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USER MANUAL

ECLIPTUS ES1021

OPERATOR’S AND MAINTENANCE MANUAL

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Aviation Specialties Unlimited Ecliptus System Digital Monocular Night Vision Device (DMNVD)

OPERATOR’S AND MAINTENANCE MANUAL Important Export Restrictions! Important Export Restrictions! This manual is not ITAR controlled. Equipment and/or components referenced in this manual are controlled via International Traffic in Arms (ITAR), Title 22, Code of Federal Regulations Part 120-130 or by the Export Administration Regulations (EAR) of U.S. Department of Commerce. At any time when a license or a written approval of the U.S. Government is applicable to it, it is illegal and strictly forbidden to export, intend to export, transfer in any other manner whatsoever, sell any hardware or technical data, provide any associated service to any non-U.S. resident, beyond or within the United States territory, until the valid license or written approval has been issued by the Departments of the U.S. Government having jurisdic-tion. Additionally U.S. law prohibits the sale, transfer, or export of items to certain restricted parties, destinations, and embargoed coun-tries, as identified on lists maintained by the U.S. Department of State, the U.S. Department of Commerce, and the U.S. Department of Treasury. It is the responsibility of the Customer to be aware of these lists. The sale, transfer, transportation, or shipment outside of the U.S. of any product prohibited or restricted for export without complying with U.S. export control laws and regulations, inclu-ding proper export licensing, documentation or authorization, is unlawful and may result in civil and/or criminal penalties and/or cons-titute a federal crime. Diversion contrary to U.S. law is strictly prohibited.

SAFETY SUMMARY

Before operating this product, carefully read and study this Operation and Maintenance Manual.

The Ecliptus digital monocular night vision device (DMNVD) is a precision electro-optical instrument, and re-quires careful handling. To avoid damage to the equipment or physical harm to the user when operating the

Ecliptus system, follow all WARNINGS, CAUTIONS, and NOTES.

Below you will find definitions of the following alerts that appear throughout this Manual:

WARNING — Identifies a clear danger to the person operating the equipment CAUTION – Identifies risk of damage to the equipment.

NOTE – Highlights essential procedures, conditions, statements, and important instructional infomation for the use

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NOTE:

To avoid physical injury and damage to the equipment, carefully read and understand the following safety

precautions.

The equipment requires some ambient light (moonlight, starlight, etc.) to operate. Performance of the device in nighttime conditions depends on the level of ambient light in the environ-

ment. Please remember the following: o The level of ambient light is reduced by the presence of clouds, shade, or objects that block

natural light (trees, buildings, etc.). o The equipment is less effective when operated in shadows and other darkened areas.

o The equipment is less effective when operated in rain, fog, sleet, snow, dust or smoke. o The equipment will not “see” through dense smoke.

o At operating temperatures below 0°C (32°F), the use of an alkaline battery is not recom-

mended, as the battery life will be reduced. Under said conditions, lithium iron disulfide 1.5V AA batteries or their equivalent should be used.

o The IR illuminator is intended for increased illumination, as needed, when viewing at a close distance of up to 3m.

o For the purpose of returning defective components, retain all packaging materials.

CAUTION : The digital monocular device is a precision optical instrument and must be handled carefully at all

times to prevent damage. Do not scratch the external lens surfaces or touch them with your fingers.

o To protect the image intensifier, keep the lens cap securely fitted over the objective lens when the monocular is not in use or when it is being operated in daylight conditions.

Light from the IR illuminator is invisible to the unaided eye. However, it can be detected by other night vision devices.

WARNINGS:

The digital intensified monocular will not turn off automatically. The monocular needs to be turned off with the power switch.

The digital monocular’s illuminator is visible to other people using night vision devices.

WARNINGS:

Toxic Material

The image intensifier’s components contains toxic materials.

If the image intensifier breaks, be extremely careful to avoid inhaling the residual material. Do not allow the material to come in contact with the mouth or open wounds on the skin.

If internal image intensifier residual material comes in contact with your skin, wash it off immediately with soap and water.

If you inhale/ swallow any phosphor screen material, drink a lot of water, induce vomiting, and seek

medical attention as soon as possible.

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LIST OF CONTENTS

1. INTRODUCTION 4

2. DESCRIPTION AND DATA 7

3. OPERATING INSTRUCTIONS 11

4. MAINTENANCE PROCEDURES/TROUBLESHOOTING 24

5. APPENDICES 26

Appendix 1 - COMPONENTS OF END ITEM (COEI) AND BASIC ISSUE ITEMS (BII) LISTS 26

Appendix 2- ADDITIONAL AUTHORIZATION LIST (AAL) 26

Appendix 3- PRODUCT WARRANTY REGISTRATION CARD 27

HOW TO USE THIS MANUAL

USAGE You must familiarize yourself with the entire manual before operating the equipment. Before performing any

kind of maintenance on your device, read the section on maintenance in its entirety. Follow all WARNINGS, CAUTIONS, and NOTES.

MANUAL OVERVIEW

This manual contains sections on Operating and Maintaining the Ecliptus Digital Monocular Night Vision Device (DMNVD). The Components of End Items (COEI) and Basic Issue Items (BII) Lists can be found in Appendix A.

The Additional Authorization List (AAL) can be found in Appendix B. The Product Warranty Registration Card

can be found in Appendix C.

1. INTRODUCTION

1.1 GENERAL INFORMATION

1.1.1 TYPE OF MANUAL Operation and Maintenance

1.1.2 MODEL NUMBER AND EQUIPMENT NAME Model Number ESL1000 and Ecliptus Digital Monocular Night Vision Device (DMNVD)

1.1.3 PURPOSE OF EQUIPMENT To provide the operator with the ability to observe and digitally record at night under moonlight and starlight conditions.

The Ecliptus DMNVD can be used as a handheld or tripod mounted device to allow night time surveillance and situation awareness

and digitally record imagery generated from this device.

1.2 WARRANTY INFORMATION AND REGISTRATION

1.2.1 WARRANTY INFORMATION This product is guaranteed to be free from manufacturing defects in material and workmanship under normal use for a period of one (1)

years from the date of purchase. In the event that a defect covered by the below warranty occurs during the applicable period stated

above, ASU, at its discretion, will either repair or replace the product; such action on the part of ASU shall be the full extent of ASU’s

liability, and the Customer’s sole and exclusive reparation. This warranty does not cover a product if it has (a) been used in ways other

than its normal and customary manner; (b) subjected to misuse; (c) subjected to alterations, modifications or repairs by the Customer or

by any party other than ASU without prior written consent of ASU; (d) special order or “close-out” merchandise or merchandise sold

“as-is” by either ASU or the ASU dealer; or (e) merchandise that has been discontinued by the manufacturer and either parts or

replacement units are not available due to reasons beyond the control of ASU. ASU shall not be responsible for any defects or damage

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that in ASU’s view are a result from the mishandling, abuse, misuse, improper storage or improper operation of the device, including

use in conjunction with equipment that is electrically or mechanically incompatible with, or of inferior quality to, the product, as well as

failure to maintain the environmental conditions specified by the manufacturer. CUSTOMER IS HEREBY NOTIFIED THAT OPERATION OF

THE EQUIPMENT DURING DAYLIGHT HOURS OR UNDER ANY EXCESSIVE LIGHT CONDITIONS MAY PERMANENTLY DAMAGE THE INTERNAL

COMPONENTS OF THE UNIT AND SAID DAMAGE WILL NOT BE COVERED UNDER THIS WARRANTY. This warranty is extended only to

the original purchaser. Any breach of this warranty shall be enforced unless the Customer notifies ASU at the address noted below

within the applicable warranty period.

The Customer understands and agrees that except for the foregoing warranty, no other warranties written or oral, statutory, expressed

or implied, including any implied warranty of merchantability or fitness for a particular purpose, shall apply to the product. All such

implied warranties are hereby and expressly disclaimed.

