warranty period is in effect for one (1) year from the date of product delivery or project completion and sign off, whichever is later, whether or not actual use of the equipment begins on that date.

Action Target Inc. reserves the right not to provide a warranty for any product that falls into one or more of the following categories:

1.A product modified or altered by anyone other than an authorized Action Target representative.

2.A product damaged or rendered inoperative by failure to perform required maintenance as directed in the individual product operation manual.

3.A product damaged or rendered inoperative due to user negligence or misuse.

4.A product used outside the operational and/or functional scope for which it was intended.

5.A product damaged or rendered inoperative by using ammunition outside the intended scope of the product's design.

6.A product damaged or rendered inoperative through failure to implement recommended protection and/or armoring measures.

7.A product not installed or operated in compliance with the manufacturer?s printed instructions.

8.A product damaged or rendered inoperative due to acts of nature including, but not limited to, lightning, flood, fire, earthquake, etc.

9.A product damaged or rendered inoperative by primary or secondary bullet strikes to or from non-impact surfaces. Examples of non-impact surfaces include, but are not limited to, ceiling baffles, wall baffles, moving target tracks, target trolleys, target stands, target holders, etc.

10.A product damaged or rendered inoperative by inadequate, incorrect, or unstable electricity supply.

11.A product not installed and operated in compliance with applicable building, mechanical, plumbing, and electrical codes.

12.A product damaged or rendered inoperative by exposure to climate and/or environmental conditions that exceed the scope of the product's design.

ActionTarget Inc.'s warranty does not cover the replacement or repair of regular maintenance items including, but not limited to, light bulbs, circuit breakers, batteries, filters, oil, grease, or any other consumable items.

An extended warranty or maintenance package may expand your coverage beyond the conditions stated herein, but does not exist unless explicitly stated in writing as part of a specific designated purchase. Action Target Inc. makes no other warranties, expressed or implied.

The limited warranty provided herein is for repair or replacement only. Action Target Inc. shall not be liable for any loss, cost, damage, or expense of any kind arising out of a breach of the warranty. Action Target Inc.

shall not be liable for any incidental, consequential, exemplary, special, or punitive damages, nor for any loss of revenue, profit or use, arising out of a breach of this warranty or in connectionwith the sale, maintenance, use, operation or repair of any Action Target Inc. product.

Before returning parts for evaluation and/or repair, contact Action Target Inc.'s technical support department for a return authorization (RA) number. Returned items covered by warranty are repaired or replaced and returned to you without charge. Returned items not covered under warranty are subject to repair or replacement charges. Shipping charges for warranty repair or replacement will be paid by Action Target Inc.

Shipping charges for non-warranty repair or replacement will be paid by the customer.

For all warranty assistance or other technical support needs, please contact us at:

Action Target Technical Support 3411 S. Mountain Vista Parkway Provo, UT 84601 877-852-2418 technical-support@actiontarget.com

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 16

ACTION TARGET • PO BOX 636 • PROVO, UT 84603 • 801-377-8033 •WWW.ACTIONTARGET.COM 17