1.2.2 LIMITATION OF LIABILITY ASU will not be liable for any claims, actions, suits, proceedings, costs, expenses, damages or liabilities arising out of the use of this

product. Operation and use of the product are the sole responsibility of the Customer. ASU’s sole undertaking is limited to providing the

products and services outlined herein in accordance with the terms and conditions of this Agreement. The provision of products sold and

services performed by ASU to the Customer shall not be interpreted, construed, or regarded, either expressly or implied, as being for

the benefit of or creating any obligation toward any third party of legal entity outside ASU and the Customer; ASU’s obligations under

this Agreement extend solely to the Customer. ASU’s liability hereunder for damages, regardless of the form or action, shall not exceed

the fees or other charges paid to ASU by the Customer or Customer’s dealer. ASU shall not, in any event, be liable for special, indirect,

incidental, or consequential damages, including, but not limited to, lost income, lost revenue, or lost profit, whether such damages were

foreseeable or not at the time of purchase, and whether or not such damages arise out of a breach of warranty, a breach of agreement,

negligence, strict liability or any other theory of liability.

1.2.3 PRODUCT WARRANTY REGISTRATION In order to validate the warranty on your product, ASU must receive a completed Product Warranty Registration Card for each unit, or

the Customer can complete a warranty registration on our website, at www.asu-nvg.com. Please complete the included form (Appendix

D) and immediately mail it to our Service Center:

Aviation Specialties Unlimited, Inc.

4632 West Aeronca Steet

Boise, Idaho 83705, United States of America.

1.2.4 OBTAINING WARRANTY SERVICE To obtain warranty service on your unit, the End-user (Customer) must notify the ASU service department via email. Send any

requests to asu-nvg.com to receive a Return Merchandise Authorization number (RMA). When returning any device, please take in

the product to your retailer, or send the product, postage paid and with a copy of your sales receipt, to ASU Inc.’s service center at

the address listed above. All merchandise must be fully insured with the correct postage; ASU will not be responsible for improper

postage or merchandise that becomes lost or damaged during shipment. When sending product back, please clearly write the RMA#

on the outside of the shipping box. Please include a letter that indicates your RMA#, the Customer’s Name, a Return Address, reason

for the return, Contact information (valid telephone numbers and/or an e-mail address), and proof of purchase that will help us to

establish the valid start date of the warranty. Product merchandise returns that do not have an RMA# listed may be refused, or a

significant delay in processing may occur. The End-user/ Customer is responsible for postage to ASU for warranty service. ASU will

cover return postage/ shipping after warranty repair to the End-user/ Customer only if the product is covered by the aforementioned

warranty. ASU will return the product after warranty service by domestic UPS Ground service and/ or domestic mail. Should any

other requested, required or international shipping methods be necessary, the postage/ shipping fee will be the responsibility of the

End-user/ Customer.

1.3 CROSS REFERENCE

COMMON NAME OFFICIAL NAME

Allen Wrench Socket Head Screw

Key Battery Compartment Battery Box Cover

Shipping Case Textile Bag

Cotton Swab Disposable Applicator

Neoprene Jack Plug Plug Assembly

O-Ring Gasket

Lens Covers Exit Port Covers

Batteries AA

Technical Manual Operator and Maintenance Manual

Tape Fastener Loop Fastener, Loop Tape

Tape Fastener Hook Fastener, Hook Tape

1.4 LIST OF ABBREVIATIONS

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AAL Additional Authorization List

BII Basic Issue Items

CAGEC Commercial and Government Entity Code

cm Centimeters

COEI Components of End Item

CPC Corrosion Prevention and Control

CTA Common Table of Allowances-

DA Department of the Army

DMNVD Digital Monocular Night Vision Device

EIC End Item Code

EIR Equipment Improvement Recommendation

FM Field Manual

Hrs Hours

IR Infrared

JTA Joint Table of Allowances

lbs Pounds

LED Light Emitting Diode

MTOE Modified Table of Organization and Equipment

N/A Not Applicable

NBC Nuclear, Biological, and Chemical

NSN National Stock Number

Pam Pamphlet

PMCS Preventive Maintenance Checks and Services

Qty Quantity

Recm Recommended

Rqr Required

SF Standard Form

TDA Table of Distribution and Allowances

TM Technical Manual

TOE Table of Organization and Equipment

U/M Unit of Measure

Vdc Volts, direct current

1.5 GLOSSARY

BLACK SPOTS. Cosmetic blemishes in the image intensifier of the DMNVD, or dirt or debris between the lenses.

BRIGHT SPOTS. Defects that can appear in the image area of the DMNVD. This condition is caused by a flaw in the film on the microchannel plate. A bright spot is a small, non-uniform, bright area that may flicker or appear constant. Bright spots are cosmetic blemishes that are signal-induced, and usually disappear when all light is blocked out.

CHICKEN WIRE. An irregular pattern of dark thin lines in the field-of-view either throughout the image area or in parts of the image area. In the worst cases of Chicken Wire, these lines will form hexagonal or square, wave-shaped lines.

DARK (OR DARK AREA). A place in which there is very little light. It does not mean total darkness. Generally, this means conditions similar to a quarter-moon or star light condition night.

DARK-ADAPTED. When the user’s eyes have adjusted to the monocular’s output under low light conditions.

EDGE GLOW. A defect in the image area of the monocular. Edge glow is a bright area (sometimes sparkling) in the outer portion of the viewing area.

EMISSION POINT. A steady or fluctuating pinpoint of bright light in the image area and does not go away when all light is blocked from the objective lens of the monocular. The position of an emission point within the image area of the monocular does not move. An emission point should not be confused with a point light source in the distance.

FIXED-PATTERN NOISE. A cosmetic blemish in the image area characterized by a faint, hexagonal (honeycomb) pattern throughout the viewing area. It most often occurs in excessive light conditions or when viewing very bright lights. Fixed-pattern noise is inherent in the structure of the fiber optics and can be seen in every image intensifier if the level of light is high enough.

FLASHING. A defect in the image area of the monocular. The image appears to flicker or flash.

FLICKERING. See “flashing.”

GAIN. The number of times a night vision device amplifies light input.

IMAGE INTENSIFIER. An electro-optical device that detects and amplifies ambient light to produce a visual image.

INFINITY FOCUS. Adjustment of the objective lens so that a distant object, such as a star or the point light on a distant tower, forms the sharpest image.

INTERMITTENT OPERATION. A defect in the image area of the monocular. See “flashing.”

IR SOURCE. An IR Light Emitting Diode (LED). When turned on, the IR source provides additional illumination to enhance existing light conditions, and should be used only for performing nearby tasks.

MICROCHANNEL PLATE. A current-multiplying optical disk that intensifies (amplifies) the electron image produced by the photocathode.

PHOTOCATHODE. The input optic of an image intensifier that absorbs light energy and releases electrical energy in the form of an electron image.

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SCINTILLATION. A faint, random, sparkling effect throughout the image area. Scintillation is a normal characteristic of the image intensifier and should not be confused with emission points. Scintillation is more pronounced under low light conditions. Also called “video noise.”

SHADING. The viewed image should be a full circle. If shading is present, you will not see a fully circular image. Shading is indicative of a dying photocathode and is caused by a defective vacuum seal of the image intensifier. Shading is very dark and you cannot see an image through it.

2. DESCRIPTION AND DATA

2.1 EQUIPMENT DESCRIPTION

2.1.1. EQUIPMENT CHARACTERISTICS, CAPABILITIES, AND FEATURES The Ecliptus Digital Monocular Night Vision Device (DMNVD) is a handheld or tripod mounted device to allow night time surveil lance

and situation awareness and digitally record imagery generated from this device. The monocular is also equipped with an IR source,

a highlight cutoff function, and a low battery indicator.

2.1.2. LOCATION AND DESCRIPTION OF MAJOR COMPONENTS The DMNVD includes the items shown in Figure 2-1. There are three (3) operational configurations for DMNVD equipment with

extended and enhanced operations components and accessories. These configurations are illustrated in Figure 2-1C. The full com-

plement of extended and enhanced DMNVD equipment and accessories are found in Configuration A (Figure 2-1B). In Configuration

A all Ecliptus components are integrated and nested in an IP67 (“Ingress Protection” 6-Totally protected against dust, 7- Protected

against the effect of immersion between 15cm and 1m) enclosure. The major components/accessories in Configuration A are noted

below,

a. Monocular

The monocular (see Figure 2-1) consists of various components such as an objective lens with lens cap, an image intensifier (not

shown), optical relay (not shown), an electronics/battery compartment with battery cap, purge port, output window for highlight

cutoff sensor and near infrared (NIR) light emitting diode (LED), system level buttons (Power/Mode, Shutter/Select, Settings, and IR

Illuminator), and ¼ 20 mount at bottom of system (see Figure 2-1).

b. Digital Wireless Camera

Digital wireless camera is a high resolution CMOS camera with wireless (WiFi/Blue Tooth) communications electronics module such

as a GoPro Hero 4 (Silver Edition) camera system or equivalent.

c. Battery Pack

Battery pack is extended power source for DMNVD and contains a 12 hour rechargeable battery, battery interface into battery

compartment of DMNVD, sealable battery pack housing door, and ¼ 20 mount at bottom of battery pack.

d. Battery (Spare)

Battery is a twelve (12) hour rechargeable Lithium ion power source for DMNVD and can be inserted into battery pack. This battery

can be inserted into a battery charger

e. Battery Charger

This is the charging system that the 12 hour rechargeable is inserted to recharge the battery.

f. Micro SDHC Flash Memory Card

Memory card is a 32 GB Class 10 Micro SDHC flash memory card that is inserted into DMNVD.

g. Mini Tripod

Mini Tripod is a 2-way pan/tilt tripod with ¼ 20 mounting head that supports the IP67 enclosure for this system.

h. Safety Glasses

Safety glasses are wrap-around glasses with lens design offering orbital seal and a higher level of protection from side impacts due

to its greater coverage area. These glasses have the following technology features: Dielectric design with orbital seal for higher level

of protection from side impacts, Thermal plastic rubber temple inserts, optical Filtration of 99% of U.V. radiation, and meets or

xxceeds ANSI Z87.

i. Earplugs

Earplugs provide innovative EZ Grip design, porcelain skin, effortless roll down, slow recovery and highest NRR 33 rating.

j. Battery Cap / Lens Cap with connecting Lanyard

Battery Cap coupled to lense cap through connecting lanyard is used in Configuration C (DMNVD) as seen in Figure 2-1C.

k. Lens Tissue

Lens tissue is lens paper to clean all optical surfaces in Configuration A (Figure 2-1C) item and its respective subcomponents.

l. Carrying Case

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Hard carrying case that holds Configuration A (Figure 2-1C) and all the accessory noted above.

m. Accessory Items not included in Carrying Case

m1. Sacrificial Window

This is a replaceable window to protect the objective lens of DMNVD during operation in adverse conditions under Configurations B

and C (Figure 2-1C).

m2. Demist Shield

This is a coated window that attaches to DMNVD objective lense and prevents condensation from forming on the optics during rapid

temperature changes, heavy and/or long use. This accessory is for persons operating the DMNVD in Configurations B and C (Figure

2-1C) in constantly humid or maritime environments as well as those in desert locations where the temperature can change drama-

tically between dusk and dawn.

m3. Disposable Batteries

Lithium AA disposeable batteries (quantity of two (2) batteries) are used to operate the DMNVD in Configuration C (Figure 2-1C) to

provide direct current (DC) power to the DMNVD.

Figure 2-1A shows Configuration B that is the DMNVD interfaced only to the battery pack with 12 hour rechargeable battery. All the

operational configurations are seen in Figure 2-1C.

Figure 2-1. Configuration C DMNVD Components and Housing Features (LEFT-Side View, RIGHT-Bottom View)

Figure 2-1A. Configuration B DMNVD and Power Pack (LEFT-Side Front View, RIGHT-Side Rear View)

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Figure 2-1B. Configuration A IP67 Enclosure with DMNVD and Power Pack (Fully Integrated System)

Figure 2-1C. Three (3) Operational Configurations (A, B, and C)

2.1.3 EQUIPMENT DATA

The following tables provide information pertaining to the operational, electrical, mechanical, optical, and environmental characte-

ristics of the monocular.

TABLE 2-1. OPERATOR ADJUSTMENT LIMITS

ITEM PARAMETERS

Objective Focus 25 cm (9.8 in) to infinity

TABLE 2-2. ELECTRICAL DATA

ITEM PARAMETERS

CONFIGURATION A

Power Source One (1) Rechargeable Li Ion Battery

Battery Requirement 12 hours duration

CONFIGURATION B

Power Source One (1) Rechargeable Li Ion Battery

Battery Requirement 12 hours duration

CONFIGURATION C

Power Source Two (2) Batteries (1.5 Vdc max ea.)

Battery Requirement Two (2) AA 1.5 Vdc Lithium (L91)

TABLE 2-3. MECHANICAL DATA

ITEM PARAMETERS

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CONFIGURATION A

System Dimensions Size: Approx. 7.5” x 5” x 5.75” (190.5mm,127mm,146mm)

System Weight Weight: 1325 grams (46.7 oz)

CONFIGURATION B

System Dimensions Size: Approx. 6.24”L x 4.03”W x 4.7”T (158.5mm,102.4mm,119.4mm)

System Weight Weight: 703 grams (24.8 oz)

CONFIGURATION C

System Dimensions Size: Approx. 105 x 67 x 71mm

(4.13 x 2.63 x 2.81 in)

System Weight (see Note) Weight: 350 grams (12.2 oz)

TABLE 2-4. OPTICAL DATA

*NOTE: Commercial digital cameras such as the Go Pro Hero 4 camera do not have a defined low temperature operating tempera-

ture from camera manufacturer. The noted low temperature value in this manual is based on average low temperature data from

digital camera (Go Pro Hero 4) users in actual field applications.

2.2 EQUIPMENT DESCRIPTION

2.2.1 MECHANICAL FUNCTIONS The mechanical functions used to operate the DMNVD are system power switch for monocular/digital wireless camera, other digital

wireless camera control switches, IR illuminator switch, and monocular objective focus. The mechanical controls are identified in

Figure 2-1.

2.2.2 OPTICAL FUNCTIONS The optical functions include an objective lens, image intensifier, optical relay, and digital camera (Figure 2-2). The objective lens

collects light reflected from the environment. The image is inverted and focused on the image intensifier. The image intensifier

converts the captured light into a visible image, re-inverting it so that the output image from intensifier’s phosphor screen is trans-

mitted to an optical relay. The intensified image is optically coupled through the optical relay into a digital camera. This image is then

emitted from the digital camera’s microdisplay to the user’s eye.

ITEM PARAMETERS

Magnification 1.0X

Field-of-View 40°

Objective Focus 25 cm (9.8 in) to infinity

TABLE 2-5. ENVIRONMENTAL DATA

ITEM PARAMETERS

Monocular Operating Temperature -10°C* to +49°C

Monocular Storage Temperature -10°C to +49°C

Illumination Required Overcast starlight to moonlight

NOTE: The weight of the monocular does not include accessories.

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Figure 2-2. Optical Function Diagram

2.2.3. ELECTRONIC CIRCUIT FUNCTION For the monocular, the electronic circuit regulates the direct current voltage from the battery to the image intensifier and IR source

as required. It also monitors the output voltage of the battery and turns on a low-battery indicator when the available battery voltage

is 1.9 – 2.1 Vdc. Additionally, the DMNVD system electronic circuits utilize a 5Vdc boost converter to supply the digital camera with

its required power.

a. Power Source

The electronic circuit is powered by one (1) Li Ion rechargeable battery (Configurations A and B) and two (2) AA Li Ionbatteries

(Configuration C).

b. High Light Cut-Off

The monocular will automatically disable the image intensifier after 500ms in daylight or other brightly lit environments. Depending

on the intensity of individual bright lights (headlights, flashlights, or other concentrated light sources), they may not trigger the

image intensifier to disable unless the monocular is pointed directly at their source. In the event of a high light condition , the

monocular will automatically turn the image intensifier on when the high light condition has been removed.

3. OPERATING INSTRUCTIONS

3.1 DESCRIPTION AND USE OF OPERATOR’S CONTROLS, INDICATORS, AND FUNCTIONS

3.1.1 OPERATOR CONTROLS AND INDICATORS The controls and indicators for the DMNVD are shown in Figure 3-1, and are described in Table 3-1.

Figure 3-1. DMNVD and Digital Camera controls and indicators

NOTE:

The DMNVD is a precision electro-optical instrument, and must be handled carefully. If the equipment fails to operate, refer to the Troubleshooting Procedures in Chapter 4.

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TABLE 3-1. MONOCULAR CONTROLS AND INDICATORS, DIGITAL CAMERAL CONTROLS

CONTROLS AND INDICATORS FUNCTIONS

System Switches

Controls the monocular, digital camera and IR Source, ON or OFF

POWER

System ON/OFF

Depress/Hold (3 beeps)/Release = ON (Go Pro Camera and I2)

Depress/Hold (7 beeps)/Release = OFF(Go Pro Camera and I2)

MODE Monocular activated with digital camera (MODE+01)

IR Push to activate the IR source (continuous operation)

Push again to deactivate IR source.

SELECT Digital Camera Function (see Go Pro Hero 4 note+01)

SETTINGS Digital Camera Function (see Go Pro Hero 4 note+01)

CAUTION:

Do not use excessive force when operating the system switches.

Low Battery Indicator The low battery indicator will blink on and off when there are a few minutes of battery life re-maining. It is visible from rear panel of DMNVD system.

IR Source On Indicator The IR Source On indicator will turn ON when the IR is activated. It is visible from rear panel of DMNVD system (yellow diode emission).

Objective Focus Focuses objective lens. Adjusts for sharpest image of viewed object.

Battery Polarity Indicator This feature, molded into the battery housing, shows the proper orientation of the battery.

Digital Camera Controls+01 Follow digital camera controls and features and digital camera display/touch display features as defined in digital manufacturers user manual such as Go Pro Hear 4 User Manual (Silver Edition)

NOTES:

+00Digital Camera firmware updates are set to most recent manufacturer firmware update to the manufacturing date of the DMNVD system. Because digital camera battery source (Go Pro Hero 4 Silver) is removed, wireless firmware upgrades are not available unless through scheduled maintenance cycle or unscheduled direct request to ASU +01Digital Camera touch screen functions are available through MODE, SELECT, and SETTINGS switches and not through touch screen because of overall environmental sealing of system (Go Pro Hero 4 (Silver Edition)) +02Digital camera display screen sleep feature needs to be set to “never”

3.1.2. OPERATOR DIGITAL INPUT/OUTPUT (I/O) PORT

The digital input/output port for the DMNVD are shown in Figure 3-2, and are described in Table 3-2.

Figure 3-2. DMNVD and Digital Camera Input/Output Port and three (3) I/O elements in Port

TABLE 3-2. MONOCULAR CONTROLS AND INDICATORS, DIGITAL CAMERAL CONTROLS

WARNING:

Do not operate DMNVD in highlight conditions such as daylight conditions (greater than 100 fc) even with

Lense Cap (pinhole). DMNVD can be operated with Lense Cap (pinhole) in room light (less than 10 fc)

conditions. Improper use of DMNVD in highlight conditions can damage I2 and invalidate system warranty.

NOTE:

Indicators showing that the battery is low and the IR illuminator is active are both visible at the backend of

the DMNVD system.

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I/O ELEMENTS FUNCTIONS

Micro USB POWER

USB Connector interfaces AA battery power to Digital Camera+05

Digital Camera has no power source

HDMI High Definition video input (micro HDMI connector)

Micro SD Card Port for micro SD card that has minimum rating of Class 10 or UHS-I

Micro SD card compatible to Go Pro Hero 4 (Silver) camera.

NOTES: +04Port is not water resistant and to achieve a IP67 requirement system need to be enclosed in IP67 enclosure or utilize water resistant door option +05USB connecter is not removeable by system operator

3.1.3. WIRELESS CONNECTIVITY TO SMART DEVICE

The process for turning ON DMNVD wireless (WiFi) connectivity is as follows,

(1) Depress Setting Button till Wireless Icon appears on top right corner of display screen (only applies after initial pairing pro-

cess (2) )

(2) Load Go Pro Camera App into Smart Device and initiate pairing process between Smart Device and Ecliptus (follow Go Pro

Camera app directions)

(3) Verify WiFi connectivity is initiated (DMNVD and Smart Device)

(4) Depress “CONNECT YOUR CAMERA” Button on Go Pro App

(5) Ecliptus streaming video appears on Smart Device.

The process for turning OFF DMNVD wireless (WiFi) connectivity is as follows,

(1) Depress Setting Button till Wireless Icon disappears top right corner of display screen

(2) Turn off Go Pro App from Smart Device.

3.1 PREVENTIVE MAINTENANCE CHECKS AND SERVICES (PMCS)

3.2.1. PREVENTIVE MAINTENANCE CHECKS AND SERVICES a. General

To verify that the DMNVD is ready for operation, perform the preventive maintenance procedures in accordance with Table 3.3 prior

to each system operation. Preventive maintenance procedures include inspection, cleaning, and performance of the checkout

procedures.

b. Warnings and Cautions

Always observe the WARNINGS and CAUTIONS appearing in the tables. Warnings and cautions appear before any applicable

procedures. You must observe the warnings and cautions to prevent serious injury to yourself and others, and to prevent damage to

the equipment.

c. Explanation of Table Entries

(1) Item Number Column. Numbers in this column are for reference. When completing the Equipment Inspection and Mainte-

nance Worksheet, include the item number for the check/service indicating a defect. Item numbers also appear in the order

in which checks and services should be performed.

(2) Interval Column. This column tells you when you must do the procedure in the Procedure Column. BEFORE procedures must

be done before you operate or use the equipment for its intended operation. DURING procedures must be done during the time

you are operating or using the equipment for its intended function. AFTER procedures must be done immediately after you

have operated or used the equipment.

NOTE:

Digital camera (Go Pro Hero 4 (Silver)) wireless connectivity instructions and procedural operations governs

DMNVD’s wireless connectivity operation (See Go Pro Hero 4 (Silver) user manual)

NOTE:

Digital camera (Go Pro Hero 4 (Silver)) wireless connectivity (WiFi/Bluetooth) range is 30 to 100 feet line

of sight.

NOTE: Digital Camera/Connectivity (WiFi) Password

Name of Camera: asuXXXX#

Password: asuX#123 (example: System S/N is ASU001-PROTO so Name of Camera: asu00001, Password:

asu01123)

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(3) Location, Check/ Service Column. This column provides the location and the item to be checked or serviced. The item loca-

tion is underlined.

(4) Procedure Column. This column describes the procedure you must do to check or service the item listed in the Check/ Ser-

vice column, in order to determine if the equipment is ready for operation. You must do the procedure at the time stated in the

interval column.

(5) Not Fully Operation Capable If… Column. Information in this column tells you which defects prevent the equipment from

being operation-capable. If you perform check and service procedures that indicate defects listed in this column, do not ope-

rate the equipment. Follow standard operating procedures for maintaining the equipment or reporting equipment failure.

d. Other Table Entries Be sure to observe all special information and notes that appear in any tables.

TABLE 3-3. PREVENTIVE MAINTENANCE PROCEDURES

ITEM No.

INTERVAL LOCATION, CHECK/SERVICE

PROCEDURE NOT FULLY OPERATION CAPABLE IF…

1 Before Open carrying case and inventory the items.

MONOCULAR

2 Before/ After

Optical Surfaces

Inspect all lense/windows (objective, IR lens, high light cut-off window, and display window) for dirt, fingerprint residue, chips, or cracks. If needed, clean,dry lenses (water/lens tissue).

Chips or heavy scratches that hinder vi-sion with DMNVD turned ON; cracks are present.

3 Before/ After

Battery Cap Housing

Inspect external surfaces for cracks or damage. Scratches, cracks, and gouges are OK if operation is not affected.

Cracks or damage in the battery housing.

Inspect battery compartment. Verify that the battery cap is present. Remove bat-tery cap and inspect for moisture, cracks, and cor-roded or defective spring contacts. Verify that the o-ring present in the cap.

Cap is missing, contacts damaged or cor-roded, o-ring is missing.

Remove battery and press buttons. Inspect for worn/broken POWER, SETTING, SELECT, and IR buttons

Buttons are broken, torn, or missing.

Install battery per section 3.3.2 and check IR source functions (as well as momentary IR source) by following the operating instructions in section 3.4.5.

IR source does not work.

Check the high light cut-off with daylight or bright room light (not fluorescent light) by placing the lens cap on the objective lens. Turn monocular ON and observe that the system will automatically dis-able its image intensifier after 0.5 seconds in day-light or other brightly lit environments.

If damaged, please contact Customer Support.

Turn the device OFF and then ON to reenergize (re-set) DMNVD.

NOTE: If the monocular fails this highlight cut-off test, it does not cause the end item to be nonoperation capable. However, it should be sent to higher level of maintenance as soon as possible.

4 Before/ After

Monocular Inspect for cracks or damage. Scratch- es, cracks, chips and gouges are OK if operation is not af-fected.

Cracks or damage in the monocular.

5 Before/ After

Objective Lens Rotate focus ring to ensure free move- ment. Check objective lens for chips, cracks and dents. NOTE: DMNVD objective lense assembly does not have a objective lock ring. Objective lense locking is performed internally in system.

Focus ring is binding or stuck.

6 Before/ After

Objective Lens Cap

Inspect for cracked, torn, or missing objective lens cap. Inspect battery cap to lense cap cord for cut, damaged, or loose ends.

Cracked or loose. Damaged.

7 Before/ After

Viewed Image Refer to section 3.2.3 to inspect for operational de-fects.

Flickering, flashing, edge glow, or shading is observed

ACCESSORIES

NOTE:

Damaged accessory items (sacrificial window…etc.) do not cause the fully assembled equipment to be “not

fully operation capable.” However, the damaged component should be replaced as soon as possible to

restore full capability to the system.

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8 Before/ After

Sacrificial Window Inspect for dirt, dust, scratches or damage. If nec-essary, clean per section 3.3.5

Damage or scratches hinder vision when the monocular is turned on.

9 Before/ After

Case Remove all items and shake out loose dirt or for-eign material. Inspect for tears, cuts, excess wear, or damage to mounting clip.

Damage; scratches hinder vision

10 Before/ After

Wrist Strap Inspect for tears, wear, and damage Damage could cause system to involuntar-ily drop from operator

11 Before/ After

IO Port Inspect HDMI Video port is clear and not ob-structed; Inspect Micro SD port is clear and not ob-structed; Inspect IO port cable inspect for tears, wear, or damage; Inspect IO port O-Ring for tears, wear, or damage

Damage could cause output video not to operate, could cause digital video not to record, could cause IO port door to be lost from system, could cause system not to properly seal, respectively.

12 Before/ After

Digital Camera Inspect digital camera and operate button func-tions according to digital camera manufacturing manual (Go Pro Hero 4 (silver))

Damage could cause digital camera not to operate button functions properly or cause display malfunction

3.2.3. INSPECTION CRITERIA FOR PROPER IMAGE INTENSIFIER OPERATION

a. General

As directed in the Preventive Maintenance Checks and Services table, image intensifier operation must be checked before each

operation. This section provides information for the operator concerning what to look for, how to look for it, and how to determine if

the DMNVD should be returned to the manufacturer.

To perform this inspection, turn the device ON. Look through the system and observe the image.

There are two groups of “defects” you may encounter – operational defects and cosmetic blemishes. Operational defects are a definite

reason for returning the DMNVD. Cosmetic blemishes are not necessarily a cause for rejection unless they become severe enough to

interfere with the device’s operational ability. The return of any DMNVD for cosmetic defects must be based on an outdoor evaluation

under low light conditions.

b. Operational Defects

These defects relate to the reliability of the image intensifier and are an indication of image intensifier instability. If identified, they

are an immediate cause for rejecting the DMNVD. They include shading, edge glow, flashing, flickering, and intermittent operation.

(1) Shading. If shading is present, you will not see a fully circular image (see Figure 3-3). Shading is very dark and you cannot see

an image through it. Shading always begins on the edge and migrates inward eventually across the entire image area. Shading

is a high contrast area with a distinct line of demarcation. Return the DMNVD to the maintainer.

Figure 3-3. Shading

(2) Edge Glow. Edge glow is a bright area (sometimes sparkling) in the outer portion of the viewing area (see Figure 3-4). To check

for edge glow, block out all light by cupping a hand over the objective lens. If the image intensifier is displaying edge glow, the

bright area will still appear. If edge glow occurs, you will need to return the DMNVD to the manufacturer.

To check for edge glow, block out all light by cupping a hand over the objective lens. If the image intensifier is displaying edge

glow, the bright area will still appear. If edge glow occurs, you will need to return the DMNVD to the manufacturer.

CAUTION:

Perform the following inspection in the dark.

NOTE:

Always verify that shading is not the result of inadvertent obstructions of system field of view or nonuniform

illumination entering the system.

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Figure 3-4. Edge Glow

(3) Flashing, Flickering, or Intermittent Operation. The image may appear to flicker or flash. If there is more than one flicker,

check for a loose battery cap or weak battery. If weak or loose batteries are not the issue, you will need to return the DMNVD

to the manufacturer.

c. Cosmetic Blemishes

These are usually the result of manufacturing imperfections that do not affect intensifier reliability, and are not normally a cause for

returning a DMNVD. However, some types of blemishes can get worse over time and interfere with the user’s ability to perform the

night vision application. If you believe a blemish is cause for returning the device, record the specific nature of the problem on the

maintenance forms and identify the position of the blemish by using the clock method and approximate distance from the center

(e.g., 5 o’clock toward the outside, 2:30 near the center, or 1:00 midway). The following are cosmetic blemishes:

(1) Bright Spots. A bright spot is a small, non-uniform, bright area that may flicker or appear constant (Figure 3-5). Not all bright

spots make the DMNVD returnable. Cup your hand over the objective lens to block out all light. If the bright spot remains, you

will need to return the DMNVD to the manufacturer. Bright spots typically disappear when all light is blocked out. Verify that any

bright spots are not simply a bright area in the scene you are viewing. Bright spots are acceptable if they do not interfere with

the operator’s ability to view the image or to perform the night vision application.

Figure 3-5. Bright Spots and Emission Points

(2) Emission Points. A steady or fluctuating pinpoint of bright light in image area that does not go away when all light is blocked

from the objective lens of the monocular (Figure 3-5). The position of an emission point within the image area does not move.

Not all emission points make the DMNVD returnable. Verify that any emission points are not simply a point light source in the

distance of the scene you are viewing. Emission points are acceptable if they do not interfere with the operator’s ability to view

the image or to perform the night vision application.

(3) Black Spots. These are cosmetic blemishes in the image intensifier, or dirt or debris between the lenses. Black spots are

acceptable as long as they do not interfere with the operator’s ability to view the image. No action is required if this condition is

present, unless the spots interfere with the operator’s ability to view the image or to perform the night vision application.

(4) Fixed-Pattern Noise. This is usually a cosmetic blemish characterized by a faint hexagonal (honeycomb) pattern throughout

the viewing area. This most often occurs when operating in highly lit environments or when viewing very bright lights (see Figure

3-6). This pattern can be seen in every image intensifier if the level of light is high enough. This condition is acceptable as long

as the pattern does not interfere with the operator’s ability to view the image or to perform the night applications.

Figure 3-6. Fixed-Pattern Noise

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(5) Chicken Wire. An irregular pattern of dark thin lines in the field-of-view either throughout the image or in parts of the image

area (see Figure 3-7). In the worst cases, these lines will form hexagonal or square, wave-shaped lines. No action is required if

this condition is present, unless it interferes with the operator’s ability to view the image or to perform the night vision application .

Figure 3-7. Chicken Wire

3.3 ASSEMBLY AND PREPARATION FOR USE

3.3.1. UNPACKING

As seen in Figure 2-1C, the DMNVD Configuration A has Configurations B and C nested within Configuration A. This section provides

the unpacking instructions to access configuration B and C for operational use.

3.3.1.1 UNPACKING Configuration A

The following steps must be taken prior to each system operation in which the DMNVD Configuration A item is used.

(1) Verify that all items were shipped (see Figure 2-1C Configuration A).

(2) Open the carrying case, remove DMNVD Configuration A with accessories, and inventory the items.

(3) Inspect the DMNVD Configuration A item for obvious evidence of damage to optical surfaces and housing material surfaces.

Ensure that all optical surfaces are clean and ready for use. If necessary, clean with dry lens paper.

Tools are provided to unpack and assemble Configurations A and B. These tools are 1). One 3/16 inch Hex Allen key, 2). One (1)

#3x1 Philips screwdriver, and 3). One (1) 5/64 inch Hex Allen key.

3.3.1.2 UNPACKING Configuration B

The following steps must be taken prior to operationally access and ut8ilize Configuration B and preceding instructional steps to

accessing and utilizing Configuration C.

Figure 3-8. Removal of IP67 Enclosure to access Configuration B

(4) Remove four (4) large thumb screws (A1) from base of IP67 enclosure (see Figure 3-8). DMNVD and Battery Pack will be attached

to IP67 enclosure base.

(5) Remove 3/16 hex screen with 3/16 hex allen wrench tool included in system accessories as seen in Figure 3-8. This will separate

Configuration B (DMNVD and Battery Pack) from IP67 enclosure base.

3.3.1.3 UNPACKING Configuration C

The following steps must be taken prior to operationally access Configuration C and having access to battery pack door for exchanging

rechargeable batteries.

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Figure 3-9. Preceding Steps to accessing Configuration C (6) Remove Battery Pack Door (B1) from Battery Pack through two (2) large thumb screws (B2). See Figure 3-9.

(7) Slide Battery (B3) out of Battery Pack (Battery Pack has battery removed) NOTE: Up to Instruction (7) this is same process to

change rechargeable battery in battery pack. From this point if one has inserted new battery in battery pack and reverses

instructions from (7) to (6) then Configuration B has a new battery. If one has inserted new battery in battery pack and reverses

instructions from (7) to (1) then Configuration A has a new battery.

(8) To separate battery pack top housing from bottom portion of housing to access #2 Philips Screw so DMNVD can be separated

from battery pack seen in Figure 3-9, six (6) 5/64 Hex Allen screws are removed with 5/64 Hex Allen tool included in DMNVD

Configuration A accessories and this separates bottom from top half of battery pack.

(9) As seen in Figure 3-9, remove #2 Phillips screw (B5) with #2 Phillips screw driver tool included in DMNVD Configuration A

accessories. This will separate DMNVD bottom to top housing of battery pack.

(10) To fully separate Ecliptus unit from top half of battery pack, one (1) large thumb screw is loosened from battery cap insert (B6).

So DMNVD battery compartment (B7) slides away from battery cap insert (B6) and Ecliptus system without battery cap is now

separated from battery pack.

3.3.1.4 UNPACKING Configuration C

The following steps must be taken prior to complete functional Configuration C for final operation.

CAUTION :

Once upper and lower housing of battery pack are separated, be careful with exposed internal battery pack

subcomponents to unscheduled external physical mechanical and electric contact. Conduct this operation

in a clean assembly/maintenance depot environment.

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Figure 3-10. Final Configuration C

(11) As seen in Figure 3-10, prepare for insertion of the DMNVD battery cap (C1) which is included in DMNVD Configuration C acces-

sories. One will insert two (2) AA batteries as noted in Section 3.3.2, and then reinsert battery cap (C1) into DMNVD system.

This completes the formation of an operational DMNVD Configuration C system.

To assemble Configuration B one must reverse Section 3.3.1 instructions starting at instruction (11) and ending in instruction (6).

To assemble Configuration A one must reverse Section 3.3.1 instructions starting at instruction (11) and ending in instruction (4).

3.3.2. INSTALLATION OF THE BATTERY

3.3.2.1 Battery Installation (Configurations A & B)

The battery used in Configurations A & B is the 12 hour rechargeable lithium ion battery. The removal and insertions of 12 hour

rechargeable lithium ion battery in battery pack of Configurations A & B is found in Section 3.3.1, Instructions (1) to (7).

3.3.2.2 Battery Installation (Configuration C)

The following steps must be taken prior to complete functional Configuration C for final operation.

The DMNVD operates with two (2) AA batteries. The AA batteries are not supplied with the DMNVD and must be obtained separately.

At room temperature operation, alkaline batteries are not recommended due to the power consumption level of the DMNVD. Lithium-

iron disulfide Energizer L91 type 1.5V AA batteries should be used in room temperature conditions.

At operating temperatures below -20°C (-4°F), Alkaline batteries are not recommended, as the battery life will be severely reduced.

Lithium-iron disulfide Energizer L91 type 1.5V AA batteries should be used in conditions below -10°C (14°F).

TABLE 3-4. ESTIMATED BATTERY LIFE ON ECLIPTUS (CONFIGURATION C)

BATTERY TYPE TEMPERATURE NEGLIGIBLE

IR SOURCE USAGE

AA Alkaline 21oC (70oC) 0.50-0.75 Hrs

AA Lithium (L91) 21oC (70oC) 3 Hrs

Install the two (2) AA batteries into the DMNVD as follows.

(1) Unscrew the battery cap.

(2) Align the polarity markings on the battery with those etched onto the battery compartment.

(3) Replace the battery cap and tighten it.

CAUTION:

To protect the image intensifier, keep the objective lens cap securely fitted over the lens when the mono-

cular is not in use or when it is being operated in daylight conditions.

CAUTION:

Verify that the device is OFF before installing the battery.

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Figure 3-8. Battery and Battery Cap Installation

3.4 OPERATING PROCEDURES This section contains operating procedures for using the DMNVD in Configurations A through C (see Figure 2-1C) as hand-held and

tripod mounted night vision system. Before operating the monocular, verify that all steps in Section 3.3.3, Assembly and Preparation

for Use, have been read and performed.

3.4.1. HAND-HELD OPERATION (Configurations A, B, & C)

Only operate the DMNVD in dark environments; if it is necessary to operate the device in daylight, use the objective lens cap to cover

the objective lens and be aware the function of system highlight cutoff (Section 2.3.3).

(1) Ensure that the batteries are installed per paragraph 3.3.2.

(2) Turn the power button ON.

(3) Focus the objective lens while observing an object until the sharpest image is obtained.

3.4.2. TRIPOD MOUNTED OPERATION (Configurations A, B, & C)


the objective lens and be aware the function of system highlight cutoff (Section 2.3.3).


(2) Mount DMNVD (Configurations A, B, & C) on tripod receiving head.

NOTE:

When using the DMNVD without a mounting device in Configuration C, make sure to place the wrist strap

around your wrist.

NOTE:

The sharpest image will be observed only when the objective lens is properly focused.

NOTE:

Use proper tripod that can bear the weight of DMNVD configuration and can receive a camera system with

standard ¼ 20 mounting receiver.

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3.4.3. IR SOURCE OPERATIONS (Configurations B & C)


the objective lens and be aware the function of system highlight cutoff (Section 2.3.3). For IR source operations, this DMNVD function

is available in Configurations B & C.




(4) Push the power switch on right side of DMNVD as seen in Figure 3-1 for monmentary ON. For continuous ON dperess the

illuminator power switch for three (3) seconds. To turn OFF continuous ON illuminator depress illuminator power for three

(3) seconds. Operator will see the yellow IR illuminator LED emitting light at the rear side of DMNVD when the IR source

is activated. This indicates that the IR source is operating.

3.4.3. LIGHT SECURE OPERATIONS (Configurations A) To implement light secure operations for Ecliptus Configuration A, operator needs to do the following,

(1) Disable display in camera component through SETTINGS menu mode and TOUCH DISPLAY menu element in Configuration

B

(2) Place the black metallic tape insert (provided in Ecliptus Kit) over the LED window under the display (SEE Figure 3-9).

(3) Reassemble Configuration B into Configuration A one must reverse Section 3.3.1 instructions starting at instruction (11)

and ending in instruction (4).

To obtain LED functions and display for Configurations B and C, operator reverses instructions (2) remove black tape to (1)

in Section 3.4.3.

NOTE:


WARNING:

The IR source is invisible to the naked eye, and is intended for use in extremely dark conditions.

However, this light can be detected by other night vision devices.

NOTE:

The built-in IR source is intended for viewing at close distances (up to 3 meters) when additional illumination

is needed.

NOTE:


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Figure 3-9. Major Items on Ecliptus System (Configuration A) to initiate Light Secure Operations

3.4.4. PREPARATION FOR STORAGE (Configurations A, B, & C)

3.4.4.1 Configurations A

Only operate the DMNVD (Configuration A) in dark environments; if it is necessary to operate the device in daylight,

(1) Perform the following to shut down the DMNVD (Configuration A).

(a) Remove the DMNVD Configuration A system from its respective mounting system if needed.

(b) Remove four (4) large thumb screws (A1) from base of IP67 enclosure (see Figure 3-8). DMNVD and Battery Pack will

be attached to IP67 enclosure base.

(c) Remove 3/16 hex nut with 3/16 Hex Allen tool included in system accessories as seen in Figure 3-8. This will separate

Configuration B (DMNVD and Battery Pack) from IP67 enclosure base.

(d) Turn the DMNVD Configuration B system OFF.

(2) Packaging After Use.

(a) Reattach and tighten 3/16 hex nut with 3/16 Hex Allen tool included in system accessories as seen in Figure 3-8. This

will reintegrate Configuration B (DMNVD and Battery Pack) with IP67 enclosure base.

(b) Reattach and tighten four (4) large thumb screws (A1) from base of IP67 enclosure (see Figure 3-8). DMNVD and Bat-

tery Pack will be attached to IP67 enclosure base forming DMNVD Configuration A.

(c)

(d) Place Configuration A item and other DMNVD accessories into respective pockets in the hard carrying case.

(e) Return the carrying case to the storage area.

3.4.4.2 Configurations B

Only operate the DMNVD (Configuration B) in dark environments; if it is necessary to operate the device in daylight,

(1) Perform the following to shut down the DMNVD (Configuration B).

(a) Turn the DMNVD system OFF.

(b) Remove the system from its respective mounting system if needed.


(a) Remove Battery Pack Door (B1) from Battery Pack through two (2) large thumb screws (B2). See Figure 3-9.

(b) Slide Battery (B3) out of Battery Pack (Battery Pack has battery removed) and charge Battery (B3). See Figure 3-9.

(c) Inspect the battery housing for corrosion or moisture. Clean and dry if necessary.

(d) Store objective lense cap with other DMNVD accessories in hard carrying case.

WARNING:

Do not carry batteries in pockets containing metal objects such as coins, keys, etc. Metal objects can cause

the batteries to short circuit and become very hot when inserted into the device.

NOTE:

Prior to placing the DMNVD into the carrying case, verify that the DMNVD and the case are both

free of dirt, dust, and moisture.

WARNING:

Do not carry batteries in pockets containing metal objects such as coins, keys, etc. Metal objects can cause the batteries

to short circuit and become very hot when inserted into the device.

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(e) If installed, remove any filters or windows on objective lense.

(f) Slide Battery (B3) in Figure 3-9 into of Battery Pack compartment (recommend Battery is fully charged). Insert door on Battery Pack

and tighten two (2) thumb screws Battery Pack Door (B1) to seal Battery Pack.

(g) Insert 3/16 hex nut with 3/16 Hex Allen tool included in system accessories as seen in Figure 3-8. This will attach Configuration B

(DMNVD and Battery Pack) into IP67 enclosure base.

(h) Insert and tighten four (4) large thumb screws (A1) from base of IP67 enclosure (see Figure 3-8). This will seal IP67 enclosure and

this completes Configuration A.

(i) Place Configuration A item and other DMNVD accessories into respective pockets in the hard carrying case.

(j) Return the carrying case to the storage area.

3.4.4.3 Configuration C

Only operate the DMNVD (Configuration C) in dark environments; if it is necessary to operate the device in daylight,

(1) Perform the following to shut down the DMNVD (Configuration C).

(a) Turn the DMNVD system OFF.

(b) Remove the system from its respective mounting system if needed.


(a) Remove the battery cap and batteries.

(b) Inspect the battery housing for corrosion or moisture. Clean and dry if necessary

(c) Store battery cap/lense cap with lanyard with other DMNVD accessories in hard carrying case.

(d) If installed, remove any filters or windows on objective lense.

(e) To fully integrate DMNVD unit with top half of battery pack, one (1) 5/64 Hex Allen nut is inserted with 5/64 Hex Allen tool included in

DMNVD Configuration A accessories from battery cap insert (B6). So DMNVD battery compartment (B7) slides into battery cap insert (B6)

and system is with battery cap is now attached with battery pack.

(f) As seen in Figure 3-9, insert #2 Phillips screw (B5) with #2 Phillips screw driver tool included in DMNVD Configuration A accessories. This

will attached DMNVD bottom to top housing of battery pack.

(g) Inspect battery pack compartment and battery contacts for damage and corrosion. Clean and dry if necessary.

(h) To attach battery pack top housing with bottom portion of housing, one can couple the two (2) halves of the battery pack housing seen

in Figure 3-9 through six (6) 5/64 Hex Allen screws with 5/64 Hex Allen tool included in DMNVD Configuration A accessories. This

integrates bottom from top half of battery pack.

(i) Slide Battery (B3) in Figure 3-9 into of Battery Pack compartment (recommend Battery is fully charged). Insert door on Battery Pack and

tighten two (2) thumb screws Battery Pack Door (B1) to seal Battery Pack.

(j) Insert 3/16 hex nut with 3/16 Hex Allen ool included in system accessories as seen in Figure 3-8. This will attach Configuration B (DMNVD

and Battery Pack) into IP67 enclosure base.

(k) Insert and tighten four (4) large thumb screws (A1) from base of IP67 enclosure (see Figure 3-8). This will seal IP67 enclosure and this

completes Configuration A.

(l) Place Configuration A item and other DMNVD accessories into respective pockets in the hard carrying case.

(m) Return the carrying case to the storage area.

NOTE:

Prior to placing the DMNVD into the carrying case, verify that the DMNVD and the case are both free of dirt, dust, and

moisture.

WARNING:

Do not carry batteries in pockets containing metal objects such as coins, keys, etc. Metal objects can cause the batteries

to short circuit and become very hot when inserted into the device.

NOTE:

Prior to placing the DMNVD into the carrying case, verify that the DMNVD and the case are both free of dirt, dust, and

moisture.

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3.5 OPERATION UNDER UNUSUAL CONDITIONS

3.5.1. OPERATION IN DUSTY OR SANDY AREAS

(1) Verify that the sacrificial window (purchased separately) is in place for DMNVD Configurations B & C. Note: Preferred

configuration is Configuration A in IP67 enclosure for dusty and sandy environments

(2) Avoid pointing the DMNVD Item into the wind unless it is absolutely necessary.

(3) Keep the carrying case closed unless removing or replacing items.

(4) Ensure that all dust and sand is removed from the DMNVD Configurations A, B, and C and carrying case after operation.

3.5.2. OPERATION IN RAINY OR HUMID CONDITIONS

(1) Install an DMNVD demist shield which is not included and would have to be separately purchased into DMNVD Configu-

rations B & C. (Dessicant bag can be included in DMNVD Configuration A) Note: Preferred configuration is Configuration

A in IP67 enclosure for rainy and humid environments.

(2) Keep the carrying case closed unless removing or replacing items.

(3) Dry the monocular, mounts, and accessories after exposure to rain or high humidity, and always before storage. This will

prevent mildew from forming in the case.

(4) Do not store the DMNVD item in a wet hard carrying case.

3.5.3. OPERATION IN SALT WATER AREAS

After exposure to salt water, clean the DMNVD Configurations (A, B, & C) (paragraph 4.3.1).

4. MAINTENANCE PROCEDURES/TROUBLESHOOTING 4.1 DESCRIPTION AND USE OF OPERATOR’S CONTROLS, INDICATORS, AND FUNCTIONS

No lubrication is required.

4. TROUBLESHOOTING PROCEDURES 4.2 TROUBLESHOOTING PROCEDURES

4.2.1. TROUBLESHOOTING Table 4.1 lists common malfunctions that may occur with the equipment. Perform the tests, inspections and corrective actions in the

order they appear in the table. This table does not list all of the malfunctions that may occur with your device, nor does it include all

tests, inspections, or corrective actions that may be necessary to identify and fix defects. If you experience an equipment malfunction

that is not listed, or suggested corrective actions do not correct the fault, please contact Customer Support.

TABLE 4-1. OPERATOR’S TROUBLESHOOTING

MALFUNCTION TEST OR INSPECTION CORRECTIVE ACTION

1. Monocular fails to activate. Visual

Check for defective, missing or impro-

perly installed battery.

Turn ON DMNVD.

Replace AA batteries or install cor-

rectly.

CAUTION:

Operation in dusty or sandy areas can gouge and scratch the optical elements, and damage the mechanical components

unless the below precautions are observed.

CAUTION:

Operation in rainy or humid conditions can cause corrosion and deterioration of the DMNVD, unless the below precautions

are observed.

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2. IR source fails to activate. In a dark location with system turned on,

activate IR source.

Visually check IR source operation; scene

should brighten.

If IR source still fails to activate, please

contact Customer Support.

3. IR source indicator fails to acti-

vate.

Visual. Please contact Customer Support.

4. Poor Image quality. Check objective lense focus.

Check for fogging or dirt on objective

lens.

Refocus.

Clean lens surfaces per section 3.2.1.

5. Battery cap difficult to open. Visually inspect for the presence of an o-

ring.

Check for damaged battery cap.

If o-ring is missing, please contact

Customer Support.

If damaged, please contact Customer

Support.

6. Monocular does not cut off

when exposed to high light.

Visual.

Perform the following test under daylight

or bright room light (not fluorescent

light).

Place the objective lens cap on the objec-

tive lens. Turn monocular ON and observe

that the system will automatically disable

its image intensifier after 0.5 seconds in

daylight or other brightly lit environ-

ments.

If damaged, please contact Customer

Support.

4.3 OPERATOR’S MAINTENANCE PROCEDURES

4.3.1. CLEANING THE DMNVD

If necessary, clean the monocular with water and dry it thoroughly. Clean the lenses with lens paper (and, if necessary, water, with

the exception of the demist shield)

4.3.2. WRIST STRAP MAINTENANCE The wrist strap may be broken, frayed, or the ends may come untied.

If loose, re-tie the ends of the cord. If broken or severely frayed, install a new strap as follows:

(1) From the rear, insert the ends of the cord through the holes in the monocular.

(2) Tie a knot at each end of the cord.

4.4 SERVICE/PACKING AND UNPACKING 4.4.1 RETURN INSTRUCTIONS

For service, repair or replacements, please email [email protected].

To assist the Service Representative (SR) in determining if the item is repairable, please provide the following information:

(1) Serial Number of the defective item.

(2) Thorough description of the malfunction, defect or damage.

(3) An explanation of how the malfunction, defect or damage occurred, if known.

If the SR determines that the item is under warranty or should be returned for repair, a Return Material Authorization number (RMA#) will be provided. RMA can be obtained via e-mail to [email protected] or via phone by calling ASU Customer Service at (208)426-8117 or via fax (208)207-5406.

When returning the DMNVD for service or repair, the following should be done to prevent any additional damage:

(1) Verify that the device is free of all contaminants, such as dirt or other foreign material. (2) Remove the battery.

(2) Place the cap over the lens.

(3) Place the DMNVD into a hard shipping/ storage case or soft carrying case (if available). If the hard shipping/ storage case

is not available, you will need to individually package each unit being returned in a suitable container.

CAUTION:

The monocular is a precision electro-optical instrument and must be handled carefully.

Do not scratch the external lens surfaces or touch them with your fingers.

Wiping the demist shield with lens paper while wet or with wet lens paper can damage the coating.

mailto:[email protected].

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Place the DMNVD, as well as a copy of the test report or detailed description of the failure, in a suitable packing/ shipping container. Mark the package with the RMA#. Ship the items using the fastest, most easily traceable, prepaid method to ASU Inc., 4632 West Aeronca St. ,Boise, Idaho 83705 USA .

5. APPENDICES

APPENDIX 1 - COMPONENTS OF END ITEM (COEI) AND BASIC ISSUE ITEMS (BII)

LISTS

5.1.1 SCOPE

To help you inventory components and to promote safe and efficient operation of the equipment, this appendix lists COEI and BII for the DMNVD.

5.1.2 GENERAL

The COEI and BII information is divided into the following lists:

Components of End Item (COEI). This list is for information purposes only, and is not a basis for requesting returns or replacements. These items are part of the DMNVD. As part of the end item, these items must be with the end item whenever it i s issued or transferred between property accounts. Items of COEI are removed and separately packaged for transportation or ship-ment only when necessary. Illustrations are furnished to help you locate and identify the items.

Basic Issue Items (BII). These essential items are required to prepare the DMNVD for operation, properly operate the device, and perform any necessary emergency repairs. Although shipped separately, BII must be used with the DMNVD during operation and when it is transferred between property accounts. Listing these items is a basis for requesting replacement items, based on authorization of the end item by the TOE/ MTOE. Illustrations are provided to help you identify the items.

5.1.3 EXPLANATION OF COLUMNS IN THE COEI LIST AND BII LIST Column (1), ITEM Number. Gives you the number of the COEI item

Column (2), National Stock Number. Identifies the stock number of the item to be used for requisitioning purposes.

Column (3), Description CAGEC and Part Number. Identifies the Federal item name (in all capital letters) followed by a minimum description when needed. The stowage location of COEI and BII is also included in this column. The last line below the description is the CAGEC (commercial and Government entity code) (in parenthesis) and the part number.

Column (4), U/M (Unit of Measure). Indicates how the item is issued for the National Stock Number shown in column (2).

Column (5), Qty Rqr. Indicates the quantity required.

TABLE 5-1 COMPONENTS OF END ITEM 1) ITEM

NUMBE

R

(2) NATIONAL STOCK NUMBER (3) DESCRIPTION, CAGEC, AND PART NUMBER (4) U/M (5) qTY RqR

1 DIGITAL MONOCULAR NIGHT VISION DEVICE, DMNVD

(ES1000)

EA 1

2 DIGITAL CAMERA, GO PRO HERO 4 SILVER EA 1

3 IMAGE INTENSIFIER, MX-10160 (F9800) EA 1

4 PVS-14 OBJECTIVE LENS ASSEMBLY (39117587) EA 1

5 O-RING, OBJECTIVE LENS (39115641) EA 1

6 LENS CAP (A3144318)) EA 1

7 5305-01-584-1056 PURGE SCREW (78315) EA 1

8 BATTERY PACK EA 1

RECHARGEABLE BATTERY (12 HOURS) EA 1

BATTERY CHARGER EA 1

MICRO SDHC FLASH MEMORY EA 1

EA 1

9 LENS TISSUE EA 1

IP67

10 HARD CARRYING CASE EA 1

11 SACRIFICIAL WINDOW (7B264) EA 4

12 DEMIST SHIELD EA 2

APPENDIX 2- ADDITIONAL AUTHORIZATION LIST (AAL)

5.2.1 SCOPE

This appendix lists additional items you are authorized to use to supplement the DMNVD.

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5.2.2 GENERAL

This list identifies items that do not have to accompany the DMNVD and that do not have to be returned with it.

5.2.3 EXPLANATION OF COLUMNS IN THE AAL Column (1), National Stock Number. Identifies the stock number of the item to be used for requisitioning purposes. Column (2), Description, Commercial and Government Entity Code (CAGEC), and Part Number (P/N). Identifies the Fe-

deral item name (in all capital letters) followed by a minimum description when needed. The last line below the description is the

CAGEC (in parentheses) and the part number. Column (3), Usable On Code. When applicable, gives you a code if the item you need is not the same for different models of

equipment. Column (4), U/M (Unit of Measure). Indicates how the item is issued for the National Stock Number shown in column (1). Column (5), Qty Recm. Indicates the quantity recommended.

TABLE 5-2 ADDITIONAL AUTHORIZATION LIST

(1) NATIONAL STOCK

NUMBER

(2) DESCRIPTION, CAGEC, AND PART NUMBER (3) USABLE ON

CODE

(4) U/M

(5) qTY RECM

6135-00-985-7845 BAT TERY, NONRECHARGEABLE (AA), 1.5 Vdc (80058) BA-3058/U EA 2

6135-01-333-6101 BATTERY, NONRECHARGEABLE (AA) (83740) L91, 1.5 Vdc EA 2

6625-01-323-9584 TEST SET, ELEC. SYS. TS-4348/UV (80063) A3139775 EA 1

5855-01-423-0817 MAGNIFIER LENS ASSEMBLY (80063) A3256391 EA 1

6640-01-459-4239 PAPER, LENS (81348) A-A-50177, TYPE I, CLASS 5 PK

5.3 APPENDIX 3- PRODUCT WARRANTY REGISTRATION CARD

In order to validate the warranty on your product, ASU Inc. must receive a completed Product Warranty Registration Card for each

unit, or the user must complete warranty registration on our website (www.asu-nvg.com). Please complete the included form and

immediately mail it to our Service Center: ASU Inc., 4632 West Aeronca St. ,Boise, Idaho 83705 USA .

ECLIPTUS ES1021


28 | P a g e

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